mhurhangee/ep-ind-claims huggingface dataset:
A separator for lithium batteries comprising: a porous substrate; and a first coating layer disposed on a surface of the porous substrate, the first coating layer (11comprising an organic particle having a melting point (T m) in a range of 100 °C to 130 °C, a particle-type boehmite, a needle-shaped ceramic particle, and a first binder; a first adhesive layer disposed on another surface of the porous substrate, the first adhesive layer having a glass transition temperature (Tg) of 50 °C or higher, and comprising a particle-type second binder; and a second adhesive layer disposed on the first coating layer, the second adhesive layer having a glass transition temperature (Tg) of 50 °C or higher, and comprising a particle-type second binder, wherein the melting point and the glass transition temperature are measured according to the description. a porous substrate; and a first coating layer disposed on a surface of the porous substrate, the first coating layer (11comprising an organic particle having a melting point (T m) in a range of 100 °C to 130 °C, a particle-type boehmite, a needle-shaped ceramic particle, and a first binder; a first adhesive layer disposed on another surface of the porous substrate, the first adhesive layer having a glass transition temperature (Tg) of 50 °C or higher, and comprising a particle-type second binder; and a second adhesive layer disposed on the first coating layer, the second adhesive layer having a glass transition temperature (Tg) of 50 °C or higher, and comprising a particle-type second binder, wherein the melting point and the glass transition temperature are measured according to the description.
Torque transmission device (100, 200, 300, 400, 500, 600, 700), in particular for a drive train of a motor vehicle which is driven by an internal combustion engine, having an input part (102, 202, 302, 402, 502, 602, 702) and an output part (104, 204, 304, 404, 504, 604, 704) with a common rotational axis, about which the input part (102, 202, 302, 402, 502, 602, 702) and the output part (104, 204, 304, 404, 504, 604, 704) can be rotated together and can be turned relative to one another to a limited extent, and a spring/damper device which is active between the input part (102, 202, 302, 402, 502, 602, 702) and the output part (104, 204, 304, 404, 504, 604, 704) with at least one energy store (106, 206, 306, 406, 506, 606, 706) and a frictional device, the frictional device being arranged radially outside the at least one energy store (106, 206, 306, 406, 506, 606, 706), a pendulum mass carrier part (110, 210, 310, 410, 510, 610, 710) of a centrifugal force pendulum device being connected fixedly to the output part (104, 204, 304, 404, 504, 604, 704) so as to rotate with it, and the frictional device being active between the input part (102, 202, 302, 402, 502, 602, 702) and the pendulum mass carrier part (110, 210, 310, 410, 510, 610, 710).
A plural component spraying system comprising: a set of ratio proportioning pumps (40,50) for delivering two or more respective components (A,B) of a plural component fluid formulation under pressure; a heating system to heat said respective fluid components (A,B); a mixing and dispensing apparatus into which said respective fluid components (A,B) enter under pressure, which includes a gun housing, and a spraying and mixing apparatus having an impingement mixing element, a backpressure element, a static mixer housing that contains one or more static mixing elements and an orifice portion from which mixed material is dispensed; wherein said impingement mixing element of said mixing and dispensing apparatus has entry ports (230, 240) and a mixing chamber configured such that said respective fluid components enter under pressure and initially mix by impingement mixing; said orifice portion of said mixing and dispensing apparatus is located downstream of said static mixer housing; said system further comprising a device for observing and adjusting the pressures developed by said set of ratio proportioning pumps (40,50); temperature controllers for said fluid components; a device for setting and maintaining a set ratio between said proportioning pumps (40,50), and said mixing and dispensing apparatus has a port through the casing of the gun housing into which compressed air and/or other suitable gaseous or liquid fluids can be introduced under pressure, characterized in that said backpressure element is an insert located between the respective fluid component (A,B) entry ports (230, 240) of impingement mixing element and said orifice portion and inserted in a backpressure element insertion cavity formed at the front end of the impingement mixing element and is fastened into place by screwing the static mixer housing onto a screw on the front end of the impingement mixing element in order to be easily and quickly removable to facilitate replacement of the static mixing element(s); and said gun housing is movable with respect to said spraying and mixing apparatus into a dispensing position wherein connection block ports (120a, 120b) in the gun housing are lined up with the entry ports (230, 240), and into a purging position wherein the port in the gun housing is in communication with the entry ports (230, 240). a set of ratio proportioning pumps (40,50) for delivering two or more respective components (A,B) of a plural component fluid formulation under pressure; a heating system to heat said respective fluid components (A,B); a mixing and dispensing apparatus into which said respective fluid components (A,B) enter under pressure, which includes a gun housing, and a spraying and mixing apparatus having an impingement mixing element, a backpressure element, a static mixer housing that contains one or more static mixing elements and an orifice portion from which mixed material is dispensed;
A forward facing sensing system for a vehicle, the vehicle having a windshield, said forward facing sensing system comprising: a radar sensor device, wherein said radar sensor device has a sensing direction forward of the vehicle; a forward facing image sensor having a forward field of view; a control responsive to an output of said radar sensor device and responsive to an output of said forward facing image sensor; characterized in that both said radar sensor device and said image sensor are disposed within a windshield electronics module that is removably installed within the vehicle cabin at an upper region of the vehicle windshield and that may be removed therefrom as a self-contained unit, such as for service or replacement; at least one of (a) responsive to said forward facing image sensor detecting an object forward of the vehicle, said control is operable to enhance interrogation by said radar sensor device of the detected object and wherein the enhanced interrogation by said radar sensor device comprises a digital beam forming technique for interrogating the region in front of the vehicle where the object is detected, and (b) responsive to said forward facing image sensor detecting an object forward of the vehicle, said control is operable to enhance interrogation by said radar sensor device of the detected object and wherein the enhanced interrogation by said radar sensor device comprises a digital beam steering technique for interrogating the region in front of the vehicle where the object is detected. a radar sensor device, wherein said radar sensor device has a sensing direction forward of the vehicle; a forward facing image sensor having a forward field of view; a control responsive to an output of said radar sensor device and responsive to an output of said forward facing image sensor; characterized in that both said radar sensor device and said image sensor are disposed within a windshield electronics module that is removably installed within the vehicle cabin at an upper region of the vehicle windshield and that may be removed therefrom as a self-contained unit, such as for service or replacement; at least one of (a) responsive to said forward facing image sensor detecting an object forward of the vehicle, said control is operable to enhance interrogation by said radar sensor device of the detected object and wherein the enhanced interrogation by said radar sensor device comprises a digital beam forming technique for interrogating the region in front of the vehicle where the object is detected, and (b) responsive to said forward facing image sensor detecting an object forward of the vehicle, said control is operable to enhance interrogation by said radar sensor device of the detected object and wherein the enhanced interrogation by said radar sensor device comprises a digital beam steering technique for interrogating the region in front of the vehicle where the object is detected.
A safety cabinet, in particular battery cabinet for receiving and storing batteries, preferably high-performance batteries such as lithium ion batteries, comprising a cabinet body, further comprising at least one swing door, further comprising at least one opening (3, 4) in the cabinet body, for example for ventilating the cabinet inner space, and comprising at least one fuse (7, 8), which transfers a closure element into its closed position at least in the event of a fire, characterized in that the fuse (7, 8) is formed at least in two parts with a first fuse and a second fuse, wherein the two fuses (7, 8) are coupled together in series and optionally act on the closure element at least in the event of a fire.
Cyclone separator associated with a suction device, comprising a filtering element mounted inside and / or contained inside said cyclone separator, said filtering element being suitable for intercepting an air flow passing through the cyclone separator. characterized in that there are also vorticity-inducing means mounted inside the cyclone separator and cooperatively suitable for accelerating an air flow comprising waste and / or scrap materials and / or for decreasing an average diameter of turbulent structures within said air flow comprising waste and / or scrap materials along the crossing path.
A parison supply device that continuously supplies, to a blow molding die, a parison section (Ps) of a parison discharged from an extrusion die, the parison section (Ps) having a specified length, characterized in that the parison supply device comprises: a plurality of tension chucks grasping the parison and pulling the parison in a discharge direction of the parison between the extrusion die and the tension chuck; and a tension chuck operation unit that operates a plurality of the tension chucks, wherein the tension chuck operation unit causes each of the tension chucks to perform a repeated operation of grasping the parison at a first position near the extrusion die and moving to a second position, separated from the extrusion die farther than the first position such that, before a preceding one of the tension chucks is separated by a set distance from the extrusion die at the second position, a following one of the tension chucks grasps the parison at the first position, and then the parison section (Ps) is supplied to the blow molding die. a plurality of tension chucks grasping the parison and pulling the parison in a discharge direction of the parison between the extrusion die and the tension chuck; and a tension chuck operation unit that operates a plurality of the tension chucks, wherein the tension chuck operation unit causes each of the tension chucks to perform a repeated operation of grasping the parison at a first position near the extrusion die and moving to a second position, separated from the extrusion die farther than the first position such that, before a preceding one of the tension chucks is separated by a set distance from the extrusion die at the second position, a following one of the tension chucks grasps the parison at the first position, and then the parison section (Ps) is supplied to the blow molding die.
An electrode for a secondary battery comprising: titanium-containing oxide as an active material, an acrylic binding agent or a mixture of styrene butadiene rubber and carboxymethyl cellulose, as a binding agent, wherein median pore diameter of the electrode is 0.050 μm or more and 0.1 μm or less and pore surface area of the electrode is 4 m 2 /g or more and 8 m 2 /g or less, by mercury porosimetry as described in the description. titanium-containing oxide as an active material, an acrylic binding agent or a mixture of styrene butadiene rubber and carboxymethyl cellulose, as a binding agent, wherein median pore diameter of the electrode is 0.050 μm or more and 0.1 μm or less and pore surface area of the electrode is 4 m 2 /g or more and 8 m 2 /g or less, by mercury porosimetry as described in the description.
Semiconductor stack for a converter, the semiconductor stack comprising: two series-connected semiconductor switches (S 1, S 2); two terminals (14, 16) for connecting a cell capacitor (C dc), which are connected to one another by the two semiconductor switches (S 1, S 2); at least one cooling element arranged between the semiconductor switches (S 1, S 2); a frame, by which the semiconductor switches (S 1, S 2) and the cooling element are fixed to one another and which provides the terminals; and at least two snubber capacitors (C cl1, C cl2) which are mechanically fixed to the frame and which are connected in parallel, are connected to the terminals and which in each case form a commutation loop (12, 12') with the two semiconductor switches (S 1, S 2). two series-connected semiconductor switches (S 1, S 2); two terminals (14, 16) for connecting a cell capacitor (C dc), which are connected to one another by the two semiconductor switches (S 1, S 2); at least one cooling element arranged between the semiconductor switches (S 1, S 2); a frame, by which the semiconductor switches (S 1, S 2) and the cooling element are fixed to one another and which provides the terminals; and at least two snubber capacitors (C cl1, C cl2) which are mechanically fixed to the frame and which are connected in parallel, are connected to the terminals and which in each case form a commutation loop (12, 12') with the two semiconductor switches (S 1, S 2).
A method comprising: applying a first amount of polymerizable material to a ring-shaped structure, wherein the ring-shaped structure comprises at least one sensor; positioning the ring-shaped structure with the first amount of polymerizable material applied thereto in a mold, wherein the mold is configured to form an eye-mountable device; applying pressure on the ring-shaped structure in the mold while curing the first amount of polymerizable material; adding, after pressure has been applied on the ring-shaped structure, a second amount of polymerizable material to the mold with the ring-shaped structure therein; and curing the second amount of polymerizable material to form an over-molded polymer layer such that the ring-shaped structure is at least partially enclosed in the eye-mountable device. applying a first amount of polymerizable material to a ring-shaped structure, wherein the ring-shaped structure comprises at least one sensor; positioning the ring-shaped structure with the first amount of polymerizable material applied thereto in a mold, wherein the mold is configured to form an eye-mountable device; applying pressure on the ring-shaped structure in the mold while curing the first amount of polymerizable material; adding, after pressure has been applied on the ring-shaped structure, a second amount of polymerizable material to the mold with the ring-shaped structure therein; and curing the second amount of polymerizable material to form an over-molded polymer layer such that the ring-shaped structure is at least partially enclosed in the eye-mountable device.
Lighting device for a vehicle, the said device comprising i) an electronic board on which are installed first and second photon sources, and ii) first and second light guides placed on either side of the said electronic board, supplied with photons respectively by the said first and second photon sources and delivering on front faces respectively guided photons participating in first and second photometric functions, characterized in that it further comprises a mask comprising first and second openings through which said first and second light guides pass and which are separated by a wall portion having a rear face placed in front of a side of said electronic board and provided with first and second ribs extending on either side of said electronic board between at least part of the latter and at least part of said first and second light guides, in order to limit photon transfers between them (G1, G2).
An insulation box for an insulating barrier in a liquefied gas carrier, the insulation box comprising: a box structure that includes a bottom panel, a top panel, external pillars, and optionally at least one internal partition that define at least one void; and the at least one void includes at least one multilayer insulation board, each of the at least one multilayer insulation board including at least one facer layer, at least one first polyurethane layer having a first density from 100 kg/m 3 to 2000 kg/m 3 according to ASTM D 1622, and at least one second polyurethane layer having a second density of less than 100 kg/m 3 according to ASTM D 1622. a box structure that includes a bottom panel, a top panel, external pillars, and optionally at least one internal partition that define at least one void; and the at least one void includes at least one multilayer insulation board, each of the at least one multilayer insulation board including at least one facer layer, at least one first polyurethane layer having a first density from 100 kg/m 3 to 2000 kg/m 3 according to ASTM D 1622, and at least one second polyurethane layer having a second density of less than 100 kg/m 3 according to ASTM D 1622.
A paddle boat, in particular a canoe or a kayak, in particular a slalom kayak, comprising a boat body with a lower deck and an upper deck and a seat hatch formed in the upper deck, the lower deck widening in a horizontal cross-section from the front end and from the rear end respectively towards the area of the seat hatch, wherein the seam between the lower deck and upper deck is formed at least in the region of the hatch by an edge which is convexly curved towards the water surface in a side view of the boat body at least in the region of the hatch, characterized in that in a vertical cross-section the edge projects laterally as the outermost point of the boat body in such a way that a carving effect is achieved when the edge is immersed in the water when the boat is angled, and that the lowest point of the edge lies approximately at the level of the intended water line.
A length-adjustable connecting rod for a reciprocating-piston machine, in particular for an internal combustion engine, comprising at least one first and one second rod part (2, 4), which both rod parts (2, 4) can be pushed together and/or inside one another in a telescoping manner, wherein the second rod part forms a guide cylinder and the first rod part forms a piston element which can be longitudinally displaceable in the guide cylinder, wherein a high-pressure chamber stretches between the first and the second rod part (2, 4), into which at least one first oil duct opens, wherein the two rod parts (2, 4), in at least one position preferably corresponding to a minimum length of the connecting rod, can be fixed relative to each other by a locking device, characterized in that the locking device comprises a movable stop element which is displaceably arranged transversely to the longitudinal axis of the connecting rod in a transverse borehole of the piston element, wherein the stop element comprises at least one wedge surface (37; 37a, 37b) which is inclined with respect to a normal plane on the longitudinal axis of the connecting rod and which interacts with a counter surface of the piston element.
A lock, in particular for doors, comprising a housing which has an end face with a latch bolt opening; comprising a latch bolt arrangement which is displaceably mounted in the housing transversely to the end face and which is movable between an extended position projecting beyond the end face through the latch bolt opening and a retracted position retracted into the housing, the latch bolt arrangement having a pivotably mounted latch bolt; comprising a slide plate which is displaceably mounted in the housing along the end face and which is movable between a locking position and a release position by an actuating device (59, 70); comprising a pivot locking device for locking and releasing the pivoting movement of the latch bolt, wherein the pivot locking device is mounted on the latch bolt arrangement so as to be slidable together therewith, coupled to the slide plate and configured to be activated and engage with the latch bolt to block its pivoting movement as soon as the slide plate is in the locking position; and comprising a displacement locking device separate from the pivot locking device for locking and releasing the displacement movement of the latch bolt arrangement, wherein the displacement locking device is attached to the housing, coupled to the slide plate and configured to be activated and to engage with the latch bolt in order to block the displacement movement of the latch bolt arrangement when the slide plate is in the locking position and the latch bolt arrangement is in its outermost extended position. comprising a housing which has an end face with a latch bolt opening; comprising a latch bolt arrangement which is displaceably mounted in the housing transversely to the end face and which is movable between an extended position projecting beyond the end face through the latch bolt opening and a retracted position retracted into the housing, the latch bolt arrangement having a pivotably mounted latch bolt; comprising a slide plate which is displaceably mounted in the housing along the end face and which is movable between a locking position and a release position by an actuating device (59, 70); comprising a pivot locking device for locking and releasing the pivoting movement of the latch bolt, wherein the pivot locking device is mounted on the latch bolt arrangement so as to be slidable together therewith, coupled to the slide plate and configured to be activated and engage with the latch bolt to block its pivoting movement as soon as the slide plate is in the locking position; and comprising a displacement locking device separate from the pivot locking device for locking and releasing the displacement movement of the latch bolt arrangement, wherein the displacement locking device is attached to the housing, coupled to the slide plate and configured to be activated and to engage with the latch bolt in order to block the displacement movement of the latch bolt arrangement when the slide plate is in the locking position and the latch bolt arrangement is in its outermost extended position.