mhurhangee/ep-ind-claims huggingface dataset:
A rechargeable battery, comprising: an electrode assembly having a first electrode and a second electrode; an electrode terminal (21, 22) electrically coupled to the electrode assembly; a case that receives the electrode assembly; a cap plate at an opening of the case that closes and seals the case, the cap plate having a vent hole to discharge an internal pressure of the case and a vent plate that closes and seals the vent hole; and a short circuit member that is made of conductive material and positioned inside of the case and has one end electrically coupled to the electrode assembly and another end extending along a direction toward the vent hole wherein at least a portion of the short circuit member is modified to be drawn outside of the cap plate through the vent hole when the internal pressure is discharged to form a short circuit between the short circuit member and the cap plate, wherein the short circuit member is configured to electrically contact an outer surface of the cap plate when the vent hole is opened. an electrode assembly having a first electrode and a second electrode; an electrode terminal (21, 22) electrically coupled to the electrode assembly; a case that receives the electrode assembly; a cap plate at an opening of the case that closes and seals the case, the cap plate having a vent hole to discharge an internal pressure of the case and a vent plate that closes and seals the vent hole; and a short circuit member that is made of conductive material and positioned inside of the case and has one end electrically coupled to the electrode assembly and another end extending along a direction toward the vent hole wherein at least a portion of the short circuit member is modified to be drawn outside of the cap plate through the vent hole when the internal pressure is discharged to form a short circuit between the short circuit member and the cap plate, wherein the short circuit member is configured to electrically contact an outer surface of the cap plate when the vent hole is opened.
An electric pump comprising: an outer housing including a motor cavity and a controller cavity separated by a partition wall; an inner housing positioned within the motor cavity of the outer housing, one of the inner and outer housings (320, 302) including radially extending ribs positioned adjacent to the other of the inner and outer housings (320, 302) to define a portion of a coolant flow path between the inner housing and the outer housing, said portion of the coolant flow path being partially defined by the partition wall, the inner housing including a cylindrical portion and a mid-plate capping a first end of the cylindrical portion; a pump member 200; an electric motor positioned within the inner housing and including a stator and a rotor, the rotor being fixed to a solid rotor shaft for driving the pump member, the rotor shaft extending through the mid-plate and being rotatably supported by the mid-plate; a cylindrical sleeve separating the stator and the rotor, an area between the sleeve and the rotor forming another portion of the coolant flow path and interconnecting a volume between the inner and outer housings (320, 302) with a low pressure zone of an impeller cavity containing the pump member, wherein the sleeve includes a radially extending flange capping an open second end of the cylindrical portion of the inner housing; and a controller positioned within the controller cavity in heat transfer relation with the partition wall. an outer housing including a motor cavity and a controller cavity separated by a partition wall; an inner housing positioned within the motor cavity of the outer housing, one of the inner and outer housings (320, 302) including radially extending ribs positioned adjacent to the other of the inner and outer housings (320, 302) to define a portion of a coolant flow path between the inner housing and the outer housing, said portion of the coolant flow path being partially defined by the partition wall, the inner housing including a cylindrical portion and a mid-plate capping a first end of the cylindrical portion; a pump member 200; an electric motor positioned within the inner housing and including a stator and a rotor, the rotor being fixed to a solid rotor shaft for driving the pump member, the rotor shaft extending through the mid-plate and being rotatably supported by the mid-plate; a cylindrical sleeve separating the stator and the rotor, an area between the sleeve and the rotor forming another portion of the coolant flow path and interconnecting a volume between the inner and outer housings (320, 302) with a low pressure zone of an impeller cavity containing the pump member, wherein the sleeve includes a radially extending flange capping an open second end of the cylindrical portion of the inner housing; and a controller positioned within the controller cavity in heat transfer relation with the partition wall.
A tufted structure forming an artificial turf for use in landscape and sports applications, comprising: a bounded layer of fibers made of one or more natural and/or synthetic fibers, and pile yarn inserted through the bounded layer of fibers, the pile yarn being anchored to the bounded layer of fibers, wherein the bounded layer of fibers has a density that decreases from the bottom to the top of the bounded layer of fibers; and wherein: - fill yarn extending from the upper surface of the bounded layer of fibers is created through velour needle-punching, the fill yarn giving the upper surface of the bounded layer of fibers a velour-like appearance, thereby providing structural support for the pile yarn by assisting the pile yarn to stand, imitating the root zone of natural grass, and providing cushioning, or - the bounded layer of fibers includes a lower layer and an upper layer, the lower layer being positioned at the bottom of the bounded layer of fibers and the upper layer being positioned on top of the lower layer, and the upper layer having a higher fiber coarseness than the lower layer. a bounded layer of fibers made of one or more natural and/or synthetic fibers, and pile yarn inserted through the bounded layer of fibers, the pile yarn being anchored to the bounded layer of fibers, wherein the bounded layer of fibers has a density that decreases from the bottom to the top of the bounded layer of fibers; and wherein: - fill yarn extending from the upper surface of the bounded layer of fibers is created through velour needle-punching, the fill yarn giving the upper surface of the bounded layer of fibers a velour-like appearance, thereby providing structural support for the pile yarn by assisting the pile yarn to stand, imitating the root zone of natural grass, and providing cushioning, or - the bounded layer of fibers includes a lower layer and an upper layer, the lower layer being positioned at the bottom of the bounded layer of fibers and the upper layer being positioned on top of the lower layer, and the upper layer having a higher fiber coarseness than the lower layer. - fill yarn extending from the upper surface of the bounded layer of fibers is created through velour needle-punching, the fill yarn giving the upper surface of the bounded layer of fibers a velour-like appearance, thereby providing structural support for the pile yarn by assisting the pile yarn to stand, imitating the root zone of natural grass, and providing cushioning, - the bounded layer of fibers includes a lower layer and an upper layer, the lower layer being positioned at the bottom of the bounded layer of fibers and the upper layer being positioned on top of the lower layer, and the upper layer having a higher fiber coarseness than the lower layer.
Seating system, in particular aircraft seating system, having at least one seating device (14, 16) which comprises at least one seat (24, 26, 28, 38), and having a system for additionally booking and/or removing a booking, wherein the system for additionally booking and/or removing a booking is at least configured for additionally booking and/or removing the booking of at least one individual service performance and at least one comfort property, wherein the at least one seating device (14, 16) comprises at least one adjustable seat function unit which comprises the at least one comfort property the booking of which can be added and/or removed, and which has at least one standard operating state and at least one further operating state, wherein the at least one seat function unit is configured for being adjusted into the at least one further operating state when additionally booking the at least one comfort property, wherein the system for additionally booking and/or removing a booking has at least one electromechanical enabling unit which is configured for enabling the at least one seat function unit, wherein the seating system has at least one communication interface which is configured for making possible communication between a person and at least one computing unit, wherein the at least one individual service performance and/or the at least one comfort property can be additionally booked and/or the booking of which can be removed by means of the at least one communication interface, characterized in that the at least one communication interface is designed as a personal electronic device, PED.
A nanoparticle targeting molecule, comprising: a polymeric network comprising a plurality of first block copolymeric segments derived from epoxide monomers and a plurality of second polymeric segments derived from polysaccharides; a polymyxin B as targeting agent chemically attached to the polymeric network; and a medicament. a polymeric network comprising a plurality of first block copolymeric segments derived from epoxide monomers and a plurality of second polymeric segments derived from polysaccharides; a polymyxin B as targeting agent chemically attached to the polymeric network; and a medicament.
Device for applying a marking film to a roadway, having a receiving member for the marking film and a supply device having a conveying element for supplying the marking film in the direction of the roadway, wherein the conveying element is supported in a guide in such a manner that the conveying element can be moved from a rest position - for contacting the marking film and for conveying the marking film in the direction of the roadway - towards the marking film and subsequently away from the marking film again into the rest position, characterised in that the guide is a linear guide for a substantially translational movement and in that the conveying element is constructed as a dual sliding member with a lower sliding element and an upper sliding element, wherein the sliding elements (9, 10) are constructed so as to have different lengths in the direction of the translational movement.
A method for preparing a polymeric material, said method comprising: providing a polymeric matrix comprising a polyimide and at least one porogen, said porogen(s) being selected from an additive or a pendant labile group, said additive being selected from oxalic acid and malonic acid, and said pendant labile group being selected from an acetonitrile group, a methyl ester group and a tert-butyldimethylsilyl group; and degrading the at least one porogen at a temperature T less than or equal to 1.1 T g, where T g is a glass transition temperature of the polymeric matrix, said degrading step comprising exposing the polymeric matrix to thermal degradation, wherein the polymeric material has a permeability at least 1.2 times a permeability of the polymeric matrix for a gas, and a selectivity of the polymeric material is at least 0.35 times a selectivity of the polymeric matrix for a gas pair. providing a polymeric matrix comprising a polyimide and at least one porogen, said porogen(s) being selected from an additive or a pendant labile group, said additive being selected from oxalic acid and malonic acid, and said pendant labile group being selected from an acetonitrile group, a methyl ester group and a tert-butyldimethylsilyl group; and degrading the at least one porogen at a temperature T less than or equal to 1.1 T g, where T g is a glass transition temperature of the polymeric matrix, said degrading step comprising exposing the polymeric matrix to thermal degradation, wherein the polymeric material has a permeability at least 1.2 times a permeability of the polymeric matrix for a gas, and a selectivity of the polymeric material is at least 0.35 times a selectivity of the polymeric matrix for a gas pair.
Charging station for a vehicle, said vehicle being movable on the ground and having an energy store, wherein a primary conductor is laid in a sub-area of the ground that is configured as a raised area of the ground, a depression is arranged in the ground so that the vehicle can be positioned in the depression by means of at least one wheel (7, 8), in particular by means of its two front or rear wheels (7, 8), so that a secondary winding of the vehicle is inductively coupled to the primary conductor area, wherein the primary conductor is laid in a meander shape, wherein a stationary unit comprises a display device for displaying a measure of inductive coupling strength and/or a minimum value of transferable power.
A network regulator comprising a hardware processor and a memory, wherein the hardware processor is configured to: automatically take over a network service from a router, the network regulator connected to the router over a local network, the network service comprising assigning network addresses to a plurality of client systems [12a-f] connected to the local network, and wherein taking over the network service comprises transmitting a communication over the local network while impersonating a fictitious device distinct from the network regulator; in response to taking over the network service, intercept a connection request sent by a client system of the plurality of client systems [12a-f] to access a resource located outside of the local network; in response to intercepting the connection request, determine a device type of the client system according to the request; and in response to determining the device type of the client system, transmit an agent installer to the client system, the agent installer configured to install a utility agent on the client system, the utility agent configured to protect the client system against computer security threats, the utility agent selected according to the determined device type of the client system. automatically take over a network service from a router, the network regulator connected to the router over a local network, the network service comprising assigning network addresses to a plurality of client systems [12a-f] connected to the local network, and wherein taking over the network service comprises transmitting a communication over the local network while impersonating a fictitious device distinct from the network regulator; in response to taking over the network service, intercept a connection request sent by a client system of the plurality of client systems [12a-f] to access a resource located outside of the local network; in response to intercepting the connection request, determine a device type of the client system according to the request; and in response to determining the device type of the client system, transmit an agent installer to the client system, the agent installer configured to install a utility agent on the client system, the utility agent configured to protect the client system against computer security threats, the utility agent selected according to the determined device type of the client system.
Unlocking apparatus (28; 228; 428; 628; 828) for unlocking locking devices of at least two medical ring instruments, said locking devices comprising cooperating locking elements (62, 64), wherein the cooperating locking elements (62, 64) are in force-locking and/or positive-locking engagement in a locked position and are out of engagement in an unlocked position, wherein the ring instruments each comprise a first branch with a first distal end and a first proximal end and each comprise a second branch with a second distal end and a second proximal end, wherein the first branch and the second branch of each ring instrument are mounted on one another so as to be pivotable about a pivot axis, wherein a first ring is arranged or formed on the first proximal end of the first branch of each ring instrument and wherein a second ring is arranged or formed on the second proximal end of the second branch of each ring instrument, wherein each first ring defines a first ring plane and wherein each second ring defines a second ring plane, wherein the first ring plane and the second ring plane of each ring instrument run in parallel or substantially in parallel to one another, wherein the pivot axis runs transversely, in particular perpendicularly, to the first ring plane and/or to the second ring plane, wherein the unlocking apparatus comprises a receiving body (72; 672) with at least two ring receptacles (88; 688) for accommodating the first rings of the at least two ring instruments, wherein the unlocking apparatus comprises an unlocking body (74; 274; 674) with at least two unlocking elements (112; 312; 712) cooperating with the second rings of the at least two ring instruments, wherein the unlocking body (74; 274; 674) and the receiving body (72; 672) are arranged so as to be movable relative to one another in an actuating direction (118; 318; 518; 718; 918) in such a way that the at least two unlocking elements (112; 312; 712) thereby engage on the second rings and move same relative to the first rings in an unlocking direction transversely, in particular perpendicularly, to the first ring plane and to the second ring plane for transferring the locking devices of the at least two ring instruments from the locked position into the unlocked position.
A variant of a parent polypeptide comprising a Fc region, which variant exhibits increased binding to FcRn as compared to said parent polypeptide and comprises at least two amino acid modifications, the said at least two amino acid modifications comprising: (i) one amino acid modification which is 434Y, and (ii) at least one amino acid modification which is 315D, or 378V, of the Fc region, wherein the numbering of the amino acids in the Fc region is that of the EU index as in Kabat. (i) one amino acid modification which is 434Y, and (ii) at least one amino acid modification which is 315D, or 378V, of the Fc region, wherein the numbering of the amino acids in the Fc region is that of the EU index as in Kabat.
Label (10, 10') for application to a cylindrical product, comprising an upper layer with information fields, wherein at least one information field (21, 22, 23) is present that is visible from outside, and at least one further lower layer, formed separately from the upper layer, with at least one information field (31, 32), whereby the rear side of the lower layer is used for fixing to the product, wherein the at least one lower layer is arranged below the upper layer and is covered by this upper layer in the closed state, the layers (20, 30) being connected to one another in certain regions via releasable adhesive bond, one or more perforations being introduced into the upper layer as opening means and, in the open state, by folding down at least part of the upper layer, access is provided to the information fields on the back of the upper layer which are not visible from the outside and/or to the information fields (31, 32) of the lower layer which are not visible from the outside wherein permanent adhesive bonds and/or detachable adhesive bonds are provided for connecting the layers (20, 30) and wherein the detachable adhesive bonds are provided outside the information fields (31, 32) and enable the upper layer to be lifted from the lower layer and the layers (20, 30) to be bonded again, characterised in that all layers (20, 30) of the label are the same size, on each lower layer of the label, two additional weakened areas are provided running parallel to each other, such as cuts with holding points, whereby a folding region is formed between the additional weakened areas, when the label is applied to a cylindrical product, the additional weakened areas form predetermined folding points, and the folding region is folded over when the product is wrapped around it in order to absorb the displacement of the lower layers, the folding region being covered by the upper layer when the label is applied to the product and not opened more than one lower layer is provided, wherein the several lower layers are arranged one below the other and the additional weakened areas of the several lower layers are arranged offset to each other in the circumferential direction of the product.
A steering control device that controls a reaction force motor based on a command value calculated according to a steering condition, the reaction force motor being a source of a steering reaction force applied to a steering wheel that is separated in power transmission from a turning shaft, the steering control device comprising: a first calculator configured to calculate a first axial force acting on the turning shaft based on a current value of a turning motor that is a source of a turning force applied to the turning shaft; the steering control device characterized by further comprising a second calculator configured to calculate a second axial force acting on the turning shaft based on another vehicle state variable different from the current value of the turning motor; and a third calculator configured to calculate a third axial force that is a final axial force to be reflected in the command value based on the first axial force and the second axial force, wherein the third calculator is configured to, when a specific situation occurs in which a current of the turning motor has to be limited, decrease a reflection degree of the first axial force in the third axial force and increase a reflection degree of the second axial force in the third axial force. a first calculator configured to calculate a first axial force acting on the turning shaft based on a current value of a turning motor that is a source of a turning force applied to the turning shaft; the steering control device characterized by further comprising a second calculator configured to calculate a second axial force acting on the turning shaft based on another vehicle state variable different from the current value of the turning motor; and a third calculator configured to calculate a third axial force that is a final axial force to be reflected in the command value based on the first axial force and the second axial force, wherein the third calculator is configured to, when a specific situation occurs in which a current of the turning motor has to be limited, decrease a reflection degree of the first axial force in the third axial force and increase a reflection degree of the second axial force in the third axial force.
A monolayer tablet formulation comprising montelukast sodium and rupatadine fumarate wherein the formulation comprises 2.00 to 10.00 % by weight of montelukast sodium as drug substance and 2.00 to 10.00 % by weight of rupatadine fumarate as drug substance and pregelatinized starch and croscarmellose sodium as disintegrants, wherein the total amount of pregelatinized starch in the composition is from 1.00 to 5.00 % by weight and the total amount of croscarmellose sodium in the composition is from 1.00 to 3.00 % by weight; wherein the weight ratio of croscarmellose sodium to pregelatinized starch is 0.05-5.0; wherein said monolayer tablet formulation further comprises a. 1.00 to 3.00 % of hydroxypropyl cellulose b. 40.00 to 55.00 % of microcrystalline cellulose c. 40.00 to 55.00 % of lactose monohydrate d. 0.10 to 2.00 % of magnesium stearate; and wherein said formulation is obtained by means of a spray granulation method with applying purified water. a. 1.00 to 3.00 % of hydroxypropyl cellulose b. 40.00 to 55.00 % of microcrystalline cellulose c. 40.00 to 55.00 % of lactose monohydrate d. 0.10 to 2.00 % of magnesium stearate;