mhurhangee/ep-ind-claims huggingface dataset:
Frame of a drawer comprising a device for the attachment of a transverse and/or longitudinal rail (11, 12) onto the frame, wherein the frame comprises a frame body and a fastening element for the attachment of a wall component onto the frame body, and wherein in the area of a fastening side of the transverse and/or longitudinal rail (11, 12) a support element is provided on the fastening element for the arrangement of a transverse drawer wall, wherein a first and a second assembly element (2, 3) is provided, characterised in that the first assembly element is arranged on a drawer rear-side area of the support element projecting upwards over the fastening element in vertical direction and has a first connecting section, wherein the second assembly element is secured onto the first connecting section and wherein the second assembly element is configured to mount the transverse and/or longitudinal rail (11, 12) thereon, wherein the first assembly element comprises a first and a second holding element (4, 5) by means of which the first assembly element is suspended on corresponding openings of the support element on the support element.
Method of operating a battery management system for monitoring a battery system comprising: - Providing a finite sequence of time-successive pairs of measured current and voltage values (I meas,k; U meas,k), the pairs of current and voltage values (I k; U k) indicating the current (I L) flowing through the battery system and the voltage (U L) applied to the battery system at the corresponding time; - Providing an electrical equivalent model of the battery system, the electrical equivalent model comprising series-connected impedances (Z 1, Z 2, Z 3, Z 4); - Providing initial impedance parameter values of the impedances of the electric equivalent model; characterized in that the method further comprises: - adjusting a first impedance parameter (R soldif) of an impedance (Z 4) of the electrical equivalent model based on the difference between a first simulated voltage value (U sim,1) based on the initial impedance parameter values and the first current value (I 1) of the finite sequence and the first measured voltage value (U meas,1) of the finite sequence, whereby an optimised first impedance parameter value is obtained; - Minimising the deviation of a sequence of simulated voltage values (U sim,k) obtained based on the electrical equivalent model and the sequence of measured current values (I meas,k) from the sequence of measured voltage values (U meas,k) by adjusting at least one further impedance parameter of the impedances (Z 1, Z 2, Z 3, Z 4) of the electrical equivalent model, whereby an optimized further impedance parameter value of the at least one further impedance parameter is obtained. - Providing a finite sequence of time-successive pairs of measured current and voltage values (I meas,k; U meas,k), the pairs of current and voltage values (I k; U k) indicating the current (I L) flowing through the battery system and the voltage (U L) applied to the battery system at the corresponding time; - Providing an electrical equivalent model of the battery system, the electrical equivalent model comprising series-connected impedances (Z 1, Z 2, Z 3, Z 4); - Providing initial impedance parameter values of the impedances of the electric equivalent model; - adjusting a first impedance parameter (R soldif) of an impedance (Z 4) of the electrical equivalent model based on the difference between a first simulated voltage value (U sim,1) based on the initial impedance parameter values and the first current value (I 1) of the finite sequence and the first measured voltage value (U meas,1) of the finite sequence, whereby an optimised first impedance parameter value is obtained; - Minimising the deviation of a sequence of simulated voltage values (U sim,k) obtained based on the electrical equivalent model and the sequence of measured current values (I meas,k) from the sequence of measured voltage values (U meas,k) by adjusting at least one further impedance parameter of the impedances (Z 1, Z 2, Z 3, Z 4) of the electrical equivalent model, whereby an optimized further impedance parameter value of the at least one further impedance parameter is obtained.
A method for indicating a hazard free area around an aircraft on a moving map, comprising: displaying an aircraft icon representing the aircraft on the moving map; displaying a swath icon representing an area around the aircraft on the moving map; detecting an object (206, 208, 506, 508, 606, 608, 808, 908, 1008, 1108, 1308) by radar in the vicinity of the aircraft; displaying the object on the moving map; recognizing a maneuver the aircraft may take to avoid a collision with the object, based on object information the moving map, and the aircraft type; displaying an icon indicating the maneuver; and modifying the swath icon if the object is within a first threshold distance of the swath. displaying an aircraft icon representing the aircraft on the moving map; displaying a swath icon representing an area around the aircraft on the moving map; detecting an object (206, 208, 506, 508, 606, 608, 808, 908, 1008, 1108, 1308) by radar in the vicinity of the aircraft; displaying the object on the moving map; recognizing a maneuver the aircraft may take to avoid a collision with the object, based on object information the moving map, and the aircraft type; displaying an icon indicating the maneuver; and modifying the swath icon if the object is within a first threshold distance of the swath.
Connection element for the connection of two parts of a building, consisting of an insulating body and a fixed unit (11, 11', 13), wherein the insulating body features two flat faces parallel to one another and is made of a thermally insulating material and is to be arranged between both parts of the building and the forces should be transmitted by the fixed unit (11, 11', 13) and wherein the fixed unit (11, 11', 13) consists of a stiffening slab arranged in the range of the insulating body and two reinforcement rods firmly connected thereto and extending parallel to the plane of the slab, wherein the stiffening slab features two parallel longitudinal edges and one reinforcement rod is connected to the stiffening slab at each of these longitudinal edges, characterised in that the fixed unit of the stiffening slab and the reinforcement rods (11, 11') relatively to the insulating body at least one angle (α, β, γ) with respect to the three orthogonal directions (x, y, z), where the y-direction is orthogonal to the flat faces of the insulating body, is arranged in an angle range between 1° an 89°.
An ultraviolet radiation detector (10,30,50) detecting an ultraviolet radiation transmitted through or reflected from a measurement sample (15,35,55) from a light beam including at least the ultraviolet radiation, characterized by: spectral means (19,39,59) for spectrally splitting the ultraviolet radiation from the light beam; and a photomultiplier (20,40,60) that detects the ultraviolet radiation spectrally split by the spectral means, characterised in that the photomultiplier is configured to have a sensitivity only to the ultraviolet radiation by including a photoelectric surface detecting only the ultraviolet radiation and formed of an element selected from In, Ga, N, Al, O and Cs, and in that the photomultiplier has a quantum efficiency of 0.1 or more in a 200 nm to 400 nm range. spectral means (19,39,59) for spectrally splitting the ultraviolet radiation from the light beam; and a photomultiplier (20,40,60) that detects the ultraviolet radiation spectrally split by the spectral means, characterised in that the photomultiplier is configured to have a sensitivity only to the ultraviolet radiation by including a photoelectric surface detecting only the ultraviolet radiation and formed of an element selected from In, Ga, N, Al, O and Cs, and in that the photomultiplier has a quantum efficiency of 0.1 or more in a 200 nm to 400 nm range.
A flexible display, comprising: a base layer including a first portion having a first surface on which an organic light emitting element is disposed and a second portion extending from the outside of the first portion and bent toward a second surface opposite to the first surface; a protective film covering at least a part of the second portion to suppress permeation of moisture, wherein the protective film is a multi-layered film including an adhesive layer in contact with the base layer, a protective substrate on the adhesive layer, and a cushion layer on the protective substrate; a polarization layer disposed on the organic light emitting element of the first portion without a barrier film between the polarization layer and the base layer; and a resin filled between the polarization layer and the protective film, characterized in that the resin covers a side edge and only a part of an outer surface of the protective film. a base layer including a first portion having a first surface on which an organic light emitting element is disposed and a second portion extending from the outside of the first portion and bent toward a second surface opposite to the first surface; a protective film covering at least a part of the second portion to suppress permeation of moisture, wherein the protective film is a multi-layered film including an adhesive layer in contact with the base layer, a protective substrate on the adhesive layer, and a cushion layer on the protective substrate; a polarization layer disposed on the organic light emitting element of the first portion without a barrier film between the polarization layer and the base layer; and a resin filled between the polarization layer and the protective film, characterized in that the resin covers a side edge and only a part of an outer surface of the protective film.
An electrical connector comprising: a first housing member having a first base portion, a first tubular portion extending outward from the first base portion and a first hollow support extending outward from the first base portion; a second housing member having a second base portion, a second tubular portion extending outward from the second base portion and a second hollow support extending outward from the second base portion; the second housing member engaging the first housing member to form an enclosure; in the enclosure, a substrate supporting a central set of conductive members within the second tubular portion, the substrate supporting a peripheral set of conductive members within the first hollow support; an outer enclosure connected to the enclosure; a first arm pivotably attached at a first pivot point either to the outer enclosure or to the enclosure of the electrical connector; and a second arm pivotably attached at a second pivot point either to the outer enclosure or to the enclosure of the electrical connector and spaced apart from the first arm, the second pivot point different from the first pivot point, characterized in that the first arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member; and the second arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member. a first housing member having a first base portion, a first tubular portion extending outward from the first base portion and a first hollow support extending outward from the first base portion; a second housing member having a second base portion, a second tubular portion extending outward from the second base portion and a second hollow support extending outward from the second base portion; the second housing member engaging the first housing member to form an enclosure; in the enclosure, a substrate supporting a central set of conductive members within the second tubular portion, the substrate supporting a peripheral set of conductive members within the first hollow support; an outer enclosure connected to the enclosure; a first arm pivotably attached at a first pivot point either to the outer enclosure or to the enclosure of the electrical connector; and a second arm pivotably attached at a second pivot point either to the outer enclosure or to the enclosure of the electrical connector and spaced apart from the first arm, the second pivot point different from the first pivot point, characterized in that the first arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member; and the second arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member.
A method of controlling an aircraft in the event of pilot incapacity, comprising: detecting, using at least one sensor, the occurrence of an event relating to a pilot's capacity to control the aircraft; determining, using a controller that is operatively connected to the at least one sensor, whether the event justifies a controlled takeover of the aircraft from the pilot; asserting a controlled takeover of the aircraft from the pilot if it has been determined that a controlled takeover is justified; and executing a controlled landing of the aircraft without assistance of the pilot; characterized in that determining whether the event justifies a controlled takeover includes confirming whether the pilot is incapacitated by illuminating the pilot with a laser and analyzing the reflected light; wherein asserting a controlled takeover of the aircraft from the pilot involves asserting remote flight control of the aircraft in response to confirming that the pilot is incapacitated from illuminating the pilot with the laser and analyzing the reflected light. detecting, using at least one sensor, the occurrence of an event relating to a pilot's capacity to control the aircraft; determining, using a controller that is operatively connected to the at least one sensor, whether the event justifies a controlled takeover of the aircraft from the pilot; asserting a controlled takeover of the aircraft from the pilot if it has been determined that a controlled takeover is justified; and executing a controlled landing of the aircraft without assistance of the pilot; characterized in that determining whether the event justifies a controlled takeover includes confirming whether the pilot is incapacitated by illuminating the pilot with a laser and analyzing the reflected light; wherein asserting a controlled takeover of the aircraft from the pilot involves asserting remote flight control of the aircraft in response to confirming that the pilot is incapacitated from illuminating the pilot with the laser and analyzing the reflected light.
A non-aqueous photopolymerizable composition, comprising: a (meth)acrylic acid ester compound containing at least diethylene glycol dimethacrylate; a photoradical polymerization initiator, which is at least one selected from the group consisting of 1-hydroxy-cyclohexyl-phenyl-ketone, 2-hydroxy-2-methyl-1-phenyl-propan-1-one, and 2-hydroxy-1-{4-[4-(2-hydroxy-2-methyl-propionyl)benzyl]phenyl}-2-methyl-1-propan-1-one; and a triazine compound, wherein an amount of the photoradical polymerization initiator is 10 parts by mass or greater relative to 100 parts by mass of the (meth)acrylic acid ester compound. a (meth)acrylic acid ester compound containing at least diethylene glycol dimethacrylate; a photoradical polymerization initiator, which is at least one selected from the group consisting of 1-hydroxy-cyclohexyl-phenyl-ketone, 2-hydroxy-2-methyl-1-phenyl-propan-1-one, and 2-hydroxy-1-{4-[4-(2-hydroxy-2-methyl-propionyl)benzyl]phenyl}-2-methyl-1-propan-1-one; and a triazine compound,
Method for improving the deformability of a metal sheet, in which, before the metal sheet is deformed, an aqueous solution containing polyvinyl alcohol is applied to the metal sheet and is then dried, and in a subsequent step the thus coated metal sheet surface is oiled, characterized in that an aqueous solution, which contains polyvinyl alcohol, optionally a defoaming agent, optionally a tracer and the remainder water and unavoidable impurities resulting from the manufacturing process, is applied to the metal sheet and is dried.
A method for preparing a fast-drying multi-component waterborne coating on a surface of a substrate, comprising the steps of: applying component A and component B, either simultaneously, or nearly simultaneously, to the surface of said substrate, wherein a) said component A comprises at least one water insoluble absorber as particles; and b) said component B comprises a slow-drying aqueous binder composition; and allowing the multi-component waterborne coating to dry; wherein said absorber is selected from the group consisting of organic super absorbent polymers, ion-exchange resins, hollow sphere polymers, molecular sieves, talcs, inorganic absorbers, porous carbonaceous materials, non-porous carbonaceous materials, and mixtures thereof; fast-drying means having a wet coating thickness of 330 microns that displays a dry-through time of less than two hours at 90 percent relative humidity at 23°C when applied without inclusion of absorbers; and said slow-drying aqueous binder composition is an aqueous dispersion of at least one binder polymer that, when applied to a substrate, forms a film having a dry through time equal to or greater than two hours at 90 percent relative humidity at 23°C when applied at 330 microns film thickness without inclusion of absorbers. applying component A and component B, either simultaneously, or nearly simultaneously, to the surface of said substrate, wherein a) said component A comprises at least one water insoluble absorber as particles; and b) said component B comprises a slow-drying aqueous binder composition; and a) said component A comprises at least one water insoluble absorber as particles; and b) said component B comprises a slow-drying aqueous binder composition; and allowing the multi-component waterborne coating to dry; wherein said absorber is selected from the group consisting of organic super absorbent polymers, ion-exchange resins, hollow sphere polymers, molecular sieves, talcs, inorganic absorbers, porous carbonaceous materials, non-porous carbonaceous materials, and mixtures thereof; fast-drying means having a wet coating thickness of 330 microns that displays a dry-through time of less than two hours at 90 percent relative humidity at 23°C when applied without inclusion of absorbers; and said slow-drying aqueous binder composition is an aqueous dispersion of at least one binder polymer that, when applied to a substrate, forms a film having a dry through time equal to or greater than two hours at 90 percent relative humidity at 23°C when applied at 330 microns film thickness without inclusion of absorbers.
A packaging for storing goods, in particular rod-shaped goods like cigarettes, tobacco sticks and the like, including - a front wall and a rear wall, sidewalls (62, 64) connecting the front and rear walls (58, 60), as well as - a bottom construction for form ing a storage space for the goods, and - a lid construction including a lid front wall, a lid top wall and a lid rear wall, wherein the lid construction is hinged to an end of the rear wall opposing the bottom construction via a bending line, and - an inner frame arranged within the packaging, wherein the inner frame includes - a front wall, - sidewalls (14, 16), which are connected to the front wall via bending lines (18, 20), and - at least one engagement and vision hollow in the area of the front wall, and wherein the front wall comprises at least one wall element at least partially detachably connected to the front wall, wherein the wall element is formed such that it at least partially covers the engagement and vision hollow, and wherein at least one further wall element is hinged to the wall element on the side opposing the front wall, characterized in that the further wall element is formed as a locking flap such that it locks with a locking element of the lid construction in closed state of the packaging, wherein the locking element is formed by means of a terminal edge of an internal lid wall of the lid construction and/or at least one recess formed in an internal lid wall. - a front wall and a rear wall, sidewalls (62, 64) connecting the front and rear walls (58, 60), as well as - a bottom construction for form ing a storage space for the goods, and - a lid construction including a lid front wall, a lid top wall and a lid rear wall, wherein the lid construction is hinged to an end of the rear wall opposing the bottom construction via a bending line, and - an inner frame arranged within the packaging, wherein the inner frame includes - a front wall, - sidewalls (14, 16), which are connected to the front wall via bending lines (18, 20), and - at least one engagement and vision hollow in the area of the front wall, and - a front wall, - sidewalls (14, 16), which are connected to the front wall via bending lines (18, 20), and - at least one engagement and vision hollow in the area of the front wall, and wherein the front wall comprises at least one wall element at least partially detachably connected to the front wall, wherein the wall element is formed such that it at least partially covers the engagement and vision hollow, and wherein at least one further wall element is hinged to the wall element on the side opposing the front wall, characterized in that the further wall element is formed as a locking flap such that it locks with a locking element of the lid construction in closed state of the packaging, wherein the locking element is formed by means of a terminal edge of an internal lid wall of the lid construction and/or at least one recess formed in an internal lid wall.
Surface-mounted connection tower that is formed axially movable in an opening in a mounting ring that is fixedly connected in a hole in a preferably plane plate having an outwardly/upwardly facing surface, the connection tower being movable in relation to the surface for motion between a projected position and an inserted position and that the connection tower is provided with electric connection devices (232, 233) to which cables are connectable, an operating member is mounted to the projectable end of the connection tower and formed to at least partly act as an operation handle for the displacement of the connection tower, characterized in that the operating member, in the inserted position of the connection tower, connects to an elastic seal formed with a ring-shaped cover part that together with the operating member forms a cover member that covers the opening and the outer edge of which is formed to entirely or partly sealingly abut against the mounting ring wherein the ring shaped cover part is elastic for letting connected cables from the connection tower through the mounting ring even when the connection tower is in the inserted position.