mhurhangee/ep-ind-claims huggingface dataset:
Drain and overflow fitting for bath tubs, comprising an overflow body to be installed on a through-hole (3.1) of a bathtub on the outside of the tub, an overflow pipe and a handle, wherein the handle comprises at least two supports (2.1, 2.2) which are at a distance from one another, by means of which supports said handle can be fixed on at least two through-holes (3.1, 3.2), which are at a distance from one another, of a bathtub, wherein at least one (2.1) of the supports is in the form of an overflow channel and can be connected to the overflow body which is to be installed on the through-hole (3.1) on the outside of the tub, wherein the overflow body can be connected to a drain housing by means of the overflow pipe.
A method for the production of composite elements comprising at least one outer layer a) and a layer b) firmly bonded to it, an adhesion promoter c) being applied between the outer layer a) and the layer b) firmly bonded to it, the outer layer a) being continuously moved and the adhesion promoter c) and the layer b) firmly bonded to it or the starting materials thereof being applied in succession to the outer layer, the application of the adhesion promoter c) being effected by means of a rotating disk, wherein the rotating disk is provided with 20 to 80 teeth which taper to a point on the edge.
A system for controlling at least two unmanned aerial vehicles in a flight formation, wherein each aerial vehicle has a flight control unit for controlling the flight path of the aerial vehicle by means of a drive unit and a camera that may be rotated by means of an orientation means at least about one axis, wherein in the system there is provided at least one flight formation control unit (15, 18) for the wireless communication with the aerial vehicles, wherein the at least one flight formation control unit (15, 18) is configured to control the flight control units and the orientation means during a recording of at least one moving object that is to be filmed in such a way that a spatial arrangement (13, 22) of the aerial vehicles in relation to the object and the orientation of the optical axis of each camera in relation to the object and/or in relation to the orientation/s of the optical axis / axes of the other camera/s is substantially maintained and optionally adjusted substantially in real time, and wherein the flight formation control unit (15, 18) maintains and/or adjusts the orientation of the optical axis of a camera in relation to the orientation/s of the optical axis / axes of the other camera/s such that a field of vision of this camera is free of an aerial vehicle and/or a camera of the system.
A sealing material composition for a secondary battery comprising a diene rubber, a thermoplastic elastomer, a carbon having a primary particle diameter of 1μm or less, an organic liquid, and an imidazole compound, wherein the number of coarse particles having maximum diameter of 10μm or larger included in 3mL of said composition measured based on JIS K5600-2-5 using a 25μm particle gage is 10 or less, and said imidazole compound is at least one selected from the group consisting of 1,2-dimethyl imidazole, 2-ethyl-4-methyl imidazole, 1-benzyl-2-methyl imidazole, 1-benzyl-2-phenyl imidazole and 1-cyanoethyl-2-undecyl imidazole.
A RHO zeolite having a Si/AI ratio of from 3.2 to 4.5 and containing non-proton extra-framework cations, wherein the zeolite contains at most 1 proton per unit cell, and where in the size, number and charge of the extra-framework cations that are present in the zeolite are such that 1 or fewer non-proton extra-framework cations per unit cell are required to occupy 8-ring sites.
Method for displaying a function of a vehicle, comprising the steps of: • firstly retrieving scenery data, which reproduce an environment of the vehicle three dimensionally, from a memory, • secondly retrieving model data, which reproduce a model of the vehicle three dimensionally, from the memory, • combining the scenery data and the model data, and • displaying the combined scenery data and model data on a display apparatus from a predefined perspective of a virtual camera, characterized in that the following steps are performed • thirdly retrieving animation data, which comprise an animation of the model of the vehicle, from the memory, and • playing back the animation on the display apparatus on the basis of the animation data, wherein the animation is displayed on a three dimensional model of the vehicle in a representation of current surroundings of the vehicle that the vehicle is in. • firstly retrieving scenery data, which reproduce an environment of the vehicle three dimensionally, from a memory, • secondly retrieving model data, which reproduce a model of the vehicle three dimensionally, from the memory, • combining the scenery data and the model data, and • displaying the combined scenery data and model data on a display apparatus from a predefined perspective of a virtual camera, • thirdly retrieving animation data, which comprise an animation of the model of the vehicle, from the memory, and • playing back the animation on the display apparatus on the basis of the animation data, wherein the animation is displayed on a three dimensional model of the vehicle in a representation of current surroundings of the vehicle that the vehicle is in.
A rack-and-pinion-type steering system with a rack bush supporting a rack shaft in which rack teeth are formed at one circumferential portion, the rack bush comprising: an annular bush main body into which the rack shaft is inserted, and which is divided, in a circumferential direction, into two portions (22, 23) including a rack teeth-side portion located on the same side as the rack teeth in the circumferential direction and a back face-side portion other than the rack teeth-side portion; and a rigidity reducing portion that is provided in the rack teeth-side portion, and that makes a rigidity of the rack teeth-side portion lower than a rigidity of the back face-side portion, wherein the rigidity reducing portion includes axial grooves extending in an axial direction (x) of the bush main body, wherein the axial grooves are respectively provided at least at boundaries at two circumferential portions between the rack teeth-side portion and the back face-side portion in the bush main body, and in a region other than the boundaries in the rack teeth-side portion, characterized in that each of the axial grooves extends from one end or the other end of the rack teeth-side portion in the axial direction to an intermediate position in the rack teeth-side portion. an annular bush main body into which the rack shaft is inserted, and which is divided, in a circumferential direction, into two portions (22, 23) including a rack teeth-side portion located on the same side as the rack teeth in the circumferential direction and a back face-side portion other than the rack teeth-side portion; and a rigidity reducing portion that is provided in the rack teeth-side portion, and that makes a rigidity of the rack teeth-side portion lower than a rigidity of the back face-side portion, wherein the rigidity reducing portion includes axial grooves extending in an axial direction (x) of the bush main body, wherein the axial grooves are respectively provided at least at boundaries at two circumferential portions between the rack teeth-side portion and the back face-side portion in the bush main body, and in a region other than the boundaries in the rack teeth-side portion, characterized in that each of the axial grooves extends from one end or the other end of the rack teeth-side portion in the axial direction to an intermediate position in the rack teeth-side portion.
A dispersant of the following structure: wherein: MA is a multi-amine species and desirably has a number average molecular weight between 300 and 100,000 g/mole, preferably between 600 and 50,000 g/mole; PE1 is a polyester chain of number average molecular weight between 500 and 4,000 g/mole attached to the multi amine species via an amide bond; the carbonyl group is from the terminal group of PE1 and the nitrogen is from the MA; PE2 is a polyester chain of number average molecular weight between 500 and 4,000 g/mole attached to the multi amine species via a salt linkage; the deprotonated carboxylic acid group is from the terminal group of PE2 and the protonated nitrogen is from the MA; A1 is the residue of a C 2-5 carboxylic acid (preferably C 2-3) attached to the multi amine species via an amide bond, the carbonyl group is from the terminal group of A1 and the nitrogen is from the MA; A2 is the residue of a C 2-5 carboxylic acid (preferably C 2-3) attached to the multi amine species via a salt linkage, the deprotonated carboxylic acid group is from the terminal group of A2 and the protonated nitrogen is from the MA; the relative molar ratios of amide bonds represented by p and p' to salt linkages represented by q and q' are between 5:95 and 50:50; p + p' can never be greater than q + q'; p is always 1 or greater than 1, and p' is 1 or greater than 1; q is always 1 or greater than 1, and q' is 1 or greater than 1; and p + p' + q + q' is between 4 and 2000. MA is a multi-amine species and desirably has a number average molecular weight between 300 and 100,000 g/mole, preferably between 600 and 50,000 g/mole; PE1 is a polyester chain of number average molecular weight between 500 and 4,000 g/mole attached to the multi amine species via an amide bond; the carbonyl group is from the terminal group of PE1 and the nitrogen is from the MA; PE2 is a polyester chain of number average molecular weight between 500 and 4,000 g/mole attached to the multi amine species via a salt linkage; the deprotonated carboxylic acid group is from the terminal group of PE2 and the protonated nitrogen is from the MA; A1 is the residue of a C 2-5 carboxylic acid (preferably C 2-3) attached to the multi amine species via an amide bond, the carbonyl group is from the terminal group of A1 and the nitrogen is from the MA; A2 is the residue of a C 2-5 carboxylic acid (preferably C 2-3) attached to the multi amine species via a salt linkage, the deprotonated carboxylic acid group is from the terminal group of A2 and the protonated nitrogen is from the MA; the relative molar ratios of amide bonds represented by p and p' to salt linkages represented by q and q' are between 5:95 and 50:50; p + p' can never be greater than q + q'; p is always 1 or greater than 1, and p' is 1 or greater than 1; q is always 1 or greater than 1, and q' is 1 or greater than 1; and p + p' + q + q' is between 4 and 2000.
A microtome having a microtome blade, the microtome blade having a blade edge; and a cassette holding assembly, the cassette holding assembly having a base member, a cassette support member and a clamping member, the base member having a generally planar surface and a pair of threaded openings, the cassette support member having a planar front surface, a recess forming a planar recessed surface, two opposing vertical side surfaces, and a downward facing surface and a pair of countersunk holes, the cassette support member being removably engaged with and rigidly fixed to the base member in a manner such that the planar recessed surface of the cassette support member is spaced at most a first distance from the planar surface of the base member and the pair of countersunk holes of the cassette support member are aligned with the pair of threaded openings of the base member, the planar front surface of the cassette support member being spaced at least a second distance from the planar surface of the base member, the second distance being greater than the first distance, the clamping member comprising a clamping portion that opposes the downward facing surface of the cassette support member and that is movably connected to the base member and the cassette support member in a manner such that the clamping portion is able to move toward and alternatively away from the downward facing surface of the cassette support member, the cassette support member and the clamping member being adapted and configured in a manner such that a histological tissue cassette can be biased between the clamping portion of the clamping member and the downward facing surface of the cassette support member with the histological tissue cassette being positioned between the two opposing vertical side surfaces of the cassette support member and with the histological tissue cassette engaging the recess of the cassette support member in a manner rigidly securing the histological tissue cassette to the cassette holding assembly while also spacing the histological tissue cassette the first distance from the planar surface of the base member, the base member, the cassette support member, and the clamping member being movable together relative to the microtome blade in a manner such that the cassette support member can be positioned between the base member and the blade edge of the microtome blade.
Motor vehicle door lock arrangement for a sliding door of a motor vehicle, in particular a car, comprising a door handle module with a door handle, at least a first door lock, in particular a primary lock, a second door lock, in particular a holding lock, and a mechanical actuation drive train, wherein the door handle is connected to the first and the second door lock (6, 7) via the actuation drive train, wherein the door handle can be user-actuated by a first actuation in a first actuating direction, wherein the at least two door locks (6, 7) each comprise an actuation element and can each be unlatched by the actuation of the door handle in the first actuating direction, whereby the first actuation is mechanically transmitted through the actuation drive train to each of the actuation elements, wherein the first actuation comprises a first actuation stroke in the first actuating direction from a neutral position to a first end position of the door handle, wherein the first actuation stroke of the door handle is divided into a first and a second stroke section (17, 18), the first stroke section being followed by the second stroke section, characterized in that during the first actuation stroke of the door handle the actuation elements of the door locks (6, 7) are actuated during the first stroke section of the first actuation stroke and are not actuated during the second stroke section of the first actuation stroke. wherein the door handle can be user-actuated by a first actuation in a first actuating direction, wherein the at least two door locks (6, 7) each comprise an actuation element and can each be unlatched by the actuation of the door handle in the first actuating direction, whereby the first actuation is mechanically transmitted through the actuation drive train to each of the actuation elements, wherein the first actuation comprises a first actuation stroke in the first actuating direction from a neutral position to a first end position of the door handle, wherein the first actuation stroke of the door handle is divided into a first and a second stroke section (17, 18), the first stroke section being followed by the second stroke section, characterized in that during the first actuation stroke of the door handle the actuation elements of the door locks (6, 7) are actuated during the first stroke section of the first actuation stroke and are not actuated during the second stroke section of the first actuation stroke.
A reconfigurable antenna, comprising: a plurality of antenna feed elements; a plurality of plasma switches respectively associated with the antenna feed elements, wherein each of the plasma switches comprises a volume of inert gas and a pair of electrodes spanning the respective inert gas volume; control circuitry configured to independently operate the plasma switches to selectively activate and deactivate the antenna feed elements; and a focusing element having a focal plane on which the antenna feed elements are located, wherein the focusing element is a spherical dielectric lens. a plurality of antenna feed elements; a plurality of plasma switches respectively associated with the antenna feed elements, wherein each of the plasma switches comprises a volume of inert gas and a pair of electrodes spanning the respective inert gas volume; control circuitry configured to independently operate the plasma switches to selectively activate and deactivate the antenna feed elements; and a focusing element having a focal plane on which the antenna feed elements are located, wherein the focusing element is a spherical dielectric lens.
Method for displaying navigation data on a digital instrument cluster of a vehicle, comprising a first screen (11.1) and a processing unit (11.2), said method comprising steps of: - Reception, by the processing unit (11.2), of a command to display one mode among at least two navigation data display modes, - Emission, by the processing unit (11.2), to a computer, of a message indicating the selected display mode, - Reception, by the processing unit (11.2), of video data, coming from the computer and corresponding to the selected display mode, the video data received by the processing unit (11.2) comprising metadata indicating the display mode associated with said video data, the metadata being encoded on a pixel of the images of the video data, the color of the pixel indicating the display mode, - Decoding of the metadata contained in the pixel, - Control of a display of the video data received in at least one display zone of the first screen (11.1) according to the display mode indicated in the metadata. - Reception, by the processing unit (11.2), of a command to display one mode among at least two navigation data display modes, - Emission, by the processing unit (11.2), to a computer, of a message indicating the selected display mode, - Reception, by the processing unit (11.2), of video data, coming from the computer and corresponding to the selected display mode, the video data received by the processing unit (11.2) comprising metadata indicating the display mode associated with said video data, the metadata being encoded on a pixel of the images of the video data, the color of the pixel indicating the display mode, - Decoding of the metadata contained in the pixel, - Control of a display of the video data received in at least one display zone of the first screen (11.1) according to the display mode indicated in the metadata.
Household appliance with a wall element made from a sheet metal and having an aperture formed therein, and with an electric component mounted in the aperture, the electric component comprising an abutment rim which rests against a rim of the aperture at a first side of the wall element, and at least one clamp element projecting laterally from the electric component and which rests against a second side of the wall element opposite the first side so as to clamp the wall element between the abutment rim and the clamp elements, wherein the rim of the aperture, at least in the region where the clamp element rests against the wall element, comprises a bulge which increases the axial distance in the direction of insertion of the electric component into the aperture between the position where the abutment rim rests against the first side of the wall element and the position where the clamp element rests against the second side of the wall element, characterized in that the bulge is designed as a double bend of the sheet metal of the wall element.
A robotic lawnmower fence comprising; a bracket with two legs (9', 9"), which are essentially straight and parallel, and a crossbar, which extends between upper ends (9'a, 9"a) of the two legs (9', 9") and perpendicular to the legs (9', 9"), wherein opposite free ends (9'b, 9"b) of the legs (9', 9") are adapted to be anchored in the ground; and two support elements, each adapted to be arranged along a respective leg (9', 9") in the extension direction thereof to define a maximum depression depth of the legs (9', 9") into the ground and wherein each support element comprises two parallel apertures (25a, 25b), wherein the free ends (9'b, 9"b) of the respective legs (9', 9") of the bracket are adapted to be inserted through the apertures (25a, 25b) and wherein the support element can be moved along said extension direction of the legs (9', 9"). a bracket with two legs (9', 9"), which are essentially straight and parallel, and a crossbar, which extends between upper ends (9'a, 9"a) of the two legs (9', 9") and perpendicular to the legs (9', 9"), wherein opposite free ends (9'b, 9"b) of the legs (9', 9") are adapted to be anchored in the ground; and two support elements, each adapted to be arranged along a respective leg (9', 9") in the extension direction thereof to define a maximum depression depth of the legs (9', 9") into the ground and wherein each support element comprises two parallel apertures (25a, 25b), wherein the free ends (9'b, 9"b) of the respective legs (9', 9") of the bracket are adapted to be inserted through the apertures (25a, 25b) and wherein the support element can be moved along said extension direction of the legs (9', 9").
A method comprising: tracking, by a device in a network, changes in a source port or an Internet Protocol identifier, IP ID, indicated by network traffic associated with a particular host in the network; detecting, by the device, an operating system start event based on the tracked changes in the source port or IP ID indicated in the traffic data associated with the particular host; providing, by the device, data regarding the detected operating system start event as input to a machine learning-based malware detector; and causing, by the device, performance of a mitigation action in the network when the malware detector determines that the particular host is infected with malware. tracking, by a device in a network, changes in a source port or an Internet Protocol identifier, IP ID, indicated by network traffic associated with a particular host in the network; detecting, by the device, an operating system start event based on the tracked changes in the source port or IP ID indicated in the traffic data associated with the particular host; providing, by the device, data regarding the detected operating system start event as input to a machine learning-based malware detector; and causing, by the device, performance of a mitigation action in the network when the malware detector determines that the particular host is infected with malware.
Connection device for electrically connecting a cable having at least one electric conductor to an electric device, - having a housing, - the housing being at least partly arranged in an electric device housing, preferably plugged in, - the cable being connected in the housing and projecting out of the connection device, characterized in that the connection device has means which predefine the deflection of the cable out of the connection device optionally in the vertical and/or horizontal direction, wherein the means are formed as a flap, preferably flexible and/or in particular capable of being broken out. - having a housing, - the housing being at least partly arranged in an electric device housing, preferably plugged in, - the cable being connected in the housing and projecting out of the connection device,