mhurhangee/ep-ind-claims huggingface dataset:
Office chair system, including - an office chair; - sensor means configured to determine positions of elements of the office chair and/or a posture of a user and to generate a position signal based on the determination; - at least one calculation unit coupled to the sensor means, configured to generate a first feedback signal based on the position signal; and - an operating element coupled to the calculation unit, which is configured to output the first feedback signal; - wherein the office chair includes adjustment means coupled with the calculation unit for changing the positions of the elements of the office chair, which are configured to detect a contact and/or an actuation of one component among at least two components of the adjustment means and to generate an adjustment signal based on the detection; and wherein - the first feedback signal contains information about a proposed change of the positions of the elements of the office chair; - one of the at least two components is assigned to the proposed change; - the calculation unit is configured to verify a contact and/or an actuation of the component assigned to the change, and to generate a second feedback signal based on the verification; and - the operating element is configured to output the second feedback signal. - an office chair; - sensor means configured to determine positions of elements of the office chair and/or a posture of a user and to generate a position signal based on the determination; - at least one calculation unit coupled to the sensor means, configured to generate a first feedback signal based on the position signal; and - an operating element coupled to the calculation unit, which is configured to output the first feedback signal; - wherein the office chair includes adjustment means coupled with the calculation unit for changing the positions of the elements of the office chair, which are configured to detect a contact and/or an actuation of one component among at least two components of the adjustment means and to generate an adjustment signal based on the detection; and wherein - the first feedback signal contains information about a proposed change of the positions of the elements of the office chair; - one of the at least two components is assigned to the proposed change; - the calculation unit is configured to verify a contact and/or an actuation of the component assigned to the change, and to generate a second feedback signal based on the verification; and - the operating element is configured to output the second feedback signal.
Core drill bit comprising: a tubular shaft, a mounting platform provided on a proximal end of the tubular shaft for mounting the core drill bit on a power tool, an annular cutting section provided with abrasive cutting segments arranged at a distal end of the tubular shaft, a transponder, characterized in that a slit in the tubular shaft the slit forming a slit antenna for the transponder. a tubular shaft, a mounting platform provided on a proximal end of the tubular shaft for mounting the core drill bit on a power tool, an annular cutting section provided with abrasive cutting segments arranged at a distal end of the tubular shaft, a transponder, characterized in that a slit in the tubular shaft the slit forming a slit antenna for the transponder.
A method for producing an aldehyde by a hydroformylation reaction of reacting an olefin with hydrogen and carbon monoxide in the presence of a Group 8 to 10 metal-phosphine complex catalyst, comprising the following steps and: a step of withdrawing a reaction solution having accumulated therein a high-boiling-point byproduct from a reaction zone and oxidizing by bringing the withdrawn reaction solution into contact with an oxygen-containing gas, and a step of, after the step, mixing a poor solvent and hydrogen with the reaction solution, then crystallizing the Group 8 to 10 metal-phosphine complex catalyst by crystallization, and recovering the crystallized complex catalyst from the reaction solution, wherein the poor solvent is a mixture of water and an alcohol. a step of withdrawing a reaction solution having accumulated therein a high-boiling-point byproduct from a reaction zone and oxidizing by bringing the withdrawn reaction solution into contact with an oxygen-containing gas, and a step of, after the step, mixing a poor solvent and hydrogen with the reaction solution, then crystallizing the Group 8 to 10 metal-phosphine complex catalyst by crystallization, and recovering the crystallized complex catalyst from the reaction solution, wherein the poor solvent is a mixture of water and an alcohol.
A method for storing stereoscopic contents, comprising: storing streams of the stereoscopic contents; and when the stereoscopic contents includes two elementary streams, storing dependency information between a main track and a supplementary track for the elementary streams in a track reference box, wherein the track reference box includes a track identification, ID, of a referred track which is one of the main track and the supplementary track, and wherein the referred track includes metadata information of the stereoscopic contents. storing streams of the stereoscopic contents; and when the stereoscopic contents includes two elementary streams, storing dependency information between a main track and a supplementary track for the elementary streams in a track reference box, wherein the track reference box includes a track identification, ID, of a referred track which is one of the main track and the supplementary track, and wherein the referred track includes metadata information of the stereoscopic contents.
Vibratory hammer (1; 21) for driving or retracting sheet piles, pipes or other elements into or from the soil, said vibratory hammer (1; 21) comprising: - a vibration case; - an even number of pairwise arranged eccenter weights (8A, 8B), which are rotationally mounted in the vibration case; - at least one drive motor (13A, 13B; 23) for driving the rotation of the eccenter weights (8A, 8B); - a clamp attached to the vibration case, said clamp comprising gripping jaws for gripping the sheet piles, pipes or other elements; and - a yoke for suspending the vibratory hammer from a hoist cable or the like, wherein said yoke is connected to the vibration case via one or more vibration damping elements, characterized in that the at least one drive motor (13A, 13B; 23) is a synchronous electric motor, wherein the synchronous electric motor (13A, 13B; 23) is a permanent-magnet synchronous motor (PMSM). - a vibration case; - an even number of pairwise arranged eccenter weights (8A, 8B), which are rotationally mounted in the vibration case; - at least one drive motor (13A, 13B; 23) for driving the rotation of the eccenter weights (8A, 8B); - a clamp attached to the vibration case, said clamp comprising gripping jaws for gripping the sheet piles, pipes or other elements; and - a yoke for suspending the vibratory hammer from a hoist cable or the like, wherein said yoke is connected to the vibration case via one or more vibration damping elements,
Lock, in particular mortise lock, comprising a housing, a nut, a latch which may be formed as a reverse latch, a lock push rod which cooperates with a locking bolt and/or other locking devices, as well as a transmission means which generates an interaction between the nut and the lock push rod, characterized in that the nut includes a toothing arranged in the form of tongs disposed on a circumference of a neck of the nut, the neck having a smaller diameter than the outer diameter of the nut, and that the transmission means is formed of a nut push rod displaceable in the longitudinal direction of the lock as well as a lever supported on a fulcrum, wherein the nut push rod includes a toothing extending in longitudinal direction, engaging the toothing of the nut, and wherein the lever supported on the fulcrum has on the side facing the nut push rod a toothing engaging a cutout having two end stops of the lock push rod, and includes on the opposite lever arm a lever bolt cooperating with the lock push rod, wherein the Lever arm having the lever bolt is longer than the lever arm having the toothing.
Method for the equipping of products, for example, packaging materials by applying single laminates (5.1) made of a thin film onto the outer surface of products by using an adhesive to attach the respective laminate (5.1) to the product, wherein the single laminates (5.1), which are attached to a sheet-like carrier material of a laminate material (3, 3a) by means of a release lacquer or a multi-layered adhesive, are transferred onto the product by pressing and while cumulatively pulling them off the carrier material are connected to the product via the adhesive, preferably by rolling them on, wherein, for providing the laminate material (3, 3a) from the film attached to the carrier material using release lacquer or multi-layered adhesive, the single laminates (5.1) are formed by means of punching and/or cutting them and then at least one piece of scrap film, which does not make up the single laminates (5.1) and is adjacent to the single laminates (5.1) but separated therefrom by means of separation lines created by means of punching or cutting, is pulled off the carrier material, wherein the punching or cutting of the film is performed in such a way that single laminates (5.1) successively following each other in the longitudinal direction of the carrier material are immediately connected to one another via an individual first separation line running transversely to this longitudinal direction, wherein the edges of the single laminates (5.1) facing the longitudinal sides of the carrier material are respectively formed by a second continuous separation line that extends into the longitudinal direction of the carrier material and wherein a film strip separated from the single laminates (5.1) by a second separation line is pulled off as film scrap in the area of each longitudinal side of the carrier material, characterized in that the application of the adhesive onto the side of the film facing away from the carrier material is carried out before creating the single laminates (5.1) by means of punching or cutting under the use of a hot-melt adhesive, wherein the film is made of plastic and has a thickness ranging between 2 μm und 20 μm.
Construction panel for constructing a floor or wall, wherein the construction panel comprises a plurality of layers, wherein the plurality of layers comprise from a rear side to a front side of the construction panel: - a base plate; - a first cast layer; - an intermediate plate; - a heating layer; and - a second cast layer; wherein the layers are framed at least partially by an edge profile and wherein the intermediate plate lies at a distance from the edge profile so that the intermediate plate is fully encapsulated in the first and the second cast layer, characterized in that the edge profile has a base which is provided to lie on the base plate, wherein a first leg extends downward from the base so as to lie against a side of the base plate, wherein the base has a second leg which extends upward from the base so that a space is delimited by the base plate and the second leg in which the first cast layer, the intermediate plate, the heating layer and the second cast layer are formed. - a base plate; - a first cast layer; - an intermediate plate; - a heating layer; and - a second cast layer;
Air diffuser comprising a cover and an air diffuser base, said cover being connected to the air diffuser base, wherein: - the air diffuser base comprises one or more mounting elements; and - the cover comprises a mounting plate, said mounting plate being configured for mounting the cover to the one or more mounting elements of the air diffuser base such that the cover and the mounting plate are positioned at some distance from the air diffuser base, - the cover further comprises an air flow controller moveably connected to the mounting plate for controlling the flow of air in the air diffuser, characterised in that the mounting plate is provided with one or more air flow controller adjusting means for adjusting the position of the air flow controller relative to the mounting plate, said one or more air flow controller adjusting means being positioned between the mounting plate and the air flow controller, so that the air flow path of the air diffuser base is substantially free of air flow disturbing obstacles. - the air diffuser base comprises one or more mounting elements; and - the cover comprises a mounting plate, said mounting plate being configured for mounting the cover to the one or more mounting elements of the air diffuser base such that the cover and the mounting plate are positioned at some distance from the air diffuser base, - the cover further comprises an air flow controller moveably connected to the mounting plate for controlling the flow of air in the air diffuser,
A method for performing an integrity test on a bag comprising at least one flexible casing material for bioprocessing, comprising the steps: - pouring a test gas into the bag; and - detecting test gas present directly outside of the bag; wherein the test gas is configured such, that the permeation rate of the test gas through undamaged casing material of the bag is not greater than 1·10 -6 mbar·m/ (s·bar), wherein the capacity of the flexible bag is at least roughly 10 l, and wherein the at least one casing material has a thickness of not more than 2 mm. - pouring a test gas into the bag; and - detecting test gas present directly outside of the bag;
A pharmaceutical composition comprising an oil-in-water emulsion, comprising an emulsifier which is a non-gelled branched polymer, wherein the ends of at least some of the chains of said polymer terminate in an alkyl chain of 5 carbon atoms or more, and wherein the oil-in-water emulsion takes the form of particles having a z-average diameter of no greater than about 1000 nm.
Fastening device, for anchoring elements included in a resilient unit in an anchoring system for floating structures, comprised of at least one first attachment device, in which elastic elements are intended to be connected, and at least one second attachment device, in which at least one anchoring element is intended to be connected, said first attachment device and second attachment device being intended to be connected together and be mutually locked by at least one locking device, said first attachment device including at least one frame, which is provided with attachment elements for attachment of the elastic elements which at their ends are provided with connecting parts, said second attachment device including at least one bracket support which extends from the one side of the frame through holes (23, 24) in the frame to the other side of the frame, where the bracket support includes at least one attachment device for anchoring elements, the attachment elements of the frame being holes and said connecting parts of the elastic elements have a shape adapted to that of said holes through which the connecting parts are to be inserted and held firmly, that the device includes locking rings configured to be applied to prevent the connecting parts from passing out through the holes in the frame, that the bracket support has pieces (38, 39) to be inserted from one side of the frame through said holes (23, 24) therein, and that a locking device configured to lock the first and second attachment devices by locking the frame to the bracket support includes a grip plate with protruding segments insertable into holes or grooves in said pieces (38, 39) of the bracket support on said other side of the frame to lock the frame to the bracket support.
A method of coding implemented by a decoding device or an encoding device, comprising: estimating local illumination compensation, LIC, parameters by using reference samples of a current block and reference samples of a reference block, wherein at least one of the reference samples of the reference block is obtained by using an integer part of a fractional motion vector, MV, unfiltered reference samples are used for LIC parameter estimation, and the estimating LIC parameters is in parallel with performing motion compensation, MC; and obtaining inter prediction of the current block according to the LIC parameters. estimating local illumination compensation, LIC, parameters by using reference samples of a current block and reference samples of a reference block, wherein at least one of the reference samples of the reference block is obtained by using an integer part of a fractional motion vector, MV, unfiltered reference samples are used for LIC parameter estimation, and the estimating LIC parameters is in parallel with performing motion compensation, MC; and obtaining inter prediction of the current block according to the LIC parameters.
Optical detection device included in a self-guided flying vehicle, the self-guided flying vehicle being composed of a dome located at the head of the self-guided flying vehicle, a propulsion device located at the rear of the self-guided flying vehicle and a body located between the dome and the propulsion device, the optical detection device comprising at least two portholes (20a, 20b, 20c, 20d) disposed in a collar on the periphery of the body of the self-guided flying vehicle, and the device being characterised in that it further comprises, for at least some of the portholes: - an optical system associated with each porthole, the optical system being placed behind said porthole and comprising a curved mirror reflecting the optical signal towards a plane mirror, - at least one optical sensor whereon at least one optical signal reflected by a curved mirror and a plane mirror is directed, the optical sensor being connected to an information processing device. - an optical system associated with each porthole, the optical system being placed behind said porthole and comprising a curved mirror reflecting the optical signal towards a plane mirror, - at least one optical sensor whereon at least one optical signal reflected by a curved mirror and a plane mirror is directed, the optical sensor being connected to an information processing device.
Printed circuit produced with uniplanar technology, comprising transmission lines belonging to a printed surface and printed on a dielectric substrate (52; 101), the printed circuit constituting a radiofrequency power divider comprising a single divider block having an input channel (55; 105) and three output channels (56; 106), the transmission lines having the topology of a coplanar waveguide, the input channel comprising two metal earthing strips and a first central metal strip of a constant width, said printed circuit being characterised in that each output channel comprises two metal earthing strips and a second central metal strip that widens over an outer portion of the output channel.
A method for detecting interactions on a forwarding element in a network, N, wherein the forwarding element, FE, is operable to forward data according to rules, installable on the forwarding element, FE, and wherein a rule set, RS, is installed on the forwarding element, FE, and wherein the rule set, RS, comprise rules, R, and wherein a rule comprises a match set, M, and at least corresponding action set, A, wherein the match set, M, comprises at least one match field, f, and wherein the action set, A, comprises one or more actions, a, wherein the action set, A, is to be performed when matching a match set, M, and a priority (priority, R), assigned to each rule, R, characterized by the steps of a) determining one or more relations between the match sets, M, based on match field relations, f, b) determining one or more relations between the action sets, A, c) determining one or more interactions between the rules, R, based on the determined relations between the match sets, M, and the action sets, wherein each rule (R x) is tested against another rule, R, for determining the interaction d) reducing the rule set, RS, to an actual rule set, ARS, according to the determined interactions so that the actual rule set, ARS, comprises only rules, R, with no interactions among them preferably wherein duplication, redundancy, generalization, shadowing, correlation, inclusion and/or extension as rule interactions are determined. a) determining one or more relations between the match sets, M, based on match field relations, f, b) determining one or more relations between the action sets, A, c) determining one or more interactions between the rules, R, based on the determined relations between the match sets, M, and the action sets, wherein each rule (R x) is tested against another rule, R, for determining the interaction d) reducing the rule set, RS, to an actual rule set, ARS, according to the determined interactions so that the actual rule set, ARS, comprises only rules, R, with no interactions among them
Modular base element (10;210;310) made of material which is substantially anisotropic with regard to thermal behaviour and/or deformation due to shrinkage and swelling in a longitudinal direction (X-X) of the veining, having at least: - a first flange extending parallel to the longitudinal direction (X-X) of the veining and with a width extending in a first direction (Y-Y) perpendicular to the longitudinal direction (X-X), one surface thereof being flat; - a second flange extending parallel to the longitudinal direction (X-X) of the veining and with a width extending in a first direction (Y-Y) perpendicular to the longitudinal direction (X-X), one surface thereof being flat; - a web (12;212;313) joining together one (11c,13c) of the two opposite end edges of the first flange and the second flange; wherein - a first recess (12a;212a;312a) is formed between the web (12,212;312) and the first flange and a second recess (12b;212b;312b) is formed between the web (12,212;312) and the second flange, both extending in the longitudinal direction (X-X) parallel to the veining, defining an inclined theoretical web which joins together the two flanges and which has an inclination defined by a respective acute angle (α, β) (i.e. < 90°) formed with the first flange and the second flange, characterized in that the first flange and the second flange have their respective free edges (11c,13c) projecting by a suitable amount, in the transverse direction (Y-Y) of width of the flange, perpendicular to the veining direction (X-X), beyond the corner connecting together the web and the other flange (13,11), and in opposite sense to each other. - a first flange extending parallel to the longitudinal direction (X-X) of the veining and with a width extending in a first direction (Y-Y) perpendicular to the longitudinal direction (X-X), one surface thereof being flat; - a second flange extending parallel to the longitudinal direction (X-X) of the veining and with a width extending in a first direction (Y-Y) perpendicular to the longitudinal direction (X-X), one surface thereof being flat; - a web (12;212;313) joining together one (11c,13c) of the two opposite end edges of the first flange and the second flange; - a first recess (12a;212a;312a) is formed between the web (12,212;312) and the first flange and a second recess (12b;212b;312b) is formed between the web (12,212;312) and the second flange, both extending in the longitudinal direction (X-X) parallel to the veining, defining an inclined theoretical web which joins together the two flanges and which has an inclination defined by a respective acute angle (α, β) (i.e. < 90°) formed with the first flange and the second flange,