mhurhangee/ep-ind-claims huggingface dataset:
A storage device for theft-proof storage of valuable articles, comprising: a cabinet, having at least one drawer space (S, S1, S2), a safe drawer, which is received in the drawer space (S, S1, S2), a safe housing, comprising side walls (24a, 24b) and a top wall connecting the side walls, wherein the safe drawer is slidably connected to the safe housing and wherein the safe housing is mounted to the cabinet in the drawer space (S, S1, S2), a locking member (11, 11', 11a, 11b), which is movably connected to the safe drawer or to the safe housing, an actuator, which is operatively connected to the locking member, for controlling a movement of the locking member, and a controller, which is operatively connected to the actuator, and which is configured to control the actuator, wherein the controller is configured for receiving a control signal, based on which the controller is configured to control the actuator, wherein the locking member (11, 11', 11a, 11b) is movable between a first position, in which the locking member locks safe drawer relative to the cabinet, and a second position, wherein the safe drawer is unlocked relative to the cabinet, and characterised in that the safe drawer is received in the drawer space in a drawer space portion that is situated at least partially, preferably entirely, above side walls of a drawer, which is slidably mounted to the cabinet and received in said drawer space. a cabinet, having at least one drawer space (S, S1, S2), a safe drawer, which is received in the drawer space (S, S1, S2), a safe housing, comprising side walls (24a, 24b) and a top wall connecting the side walls, wherein the safe drawer is slidably connected to the safe housing and wherein the safe housing is mounted to the cabinet in the drawer space (S, S1, S2), a locking member (11, 11', 11a, 11b), which is movably connected to the safe drawer or to the safe housing, an actuator, which is operatively connected to the locking member, for controlling a movement of the locking member, and a controller, which is operatively connected to the actuator, and which is configured to control the actuator, wherein the controller is configured for receiving a control signal, based on which the controller is configured to control the actuator, wherein the locking member (11, 11', 11a, 11b) is movable between a first position, in which the locking member locks safe drawer relative to the cabinet, and a second position, wherein the safe drawer is unlocked relative to the cabinet, and characterised in that the safe drawer is received in the drawer space in a drawer space portion that is situated at least partially, preferably entirely, above side walls of a drawer, which is slidably mounted to the cabinet and received in said drawer space.
A IL-8 inhibitor for use in the treatment and/or prevention of interstitial cystitis/painful bladder syndrome (IC/PBS) and/or over active bladder, which is a CXCR1 inhibitor or a dual CXCR1 and CXCR2 inhibitor having formula or a pharmaceutically acceptable salt thereof, wherein R1 is hydrogen; X is OH; R2 is hydrogen or linear C 1 -C 4 alkyl; Y is a heteroatom selected from S, O and N; Z is selected from linear or branched C 1 -C 4 alkyl, linear or branched C 1 -C 4 alkoxy, halo C 1 -C 3 alkyl and halo C 1 -C 3 alkoxy; or having formula or a pharmaceutically acceptable salt thereof, wherein R' is hydrogen; R is a residue of formula SO 2 Ra wherein Ra is linear or branched C 1 -C 4 alkyl or halo C 1 -C 3 alkyl. R1 is hydrogen; X is OH; R2 is hydrogen or linear C 1 -C 4 alkyl; Y is a heteroatom selected from S, O and N; Z is selected from linear or branched C 1 -C 4 alkyl, linear or branched C 1 -C 4 alkoxy, halo C 1 -C 3 alkyl and halo C 1 -C 3 alkoxy; or having formula R' is hydrogen; R is a residue of formula SO 2 Ra wherein Ra is linear or branched C 1 -C 4 alkyl or halo C 1 -C 3 alkyl.
A semi-hermetic compressor comprising a compressor portion and a motor encased in a housing portion; the compressor portion configured to compress a working fluid, and being driven by the motor; the motor comprising a plurality of field windings; a plurality of motor leads being connected to the field windings, wherein the plurality of motor leads extend from an interior of the housing portion to an exterior of the housing portion through a pass-through assembly mounted in the housing portion; characterized in that the pass-through assembly is annular and comprises a base portion, a first isolation portion, a second isolation portion, and a cap portion; wherein the base portion forms an airtight seal between the housing portion and an external periphery of the base portion; each of the first and second isolation portions (26, 42) comprising at least one aperture for receiving and compressing an insulated motor lead passing through the base portion; and a sealant is disposed between the first and second isolation portion (26, 42) within the base portion, wherein the sealant is epoxy, silicone or putty. the pass-through assembly is annular and comprises a base portion, a first isolation portion, a second isolation portion, and a cap portion; wherein the base portion forms an airtight seal between the housing portion and an external periphery of the base portion; each of the first and second isolation portions (26, 42) comprising at least one aperture for receiving and compressing an insulated motor lead passing through the base portion; and a sealant is disposed between the first and second isolation portion (26, 42) within the base portion, wherein the sealant is epoxy, silicone or putty.
A method for manufacturing a composite part comprising: curing layers of composite material to form the composite part; depositing a primer on a surface of the composite part, wherein depositing the primer on the surface of the composite part comprises: spraying a layer of metallic material on the surface of the composite part using a thermal plasma spray; and spraying a layer of ceramic material on the layer of metallic material using the thermal plasma spray; and depositing a group of conductive elements on the primer such that an electronic device is formed on the composite part, wherein depositing the group of conductive elements comprises: spraying conductive material on the layer of ceramic material using the thermal plasma spray to form the group of conductive elements. curing layers of composite material to form the composite part; depositing a primer on a surface of the composite part, wherein depositing the primer on the surface of the composite part comprises: spraying a layer of metallic material on the surface of the composite part using a thermal plasma spray; and spraying a layer of ceramic material on the layer of metallic material using the thermal plasma spray; and spraying a layer of metallic material on the surface of the composite part using a thermal plasma spray; and spraying a layer of ceramic material on the layer of metallic material using the thermal plasma spray; and depositing a group of conductive elements on the primer such that an electronic device is formed on the composite part, wherein depositing the group of conductive elements comprises: spraying conductive material on the layer of ceramic material using the thermal plasma spray to form the group of conductive elements.
A use of a cable conduit consisting of a thermoplastic for accommodating telecommunications cables, in particular fibre optic cables, wherein - the cable conduit is formed with a cable guide duct, which is enclosed by a duct wall with a circular cross-section and has a duct inner wall and a duct outer wall, wherein - the duct wall has an at least three-layered structure consisting of a foamed intermediate layer and the duct inner wall and duct outer wall, and - the duct inner wall and/or duct outer wall are formed with a smooth surface, wherein furthermore - at least one stabilisation layer, which runs axially in comparison with the cable guide duct, is introduced into the foamed intermediate layer, and - the duct inner wall and the duct outer wall and the foamed intermediate layer are produced from a matching thermoplastic in the form of PE or PP, wherein furthermore - the stabilisation layer is in the form of one or more film layers and has a circular cross-section, and - is tubular and arranged concentrically to the common centre point in comparison with the duct inner wall and the duct outer wall and centrally in comparison with the foamed intermediate layer, and wherein - the foamed intermediate layer has closed cells, and the individual cells of the foamed intermediate layer have a diameter in the sub-millimetre range. - the cable conduit is formed with a cable guide duct, which is enclosed by a duct wall with a circular cross-section and has a duct inner wall and a duct outer wall, wherein - the duct wall has an at least three-layered structure consisting of a foamed intermediate layer and the duct inner wall and duct outer wall, and - the duct inner wall and/or duct outer wall are formed with a smooth surface, wherein furthermore - at least one stabilisation layer, which runs axially in comparison with the cable guide duct, is introduced into the foamed intermediate layer, and - the duct inner wall and the duct outer wall and the foamed intermediate layer are produced from a matching thermoplastic in the form of PE or PP, wherein furthermore - the stabilisation layer is in the form of one or more film layers and has a circular cross-section, and - is tubular and arranged concentrically to the common centre point in comparison with the duct inner wall and the duct outer wall and centrally in comparison with the foamed intermediate layer, and wherein - the foamed intermediate layer has closed cells, and the individual cells of the foamed intermediate layer have a diameter in the sub-millimetre range.
A pneumatic tire, comprising a generally string-shaped adhesive sealant, the sealant being continuously and spirally attached at least to an inner periphery of the tire that corresponds to a tread portion, characterized in that the sealant has a wider portion at least one of longitudinal ends thereof, the wider portion having a width larger than that of a longitudinally adjoining portion.
Sensor system for a locking installation of a door, having: an acceleration sensor which is designed to sense movements of the door in at least two dimensions; a magnetic field sensor which is designed to detect a magnetic field in the area of the locking installation and to sense changes in the magnetic field; and a control device which is coupled to the acceleration sensor and to the magnetic field sensor and is designed to record a time-resolved acceleration profile from the sensed movements of the door, to record a time-resolved magnetic field change profile from the sensed changes in the magnetic field, to correlate the acceleration profile with the magnetic field change profile, to compare the profile correlation with a predeterminable correlation signature, and to output an alarm signal if the profile correlation matches the correlation signature. an acceleration sensor which is designed to sense movements of the door in at least two dimensions; a magnetic field sensor which is designed to detect a magnetic field in the area of the locking installation and to sense changes in the magnetic field; and a control device which is coupled to the acceleration sensor and to the magnetic field sensor and is designed to record a time-resolved acceleration profile from the sensed movements of the door, to record a time-resolved magnetic field change profile from the sensed changes in the magnetic field, to correlate the acceleration profile with the magnetic field change profile, to compare the profile correlation with a predeterminable correlation signature, and to output an alarm signal if the profile correlation matches the correlation signature.
A system for reducing the draw resonance of plastic material in the molten state, so-called melt, leaving an extrusion group of a plant for the production of plastic films, said system comprising at least one thermostatically-controlled cylinder, having an embracement angle, of the melt on said cylinder, adjustable on the basis of the process rate, i.e. the linear movement speed of the plastic film and/or on the basis of the temperature measured in the proximity of or in correspondence with the clamping area of said melt in a thermoforming, calibration and cooling group included in said plant and positioned downstream of said system; said system further comprising regulation means of the horizontal movement and/or regulation means of the angular movement of said cylinder with respect to the thermoforming, calibration and cooling group and characterized in that the system is adapted such that the embracement angle is variable from 0° to 180° by means of a horizontal movement within guides secured by a pair of adjustment screws, and by means of an angular movement by rotation of supporting levers of the cylinder around a fulcrum, by means of a second pair of adjustment screws.
Method for the determination of the ammonium content of aqueous samples which, besides the measurement result of a single measurement, also supplies directly information on the plausibility of this measurement result, where a) a chlorinating agent, a phenol derivative and nitroprusside are added to the sample at an alkaline pH, b) the extinction of the mixture obtained in step a) is determined in the absorption region of the blue dye formed and in the absorption region of nitroprusside, where the ammonium content is determined from the extinction in the absorption region of the blue dye formed and the plausibility is determined from the extinction in the absorption region of nitroprusside. a) a chlorinating agent, a phenol derivative and nitroprusside are added to the sample at an alkaline pH, b) the extinction of the mixture obtained in step a) is determined in the absorption region of the blue dye formed and in the absorption region of nitroprusside, where the ammonium content is determined from the extinction in the absorption region of the blue dye formed and the plausibility is determined from the extinction in the absorption region of nitroprusside.
A rescue device for treating leakage of dangerous chemicals comprising: a first container (101, 201) having a closed negative pressure chamber (102, 202) and an intake (103, 203) which allows outside dangerous chemicals from a leaking container to enter the first container (101, 201); and a second container (104, 204) installed and fixed in the first container (101, 201); the second container (104, 204) contains a harmless liquefied gas (106, 206) and has an opening which controllably communicates with the external environment. a first container (101, 201) having a closed negative pressure chamber (102, 202) and an intake (103, 203) which allows outside dangerous chemicals from a leaking container to enter the first container (101, 201); and a second container (104, 204) installed and fixed in the first container (101, 201); the second container (104, 204) contains a harmless liquefied gas (106, 206) and has an opening which controllably communicates with the external environment.
An apparatus for detecting the hand force or the hand pressure and in particular perceptions of pain of a person, comprising a pressure or force measuring apparatus and comprising a hollow body extending in a longitudinal direction, wherein the hollow body includes an upper fixed end part, a lower fixed end part and a spacer element, wherein the upper end part and the lower end part are kept mutually spaced apart via the spacer element, wherein the spacer element extends in the longitudinal direction, and wherein the hollow body includes a flexible outer cover which connects the upper end part to the lower end part such that a closed inner space is formed within which the spacer element is also arranged, wherein the outer cover is designed such that it can be at least partly surrounded by a hand, and wherein the inner space of the hollow body includes a gel material, an elastic multicomponent material or a liquid material which acts as a pressure transmitter, and wherein the pressure or force measuring apparatus extends at least partly in the inner space in the longitudinal direction to transmit the pressure from the outer cover via the pressure transmitter to the pressure or force measuring apparatus, characterized in that the apparatus comprises a pain actuator, designed as a heat generation apparatus, wherein the pain actuator includes a metallic cover at whose lower side a heating element and a temperature sensor are arranged.
A heating medium circulation system comprising: heating means configured to heat a heating medium; a heat storage tank configured to store the heating medium heated by the heating means; a supply channel (16b, 16c) through which the heating medium supplied to a heat demand section flows; a first flow channel through which the heating medium flowing out from the heating means is caused to flow into the supply channel (16b, 16c) without passing through the heat storage tank; a second flow channel through which the heating medium flowing out from the heating means is caused to flow into the heat storage tank; flow channel switching means configured to switch between the first flow channel and the second flow channel; a third flow channel through which the heating medium flowing out from the heat storage tank is caused to flow into the supply channel (16b, 16c); a check valve disposed in the third flow channel; characterized in a control device configured to control a first circulation operation in which the heating medium flows through the heating means, the first flow channel, and the supply channel (16b, 16c) in this order, and a second circulation operation in which the heating medium flow from the heating means through the heat storage tank, the third flow channel, and the supply channel (16b, 16c) in this order. heating means configured to heat a heating medium; a heat storage tank configured to store the heating medium heated by the heating means; a supply channel (16b, 16c) through which the heating medium supplied to a heat demand section flows; a first flow channel through which the heating medium flowing out from the heating means is caused to flow into the supply channel (16b, 16c) without passing through the heat storage tank; a second flow channel through which the heating medium flowing out from the heating means is caused to flow into the heat storage tank; flow channel switching means configured to switch between the first flow channel and the second flow channel; a third flow channel through which the heating medium flowing out from the heat storage tank is caused to flow into the supply channel (16b, 16c); a check valve disposed in the third flow channel; characterized in a control device configured to control a first circulation operation in which the heating medium flows through the heating means, the first flow channel, and the supply channel (16b, 16c) in this order, and a second circulation operation in which the heating medium flow from the heating means through the heat storage tank, the third flow channel, and the supply channel (16b, 16c) in this order.
A moving bed catalyst regenerator for simultaneously and separately regenerating catalysts under different operating conditions, comprising a vessel extending in a vertical direction, said vessel being divided into at least two regeneration zones extending along the vertical height of said vessel, in which particles of catalyst move under gravity, in which each regeneration zone comprises, in succession and in the order in which the catalysts move: a) a combustion section; b) an oxychlorination section disposed below the combustion section and comprising means for bringing catalyst from the combustion section to the oxychlorination section; c) a calcining section disposed below the oxychlorination section; characterized in that the regeneration zones are separated from each other by a separation means (6, 34, 23, 27) which is impermeable to catalysts and to gases in a manner such that, in said reactor, the catalysts of each of the zones are capable of being regenerated under different operating conditions. a) a combustion section; b) an oxychlorination section disposed below the combustion section and comprising means for bringing catalyst from the combustion section to the oxychlorination section; c) a calcining section disposed below the oxychlorination section;
A method of operating a server in a distributed computerized system environment, the server having one or more implementation means and one or more analytics means, the implementation means comprising one or more declarative models and one or more platform-specific drivers, wherein the one or more declarative models are documents including instructions describing on what computer systems a particular module of a distributed application program should run as well as the characteristics of the computer system to run the particular module,, the method comprising the acts of: receiving one or more new declarative models from a repository, wherein the declarative models are modified by the analytics means to create the new declarative models; implementing the one or more new declarative models through the implementation means in one or more application containers, wherein the one or more platform-specific drivers translate the one or more new declarative models into a first set of platform-specific commands that are sent to the one or more application containers to be executed; receiving, at the analytics means, performance information from the one or more application containers through the platform-specific drivers, and the analytics means modifying the one or more new declarative models into updated one or more new declarative models to accommodate any performance issues; and implementing the updated one or more new declarative models through the implementation means in the one or more application containers, wherein the one or more platform-specific drivers translate the updated one or more new declarative models to a second set of platform-specific commands that are sent to the one or more application containers to be executed based on the changes to the one or more new declarative models. receiving one or more new declarative models from a repository, wherein the declarative models are modified by the analytics means to create the new declarative models; implementing the one or more new declarative models through the implementation means in one or more application containers, wherein the one or more platform-specific drivers translate the one or more new declarative models into a first set of platform-specific commands that are sent to the one or more application containers to be executed; receiving, at the analytics means, performance information from the one or more application containers through the platform-specific drivers, and the analytics means modifying the one or more new declarative models into updated one or more new declarative models to accommodate any performance issues; and implementing the updated one or more new declarative models through the implementation means in the one or more application containers, wherein the one or more platform-specific drivers translate the updated one or more new declarative models to a second set of platform-specific commands that are sent to the one or more application containers to be executed based on the changes to the one or more new declarative models.