mhurhangee/ep-ind-claims huggingface dataset:
An anchor (100, 302, 304) for anchoring to an elevated worksite, the anchor (100, 302, 304) including a shock absorbing portion (102, 308, 310) formed from sheet metal, wherein the shock absorbing portion (102, 308, 310) is configured to progressively distort under sudden loading, the shock absorbing portion (102, 308, 310) having one or more serpentine shaped members (104a, 104b, 404a, 404b) each defining one or more serpentine shaped curves visible from a front view of the shock absorbing portion (102, 308, 310), the front view being defined to be the view facing the wider side of the shock absorbing portion (102, 308, 310), the shock absorbing portion (102, 308, 310) having a curved profile defining one or more curves visible from a side view of the shock absorbing portion (102, 308, 310), the side view being defined to be the view facing the narrower side of the shock absorbing portion (102, 308, 310), rotated 90° from the front view, wherein the shock absorbing portion (102, 308, 310) is configured to extend under sudden loading in a direction of the sudden loading so as to provide a first level of shock absorption in dissipating energy from the sudden loading, and when the sudden loading exceeds a certain amount the serpentine shaped curves are configured to further extend in the direction of the sudden loading to provide a second level of shock absorption in further dissipating energy from the sudden loading. a shock absorbing portion (102, 308, 310) formed from sheet metal, wherein the shock absorbing portion (102, 308, 310) is configured to progressively distort under sudden loading, the shock absorbing portion (102, 308, 310) having one or more serpentine shaped members (104a, 104b, 404a, 404b) each defining one or more serpentine shaped curves visible from a front view of the shock absorbing portion (102, 308, 310), the front view being defined to be the view facing the wider side of the shock absorbing portion (102, 308, 310), the shock absorbing portion (102, 308, 310) having a curved profile defining one or more curves visible from a side view of the shock absorbing portion (102, 308, 310), the side view being defined to be the view facing the narrower side of the shock absorbing portion (102, 308, 310), rotated 90° from the front view, wherein the shock absorbing portion (102, 308, 310) is configured to extend under sudden loading in a direction of the sudden loading so as to provide a first level of shock absorption in dissipating energy from the sudden loading, and when the sudden loading exceeds a certain amount the serpentine shaped curves are configured to further extend in the direction of the sudden loading to provide a second level of shock absorption in further dissipating energy from the sudden loading.
Device for removing foreign matter from a liquid by means of at least one filter, wherein the liquid with the foreign matter is fed from a bath to the filter by means of a rotor via an inlet in a housing characterized in that the inlet extends columnar vertically inside the housing over at least a major part of a rear wall of the housing opposite to the filter and has outlets on the front side and a chamber (43.1,43.2) for returning the liquid to the bath is provided on at least one side wall (18.1,18.2) of the housing, which is covered towards the interior of the housing by an internal filter (27.1,27.2).
Method for providing an operating system of a machine control system for an injection moulding machine (SGM, SGM 1) for processing plastics and other plasticisable masses characterised in that the provision of information relating to the operating system takes place on a target system with a processor, said target system being independent of the injection moulding machine, and has the following steps: (a) providing information relating to an operating system of a machine control system of a first injection moulding machine (SGM, SGM 1), said operating system being configurable or adaptable by means of configuration data of a first machine configuration (MK 1) to the properties of the first injection moulding machine (SGM, SGM 1), (b) providing a hardware-independent app for the operating system of the machine control system, (c) installing the operating system for the machine control system with all the configuration data as a digital twin on the target system using the hardware-independent app for converting the information relating to the operating system of the machine control system to the target system, wherein a configuration file of the machine control system is adapted bidirectionally converted to the target system for offline creation or modification of settings datasets, (d) creating at least one new, or modifying at least one existing, settings dataset (ED l) on the target system for producing injection moulded parts, which is executable on the first injection moulding machine (SGM, SGM 1), (e) transferring a further settings dataset (ED w) created or modified on the target system to the first injection moulding machine (SGM, SGM 1), (f) operating the first injection moulding machine (SGM, SGM 1) with the further settings dataset (ED w). (a) providing information relating to an operating system of a machine control system of a first injection moulding machine (SGM, SGM 1), said operating system being configurable or adaptable by means of configuration data of a first machine configuration (MK 1) to the properties of the first injection moulding machine (SGM, SGM 1), (b) providing a hardware-independent app for the operating system of the machine control system, (c) installing the operating system for the machine control system with all the configuration data as a digital twin on the target system using the hardware-independent app for converting the information relating to the operating system of the machine control system to the target system, wherein a configuration file of the machine control system is adapted bidirectionally converted to the target system for offline creation or modification of settings datasets, (d) creating at least one new, or modifying at least one existing, settings dataset (ED l) on the target system for producing injection moulded parts, which is executable on the first injection moulding machine (SGM, SGM 1), (e) transferring a further settings dataset (ED w) created or modified on the target system to the first injection moulding machine (SGM, SGM 1), (f) operating the first injection moulding machine (SGM, SGM 1) with the further settings dataset (ED w).
Heat exchanger for indirect heat exchange between at least one first and one second medium, having: - a tube bundle formed from a plurality of tubes helically coiled around a core tube for receiving the first medium, - a shell enclosing the tube bundle, which shell defines a shell space surrounding the tube bundle for receiving the second medium, and - a liquid distributor, which is set up and provided to distribute in the shell space a stream, conveyed in the shell space, of the second medium in the form of a liquid, characterized in that a control means is provided, which is set up and provided to control distribution in the shell space of an additional, further stream (S'), conveyed in the shell space, of the liquid. - a tube bundle formed from a plurality of tubes helically coiled around a core tube for receiving the first medium, - a shell enclosing the tube bundle, which shell defines a shell space surrounding the tube bundle for receiving the second medium, and - a liquid distributor, which is set up and provided to distribute in the shell space a stream, conveyed in the shell space, of the second medium in the form of a liquid,
A method for distributing, via an energy distribution network, the electrical energy generated in a network of electrical connection points (1, 1', 1", 1′′′) by energy production plants (2, 2', 2", 2"') associated with the connection points, the method comprising the following steps: a. calculating, by local control units (5, 5', 5", 5"') connected to smart meters (4, 4', 4", 4′′′), the energy balances of the connection points and sending the energy balances within the network, b. calculating, by the control units (5, 5') of the connection points (1, 1") with positive energy balance, energy offers for the connection points (1', 1′′′) with negative energy balance, taking into account an internal catalog of rules (9, 9'), and sending the calculated energy offers to the connection points (1', 1′′′) with negative energy balance, c. selecting, by the control units of the connection points (1', 1′′′) with negative energy balance, energy offers based on an internal catalog of rules (9', 9"'), calculating the required amount of energy, and sending orders to the selected control units (5, 5") of the connection points (1, 1") with positive energy balance, d. providing electrical energy according to the orders by the connection points (1, 1") with positive energy balance to the connection points (1', 1′′′) with negative energy balance via electrical house connections (6, 6', 6", 6′′′) connected to the energy distribution network, characterized in that the control units (5, 5") of the connection points (1, 1") with positive energy balance calculate in step b) a distribution reserve, i.e. the additional amount of energy that they could still distribute taking into account their energy offers and their energy balance, and to send it to the connection points (1', 1′′′) with negative energy balance together with the energy offers. a. calculating, by local control units (5, 5', 5", 5"') connected to smart meters (4, 4', 4", 4′′′), the energy balances of the connection points and sending the energy balances within the network, b. calculating, by the control units (5, 5') of the connection points (1, 1") with positive energy balance, energy offers for the connection points (1', 1′′′) with negative energy balance, taking into account an internal catalog of rules (9, 9'), and sending the calculated energy offers to the connection points (1', 1′′′) with negative energy balance, c. selecting, by the control units of the connection points (1', 1′′′) with negative energy balance, energy offers based on an internal catalog of rules (9', 9"'), calculating the required amount of energy, and sending orders to the selected control units (5, 5") of the connection points (1, 1") with positive energy balance, d. providing electrical energy according to the orders by the connection points (1, 1") with positive energy balance to the connection points (1', 1′′′) with negative energy balance via electrical house connections (6, 6', 6", 6′′′) connected to the energy distribution network,
A rotor blade comprising a rotor blade attachment, in particular for a wind turbine, for connecting the rotor blade with an attachment apparatus, comprising a transverse pin (20, 20') and a connection apparatus (13, 21), which can be brought in operative connection with each other, characterized in that the transverse pin (20, 20') is completely encapsulated by the rotor blade, wherein the encapsulation of the sides (37, 37') of the transverse pin (20, 20') facing the outer surface and the inner surface of the rotor blade occurs through at least one laminate layer (27, 27') of a material (27, 27') used in the rotor blade.
Method for depowdering a component which has been produced by a powder-based rapid prototyping process, wherein the component is excited to vibrations in the ultrasonic range, wherein the ultrasonic excitation of the component takes place essentially exclusively via vibrations propagating in solid bodies (2, 3, 4), the component being removed from a process chamber, within which the component was produced by the rapid prototyping method, prior to excitation with ultrasound, characterised in that the component is subjected to a pre-depowdering step prior to excitation with ultrasound, in which already loose, sufficiently flowable powder is removed from the component by moving the component or the system component supporting the component, for example the build-up platform, in such a way that the loose powder flows or falls out of the component.
A turbine expander for a waste heat recovery system for outputting power based on a working fluid, said turbine expander comprising: a turbine blade rotatable by the working fluid; a shaft coupled to and rotatable by said turbine blade, with said shaft extending along a longitudinal axis; and a nozzle assembly for directing the working fluid to said turbine blade for rotating said turbine blade, said nozzle assembly comprising, a nozzle block disposed about said shaft and adjacent said turbine blade, a first nozzle component coupled to said nozzle block for accelerating the working fluid, with said first nozzle component defining a first nozzle having a first geometrical configuration, and a second nozzle component coupled to said nozzle block for accelerating the working fluid, with said second nozzle component defining a second nozzle having a second geometrical configuration that is different from said first geometrical configuration, characterized in that said nozzle block further defines a first bore and a second bore, wherein said first nozzle component is removably coupled to said nozzle block such that said first nozzle component is selectively disposed in said first bore, and wherein said second nozzle component is removably coupled to said nozzle block such that said second nozzle component is selectively disposed in said second bore. a turbine blade rotatable by the working fluid; a shaft coupled to and rotatable by said turbine blade, with said shaft extending along a longitudinal axis; and a nozzle assembly for directing the working fluid to said turbine blade for rotating said turbine blade, said nozzle assembly comprising, a nozzle block disposed about said shaft and adjacent said turbine blade, a first nozzle component coupled to said nozzle block for accelerating the working fluid, with said first nozzle component defining a first nozzle having a first geometrical configuration, and a second nozzle component coupled to said nozzle block for accelerating the working fluid, with said second nozzle component defining a second nozzle having a second geometrical configuration that is different from said first geometrical configuration, characterized in that said nozzle block further defines a first bore and a second bore, wherein said first nozzle component is removably coupled to said nozzle block such that said first nozzle component is selectively disposed in said first bore, and wherein said second nozzle component is removably coupled to said nozzle block such that said second nozzle component is selectively disposed in said second bore.
A charge roller comprising a rubber, said rubber being obtainable by curing a first composition comprising: - an aromatic diisocyanate, - a polycarbonate polyester polyol, - a matte agent, - a surface energy modifier, and - a conductive agent. - an aromatic diisocyanate, - a polycarbonate polyester polyol, - a matte agent, - a surface energy modifier, and - a conductive agent.
A near-field communication module for exchanging data over a near-field communication network, comprising: - a first receiving and transmitting unit for transmitting and receiving the data in a first data format over a near field antenna; - a second receiving and transmitting unit for transmitting and receiving the data in a second data format with a unit; and - a converting unit for converting the data of the first data format into data of the second data format and vice versa; wherein the near-field communication module executes an analysis of the unit; wherein - the near-field communication module has a marking unit, wherein said marking unit is adapted to mark the data in dependence on the analysis of the unit, wherein the marking is contained in the data to be transmitted in the first data format and specifies whether the unit is a security element. - a first receiving and transmitting unit for transmitting and receiving the data in a first data format over a near field antenna; - a second receiving and transmitting unit for transmitting and receiving the data in a second data format with a unit; and - a converting unit for converting the data of the first data format into data of the second data format and vice versa; - the near-field communication module has a marking unit, wherein said marking unit is adapted to mark the data in dependence on the analysis of the unit, wherein the marking is contained in the data to be transmitted in the first data format and specifies whether the unit is a security element.
A method of indicating resources in periodically occurring resource pools, the method comprising: performing the following steps in a radio communication device (2700, 2800): transmitting a first scheduling assignment message on a shared medium in a first scheduling assignment pool, wherein the first scheduling assignment message indicates resources in a first resource pool of the periodically occurring resource pools for transmission of a first data message, and wherein the first scheduling assignment pool is defined for transmission of scheduling assignment messages that schedule transmission of data messages having a first characteristic; and transmitting a second scheduling assignment message on the shared medium in a second scheduling assignment pool, wherein the second scheduling assignment message indicates resources in a second resource pool of the periodically occurring resource pools for transmission of a second data message, and wherein the second scheduling assignment pool is defined for transmission of scheduling assignment messages that schedule transmission of data messages having a second characteristic that is different from the first characteristic. transmitting a first scheduling assignment message on a shared medium in a first scheduling assignment pool, wherein the first scheduling assignment message indicates resources in a first resource pool of the periodically occurring resource pools for transmission of a first data message, and wherein the first scheduling assignment pool is defined for transmission of scheduling assignment messages that schedule transmission of data messages having a first characteristic; and transmitting a second scheduling assignment message on the shared medium in a second scheduling assignment pool, wherein the second scheduling assignment message indicates resources in a second resource pool of the periodically occurring resource pools for transmission of a second data message, and wherein the second scheduling assignment pool is defined for transmission of scheduling assignment messages that schedule transmission of data messages having a second characteristic that is different from the first characteristic.
A rail fastening system for fastening a rail to a crosstie of a track system in a friction-locked and elastic manner, comprising at least one angular guide plate that can be fastened to the crosstie by means of at least one fastening element and at least one tension clamp, wherein in the finally assembled state of the rail fastening system the tension clamp presses on the rail foot with at least one section and thus fastens the rail to the crosstie, and wherein an isolating element is arranged between the at least one section of the tension clamp and the rail foot, characterized in that the isolating element is formed as an injection-moulded part, wherein the latter consists of two parts (8', 8") which are able to be folded relative to one another, which are connected with one another via a hinge section, in particular a film hinge, wherein the two parts (8', 8") which are able to be folded with respect to one another are preferably able to be connected relative to one another with a snap- or clip closure.
A method for detecting or determining two or more analytes in a sample comprising adding the sample, two or more analyte-specific Tag-anchored antibodies and two or more labeled conjugates to a solid support comprising two or more Tag-specific antibodies at spatially-defined locations on the solid support, each Tag-specific antibody recognizing a different Tag; and detecting or determining the amount of two or more analytes in the sample by detecting and measuring the signal from the labeled conjugates and comparing the measured values with values from calibrators characterized in that the two or more analyte-specific Tag-anchored antibodies comprise at least one analyte-specific Tag-anchored antibody which is specific for an analyte that is a macromolecule and at least one analyte-specific Tag-anchored antibody which is specific for an analyte that is a small molecule with a molecular weight of less than 5,000 Daltons.
A device for subjecting a substance to heat treatment, the device comprising:. an enclosure having a lining of refractory material;. a screw mounted to rotate inside the lining about an axis of rotation in order to move the substance between an inlet to the lining and an outlet from the lining, the screw also forming heater means for applying heat treatment to the substance when the screw is electrically powered; the device being characterized in that it includes at least one heater element (17a, 17b) for heating the lining in service, the heater element being arranged within at least one of the walls of the lining, the lining being arranged inside the enclosure.. an enclosure having a lining of refractory material;. a screw mounted to rotate inside the lining about an axis of rotation in order to move the substance between an inlet to the lining and an outlet from the lining, the screw also forming heater means for applying heat treatment to the substance when the screw is electrically powered;
A flush toilet comprising: a toilet main body; a base portion which is provided on an upper surface of the toilet main body and in which a function unit is installed; and a flow channel which is provided between the toilet main body and the function unit and discharges water that overflows from a toilet bowl of the toilet main body, characterized in that the flow channel is formed in the base portion and communicates with the toilet main body via a flow channel opening (24, 25) formed in the base portion, and that a recessed portion is formed on the upper surface of the toilet main body on which the base portion is installed. a toilet main body; a base portion which is provided on an upper surface of the toilet main body and in which a function unit is installed; and a flow channel which is provided between the toilet main body and the function unit and discharges water that overflows from a toilet bowl of the toilet main body, characterized in that the flow channel is formed in the base portion and communicates with the toilet main body via a flow channel opening (24, 25) formed in the base portion, and that a recessed portion is formed on the upper surface of the toilet main body on which the base portion is installed.
A method for incinerating fluorine- and noble-metal-containing waste in a chamber furnace, characterized in that the fluorine content of the waste is in the range of from >5 to 70 wt.% and the noble metal content of the waste is in the range of from 0.1 to 30 wt.%, and in that the furnace chamber of the chamber furnace is lined with a chrome corundum material comprising ≥80 wt.% alpha-Al 2 O 3, 1 to 20 wt.% Cr 2 O 3 and 0 to 5 wt.% SiO 2.