mhurhangee/ep-ind-claims huggingface dataset:
Fastening point, in which a rail forming part of a track for rail vehicles is fixed to a foundation, including - a bedplate arranged on a support surface of the foundation, which bedplate comprises a support surface formed on the upper side of the bedplate associated with the rail, a bearing surface formed on the underside of the bedplate associated with the foundation, as well as a through-opening (21,22) leading from the underside to the upper side of the bedplate - a spring element (34, 35), which exerts an elastic holding-down force on the rail foot, and - a clamping screw (27, 28), which braces the spring element (34, 35) against the bedplate, wherein the clamping screw (27, 28) is guided with its threaded shaft (29, 30) through the through-opening (21, 22) of the bedplate, characterised in that - the clamping screw (27, 28) acts with its screw head (31, 32) against the spring element (34, 35), - the clamping screw (27, 28) is screwed with the thread section of its threaded shaft (29, 30) into a thread (25, 26) provided in the region of the through-opening (21, 22) of the bedplate, and - a free space (44, 45) is provided in a region present in the direction of the foundation underneath the bedplate, in an extension of the through-opening (21, 22) of the bedplate, into which free space the threaded shaft (29, 30) of the clamping screw (27, 28) can be inserted via its free end. - a bedplate arranged on a support surface of the foundation, which bedplate comprises a support surface formed on the upper side of the bedplate associated with the rail, a bearing surface formed on the underside of the bedplate associated with the foundation, as well as a through-opening (21,22) leading from the underside to the upper side of the bedplate - a spring element (34, 35), which exerts an elastic holding-down force on the rail foot, and - a clamping screw (27, 28), which braces the spring element (34, 35) against the bedplate, wherein the clamping screw (27, 28) is guided with its threaded shaft (29, 30) through the through-opening (21, 22) of the bedplate, characterised in that - the clamping screw (27, 28) acts with its screw head (31, 32) against the spring element (34, 35), - the clamping screw (27, 28) is screwed with the thread section of its threaded shaft (29, 30) into a thread (25, 26) provided in the region of the through-opening (21, 22) of the bedplate, and - a free space (44, 45) is provided in a region present in the direction of the foundation underneath the bedplate, in an extension of the through-opening (21, 22) of the bedplate, into which free space the threaded shaft (29, 30) of the clamping screw (27, 28) can be inserted via its free end.
A flywheel unit for a flywheel energy storage comprising a rotor, a machine housing enclosing the rotor, the housing having a bottom face, and a damping device attached to the bottom face of the machine housing for fastening the flywheel unit to a suitable foundation, the damping device comprising a lower base unit for attachment to the foundation and an upper base unit for attachment to the bottom face of the machine housing, characterized in that the damping device further comprises a membrane which connects the lower base unit to the upper base unit, the upper and the lower base unit (41, 43) as well as the membrane being embodied such that the membrane can establish a cantilever flexible connection between the upper and the lower base unit (41, 43).
A non-medical use of an extract of Swinglea glutinosa leaves obtained by a method comprising: A. exposing bright dark green Swinglea glutinosa leaves in a dry environment, wherein said leaves are protected from direct sunlight, wherein the leaves are exposed to air flow; B. leaving the leaves in the environment described in A. until the leaves turn opaque green and the leaves are brittle; C. breaking up the leaves into fragments of at least 0.05 mm; D. putting the Swinglea glutinosa leaf fragments in contact with a solvent at least once, wherein the solvent is selected from ethanol, methanol, hexane, propanol, isopropanol, CO 2, acetone, water, ethyl acetate, nitrile-acetate, toluene, tetrahydrofurane, chloroform and dichloromethane E. repeat step D. until the solvent is enriched with substances derived from the leaf fragments; and, F. retiring the solvent to release an extract to kill fungi. A. exposing bright dark green Swinglea glutinosa leaves in a dry environment, wherein said leaves are protected from direct sunlight, wherein the leaves are exposed to air flow; B. leaving the leaves in the environment described in A. until the leaves turn opaque green and the leaves are brittle; C. breaking up the leaves into fragments of at least 0.05 mm; D. putting the Swinglea glutinosa leaf fragments in contact with a solvent at least once, wherein the solvent is selected from ethanol, methanol, hexane, propanol, isopropanol, CO 2, acetone, water, ethyl acetate, nitrile-acetate, toluene, tetrahydrofurane, chloroform and dichloromethane E. repeat step D. until the solvent is enriched with substances derived from the leaf fragments; and, F. retiring the solvent to release an extract
Contact element for plugging into a contact chamber of a plug connector in a plug-in direction, the contact element having: -- a housing which extends along the plug-in direction, -- a locking element which is connected to the housing and which serves for locking in the contact chamber (160, 170) of the plug connector, wherein the locking element has a self-supporting end region, wherein the self-supporting end region has a first portion and a second portion, which is connected to the first portion, wherein the first portion extends counter to the plug-in direction or points obliquely outwards away from the housing counter to the plug-in direction, wherein the second portion is bent inwards in relation to the first portion, wherein, between the first portion and the second portion, there is provided at least one support element, which supports the second portion against the first portion if a force acts on the locking element, characterized in that, in a first alternative, the at least one support element is connected to the first portion and projects from the first portion towards the second portion counter to the plug-in direction, and/or in that, in a second alternative, the at least one support element is connected to the second portion and projects from the second portion towards the first portion along the plug-in direction. -- a housing which extends along the plug-in direction, -- a locking element which is connected to the housing and which serves for locking in the contact chamber (160, 170) of the plug connector, wherein the locking element has a self-supporting end region, wherein the self-supporting end region has a first portion and a second portion, which is connected to the first portion, wherein the first portion extends counter to the plug-in direction or points obliquely outwards away from the housing counter to the plug-in direction, wherein the second portion is bent inwards in relation to the first portion, wherein, between the first portion and the second portion, there is provided at least one support element, which supports the second portion against the first portion if a force acts on the locking element, characterized in that, in a first alternative, the at least one support element is connected to the first portion and projects from the first portion towards the second portion counter to the plug-in direction, and/or in that, in a second alternative, the at least one support element is connected to the second portion and projects from the second portion towards the first portion along the plug-in direction.
An unlocking device, comprising: a moving part (40, 190) comprising a guide rail (41, 191); an unlocking part (10, 193) configured to unlock a locking mechanism for an electric vehicle; and a drive device configured to drive the unlocking part (10, 193) to move on the guide rail (41, 191), wherein the unlocking part comprises an unlocking ejector rod arranged upwards on the guide rail and movable along the guide rail; wherein he moving part further comprises a moving seat mounted on the guide rail and movable along the guide rail, and the unlocking ejector rod is arranged on the moving seat; wherein the unlocking part further comprises a hollow fixing cylinder perpendicularly mounted on an upper surface of the moving seat, characterized in that the unlocking ejector rod has a bottom end movably mounted in the fixing cylinder by means of an elastic member. a moving part (40, 190) comprising a guide rail (41, 191); an unlocking part (10, 193) configured to unlock a locking mechanism for an electric vehicle; and a drive device configured to drive the unlocking part (10, 193) to move on the guide rail (41, 191), wherein the unlocking part comprises an unlocking ejector rod arranged upwards on the guide rail and movable along the guide rail; wherein he moving part further comprises a moving seat mounted on the guide rail and movable along the guide rail, and the unlocking ejector rod is arranged on the moving seat; wherein the unlocking part further comprises a hollow fixing cylinder perpendicularly mounted on an upper surface of the moving seat, characterized in that the unlocking ejector rod has a bottom end movably mounted in the fixing cylinder by means of an elastic member.
Multi-stage integrally geared compressor having a first process stage, a second process stage and a gear, by means of which the two process stages (4, 8) are coupled to each other with different rotational speeds, wherein the gear couples a compressor drive shaft (40, 66) to the two process stages (4, 8) with a third rotational speed, which is different from the rotational speeds of the process stages (4, 8), characterized in that the first process stage is an axial compressor stage and the second process stage is a radial compressor stage.
A brake system comprising: a) a caliper having: i. one or more piston bores; and ii. a piston located within each of the one or more piston bores; b) two or more brake pads located within the caliper; c) a shim in communication with at least one of the two more brake pads, wherein the shim includes: i. one or more tie bars, and ii. an open space on each side of the tie bar, and wherein each open space is a window that is a through hole through the shim; wherein during a brake apply, the one or more tie bars allow at least one of the two or more brake pads to rotate relative to the piston while the tie bar remains an only point of contact between the shim and the piston so that the piston moves at least one of the two or more brake pads along a piston bore axis; wherein the open spaces allow at least one of the two brake pads to pivot about the piston bore axis; and wherein during the brake apply, the piston can extend into the open spaces and be free of contact with the brake pad. a) a caliper having: i. one or more piston bores; and ii. a piston located within each of the one or more piston bores; i. one or more piston bores; and ii. a piston located within each of the one or more piston bores; b) two or more brake pads located within the caliper; c) a shim in communication with at least one of the two more brake pads, wherein the shim includes: i. one or more tie bars, and ii. an open space on each side of the tie bar, and wherein each open space is a window that is a through hole through the shim; i. one or more tie bars, and ii. an open space on each side of the tie bar, and wherein each open space is a window that is a through hole through the shim;
A charging apparatus for charging a battery, the apparatus comprising: a temperature measurer configured to measure an ambient temperature of the battery; a storage device configured to correlate the ambient temperature with a state of charge, SOC, in advance and stores the correlation; a controller configured to read out the SOC correlated with the temperature measured by said temperature measurer from said storage device and to calculate a product of the read-out SOC and an allowable charging voltage value of the battery as the charging voltage value; and a charger configured to charge the battery at the charging voltage value calculated by said controller, wherein said storage device is configured to store a higher SOC for a higher temperature as the SOC that is correlated with the higher temperature. a temperature measurer configured to measure an ambient temperature of the battery; a storage device configured to correlate the ambient temperature with a state of charge, SOC, in advance and stores the correlation; a controller configured to read out the SOC correlated with the temperature measured by said temperature measurer from said storage device and to calculate a product of the read-out SOC and an allowable charging voltage value of the battery as the charging voltage value; and a charger configured to charge the battery at the charging voltage value calculated by said controller, wherein said storage device is configured to store a higher SOC for a higher temperature as the SOC that is correlated with the higher temperature.
A network controller for granting a device and/or an application access rights to at least one device of a set of devices (112, 130), wherein the set of devices (112, 130) comprises a controllable device and a control device, wherein the control device comprises a user input element configured to receive a user input, and wherein the control device is configured to generate an input signal based on the received user input, wherein the network controller comprises: - a communication unit configured to receive an access request signal from the device and/or the application, and to receive the input signal from the control device, and - a processor configured to switch, upon receipt of the access request signal, the network controller from a control mode to a configuration mode, wherein the processor is configured to control, if the network controller is in the control mode, the controllable device based on the input signal, wherein the processor is configured to grant, if the network controller is in the configuration mode, the access rights to the device and/or the application upon receipt of the input signal, wherein the access rights provide access to control and/or configuration of at least one device of the set of devices (112, 130). wherein the network controller comprises: - a communication unit configured to receive an access request signal from the device and/or the application, and to receive the input signal from the control device, and - a processor configured to switch, upon receipt of the access request signal, the network controller from a control mode to a configuration mode, - a communication unit configured to receive an access request signal from the device and/or the application, and to receive the input signal from the control device, and - a processor configured to switch, upon receipt of the access request signal, the network controller from a control mode to a configuration mode, wherein the processor is configured to control, if the network controller is in the control mode, the controllable device based on the input signal, wherein the processor is configured to grant, if the network controller is in the configuration mode, the access rights to the device and/or the application upon receipt of the input signal, wherein the access rights provide access to control and/or configuration of at least one device of the set of devices (112, 130).
A skin for a morphing structure of an aircraft, said skin comprising: one or more corrugations; a rod situated within one or more of the corrugations; characterized in that it further comprises connection means engaged with the rod in a configuration for connecting the skin to a second skin, the connection means arranged to give a desired shape to the skin. one or more corrugations; a rod situated within one or more of the corrugations; characterized in that it further comprises connection means engaged with the rod in a configuration for connecting the skin to a second skin, the connection means arranged to give a desired shape to the skin.
A plant unit of the type comprising ∘ a container including a bottom, an opening opposite the bottom, and at least one lateral wall (12, 13) including a peripheral upper edge extending in the plane of the opening of the container, ∘ a mounting bracket including a frame designed to surround said and at least one lateral wall (12, 13) of the container, characterized in that the container further comprises at least one retaining element integral with the lateral wall (12, 13) of the container to press the frame against the edge of the container, the container and the retaining element consisting of a single unit. ∘ a container including a bottom, an opening opposite the bottom, and at least one lateral wall (12, 13) including a peripheral upper edge extending in the plane of the opening of the container, ∘ a mounting bracket including a frame designed to surround said and at least one lateral wall (12, 13) of the container,
Activated carbon-metal organic framework composite materials, wherein the metal organic framework is Cu-BTC and wherein the content of the activated carbon is from 0,78 wt% to 3,33 wt% in the composite material.
Medical apparatus, particularly suitable for filtration and accumulation of solutions for intra-abdominal and/or intrapleuric perfusion in a hyperthermal regime, comprising: - a body, said body comprising - inlet and outlet means for liquid solutions to be filtered; - filtering means (19, 20, 21) arranged between said inlet and outlet means, said filtering means (19, 20, 21) being arranged in a receiving element of said liquid solutions; - a container element of said liquid solutions being provided, said container element having a variable capacity and being connected to said receiving element and to said outlet means, characterized in that between said receiving element and said container element recirculating means are arranged for said liquid solutions which can be connected to a perfusion circuit to a patient, between said perfusion circuit and said receiving element in addition to said recirculating means an heating device being provided for and placed along a third tube designed to send the liquid solutions to be perfused to the patient through an inlet connected to the patient. - a body, said body comprising - inlet and outlet means for liquid solutions to be filtered; - filtering means (19, 20, 21) arranged between said inlet and outlet means, said filtering means (19, 20, 21) being arranged in a receiving element of said liquid solutions; - a container element of said liquid solutions being provided, said container element having a variable capacity and being connected to said receiving element and to said outlet means, characterized in that between said receiving element and said container element recirculating means are arranged for said liquid solutions which can be connected to a perfusion circuit to a patient, between said perfusion circuit and said receiving element in addition to said recirculating means an heating device being provided for and placed along a third tube designed to send the liquid solutions to be perfused to the patient through an inlet connected to the patient.
Code strip for a lift installation with at least one track (22, 23) having a coding, wherein the coding is readable by means of at least one sensor and serves for operating the lift installation, characterised in that the code strip is provided with grid positions which are provided with openings and webs forming the coding, wherein the webs are provided with frangible locations for separation of the webs from the code strip.
A pane with at least one electrical connection element, comprising at least: - a substrate, - on a region of the substrate, an electrically conductive structure, - on a region of the electrically conductive structure, a connection element, wherein the connection element has a region crimped around a connection cable and a solder region and wherein the solder region is connected to the electrically conductive structure via a leadfree solder material, characterized in that the connection element comprises at least a chromium-containing steel. - a substrate, - on a region of the substrate, an electrically conductive structure, - on a region of the electrically conductive structure, a connection element, wherein the connection element has a region crimped around a connection cable and a solder region and wherein the solder region is connected to the electrically conductive structure via a leadfree solder material, characterized in that the connection element comprises at least a chromium-containing steel.
Axial stator of an axial turbo compressor, comprising: - an annular row of main stator blades extending radially, each of the said blades having a pressure surface and a suction surface; - a series of auxiliary stator blades located between the main blades; wherein each of the auxiliary blades is associated with one of the main blades extending along and downstream of the pressure face of the associated main blade, at a distance, in a circumferential direction, which is less than 30% of the distance between two adjacent main blades; characterized in that the auxiliary blades have a radial height ranging between 10% and 50% of the radial height of the associated main blades. - an annular row of main stator blades extending radially, each of the said blades having a pressure surface and a suction surface; - a series of auxiliary stator blades located between the main blades;