mhurhangee/ep-ind-claims huggingface dataset:
Structural element for thermal insulation between two structural components, especially between a building and a projecting exterior part, the structural element consisting of an insulator body to be arranged between the two structural components and of reinforcing elements in the form of at least tensile reinforcing elements which in the installed state of the structural element pass through the insulator body substantially horizontally and transversely with respect to the substantially horizontal longitudinal extent of the insulator body and which each project in the horizontal direction relative to the insulator body and are connectible to one of the two structural components, which preferably consist of concrete, wherein the tensile reinforcing elements are in the form of multipart composite elements in that they have, at least in the region of the insulator body, a central portion which projects relative to the insulator body and consists at least partly of fibre-reinforced plastics material; the tensile reinforcing elements have, in a region outside the insulator body, at least one anchoring portion having geometric and/or material properties that differ at least to some extent from the central portion, which anchoring portion is connected to the central portion in a connection region, the connection region being arranged spaced apart from the insulator body; the central portion consists of an especially cylindrical rod material and/or tubular material, and wherein the anchoring portion and the associated central portion are fixed to one another in the connection region by interlocking engagement, by force-based engagement and/or by a bonded connection, and the mutual fixing of the anchoring portion and the associated central portion is effected by means of a sleeve connector formed as a sleeve, and the sleeve has on its two mutually opposite sides two bores (3f, 3g) which are in alignment with one another, the two bores being arranged in the sleeve in such a way that they do not have any mutual connection and one bore is provided for receiving the free end of the anchoring portion and the free end of the central portion is inserted into the bore, which is located on the other side of the cuff, and fixed in place therein, characterised in that the central portion is of substantially smooth-walled construction on its radial outer side, at least in the region between the insulator body and the connection region.
A carbon-based fiber sheet for lithium-sulfur battery doped with a high concentration of nitrogen, wherein the nitrogen is doped at a doping concentration of 5 to 30% by weight in the carbon-based fiber sheet and wherein the carbon-based fiber sheet is configured to be interposed between a positive electrode and a separator of the lithium-sulfur battery.
A therapeutically effective amount of a neural stem cell population expanded from at least one neural stem cell obtained from spinal cord tissue of a human, for use in treating a disease or disorder associated with neuronal cell loss in a brain, wherein the neural stem cell population is for administration to at least one area of the brain of a subject; and wherein the neural stem cell population is for administration into, near or around the area or areas of the brain of the subject affected by neuronal cell loss.
Flush valve for a sanitary article, such as a toilet or urinal, comprising a valve seat, a valve body which lies in a closed position on the valve seat and in an open position at a distance from the valve seat, an actuating element, and a spring unit with a spring housing, a spring mounted in the spring housing and a stop surface on which the spring rests, wherein, when the actuating element is actuated, the spring in the spring housing is compressed towards the stop surface and wherein the spring housing is displaced from an upper position to a lower position, wherein an opening pawl engages the spring housing in the lower position in such a way that the spring housing is held in the lower position against the spring force of the spring, wherein, in the lower position, a closing pawl engages between the spring housing and the valve body in such a way that the valve body is engaged to the spring housing, wherein, when an opening criterion is reached, the opening pawl can be disengaged with an opening element of the flush valve such that the spring relaxes and the spring housing and the valve body engaged to the spring housing can be moved into the upper position, so that the valve body can be moved from the closed position into the open position, and wherein when a closing criterion is reached, the closing pawl can be disengaged with a closing element of the flush valve in such a way that the valve body can be moved from the open position in the direction of the valve seat into the closed position. a valve body which lies in a closed position on the valve seat and in an open position at a distance from the valve seat, an actuating element, and a spring unit with a spring housing, a spring mounted in the spring housing and a stop surface on which the spring rests, wherein, when the actuating element is actuated, the spring in the spring housing is compressed towards the stop surface and wherein the spring housing is displaced from an upper position to a lower position, wherein an opening pawl engages the spring housing in the lower position in such a way that the spring housing is held in the lower position against the spring force of the spring, wherein, in the lower position, a closing pawl engages between the spring housing and the valve body in such a way that the valve body is engaged to the spring housing, wherein, when an opening criterion is reached, the opening pawl can be disengaged with an opening element of the flush valve such that the spring relaxes and the spring housing and the valve body engaged to the spring housing can be moved into the upper position, so that the valve body can be moved from the closed position into the open position, and wherein when a closing criterion is reached, the closing pawl can be disengaged with a closing element of the flush valve in such a way that the valve body can be moved from the open position in the direction of the valve seat into the closed position.
An extrusion device for producing a plastic film, the extrusion device comprising at least two feed devices for feeding a feedstock for an extruder, wherein each feed device comprises least one discharge opening having a discharge closure for opening and closing the discharge opening and a container interface for reversibly fastening a discharge container for receiving feedstock discharged from the respective feed device, characterized in that the discharge container automatically remains in the desired discharge position during the discharge of the feedstock from the feed device due to the provision of the container interface.
Motor vehicle, comprising: - a seat, preferably a bench seat, in particular a back seat or back seat bench; - a rear side load compartment with a trough-like load compartment bottom, the lateral trough edges of which lead into a common trough bottom on which a wheelchair in the load compartment is stowable; and - an adjusting device for displacing the seat or the bench seat in a longitudinal direction of the vehicle, in order to increase or decrease the load compartment, wherein the adjusting device comprises - a front support to be attached to the seat, which is to be pivotably mounted on the load compartment bottom or on a passenger compartment bottom adjoining the load compartment bottom; - a guide rail attached to a trough edge; - a rear, seat sided carriage on which the seat or the seat bench is attached and which is in sliding engagement with the guide rail in such way that the carriage is predominantly, in particular completely, straightly displaceable relative to the guide rail, and the support pivots about the pivotable bearing upon displacement of the carriage relative to the guide rail, wherein the carriage extends substantially over the entire seat width, in particular seat bench width, and the over the load compartment bottom, in particular trough bottom, in a bridge like manner. - a seat, preferably a bench seat, in particular a back seat or back seat bench; - a rear side load compartment with a trough-like load compartment bottom, the lateral trough edges of which lead into a common trough bottom on which a wheelchair in the load compartment is stowable; and - an adjusting device for displacing the seat or the bench seat in a longitudinal direction of the vehicle, in order to increase or decrease the load compartment, wherein the adjusting device comprises - a front support to be attached to the seat, which is to be pivotably mounted on the load compartment bottom or on a passenger compartment bottom adjoining the load compartment bottom; - a guide rail attached to a trough edge; - a rear, seat sided carriage on which the seat or the seat bench is attached and which is in sliding engagement with the guide rail in such way that the carriage is predominantly, in particular completely, straightly displaceable relative to the guide rail, and the support pivots about the pivotable bearing upon displacement of the carriage relative to the guide rail,
A semiconductor package comprising: a housing having a first side; a second side opposite the first side; a third side extending at an angle from the first side toward the second side; an interior portion configured for housing a semiconductor device formed on a semiconductor substrate; a first projection portion of the first side extending from the first side a first distance past the third side; a second projection portion of the second side extending from the second side a second distance past the third side; and a first attachment clip having a first end attached to the first projection portion and a second end attached to the second projection portion and having a main portion that extends between the first and second ends (33, 36), characterised in that the first end is embedded into the first projection portion and the second end is embedded into the second projection portion. a housing having a first side; a second side opposite the first side; a third side extending at an angle from the first side toward the second side; an interior portion configured for housing a semiconductor device formed on a semiconductor substrate; a first projection portion of the first side extending from the first side a first distance past the third side; a second projection portion of the second side extending from the second side a second distance past the third side; and a first attachment clip having a first end attached to the first projection portion and a second end attached to the second projection portion and having a main portion that extends between the first and second ends (33, 36), characterised in that the first end is embedded into the first projection portion and the second end is embedded into the second projection portion.
Position marker system for use in an MR imaging apparatus, the system comprising a position marker for receiving MR signals from a local volume of an examination object, wherein the local volume at least partly surrounds or adjoins the position marker and wherein the position of the position marker can be determined and/or imaged on the basis of the said MR signals, wherein the position marker comprises at least a first and a second RF coil (11, 12) each for locally receiving the said MR signals from the said local volume, wherein the first RF coil and the second RF coil each comprise at least one winding, wherein the first and the second RF coil (11, 12) each has a direction of main radiation/sensitivity, and wherein the respective windings of the RF coils (11, 12) are oriented such that these directions of main radiation/sensitivity are at least substantially orthogonal to each other, wherein the position marker system further comprises a circuit arrangement comprising a diversity switch, the circuit arrangement being configured for selecting from the MR signals received by any of the RF coils (11, 12) of the position marker the one and for feeding the same to an output of the circuit arrangement using said diversity switch, which has the highest signal strength and/or the highest signal to noise ratio of the MR signals received by any of the RF coils of the position marker, wherein the circuit arrangement is realized in the form of an integrated circuit or chip which is arranged together with the position marker on a common carrier, wherein the circuit arrangement is provided for the said selection of the MR signal, and comprises a control unit (7; 8) for comparing the signal strengths and/or the signal to noise ratios of the MR signals received by the RF coils (11, 12) of the position marker with each other and for controlling the diversity switch.
Wheel for rail vehicles, which wheel has a first wheel hub and a first wheel body with a wheel web, a wheel flange and a running surface, wherein, in at least one contact region between the first wheel hub and the wheel web, there is provided at least one toothing, characterized in that a first toothed ring is arranged on a first face surface of the first wheel hub and a second toothed ring is arranged on a second face surface of the wheel web.
Well apparatus for use in gas production, the well apparatus comprising a production tubing having a gas inlet; a water distribution pipe disposed on the production tubing; and characterised by further comprising a plurality of separate nozzles in fluid communication with the water distribution pipe wherein the plurality of nozzles are adapted to inject fine water droplets around the exterior of the production tubing and the plurality of nozzles are spatially distributed axially and circumferentially on the production tubing.
A locking fastener comprising: a threaded hollow lock bolt constructed to threadingly engage a threaded aperture in a housing, wherein the threaded hollow lock bolt has a tapered internal wall and an internal through opening that extends through a longitudinal length of the bolt; and a threaded lock stud constructed to fit at least partially within the hollow lock bolt and threadingly engage the threaded aperture, wherein the threaded lock stud further includes a drive head configured to extend through an internal diameter of the through opening of the threaded hollow lock bolt; wherein the threaded lock stud has a tapered external wall constructed to engage the tapered internal wall. a threaded hollow lock bolt constructed to threadingly engage a threaded aperture in a housing, wherein the threaded hollow lock bolt has a tapered internal wall and an internal through opening that extends through a longitudinal length of the bolt; and a threaded lock stud constructed to fit at least partially within the hollow lock bolt and threadingly engage the threaded aperture, wherein the threaded lock stud further includes a drive head configured to extend through an internal diameter of the through opening of the threaded hollow lock bolt;
A retractable step arrangement for a rail vehicle - with a housing that can be fastened to a car body of the rail vehicle and has a housing opening and - with a step that is movably supported in the housing in an initial position, wherein said step can be extended through the housing opening from the initial position into at least one final position (II, II') in an extending direction and retracted from the at least one final position (II, II') into the initial position opposite to the extending direction, wherein the retractable step arrangement features at least one means (4, 9, 10, 11a, 11b, 12, 13) for preventing the step from becoming frozen in place, characterized in that a drive unit featuring a motor that drives the step and a motor control is provided, wherein the drive unit is realized in such a way that the power that can be outputted by the motor is higher in a first section (a, a') of the displacement path than in a subsequent second section (b, b'). - with a housing that can be fastened to a car body of the rail vehicle and has a housing opening and - with a step that is movably supported in the housing in an initial position, wherein said step can be extended through the housing opening from the initial position into at least one final position (II, II') in an extending direction and retracted from the at least one final position (II, II') into the initial position opposite to the extending direction,
A toaster comprising heating elements (5,6) in a toasting cavity (3,4), a temperature sensor and a timer adapted to vary the length of the toasting cycle, the toaster comprising a control unit in a PCB cavity adapted to take the measurement of the temperature after or upon actuation of the toaster, wherein a base length for the toasting cycle is defined in dependence on a browning setting and the base length of the toasting cycle is adjusted to provide an actual length of the toasting cycle in dependence at least in part on the detected temperature, characterised in that the temperature sensor is adapted to measure the temperature in the PCB cavity and the adjustment to the base length of the toasting cycle is made in accordance with the formula: Δ t = T 1 − a b _ where Δ t is change in cycle length and T 1 the measured temperature where a is in the range of 15-25 C and b is in the range of -1 to -1.8 dependent on toaster configuration. characterised in that the temperature sensor is adapted to measure the temperature in the PCB cavity and the adjustment to the base length of the toasting cycle is made in accordance with the formula: Δ t = T 1 − a b _ where Δ t is change in cycle length and T 1 the measured temperature where a is in the range of 15-25 C and b is in the range of -1 to -1.8 dependent on toaster configuration.
A treatment device for drying and/or roasting a food, in particular cocoa beans and/or cocoa kernel parts, wherein the treatment device comprises a housing, a treatment chamber arranged within the housing, the treatment chamber being designed in particular as a drum, and at least one heating device for heating a gas, characterized in that at least one sensor, in particular a moisture sensor, is arranged on and/or in the treatment chamber for determining a control variable, in particular the moisture of the food in the treatment chamber, during drying and/or roasting, such that drying and/or roasting can be regulated depending on the determined control variable, in particular the moisture, and the treatment device comprises a guide device, in particular an adjustable guide device, by means of which the heated gas can be guided through the housing via different paths, wherein the guide device comprises guide elements which are located on the outside of the treatment chamber, wherein the guide elements can in particular be guide plates or fins which are provided on the outside of the treatment chamber, or gas ducts which lead around the treatment chamber, wherein heated gas flows around the treatment chamber through the guide elements. a housing, a treatment chamber arranged within the housing, the treatment chamber being designed in particular as a drum, and at least one heating device for heating a gas, characterized in that at least one sensor, in particular a moisture sensor, is arranged on and/or in the treatment chamber for determining a control variable, in particular the moisture of the food in the treatment chamber, during drying and/or roasting, such that drying and/or roasting can be regulated depending on the determined control variable, in particular the moisture, and the treatment device comprises a guide device, in particular an adjustable guide device, by means of which the heated gas can be guided through the housing via different paths, wherein the guide device comprises guide elements which are located on the outside of the treatment chamber, wherein the guide elements can in particular be guide plates or fins which are provided on the outside of the treatment chamber, or gas ducts which lead around the treatment chamber, wherein heated gas flows around the treatment chamber through the guide elements.
A device, comprising: one or more processors configured to: receive a first portion of network traffic of a flow; perform a first upper layer inspection of the first portion of network traffic of the flow; identify a set of parameters of the flow based on performing the first upper layer inspection of the first portion of network traffic of the flow; identify a geolocation of a source device of the flow; determine, based on the set of parameters, a sampling rate at which to perform a second upper layer inspection of a second portion of network traffic of the flow, wherein the sampling rate is further based on a trustworthiness of the geolocation of the source device, wherein the sampling rate is higher for less trustworthy geolocations compared to more trustworthy geolocations; instruct a lower layer to use the sampling rate to provide the second portion of network traffic of the flow for the second upper layer inspection; perform the second upper layer inspection of the second portion of network traffic of the flow based on receiving the second portion of network traffic of the flow from the lower layer; and perform an action with regard to the flow based on a result of performing the second upper layer inspection. receive a first portion of network traffic of a flow; perform a first upper layer inspection of the first portion of network traffic of the flow; identify a set of parameters of the flow based on performing the first upper layer inspection of the first portion of network traffic of the flow; identify a geolocation of a source device of the flow; determine, based on the set of parameters, a sampling rate at which to perform a second upper layer inspection of a second portion of network traffic of the flow, wherein the sampling rate is further based on a trustworthiness of the geolocation of the source device, wherein the sampling rate is higher for less trustworthy geolocations compared to more trustworthy geolocations; instruct a lower layer to use the sampling rate to provide the second portion of network traffic of the flow for the second upper layer inspection; perform the second upper layer inspection of the second portion of network traffic of the flow based on receiving the second portion of network traffic of the flow from the lower layer; and perform an action with regard to the flow based on a result of performing the second upper layer inspection.