mhurhangee/ep-ind-claims huggingface dataset:
A device for separating wet paint overspray from a stream of crude gas containing overspray particles, comprising at least two filter devices which each comprise an inlet opening through which a partial stream of crude gas enters the respective filter device and at least one respective filter element for separating the overspray from the partial stream of crude gas, wherein a filter surface of the filter element is provided with a barrier layer of filter aid material added to the stream of crude gas, characterized in that the device comprises at least one reservoir for receiving a mixture of filter aid material and wet paint overspray which has been cleansed from filter elements of a plurality of filter devices and a mixing device for mechanically blending the cleansed mixture of filter aid material and wet paint overspray from a plurality of filter devices, wherein by periodic cleansing of the filter elements the mixture of filter aid material and wet paint overspray arrives from the filter element into the reservoir and the partial streams of crude gas are guided at least partly through the reservoir, in order to thereby absorb filter aid material from the reservoir.
A method of receiving a signal by a user equipment, UE, in a wireless communication system supporting carrier aggregation, the method comprising: receiving, from a base station, BS,, configuration for both a first cell and a second cell, wherein the first cell comprises contiguous radio resources and wherein the second cell is configured to be cross-carrier scheduled by the first cell and comprises discontiguous radio resources; receiving scheduling information through a downlink, DL, subframe in the first cell corresponding to a time point of a second subframe in the second cell; and receiving the DL data on a merged subframe based on the configuration and the scheduling information, wherein the scheduling information includes information on scheduling for transmission of the DL data on the merged subframe, wherein the merged subframe is a subframe in the second cell in which a first subframe and the second subframe are merged, wherein the first subframe is a DL subframe in the second cell corresponding to a time point of an uplink, UL, subframe in the first cell, and, wherein the second subframe is a DL subframe, defined as the closest DL subframe prior to the first subframe among DL subframes in the second cell, corresponding to a time point of the DL subframe in the first cell. receiving, from a base station, BS,, configuration for both a first cell and a second cell, wherein the first cell comprises contiguous radio resources and wherein the second cell is configured to be cross-carrier scheduled by the first cell and comprises discontiguous radio resources; receiving scheduling information through a downlink, DL, subframe in the first cell corresponding to a time point of a second subframe in the second cell; and receiving the DL data on a merged subframe based on the configuration and the scheduling information, wherein the scheduling information includes information on scheduling for transmission of the DL data on the merged subframe, wherein the merged subframe is a subframe in the second cell in which a first subframe and the second subframe are merged, wherein the first subframe is a DL subframe in the second cell corresponding to a time point of an uplink, UL, subframe in the first cell, and, wherein the second subframe is a DL subframe, defined as the closest DL subframe prior to the first subframe among DL subframes in the second cell, corresponding to a time point of the DL subframe in the first cell.
A method for decelerating a vehicle moving from a standing position as a function of at least one characteristic value of the vehicle and of a first setting of an operating element for triggering a deceleration of the vehicle, wherein a continuous deceleration of the vehicle is automatically initiated and/or maintained, characterised in that the deceleration is initiated and/or maintained if a) an amount of the at least one characteristic value of the vehicle is included within an interval between a lower boundary value greater than zero and an upper boundary value (v limit); and the deceleration is initiated if b) the operating element has been brought into its first setting by actuation; wherein a duration of the initiated deceleration is independent of a duration of the dwelling of the operating element in its first setting. a) an amount of the at least one characteristic value of the vehicle is included within an interval between a lower boundary value greater than zero and an upper boundary value (v limit); and b) the operating element has been brought into its first setting by actuation;
A kit comprising a surgical instrument for implanting a bone fastener, and the bone fastener, wherein the surgical instrument comprises an elongated body having a frangible region, which breaks or plastically deforms at a predetermined torque, and a distal end adjacent to the frangible region, the distal end of the surgical instrument configured to engage the bone fastener, the bone fastener being less frangible than the frangible region of the elongated body of the surgical instrument, wherein the bone fastener has at least a first frangible region, the first frangible region of the bone fastener being less frangible than the frangible region of the elongated body of the surgical instrument, and the distal end of the surgical instrument comprises a second frangible region, the second frangible region being less frangible than the frangible region of the elongated body of the surgical instrument and more frangible than the first frangible region of the bone fastener. wherein the bone fastener has at least a first frangible region, the first frangible region of the bone fastener being less frangible than the frangible region of the elongated body of the surgical instrument, and the distal end of the surgical instrument comprises a second frangible region, the second frangible region being less frangible than the frangible region of the elongated body of the surgical instrument and more frangible than the first frangible region of the bone fastener.
A method comprising: obtaining an infrared spectrum of a Peripheral Blood Mononuclear Cells (PBMC) sample of a subject by analyzing the sample by infrared spectroscopy; analyzing the infrared spectrum using a processor and assessing a characteristic of the sample of the subject at at least one wavenumber selected from the group consisting of the wavenumbers: 785.4 ± 4 cm-1, 811.9 ± 4 cm-1, 879.9 ± 4 cm-1, 1253.0 ± 4 cm-1, 1485.4 ± 4 cm-1, 760.8 ± 4 cm-1, 870.7 ± 4 cm-1, 1371.1 ± 4 cm-1, 1485.9 ± 4 cm-1, 1526.9 ± 4 cm-1, and 1627.1 ± 4 cm-1; based on the analyzing using the processor, using an output device, generating an output indicative of the presence of a benign tumor which is not a pre-malignant condition, in gastrointestinal tract tissue of the subject; and determining whether the subject has a benign tumor in the gastrointestinal tract tissue based on generating the output. obtaining an infrared spectrum of a Peripheral Blood Mononuclear Cells (PBMC) sample of a subject by analyzing the sample by infrared spectroscopy; analyzing the infrared spectrum using a processor and assessing a characteristic of the sample of the subject at at least one wavenumber selected from the group consisting of the wavenumbers: 785.4 ± 4 cm-1, 811.9 ± 4 cm-1, 879.9 ± 4 cm-1, 1253.0 ± 4 cm-1, 1485.4 ± 4 cm-1, 760.8 ± 4 cm-1, 870.7 ± 4 cm-1, 1371.1 ± 4 cm-1, 1485.9 ± 4 cm-1, 1526.9 ± 4 cm-1, and 1627.1 ± 4 cm-1; based on the analyzing using the processor, using an output device, generating an output indicative of the presence of a benign tumor which is not a pre-malignant condition, in gastrointestinal tract tissue of the subject; and determining whether the subject has a benign tumor in the gastrointestinal tract tissue based on generating the output.
A lid for a container, in particular for a beverage can, comprising: a lid surface with a first opening passing through the lid surface; an internal element arranged on an inner side of the lid surface and having a ventilation opening passing through the internal element, the ventilation opening being aligned with the first opening; and an actuation element arranged on an outer side of the lid surface, the actuation element comprising a joint region subdividing the actuation element into a first portion and a second portion; wherein the first portion of the actuation element is arranged so as to bear on the lid surface; the second portion of the actuation element is pivotable about the joint region relative to the first portion and the second portion comprises a peg for closing the ventilation opening, and wherein the peg comprises a latching element which can be releasably latched into a recess of the internal element, wherein the latching element comprises in particular a latching bead which preferably extends around the peg; and a locking element for locking the latching element in the recess, wherein the locking element, in a locking position, locks the latched latching element in the recess and, in an unlocking position of the locking element, the latching element is able to be unlatched from the recess in order to disengage the peg so as to open the ventilation opening; characterized in that the peg comprises a cavity being outwardly opened and the locking element comprises a plug, wherein in the locking position, the plug of the locking element is located within the cavity of the peg. a lid surface with a first opening passing through the lid surface; an internal element arranged on an inner side of the lid surface and having a ventilation opening passing through the internal element, the ventilation opening being aligned with the first opening; and an actuation element arranged on an outer side of the lid surface, the actuation element comprising a joint region subdividing the actuation element into a first portion and a second portion; wherein the first portion of the actuation element is arranged so as to bear on the lid surface; the second portion of the actuation element is pivotable about the joint region relative to the first portion and the second portion comprises a peg for closing the ventilation opening, and wherein the peg comprises a latching element which can be releasably latched into a recess of the internal element, wherein the latching element comprises in particular a latching bead which preferably extends around the peg; and a locking element for locking the latching element in the recess, wherein the locking element, in a locking position, locks the latched latching element in the recess and, in an unlocking position of the locking element, the latching element is able to be unlatched from the recess in order to disengage the peg so as to open the ventilation opening; characterized in that the peg comprises a cavity being outwardly opened and the locking element comprises a plug, wherein in the locking position, the plug of the locking element is located within the cavity of the peg.
A container consisting of a substantially stiff outer container and a readily deformable inner bag, wherein the outer container and the inner bag consist of different thermoplastic materials and have no weld connection with one another, with a container opening and at least one pressure equalisation opening in the wall of the outer container for equalising the pressure in the space between the outer container and the inner bag on contraction of the inner bag, wherein integrated into the layer of the inner bag, which is directed towards the outer container, and/or into the layer of the outer container, which is directed towards the inner bag, there is means which reduce the adhesion between the layers, which consists of a material which does not melt during the manufacture of the container, wherein the means reducing the adhesion are microparticles, which produce irregularities on the surface of the layer, characterised in that the microparticles are glass balls.
A system for displaying images in at least one display window on a display unit, comprising: a display processor configured to generate graphics commands from a received input; a graphics processing unit coupled to the display processor and configured to generate graphic data from the graphics commands, the graphics processing unit comprising: a rendering engine; an internal memory coupled to the rendering engine; and a general purpose I/O coupled to the rendering engine and configured to transmit messages from the graphics processing unit; a graphics logic device coupled to the graphics processing unit and directly connected to the display unit, the graphics logic device configured to initiate a transfer of the graphic data for display in a display window from the internal memory to the display unit upon receipt of a message indicative of the graphic data being available; and an external memory coupled between the graphics logic device and the display unit, the external memory configured to receive a copy of the graphic data and to supply the copy of the graphic data to the display window when an update of the graphics data for the display window is not available and to store a copy of the update of the graphic data for the display window when the display window receives the update of the graphic data from the internal memory directly from the graphics logic device. a display processor configured to generate graphics commands from a received input; a graphics processing unit coupled to the display processor and configured to generate graphic data from the graphics commands, the graphics processing unit comprising: a rendering engine; an internal memory coupled to the rendering engine; and a general purpose I/O coupled to the rendering engine and configured to transmit messages from the graphics processing unit; a rendering engine; an internal memory coupled to the rendering engine; and a general purpose I/O coupled to the rendering engine and configured to transmit messages from the graphics processing unit; a graphics logic device coupled to the graphics processing unit and directly connected to the display unit, the graphics logic device configured to initiate a transfer of the graphic data for display in a display window from the internal memory to the display unit upon receipt of a message indicative of the graphic data being available; and an external memory coupled between the graphics logic device and the display unit, the external memory configured to receive a copy of the graphic data and to supply the copy of the graphic data to the display window when an update of the graphics data for the display window is not available and to store a copy of the update of the graphic data for the display window when the display window receives the update of the graphic data from the internal memory directly from the graphics logic device.
A weapons trough for a submarine, for storing at least one weapon, characterised in that the weapons trough comprises at least one holding bracket which peripherally surrounds the weapon in the storage position and on which positive fit means are arranged, which fix the weapon on a projection formed on the peripheral surface of the weapon, with a positive fit in the longitudinal direction of the weapon.
Plasma generator for generating non-thermal atmospheric-pressure plasma, comprising a piezoelectric transformer, which is subdivided in a longitudinal direction into an input region and an output region, wherein the piezoelectric transformer comprises an output-side end face facing away from the input region, characterized in that the plasma generator is configured in such a way that a power sufficient for igniting a non-thermal atmospheric-pressure plasma is applied to the input region of the piezoelectric transformer only if a load (18, 19, 22) is arranged in front of the output-side end face, wherein the plasma generator comprises a drive electronics unit configured to measure at least one operating parameter of the piezoelectric transformer and, on the basis of the measurement of the operating parameter, to identify a load arranged in front of the output-side end face.
A mooring system for floating structures, the mooring system including at least one anchor line and at least two other lines (3, 4) extending in different directions relative to each other and in a different direction from that of the at least one anchor line, and said lines (2, 3, 4) being attached to an annular connection element, characterized in that the annular connection element is constituted by a round sling comprising endless, flexible polymer material, and at least one of the lines (2, 3, 4) is attached to the annular connection element with a line round sling.
A process device comprising: a process variable sensor configured to generate an output signal indicative of a sensed process variable; loop current output circuitry configured to control a loop current on a two wire process control loop to a value based on the output signal; loop current measurement circuitry coupled to the process control loop and configured to generate a measured loop current value based on the loop current; a first low pass filter; and loop current verification circuitry configured to approximate the loop current value based on the output signal and properties of the first low pass filter, and generate a diagnostic signal based on a comparison of the approximated loop current value and the measured loop current value; characterised in that the loop current measurement circuitry comprises a second low pass filter, and the loop current verification circuitry is configured to approximate the loop current value based on properties of the second low pass filter. a process variable sensor configured to generate an output signal indicative of a sensed process variable; loop current output circuitry configured to control a loop current on a two wire process control loop to a value based on the output signal; loop current measurement circuitry coupled to the process control loop and configured to generate a measured loop current value based on the loop current; a first low pass filter; and loop current verification circuitry configured to approximate the loop current value based on the output signal and properties of the first low pass filter, and generate a diagnostic signal based on a comparison of the approximated loop current value and the measured loop current value; characterised in that the loop current measurement circuitry comprises a second low pass filter, and the loop current verification circuitry is configured to approximate the loop current value based on properties of the second low pass filter.
A window regulator mechanism for a motor vehicle, which moves with a window of the motor vehicle, the window regulator mechanism comprising: - at least one frame plate which can be fixed to a vehicle door, - at least one guide which is formed on the surface of the frame plate, - at least one regulator assembly which moves on the guide: the regulator assembly comprising: - at least one regulator body which moves inside the guide, - at least one protrusion which is provided outwards the regulator body, on a surface thereof, and in which the window is placed by being pushed when it is completely closed on the door and thus which enables to perform a mechanical connection between the window and the regulator assembly - at least two gear wheels which are mounted on both sides of the regulator body, - at least one regulator motor which is located inside the regulator body, - at least two lower wheels which are mounted on both sides of the regulator motor and provide movement by contacting the gear wheel, - wherein the frame plate is provided with holes in which the teeth of the gear wheels are inserted enabling the regulator assembly to move together with the window upon the gear wheels and the lower wheels contacting each other - the window regulator mechanism further comprising at least one electric cable which transmits electric power to the regulator motor in the regulator assembly, - at least one socket which is provided at the other end of the electric cable and attached to the electric installation coming to the door from the vehicle body. - at least one frame plate which can be fixed to a vehicle door, - at least one guide which is formed on the surface of the frame plate, - at least one regulator assembly which moves on the guide: - at least one regulator body which moves inside the guide, - at least one protrusion which is provided outwards the regulator body, on a surface thereof, and in which the window is placed by being pushed when it is completely closed on the door and thus which enables to perform a mechanical connection between the window and the regulator assembly - at least two gear wheels which are mounted on both sides of the regulator body, - at least one regulator motor which is located inside the regulator body, - at least two lower wheels which are mounted on both sides of the regulator motor and provide movement by contacting the gear wheel, - wherein the frame plate is provided with holes in which the teeth of the gear wheels are inserted enabling the regulator assembly to move together with the window upon the gear wheels and the lower wheels contacting each other - the window regulator mechanism further comprising at least one electric cable which transmits electric power to the regulator motor in the regulator assembly, - at least one socket which is provided at the other end of the electric cable and attached to the electric installation coming to the door from the vehicle body.
An apparatus for liquid metal distribution into a continuous casting mold cavity, said apparatus comprising: a continuous casting mold frame supporting a mold defining a continuous casting mold cavity; a liquid diffuser comprising a tip; at least one sensor comprising a thermocouple disposed proximate the tip of the diffuser and configured to provide feedback temperature from the tip; a controller; and an actuator configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another, wherein the tip of the liquid diffuser is submerged in a pool of liquid metal in the continuous casting mold cavity, wherein the actuator is configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another in response to a signal from the at least one sensor to maintain the tip of the liquid diffuser in a position corresponding to a predefined temperature range during a casting operation, wherein the relative movement between the continuous casting mold frame and the liquid diffuser is controlled by the controller and results in movement of the liquid diffuser within the pool of liquid metal. a continuous casting mold frame supporting a mold defining a continuous casting mold cavity; a liquid diffuser comprising a tip; at least one sensor comprising a thermocouple disposed proximate the tip of the diffuser and configured to provide feedback temperature from the tip; a controller; and an actuator configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another, wherein the tip of the liquid diffuser is submerged in a pool of liquid metal in the continuous casting mold cavity, wherein the actuator is configured to move at least one of the continuous casting mold frame and the liquid diffuser relative to one another in response to a signal from the at least one sensor to maintain the tip of the liquid diffuser in a position corresponding to a predefined temperature range during a casting operation, wherein the relative movement between the continuous casting mold frame and the liquid diffuser is controlled by the controller and results in movement of the liquid diffuser within the pool of liquid metal.