mhurhangee/ep-ind-claims huggingface dataset:
A covering for an architectural opening, comprising: an elongated first rail extending in a left-to-right direction and defining an elongated bottom-facing opening extending in the left-to-right direction; a movable rail adjacent to said elongated first rail, said movable rail being movable from an uppermost position to a lower position; an extendable covering secured to said movable rail, said extendable covering extending and retracting as said movable rail moves toward and away from said elongated first rail; an elongated light blocking element received in said elongated first rail for closing a light gap between said first rail and said movable rail, said elongated light-blocking element defining front and rear wings located inside said first rail; a central body portion beneath said front and rear wings, said central body portion extending through said bottom-facing opening; and a lower contact portion extending below said central body portion; said light-blocking element being movable from a suspended position at a first elevation, in which said light-blocking element is supported by and suspended from said first rail, with said front and rear wings resting on said first rail, to a raised position at a second elevation, higher than the first elevation, in which said lower contact portion of said light-blocking element rests on said movable rail so that said movable rail supports said light blocking element. an elongated first rail extending in a left-to-right direction and defining an elongated bottom-facing opening extending in the left-to-right direction; a movable rail adjacent to said elongated first rail, said movable rail being movable from an uppermost position to a lower position; an extendable covering secured to said movable rail, said extendable covering extending and retracting as said movable rail moves toward and away from said elongated first rail; an elongated light blocking element received in said elongated first rail for closing a light gap between said first rail and said movable rail, said elongated light-blocking element defining front and rear wings located inside said first rail; a central body portion beneath said front and rear wings, said central body portion extending through said bottom-facing opening; and a lower contact portion extending below said central body portion; said light-blocking element being movable from a suspended position at a first elevation, in which said light-blocking element is supported by and suspended from said first rail, with said front and rear wings resting on said first rail, to a raised position at a second elevation, higher than the first elevation, in which said lower contact portion of said light-blocking element rests on said movable rail so that said movable rail supports said light blocking element.
A papermaker's fabric comprising a series of repeat units, each of the repeat units comprising: a set of top machine direction yarns; a set of top cross-machine direction yarns interwoven with the top MD yarns to form a top fabric layer; a set of bottom MD yarns; a set of bottom CMD yarns interwoven with the bottom MD yarns to form a bottom fabric layer; and a set of CMD stitching yarns interwoven with the top and bottom MD yarns to bind the top and bottom fabric layers together; wherein the stitching yarns are arranged in pairs; characterised in that: the top CMD yarns are arranged in an alternating pattern in which first (a) a single top CMD yarn is positioned between adjacent pairs of stitching yarns, then (b) two top CMD yarns are positioned between adjacent pairs of stitching yarns. a set of top machine direction yarns; a set of top cross-machine direction yarns interwoven with the top MD yarns to form a top fabric layer; a set of bottom MD yarns; a set of bottom CMD yarns interwoven with the bottom MD yarns to form a bottom fabric layer; and a set of CMD stitching yarns interwoven with the top and bottom MD yarns to bind the top and bottom fabric layers together; wherein the stitching yarns are arranged in pairs; characterised in that: the top CMD yarns are arranged in an alternating pattern in which first (a) a single top CMD yarn is positioned between adjacent pairs of stitching yarns, then (b) two top CMD yarns are positioned between adjacent pairs of stitching yarns. the top CMD yarns are arranged in an alternating pattern in which first (a) a single top CMD yarn is positioned between adjacent pairs of stitching yarns, then (b) two top CMD yarns are positioned between adjacent pairs of stitching yarns.
Device for storing smoking products, having a case and at least one receiving space for at least one smoking product, the receiving space being enclosed by the case, wherein the case has a basic structure and a lid, to which the basic structure can be connected in a releasable manner, so that the at least one receiving space can be opened in order for the smoking product to be introduced or removed and can be closed in order for the smoking product to be reliably stored in the device, and wherein use is made of at least one inlay, into which the at least one smoking product can be introduced at least in part, so that the at least one smoking product can be fixed with clamping action in the, or in a, receiving space of the device with the aid of the at least one inlay, wherein at least one inlay has a plurality of clamping elements, between which at least certain regions of at least one smoking product can be fixed with clamping action, characterized in that at least part of the clamping elements of at least one inlay projects into the interior space of the inlay to a greater extent as the distance from the open end of the inlay increases, so that the diameter of the space located between the clamping elements decreases to an increasing extent as the distance from the open end of the inlay increases.
A therapeutic and/or prophylactic agent for use in treating a tumor with a mutation in RET and for use in treating metastasis of the tumor, which comprises a compound represented by formula, a salt thereof or a solvate thereof as an active ingredient: wherein R 1 is a C 1-6 alkyl group.
A valve element of a valve arrangement for the flow regulation of a gas in a ventilation arrangement, in particular of a motor vehicle, wherein the valve element is produced by a casting method, wherein a surface of the valve element has a sound-reducing structure produced by the casting method, with at least three sound reduction elements, which protrude from the surface, characterized in that - the structure has at least two structural sections, - the respective structural section has a plurality of such sound reduction elements, which have an identical orientation, - the orientation of such a structural section runs in an inclined manner, in particular transversely, to the orientation of another such structural section. - the structure has at least two structural sections, - the respective structural section has a plurality of such sound reduction elements, which have an identical orientation, - the orientation of such a structural section runs in an inclined manner, in particular transversely, to the orientation of another such structural section.
Sliding sash window comprising a fixed frame in which there may slide at least an inner sliding frame able to move between a position in which the window is open and a position in which the window is closed, at least one sliding or fixed outer frame, seals being interposed between the fixed frame and the inner sliding frame, a joint treatment comprising, for the said inner sliding frame, two lateral seals, a transom top seal, for the outer frame, a transom bottom seal, characterized in that the joint treatment comprises intermediate seals which connect, on each side of the sliding frame, the transom seals and the lateral seals so as to form continuity of sealing between these seals when the said inner sliding frame is in the closed position.
A microscope system (100; 400) comprising: a microscope (110; 410) configured to generate images of a sample being arranged on a sample stage; a sample stage configured to carry the sample, the sample stage comprising a visual marker; an optical imaging sensor configured to provide image data of an image showing the visual marker of the sample stage; and wherein the visual marker is arranged at a bottom side of the sample stage and the optical imaging sensor is arranged below the sample stage, a control system (160; 420) configured to determine a position of the sample stage based on the image data of the image showing the visual marker. a microscope (110; 410) configured to generate images of a sample being arranged on a sample stage; a sample stage configured to carry the sample, the sample stage comprising a visual marker; an optical imaging sensor configured to provide image data of an image showing the visual marker of the sample stage; and wherein the visual marker is arranged at a bottom side of the sample stage and the optical imaging sensor is arranged below the sample stage, a control system (160; 420) configured to determine a position of the sample stage based on the image data of the image showing the visual marker.
A method for manufacturing a plastic material, the method comprising: supplying a first plastic raw material; determining a concentration of a marker having a luminescence in the supplied first plastic raw material by detecting an intensity of the luminescence; supplying a second plastic raw material having a higher concentration of the marker than the first plastic raw material to the first plastic raw material in case the concentration of the marker is below a target concentration, depending on the determined concentration of the marker in the first plastic raw material, such that a mixture of the first and second plastic raw materials is obtained, which has a target concentration of the marker; and supplying a third plastic raw material that does not contain the marker to the mixture in a predetermined ratio to the mixture, such that the plastic material containing a predetermined portion of the mixture is obtained. supplying a first plastic raw material; determining a concentration of a marker having a luminescence in the supplied first plastic raw material by detecting an intensity of the luminescence; supplying a second plastic raw material having a higher concentration of the marker than the first plastic raw material to the first plastic raw material in case the concentration of the marker is below a target concentration, depending on the determined concentration of the marker in the first plastic raw material, such that a mixture of the first and second plastic raw materials is obtained, which has a target concentration of the marker; and supplying a third plastic raw material that does not contain the marker to the mixture in a predetermined ratio to the mixture, such that the plastic material containing a predetermined portion of the mixture is obtained.
A power factor correction circuit comprising: a rectifier bridge; a switch converter circuit having an input terminal in connection with an output terminal of the rectifier bridge; a load in connection with an output terminal of the switch converter circuit; a controller having a control terminal and a feedback terminal, the control terminal being in connection with a controlled terminal of the switch converter circuit, further comprising a first feedback loop and a second feedback loop that are in connection with a sample terminal of the switch converter circuit, and a bandwidth of the second feedback loop is greater than a bandwidth of the first feedback loop, characterized in that the first feedback loop and the second feedback loop being configured such that the feedback terminal of the controller only receives a first feedback signal generated by the first feedback loop in a normal operation state of the power factor correction circuit, and the feedback terminal of the controller only receives a second feedback signal generated by the second feedback loop in a start-up state of the power factor correction circuit.
A showcase comprising: a plurality of frames (82, 84, 86, 88, 90, 92) including a front frame, a rear frame, a right frame, a left frame, a lower frame and an upper frame, wherein the plurality of frames (82, 84, 86, 88, 90, 92) defines a showroom; a transparent display panel placed at the front frame, the transparent display panel being capable of displaying a corresponding image upon receiving an image signal; and a light source unit configured to emit light into the showroom, characterized in that the light source unit is located between an opaque upper portion of the front frame surrounding the transparent display panel and the upper frame, wherein the light source unit includes a plurality of lamps (510a-h) and is obliquely arranged in a direction from the upper portion of the front frame to the upper frame, and positions of the plurality of lamps (510a-h) are increased in height with increasing distance from the front frame to the upper frame, wherein the front frame takes the form of a front door configured to be opened and closed. a plurality of frames (82, 84, 86, 88, 90, 92) including a front frame, a rear frame, a right frame, a left frame, a lower frame and an upper frame, wherein the plurality of frames (82, 84, 86, 88, 90, 92) defines a showroom; a transparent display panel placed at the front frame, the transparent display panel being capable of displaying a corresponding image upon receiving an image signal; and a light source unit configured to emit light into the showroom, characterized in that the light source unit is located between an opaque upper portion of the front frame surrounding the transparent display panel and the upper frame, wherein the light source unit includes a plurality of lamps (510a-h) and is obliquely arranged in a direction from the upper portion of the front frame to the upper frame, and positions of the plurality of lamps (510a-h) are increased in height with increasing distance from the front frame to the upper frame, wherein the front frame takes the form of a front door configured to be opened and closed.
An electro-pneumatic actuator, such as a positioner or an I/P transducer array, for a field device of a processing plant, such as a brewery, a petrochemical plant or the like, comprising a pneumatically operated display for visually and/or acoustically displaying at least one field device-specific operating information, such as a drive or valve position, a desired value, an actual value or a regulating variable, wherein the electro-pneumatic actuator is designed to output a pneumatic drive actuating signal to a pneumatic drive of the field device, so as to set a final controlling device, such as a control valve, of the field device, wherein the electro-pneumatic actuator is further designed to output at least one pneumatic display actuating signal to the pneumatically operated display, which can differ from the pneumatic drive actuating signal, characterized in that the electro-pneumatic actuator comprises an electro-pneumatic display signal transducer for delivering the at least one pneumatic display actuating signal depending on the field device-specific operating information.
A control device comprising: a collecting module configured to cause at least a subset of one or more process values available in the control device to be stored in a time-series manner every predetermined control cycle; a condition monitoring module configured to determine, every control cycle, whether one or more predetermined event conditions are satisfied in relation to at least the subset of the one or more process values and to cause, when any of the one or more predetermined event conditions is satisfied, a chapter associated with the satisfied event condition to be stored in correspondence with time information that specifies the control cycle; and an extracting module configured to determine, in accordance with an extraction condition defined to include at least one of one or more chapters, a target section with the time information in correspondence with the chapter included in the extraction condition being defined as a reference, and to extract time-series data of the stored process values included in the determined target section, the control device being characterized in that: the extraction condition includes designation of one or more chapters and designation of a range for specifying a start position and/or an end position of the target section with the time information in correspondence with the one or more chapters being defined as the reference. a collecting module configured to cause at least a subset of one or more process values available in the control device to be stored in a time-series manner every predetermined control cycle; a condition monitoring module configured to determine, every control cycle, whether one or more predetermined event conditions are satisfied in relation to at least the subset of the one or more process values and to cause, when any of the one or more predetermined event conditions is satisfied, a chapter associated with the satisfied event condition to be stored in correspondence with time information that specifies the control cycle; and an extracting module configured to determine, in accordance with an extraction condition defined to include at least one of one or more chapters, a target section with the time information in correspondence with the chapter included in the extraction condition being defined as a reference, and to extract time-series data of the stored process values included in the determined target section, the control device being characterized in that: the extraction condition includes designation of one or more chapters and designation of a range for specifying a start position and/or an end position of the target section with the time information in correspondence with the one or more chapters being defined as the reference.
A multi-layer structured carbonaceous material comprising graphitic carbon particles having carbonized products of an organic compound affixed to surfaces of the particles, wherein loop structures are present at an edge portion of each of the graphitic carbon particles, and wherein the multi-layer structured carbonaceous material has a specific surface area of 10 m 2 /g or less as measured by a BET method, and the ratio of the BET specific surface area of the carbonaceous material relative to the BET specific surface area of the graphitic carbon particles is between 0.40 inclusive and 1.00 inclusive.
A combination comprising a compound of formula or a pharmaceutically acceptable salt thereof, abacavir or a pharmaceutically acceptable salt thereof, and lamivudine.
Device for introducing a liquid adhesive into a spike hole in a tread of a vehicle tyre, the device comprising • a reservoir vessel for receiving the liquid adhesive, • a pump for pumping the liquid adhesive from the reservoir vessel into an injection line of the device and • a positioning device for positioning an outlet of the injection line relative to the spike hole in the tread, the positioning device at least being suitable ∘ for positioning the outlet of the injection line above the spike hole, ∘ for lowering the outlet positioned above the spike hole into the spike hole, ∘ for lifting the outlet out of the spike hole and positioning the outlet above the spike hole and ∘ for removing the outlet positioned above the spike hole from the spike hole. • a reservoir vessel for receiving the liquid adhesive, • a pump for pumping the liquid adhesive from the reservoir vessel into an injection line of the device and • a positioning device for positioning an outlet of the injection line relative to the spike hole in the tread, the positioning device at least being suitable ∘ for positioning the outlet of the injection line above the spike hole, ∘ for lowering the outlet positioned above the spike hole into the spike hole, ∘ for lifting the outlet out of the spike hole and positioning the outlet above the spike hole and ∘ for removing the outlet positioned above the spike hole from the spike hole. ∘ for positioning the outlet of the injection line above the spike hole, ∘ for lowering the outlet positioned above the spike hole into the spike hole, ∘ for lifting the outlet out of the spike hole and positioning the outlet above the spike hole and ∘ for removing the outlet positioned above the spike hole from the spike hole.
A vector control device for an electric motor that controls an electric power converter that converts DC power to AC power and supplies the AC power to the electric motor, the device comprising: a vector control unit that computes an output voltage to be output from the electric power converter according to vector control based on a torque command and a flux command that are input, and generates a PWM signal for controlling the electric power converter based on the output voltage; a first flux-command generation unit (11a, 11d) that generates a flux command for an asynchronous PWM mode and, when a modulation factor becomes equal to or higher than a first threshold, executes control of increasing a rotating speed by decreasing a field flux in the electric motor; and a second flux-command generation unit that generates a flux command for a synchronous PWM mode, wherein when an output frequency of the electric power converter is lower than a predetermined value, which is higher than the output frequency when the modulation factor becomes the first threshold, the flux command for the asynchronous PWM mode generated by the first flux-command generation unit is input to the vector control unit and the vector control unit operates in the asynchronous PWM mode, and when the modulation factor is equal to or higher than the first threshold and the output frequency of the electric power converter is equal to or higher than the predetermined value, the flux command for the synchronous PWM mode generated by the second flux-command generation unit is input to the vector control unit and the vector control unit operates in the synchronous PWM mode. a vector control unit that computes an output voltage to be output from the electric power converter according to vector control based on a torque command and a flux command that are input, and generates a PWM signal for controlling the electric power converter based on the output voltage; a first flux-command generation unit (11a, 11d) that generates a flux command for an asynchronous PWM mode and, when a modulation factor becomes equal to or higher than a first threshold, executes control of increasing a rotating speed by decreasing a field flux in the electric motor; and a second flux-command generation unit that generates a flux command for a synchronous PWM mode, wherein when an output frequency of the electric power converter is lower than a predetermined value, which is higher than the output frequency when the modulation factor becomes the first threshold, the flux command for the asynchronous PWM mode generated by the first flux-command generation unit is input to the vector control unit and the vector control unit operates in the asynchronous PWM mode, and when the modulation factor is equal to or higher than the first threshold and the output frequency of the electric power converter is equal to or higher than the predetermined value, the flux command for the synchronous PWM mode generated by the second flux-command generation unit is input to the vector control unit and the vector control unit operates in the synchronous PWM mode.