mhurhangee/ep-ind-claims huggingface dataset:
A method for operating an electronic assistance device, wherein - a loudspeaker of the electronic assistance device outputs, at a foreground volume, a first output audio stream provided by a voice-controlled first assistance application of the assistance device, the first assistance application exclusively accepting a first wake-up word; - a microphone of the electronic assistance device continuously detects an ambient sound and provides the detected ambient sound as an input audio stream; - a voice-controlled wake-up module of the assistance device recognizes, in a voice input of a user recognized in the provided input audio stream, a second wake-up word as sole wake-up word, the second wake-up word exclusively accepted by a second assistance application of the assistance device that is different from the first assistance application; - a control module of the electronic assistance device recognizes in the voice input a command word following the second wake-up word, which is accepted by the first assistance application and by the second assistance application and controls the first output audio stream by means of the recognized speech input. - a loudspeaker of the electronic assistance device outputs, at a foreground volume, a first output audio stream provided by a voice-controlled first assistance application of the assistance device, the first assistance application exclusively accepting a first wake-up word; - a microphone of the electronic assistance device continuously detects an ambient sound and provides the detected ambient sound as an input audio stream; - a voice-controlled wake-up module of the assistance device recognizes, in a voice input of a user recognized in the provided input audio stream, a second wake-up word as sole wake-up word, the second wake-up word exclusively accepted by a second assistance application of the assistance device that is different from the first assistance application; - a control module of the electronic assistance device recognizes in the voice input a command word following the second wake-up word, which is accepted by the first assistance application and by the second assistance application and controls the first output audio stream by means of the recognized speech input.
Device, in particular a surfboard for stand-up paddling, surfing, windsurfing and the like, having a body of foamed plastics material, wherein the body is delimited by a surface to which a fibre mat is non-releasably connected, characterized in that the surface has at least in one sub-region at least one encircling groove-shaped depression (20, 20', 20", 200, 210, 300, 300', 310, 310") by which a predetermined sub-area (22, 22', 22", 220, 222, 224, 320, 320") of the surface is delimited, wherein the groove-shaped depression (20, 20', 20", 200, 210, 300, 300', 310, 310") is formed by heating the surface and pressing a die over the fibre mat into the heated surface of the body in such a way that the fibre mat bears on the full area of the encircling groove-shaped depression and that foamed plastics material has passed at least partially through the fibre mat.
A spoke casting device of an airless tire, the airless tire including a cylindrical tread ring that has a ground contact surface (Ts), a hub that is arranged on a radial direction inner side of the tread ring and is fixed to an axle, and a spoke that is made of a polymer material and connects the tread ring and the hub, the casting device for integrally cast-molding the spoke with the tread ring and the hub, comprising: a casting mold that has upper and lower molds (5U, 5L) that can relatively move in a tire axial direction between a mold closed state and a mold open state, and, in the mold closed state, is configured to concentrically hold the tread ring and the hub between the upper and lower molds (5U, 5L) and to form a cavity for casting the spoke between the tread ring and the hub that are held; and a positioning means (25, 26) that is configured to concentrically position the hub and the tread ring, wherein the positioning means (25, 26) has a first positioning means that includes an outer peripheral surface contact part that is configured to position the tread ring by being in contact with an outer peripheral surface of the tread ring; characterized in that the casting device further comprises a demolding means that is configured to push out the airless tire after cast molding from the lower mold in the mold open state, wherein the demolding means includes a cylinder, a lifting and lowering plate that is attached to an end of a rod of the cylinder and is vertically movable, and a plurality of push-out shafts that rise from the lifting and lowering plate and to upper ends of which a second lower mold part being part of the lower mold is attached. a casting mold that has upper and lower molds (5U, 5L) that can relatively move in a tire axial direction between a mold closed state and a mold open state, and, in the mold closed state, is configured to concentrically hold the tread ring and the hub between the upper and lower molds (5U, 5L) and to form a cavity for casting the spoke between the tread ring and the hub that are held; and a positioning means (25, 26) that is configured to concentrically position the hub and the tread ring, wherein the positioning means (25, 26) has a first positioning means that includes an outer peripheral surface contact part that is configured to position the tread ring by being in contact with an outer peripheral surface of the tread ring; characterized in that the casting device further comprises a demolding means that is configured to push out the airless tire after cast molding from the lower mold in the mold open state, wherein
Thermal body for thermal sill or baseboard device, said device comprising a casing (4, 5), or other means for supporting and/or housing said thermal body, the latter comprising at least one electric or hydraulic thermal module and, possibly, at least one heat exchanger, said casing (4, 5) comprising at least one side forming a main-fastening side (4b, 5b), preferably at least two opposite sides (4a, 4b, 5a, 5b), one of which forms said main-fastening side, said thermal body also comprising a thermal transfer and support element with an elongate and flat shape extending along a longitudinal axis, having, or being passed through longitudinally by, one or more receiving cavities (1a, 1b) suitable for receiving the thermal module(s), and said thermal body comprising at least one main-fastening means (1c, 2a) allowing said thermal body to be fastened, preferably removably, on the main-fastening side (4b, 5b) having an internal face comprising a complementary main-fastening means (4c, 5c) to that end and, possibly, where appropriate, said thermal body also comprising an additional-fastening means allowing it to be additionally fastened on the other, opposite side, also comprising to that end a complementary additional-fastening means (41a, 51a), and the element is formed by a mutual interlocking and/or snap-fastening assembly, with adjustment of the spacing, of two similar and symmetrical half-shells (1i, 1j), each half-shell (1i, 1j), preferably with a generally rectangular shape, comprising at least one receiving half-cavity (10a, 10b) forming, in the assembled state of the two half-shells, in complementarity with the half-cavity or one of the half-cavities of the other half-shell, the receiving cavity or one of the receiving cavities (1a, 1b), and said element comprises an interlocking and/or snap-fastening assembly system (10i, 11i, 12i, 13i, 10j, 11j, 12j, 13j) which is suitable and intended for allowing said half-shells to be assembled and the spacing thereof relative to one another to be adjusted in the state of assembly thereof, and each half-shell (1i, 1j) comprises firstly at least one assembly flange having an assembly face (14i, 15i, 14j, 15j) equipped with a first interlocking and/or snap-fastening assembly means (10i, 11i, 10j, 11j) and secondly a second interlocking and/or snap-fastening assembly means (12i, 13i, 12j, 13j) which is suitable and intended for cooperating, by interlocking and/or snap-fastening, with said first assembly means of the other half-shell (1i, 1j) to allow the interlocking and/or snap-fastening assembly of the two half-shells and the adjustment of the relative spacing thereof in the assembled state.
A tobacco cut filler comprising a first tobacco material cut in accordance with a first cut specification, wherein the first cut specification sets at least predetermined first cut width and first cut length corresponding to a final cut width and a final cut length in the tobacco cut filler when used in a tobacco product, wherein the cut length distribution among the cut strips of the first tobacco material is at least bimodal.
A method of wireless communication performed by a user equipment, UE, comprising: receiving information indicating whether a power measurement is permitted on a non-anchor carrier; and selectively performing the power measurement on at least one of the non-anchor carrier or an anchor carrier based at least in part on the information indicating whether the power measurement is permitted on the non-anchor carrier, wherein selectively performing the power measurement on at least one of the non-anchor carrier or the anchor carrier comprises: performing the power measurement on the non-anchor carrier based at least in part on the UE being in a relaxed monitoring state with regard to the anchor carrier. receiving information indicating whether a power measurement is permitted on a non-anchor carrier; and selectively performing the power measurement on at least one of the non-anchor carrier or an anchor carrier based at least in part on the information indicating whether the power measurement is permitted on the non-anchor carrier, wherein selectively performing the power measurement on at least one of the non-anchor carrier or the anchor carrier comprises: performing the power measurement on the non-anchor carrier based at least in part on the UE being in a relaxed monitoring state with regard to the anchor carrier.
An inhibitor of microRNA-24 (miR-24) for use in a method of treatment and/or prevention of ischemia, wherein the inhibitor is an antagomir or an antisense oligonucleotide.
An ultrasonic diagnostic imaging system including a probe for acquiring ultrasonic echo signals, an image processor (36, 42, 44) coupled to the probe, an image display adapted to display an ultrasonic image produced from acquired ultrasonic echo signals, and a control panel for manually controlling the ultrasonic diagnostic imaging system, comprising: a storage medium on which a body marker template (104, 106, 130, 140, 142) comprising a graphical representation of anatomy being scanned is stored; a touchscreen display coupled to the storage medium, and a touchscreen controller, configured to drive the touchscreen display to display the body marker template (104, 106, 130, 140, 142) in response to a call up of the body marker template (104, 106, 130, 140, 142) or of a corresponding ultrasound exam by an imaging system operator via the control panel, characterized in that the touchscreen display is responsive to the manual touch of the imaging system operator on the touchscreen display to indicate on the body marker template (104, 106, 130, 140, 142) the location of a region of the anatomy identified in the ultrasonic image as being or possibly being suspect, and in that the touchscreen controller is configured to record the body marker template (104, 106, 130, 140, 142) with said indication of a suspect or possibly suspect region in response to the manual touch of the imaging system operator on the touchscreen display. a storage medium on which a body marker template (104, 106, 130, 140, 142) comprising a graphical representation of anatomy being scanned is stored; a touchscreen display coupled to the storage medium, and a touchscreen controller, configured to drive the touchscreen display to display the body marker template (104, 106, 130, 140, 142) in response to a call up of the body marker template (104, 106, 130, 140, 142) or of a corresponding ultrasound exam by an imaging system operator via the control panel,
A microwave signal combiner for an electrosurgical generator having a three or more microwave channels each arranged to convey microwave energy at a different frequency, the signal combiner comprising: a band stop filter module for connection at a distal end of each of the three or more microwave channels, wherein the band stop filter module for each microwave channel is configured to block microwave energy at two or more different frequencies conveyed on the other microwave channels; and a common signal pathway extending to an output port from a junction at which the plurality of microwave channels are connected, wherein each band stop filter module comprises a three stub filter for each frequency of microwave energy to be blocked, wherein the three stub filter comprises three stubs connected to the trunk transmission line to present an open circuit in shunt to the junction at a wavelength of the microwave energy to be blocked. a band stop filter module for connection at a distal end of each of the three or more microwave channels, wherein the band stop filter module for each microwave channel is configured to block microwave energy at two or more different frequencies conveyed on the other microwave channels; and a common signal pathway extending to an output port from a junction at which the plurality of microwave channels are connected, wherein each band stop filter module comprises a three stub filter for each frequency of microwave energy to be blocked, wherein the three stub filter comprises three stubs connected to the trunk transmission line to present an open circuit in shunt to the junction at a wavelength of the microwave energy to be blocked.
A method for fabricating a light emitting diode device comprising: growing LED layers on a growth substrate; providing a preformed flexible phosphor sheet separate from the LED layers; affixing the LED layers to a carrier substrate using a releasable adhesive; removing the growth substrate while the carrier substrate provides mechanical support for the LED layers; laminating the preformed flexible phosphor sheet to an exposed surface of the LED layers, such that the flexible phosphor sheet is conforming over the surface of the LED layers; dicing the phosphor sheet, the LED layers and the carrier substrate to create separate LED dice, each having an overlying phosphor layer; releasing the LED layers from the releasable adhesive; and removing the LED dice from the carrier substrate. growing LED layers on a growth substrate; providing a preformed flexible phosphor sheet separate from the LED layers; affixing the LED layers to a carrier substrate using a releasable adhesive; removing the growth substrate while the carrier substrate provides mechanical support for the LED layers; laminating the preformed flexible phosphor sheet to an exposed surface of the LED layers, such that the flexible phosphor sheet is conforming over the surface of the LED layers; dicing the phosphor sheet, the LED layers and the carrier substrate to create separate LED dice, each having an overlying phosphor layer; releasing the LED layers from the releasable adhesive; and removing the LED dice from the carrier substrate.
An elevator apparatus, comprising: a hoisting machine including a drive sheave and a motor for rotating the drive sheave; suspension means wound around the drive sheave; a car suspended by the suspension means to be raised and lowered by the hoisting machine; a brake device for braking running of the car; and a brake control device for controlling the brake device, the brake control device includes: a first brake control portion for operating the brake device upon detection of an abnormality to stop the car as an emergency measure; and a second brake control portion for reducing a braking force of the brake device when a deceleration of the car becomes equal to or higher than a threshold value at a time of an emergency braking operation of the first brake control portion; the elevator apparatus being characterised in that the second brake control portion includes a first calculation portion and a second calculation portion, each independently executing an operation of reducing the braking force of the brake device by calculation processing; the threshold value is set in the first calculation portion to vary according to a car position; and the threshold value is set in the second calculation portion as in a case of the first calculation portion. a hoisting machine including a drive sheave and a motor for rotating the drive sheave; suspension means wound around the drive sheave; a car suspended by the suspension means to be raised and lowered by the hoisting machine; a brake device for braking running of the car; and a brake control device for controlling the brake device, the brake control device includes: a first brake control portion for operating the brake device upon detection of an abnormality to stop the car as an emergency measure; and a second brake control portion for reducing a braking force of the brake device when a deceleration of the car becomes equal to or higher than a threshold value at a time of an emergency braking operation of the first brake control portion; the elevator apparatus being characterised in that the second brake control portion includes a first calculation portion and a second calculation portion, each independently executing an operation of reducing the braking force of the brake device by calculation processing; a first brake control portion for operating the brake device upon detection of an abnormality to stop the car as an emergency measure; and a second brake control portion for reducing a braking force of the brake device when a deceleration of the car becomes equal to or higher than a threshold value at a time of an emergency braking operation of the first brake control portion; the elevator apparatus being characterised in that the second brake control portion includes a first calculation portion and a second calculation portion, each independently executing an operation of reducing the braking force of the brake device by calculation processing; the threshold value is set in the first calculation portion to vary according to a car position; and the threshold value is set in the second calculation portion as in a case of the first calculation portion.
A method to ensure acceptable function of an air guiding device (10; 20; 30) at a vehicle, which vehicle has a longitudinal axis parallel to the normal direction of travel of the vehicle and which vehicle comprises a first vehicle body and a second vehicle body arranged behind the first vehicle body and extending upwards and/or sideways beyond the first vehicle body, whereby the air guiding device (10; 20; 30) is supported by means of the said first vehicle body and can be adjusted relative to the said longitudinal axis for the purpose of reducing air resistance, whereby the air guiding device (10; 20; 30) can be adjusted by means of adjusters and whereby a parameter that corresponds to the adjustment force required is determined during adjustment of the air guiding device (10; 20;30), characterised by the following steps: to determine continuously the pressure of oncoming air against the vehicle in its direction of travel; to determine during an adjustment procedure a time course of the said parameter; and based on the pressure of oncoming air against the vehicle in its direction of travel that is determined in this way during the said adjustment procedure, to assess the reliability of the time course of the said parameter determined in this way.
A method of making a humanized Macrophage Colony-Stimulating Factor (M-CSF) mouse, the method comprising: contacting a mouse embryonic stem cell with a nucleic acid sequence comprising a coding sequence for a human M-CSF protein; culturing the ES cell to integrate the coding sequence into the endogenous mouse M-CSF locus of the ES cell by homologous recombination such that the coding sequence is operably linked to the endogenous promoter of the mouse M-CSF gene at the mouse M-CSF locus, wherein the humanized M-CSF mouse comprises a null mutation in at least one mouse M-CSF allele; making a humanized M-CSF mouse from the mouse ES cell, wherein the humanized M-CSF mouse comprises the coding sequence for the human M-CSF protein; and maintaining the humanized M-CSF mouse under conditions sufficient for the humanized M-CSF mouse to express the human M-CSF protein, wherein the humanized M-CSF mouse is homozygous null for Rag2 and for IL2rg, and wherein the humanized M-CSF mouse expresses M-CSF RNA encoded by the coding sequence in bone marrow, spleen, blood, liver, brain, lung, testis and kidney. contacting a mouse embryonic stem cell with a nucleic acid sequence comprising a coding sequence for a human M-CSF protein; culturing the ES cell to integrate the coding sequence into the endogenous mouse M-CSF locus of the ES cell by homologous recombination such that the coding sequence is operably linked to the endogenous promoter of the mouse M-CSF gene at the mouse M-CSF locus, wherein the humanized M-CSF mouse comprises a null mutation in at least one mouse M-CSF allele; making a humanized M-CSF mouse from the mouse ES cell, wherein the humanized M-CSF mouse comprises the coding sequence for the human M-CSF protein; and maintaining the humanized M-CSF mouse under conditions sufficient for the humanized M-CSF mouse to express the human M-CSF protein, wherein the humanized M-CSF mouse is homozygous null for Rag2 and for IL2rg, and wherein the humanized M-CSF mouse expresses M-CSF RNA encoded by the coding sequence in bone marrow, spleen, blood, liver, brain, lung, testis and kidney.