mhurhangee/ep-ind-claims huggingface dataset:
A paintbrush holder with a brush holder volume, comprising a brush-receiving part, that is open at the top for receiving a brush, a spout-shaped part provided on a top side of the brush-receiving part, wherein the largest diameter of the spout-shaped part is larger than the largest diameter of the brush head of a brush to be inserted in the brush-receiving part, wherein the volume of the brush-receiving part below the smallest diameter is larger than the volume of the brush hairs of a brush to be inserted in the brush receiving part, Characterized in that the lower and smallest diameter of the spout-shaped part is configured to fit the average diameter of the head of a paintbrush to be inserted in the brush-receiving part, wherein the brush-receiving part narrows with an angle of 1° to 10°, wherein at least a part of the spout-shaped part comprises an elastomer, wherein said elastomer is provided at the level of the smallest diameter of the spout-shaped part, so that the elastomer is adapted, in use with the head of a matching paintbrush to be inserted in the brush-receiving part, to close the brush holder volume airtight and liquid tight, and wherein the spout-shaped part has a height such that a mass center of gravity of a paintbrush to be inserted falls in the paintbrush holder.
A ternary combination of pyridoxine, folic acid and magnesium ions as chloride or carbonate, for use as the sole active ingredient in the treatment of cancer, wherein normal behavior of tissue is restored, wherein the combination is to be administered as intravenous administration in one or more doses per day, the amount of pyridoxine to be administered per day is 1 g, the amount of folic acid to be administered per day is 20 mg, and the amount of magnesium to be administered per day is 500 mg.
A method of operating a drop-on demand jetting device having a nozzle, a pressure chamber filled with a liquid and connected to the nozzle, and an actuator energized by a drive signal, wherein a periodic DOD signal determines whether or not a droplet is jetted out from the nozzle in a given DOD period (n-1), and the drive signal has a waveform configured to cause the actuator to excite a pressure wave in the liquid, the method being characterized by comprising the steps of: a) energizing the actuator with a waveform (54; 56, 58, 60) that has a fixed pattern and extends over a time interval that is longer than the given DOD period (n-1); and b) ignoring the DOD signal in at least the first DOD period (n) that follows after the period (n-1) for which the step a) has been performed. a) energizing the actuator with a waveform (54; 56, 58, 60) that has a fixed pattern and extends over a time interval that is longer than the given DOD period (n-1); and b) ignoring the DOD signal in at least the first DOD period (n) that follows after the period (n-1) for which the step a) has been performed.
A method of producing floor panels having a locking system comprising a projecting portion and a tongue, wherein the method comprises the steps: separating a roll formed surface material into surface strips, wherein each surface strip has a width being substantially the same as the visible surface of the floor panel to be produced, characterized in gluing the surface strips a core with a space between adjacent longitudinal edges of the surface strips, wherein the surface strips are arranged on the core such that an outer edge of the projecting portion to be formed in the core is positioned between adjacent longitudinal edges of the surface strips, and sawing and forming the locking system comprising the projecting portion and the tongue in the core at the space. separating a roll formed surface material into surface strips, wherein each surface strip has a width being substantially the same as the visible surface of the floor panel to be produced, characterized in gluing the surface strips a core with a space between adjacent longitudinal edges of the surface strips, wherein the surface strips are arranged on the core such that an outer edge of the projecting portion to be formed in the core is positioned between adjacent longitudinal edges of the surface strips, and sawing and forming the locking system comprising the projecting portion and the tongue in the core at the space.
A gateway device connected to one or more buses (10, 20, 30, 40, 50, 60, 70) used by a plurality of electronic control units (100, 101, 200, 201, 300, 301; 400, 401, 500, 600, 700) for communication, the gateway device comprising: a reception unit configured to receive a frame; and a transfer unit (906, 905, 901) configured to transfer one or more frames to a destination bus, which is one of the one or more buses (10, 20, 30, 40, 50, 60, 70); wherein the transfer unit (906, 905, 901) is further configured to remove or add verification information, which is used to verify the frame, from or to content of the frame received by the reception unit and to transfer a frame resulting from the removing or adding of said verification information to the destination bus; wherein, if a first frame including verification information received by the reception unit satisfies a certain removal condition for removing the verification information, the transfer unit (906, 905, 901) is configured to perform the transfer by generating a second frame including information based on the content of the first frame other than the verification information and transmitting the second frame to the destination bus, and wherein, if a frame received by the reception unit and that does not include verification information satisfies a certain addition condition for adding verification information, the transfer unit (906, 905, 901) is configured to perform the transfer by generating a frame including information based on content of the frame and verification information, and transmit the generated frame to the destination bus. a reception unit configured to receive a frame; and a transfer unit (906, 905, 901) configured to transfer one or more frames to a destination bus, which is one of the one or more buses (10, 20, 30, 40, 50, 60, 70); wherein the transfer unit (906, 905, 901) is further configured to remove or add verification information, which is used to verify the frame, from or to content of the frame received by the reception unit and to transfer a frame resulting from the removing or adding of said verification information to the destination bus; wherein, if a first frame including verification information received by the reception unit satisfies a certain removal condition for removing the verification information, the transfer unit (906, 905, 901) is configured to perform the transfer by generating a second frame including information based on the content of the first frame other than the verification information and transmitting the second frame to the destination bus, and wherein, if a frame received by the reception unit and that does not include verification information satisfies a certain addition condition for adding verification information, the transfer unit (906, 905, 901) is configured to perform the transfer by generating a frame including information based on content of the frame and verification information, and transmit the generated frame to the destination bus.
A method of processing an audio signal, comprising: receiving an audio signal, the audio signal including a downmix signal encoded by taking account a second downmix decoding scheme selected among a first downmix decoding scheme and the second downmix decoding scheme, and spatial information to generate a plural-channel audio signal (Mf), the downmix signal being generated by downmixing a plural-channel audio signal (Mf) and encoded with the spatial information in a time synchronized manner; decoding the downmix signal according to the first downmix decoding scheme; delaying the decoded downmix signal by a decoding delay for compensating a different downmix decoding scheme accounted for in encoding the audio signal, characterized by: upsampling a number of samples of the delayed downmix signal (XT6') to be identical to a number of samples of the spatial information; domain converting the upsampled downmix signal; and generating the plural-channel audio signal (Mf) by combining the converted downmix signal (UXTD6) with the spatial information. receiving an audio signal, the audio signal including a downmix signal encoded by taking account a second downmix decoding scheme selected among a first downmix decoding scheme and the second downmix decoding scheme, and spatial information to generate a plural-channel audio signal (Mf), the downmix signal being generated by downmixing a plural-channel audio signal (Mf) and encoded with the spatial information in a time synchronized manner; decoding the downmix signal according to the first downmix decoding scheme; delaying the decoded downmix signal by a decoding delay for compensating a different downmix decoding scheme accounted for in encoding the audio signal, characterized by: upsampling a number of samples of the delayed downmix signal (XT6') to be identical to a number of samples of the spatial information; domain converting the upsampled downmix signal; and generating the plural-channel audio signal (Mf) by combining the converted downmix signal (UXTD6) with the spatial information. upsampling a number of samples of the delayed downmix signal (XT6') to be identical to a number of samples of the spatial information; domain converting the upsampled downmix signal; and generating the plural-channel audio signal (Mf) by combining the converted downmix signal (UXTD6) with the spatial information.
A system for multi-mode breast x-ray imaging, comprising: a compression arm assembly for compressing and immobilizing a patient's breast for x-ray imaging; an x-ray tube assembly; and an x-ray image receptor, wherein said compression arm assembly, said x-ray tube assembly and said x-ray image receptor are configured for movement to accommodate a plurality of imaging protocols and modes, and are angled relative to each other for different ones of said imaging protocols and modes, characterized in that said modes include a combination mode for taking both a mammogram and tomosynthesis images during a single breast compression. a compression arm assembly for compressing and immobilizing a patient's breast for x-ray imaging; an x-ray tube assembly; and an x-ray image receptor, wherein said compression arm assembly, said x-ray tube assembly and said x-ray image receptor are configured for movement to accommodate a plurality of imaging protocols and modes, and are angled relative to each other for different ones of said imaging protocols and modes, characterized in that said modes include a combination mode for taking both a mammogram and tomosynthesis images during a single breast compression.
A manufacturing method for manufacturing a surface-emitting laser device made of a GaN-based semiconductor by an MOVPE method, the manufacturing method comprising steps of: (a) growing a first cladding layer of a first conductive type on a substrate, with a plane as a growth plane; (b) growing a guide layer of the first conductive type on the first cladding layer; (c) forming holes in a surface of the guide layer by etching, the holes being two-dimensionally periodically arranged within a plane parallel to the guide layer; (d) etching the guide layer by inductive coupled plasma reactive ion etching (ICP-RIE) using a chlorine-based gas and an argon gas; (e) supplying a gas containing a nitrogen source to cause mass transport without supplying a group-III material gas, and then supplying the group-III material gas for growth, whereby a first embedding layer closing openings of the holes is formed to form a photonic crystal layer; and (f) growing an active layer and a second cladding layer of a second conductive type in this order on the first embedding layer, the second conductive type being opposite to the first conductive type, wherein the step (d) includes a step of referring to already-obtained data on a relationship of an attraction voltage and a ratio of the chlorine-based gas to the argon gas in the ICP-RIE with a diameter distribution of air holes embedded in the photonic crystal layer, and applying the attraction voltage and the ratio of the chlorine-based gas to the argon gas to the ICP-RIE on a basis of the data. (a) growing a first cladding layer of a first conductive type on a substrate, with a plane as a growth plane; (b) growing a guide layer of the first conductive type on the first cladding layer; (c) forming holes in a surface of the guide layer by etching, the holes being two-dimensionally periodically arranged within a plane parallel to the guide layer; (d) etching the guide layer by inductive coupled plasma reactive ion etching (ICP-RIE) using a chlorine-based gas and an argon gas; (e) supplying a gas containing a nitrogen source to cause mass transport without supplying a group-III material gas, and then supplying the group-III material gas for growth, whereby a first embedding layer closing openings of the holes is formed to form a photonic crystal layer; and (f) growing an active layer and a second cladding layer of a second conductive type in this order on the first embedding layer, the second conductive type being opposite to the first conductive type, wherein
Cultivator tip for an agricultural machine, with a carrier which has a front side and a rear side and which has a cutting region with a cutting edge, wherein one or more hard material elements are arranged in the cutting region, the carrier 10 being of arrow-shaped design and having a projecting cutting carrier which is adjoined laterally by two cantilevers, the cantilevers being provided with hard-material covers in their edge regions adjoining the cutting carrier in order to armour them, wherein the hard material element is a cutting element which forms at least part of the cutting edge, wherein the cutting element forms a rounded cutting edge (22.3), wherein the cutting element forms a free surface (22.2) on the rear side, and wherein the rounded cutting edge (22.3) forms a transition between a front cutting surface (22.4) and the rear free surface (22.2).
Apparatus for shielding a catheter from contact with water falling from a shower head of a shower, the apparatus comprising: a first shield component having a first part that is configured to form a first seal around an exit aperture from which a catheter exits the patient's body, said first part defining an internal volume that opens to an internal volume of a bag-like second part that is configured to receive a distal part of said catheter; and a second shield component (10b; 39, 41, 43) for adhering to the patient's body around at least part of the periphery of the first part of said first shield component so as to provide a second seal against water contact with said exit aperture; wherein said first and second (10b; 39, 41, 43) shield components cooperate, when the apparatus is worn by a patient, to provide two seals against contact between water falling from said shower head and said exit aperture without obstructing access to an area of the patient's skin beneath said second part of said first shield component. a first shield component having a first part that is configured to form a first seal around an exit aperture from which a catheter exits the patient's body, said first part defining an internal volume that opens to an internal volume of a bag-like second part that is configured to receive a distal part of said catheter; and a second shield component (10b; 39, 41, 43) for adhering to the patient's body around at least part of the periphery of the first part of said first shield component so as to provide a second seal against water contact with said exit aperture; wherein said first and second (10b; 39, 41, 43) shield components cooperate, when the apparatus is worn by a patient, to provide two seals against contact between water falling from said shower head and said exit aperture without obstructing access to an area of the patient's skin beneath said second part of said first shield component.
A vehicle load-bearing structure comprising a cell made of composite materials and comprising a plurality of components (2, 8, 9, 11, 12) and at least one system for joining the components (2, 8, 9, 11, 12) to each other to form a single structure, wherein the cell is made up of a number n of components between 3 and 8, that is 3<n<8, the vehicle load-bearing structure comprising an upper assembly made of composite materials and joined to the cell to define the single structure and being characterized in that the upper assembly comprises a covering element (16, 28), a first and a second front pillar (17, 18, 22, 23, 29, 30) and a rear unit (19, 24, 31) extending from opposite ends of the covering element (16, 28), the upper assembly being joined to the cell by the first and second front pillars (17, 18, 22, 23, 29, 30) and the rear unit (19, 24, 31) respectively at a front wall and a rear wall of the first component or in that the upper assembly comprises a rear unit for supporting the rear window of the vehicle and joined to the cell at a rear wall of a tub forming part of the cell.
A method of imaging in a patient, the method comprising: acquiring a plurality of raw radio frequency signals using a pulse-echo ultrasound transducer, each of the plurality of raw RF signals representing a return signal from a scan line of a pulse-echo ultrasound; determining a position of the pulse-echo ultrasound transducer corresponding to each of the acquired raw RF signals, using a tracking element; generating a plurality of bone surface contour lines from the plurality of raw RF signals; and estimating a 3-D shape and position of an anatomical feature of the patient based on the generated contour lines and corresponding ultrasound transducer positions, wherein acquiring the plurality of raw RF signals includes: acquiring at least one raw RF signal having a first frequency; and acquiring at least one other raw RF signal having a second frequency different from the first frequency. acquiring a plurality of raw radio frequency signals using a pulse-echo ultrasound transducer, each of the plurality of raw RF signals representing a return signal from a scan line of a pulse-echo ultrasound; determining a position of the pulse-echo ultrasound transducer corresponding to each of the acquired raw RF signals, using a tracking element; generating a plurality of bone surface contour lines from the plurality of raw RF signals; and estimating a 3-D shape and position of an anatomical feature of the patient based on the generated contour lines and corresponding ultrasound transducer positions, wherein acquiring the plurality of raw RF signals includes: acquiring at least one raw RF signal having a first frequency; and acquiring at least one other raw RF signal having a second frequency different from the first frequency. acquiring at least one raw RF signal having a first frequency; and acquiring at least one other raw RF signal having a second frequency different from the first frequency.
A surface cleaning apparatus, comprising a housing including an upright handle assembly and a base mounted to the handle assembly and adapted for movement across a surface to be cleaned, a suction source, a suction nozzle assembly provided on the base and defining a suction nozzle in fluid communication with the suction source, the suction nozzle assembly comprising a nozzle housing and a cover on the nozzle housing, and a fluid delivery system provided on the housing and comprising a fluid supply chamber adapted to hold a supply of liquid, a fluid dispenser provided on the base in fluid communication with the fluid supply chamber, and a fluid delivery pathway between the fluid supply chamber and the fluid dispenser; at least one fluid delivery channel forming a portion of the fluid delivery pathway, the at least one fluid delivery channel being formed between the nozzle housing and the cover and the base comprising a brush chamber and a brushroll mounted therein, and wherein the fluid dispenser is provided in the brush chamber to dispense fluid onto at least one of the brushroll and the surface to be cleaned.
Tube clamp for a flexible tube, the tube clamp being suitable for accommodation in a tube pump, the tube clamp having a mobile part and an immobile part designed to penetrate at least partly into a housing realized in the tube pump, wherein the tube clamp comprises means for snapping attachment of the tube clamp to the tube pump, wherein the means for snapping attachment are located on the immobile part of the tube clamp, characterized in that the means for snapping attachment comprise at least one bar-shaped element which is elastically deformable by lateral pressure.
Detection device (8; 10, 110) for a laying system for producing a wiring loom, wherein the detection device has: a unit (10, 110) with a capacitive coupler for coupling detection frequency signals into the body of the user, a control and evaluation device for outputting display signals to a display device, wherein the control and evaluation device is configured for data communication with the unit (10, 110) via plug holders and the cable connected to the plug holders, wherein the control and evaluation device is designed to detect the connected cable and/or single lines of the cable, and wherein the control and evaluation device is designed so that when a detection frequency signal of the unit (10, 110) is picked up via a plug holder it outputs subsequent display signals to the display device to display a laying path for the connected cable and/or single lines of the cable.
Pressure regulating valve for a high-pressure accumulator, in particular for an injection device of an internal combustion engine, having a magnetic actuator which has a magnet core with contact pins (41a, 41b) and a magnet armature with an armature plate, wherein the contact pins (41a, 41b) project out of a magnet core face surface and extend through leadthroughs (43a, 43b) formed in the armature plate, wherein the armature plate is arranged movably in an armature chamber which is hydraulically connected via a pressure equalization duct to a valve chamber which is connected to low pressure, wherein the pressure equalization duct has, on the magnet core face surface, an opening via which the pressure equalization duct issues into the armature chamber, wherein a passage for the fuel is provided, for pressure equalization, from one face side of the armature plate to the other face side of the armature plate, said passage being formed by at least one of the leadthroughs (43a, 43b) in the armature plate, and wherein a residual air gap disk is arranged between the magnet core and armature plate, said residual air gap disk having further leadthroughs (53a, 53b), which correspond to the leadthroughs (43a, 43b), for the contact pins (41a, 41b), characterized in that that further leadthrough in the residual air gap disk which is situated in the vicinity of the opening has a radial extension extending in the direction of the opening.