mhurhangee/ep-ind-claims huggingface dataset:
An integrated-inverter electric compressor including an inverter unit integrally built into a periphery of a housing (2,4) containing an electric motor and a compression mechanism, the inverter unit comprising a noise-suppression filter circuit and an inverter circuit; wherein the housing (2,4) has, on the periphery of the housing (2,4) at a top surface thereof, an inverter box accommodating the inverter circuit, which includes a power board for converting DC power to AC power and applying the AC power to the electric motor and a control board for controlling the AC power applied to the electric motor, and a junction box communicating with the inverter box and accommodating a plurality of high-voltage components constituting the noise-suppression filter circuit, which is provided on a power line for supplying DC power to the inverter circuit; wherein the plurality of high-voltage components accommodated in the junction box are electrically connected via a busbar; and wherein the busbar includes branched busbars branched off near connections with a high-voltage component installed close to the inverter circuit, the branched busbars being connected to P-N terminals of the inverter circuit in a communicating section between the junction box and the inverter box, characterized in that the junction box is installed, as a box separate from the inverter box, on an installation surface formed at a side surface of the periphery of the housing (2,4).
A corrosion-resistant steel product for crude oil tanker, consisting of: C: 0.03 to 0.16 mass%, Si: 0.05 to 1.50 mass%, Mn: 0.1 to 2.0 mass%, P: 0.025 mass% or lower, S: 0.01 mass% or lower, Al: 0.005 to 0.10 mass%, N: 0.008 mass% or lower, Cr: more than 0.1 mass% and 0.5 mass% or, lower and Cu: 0.03 to 0.5 mass% and, as an alternative addition element, one or two or more elements selected from W: 0.01 to 0.5 mass%, Mo: 0.01 to 0.5 mass%, Sn: 0.001 to 0.2 mass%, Sb: 0.001 to 0.5 mass%, Ni: 0.005 to 0.3 mass%, and Co: 0.005 to 0.3 mass%, and optionally further consisting of one or two or more elements selected from Nb: 0.001 to 0.1 mass%, Ti: 0.001 to 0.1 mass%, Zr: 0.001 to 0.1 mass%, and V: 0.002 to 0.2 mass% in addition to the component composition, one or two or more elements selected from Ca: 0.0002 to 0.01 mass%, REM: 0.0002 to 0.015 mass%, and Y: 0.0001 to 0.1 mass% in addition to the component composition, and/or B: 0.0002 to 0.003 mass% in addition to the component composition, so that the components satisfy that the X value defined by Equation is 0.5 or lower and the Y value defined by Equation is 0.5 or lower; X value = 1 − 0.8 × Cu 0.5 × 1 − 0.8 × W + 0.4 × Mo 0.3 × 1 − 0.8 × Sn + 0.8 × Sb 0.5 × { 1 − 0.05 × Cr + 0.03 × Ni + 0.03 × Co 0.3} × 1 + S / 0.01 + P / 0.05 and Y value = 1 − 0.3 × Cr 0.3 × 1 − 0.8 × W + 0.5 × Mo 0.3 × 1 − Sn + 0.4 × Sb 0.3 × 1 − 0.1 × Ni + 0.1 × Co + 0.05 × Cu 0.3 × 1 + S / 0.01 + P / 0.08 0.3 and the balance containing Fe and inevitable impurities, and the element symbol of each equation representing the content (mass%) of each element.
A method for producing a laser weld connection between two components (10, 20), comprising the steps: - providing a first component, which comprises a connection face made of a first metal in the region of the connection to be produced, wherein at least the connection face of the first component is provided with a metal layer made of a second metal, - providing a second component with a body made of a third metal, on which a welding aid made of a fourth metal with a connection face is applied in the region of the connection to be produced, - providing a corrosion-resistant solder layer on the connection face of the first and/or second component (10, 20), which solder has a melt temperature, which is less than the temperature occurring in a weld zone of the components (10, 20) to be welded to one another, - bringing the first and second component (10, 20) into planar contact with one another in the region of the connection faces, and - carrying out the laser weld connection by melting the solder of the solder layer, which fills gaps formed by the welding operation between the first and fourth metals and the welding zone. - providing a first component, which comprises a connection face made of a first metal in the region of the connection to be produced, wherein at least the connection face of the first component is provided with a metal layer made of a second metal, - providing a second component with a body made of a third metal, on which a welding aid made of a fourth metal with a connection face is applied in the region of the connection to be produced, - providing a corrosion-resistant solder layer on the connection face of the first and/or second component (10, 20), which solder has a melt temperature, which is less than the temperature occurring in a weld zone of the components (10, 20) to be welded to one another, - bringing the first and second component (10, 20) into planar contact with one another in the region of the connection faces, and - carrying out the laser weld connection by melting the solder of the solder layer, which fills gaps formed by the welding operation between the first and fourth metals and the welding zone.
A food processor comprising: a base having a motor positioned therein, a bowl removably coupled to the base, the bowl having a processing chamber defined therein, a lid removably coupled to the bowl, the lid having a feed tube that opens into the processing chamber, a cutting assembly positioned in the processing chamber and driven by the motor to cut food items advanced through the feed tube, the cutting assembly including a cutting blade and a rotating disk, the rotating disk being upwardly and downwardly moveable relative to the cutting blade between a plurality of cutting positions to produce cut food items of varying thicknesses, and an adjustment assembly secured to the lid, the adjustment assembly comprising an actuator configured to move upwardly and downwardly relative to the lid, the actuator having a first end positioned above an outer surface of the lid and a second end configured to be coupled to the rotating disk such that movement of the actuator relative to the lid causes the rotating disk to move between the plurality of cutting positions; characterized in that: the second end is rotatively coupled to the rotating disk and is operable to cause the rotating disk to move between the plurality of cutting positions to vary the cutting thickness of the food processor while the cutting assembly is driven by the motor thereby creating thicker or thinner pieces of food items during a cutting operation. a base having a motor positioned therein, a bowl removably coupled to the base, the bowl having a processing chamber defined therein, a lid removably coupled to the bowl, the lid having a feed tube that opens into the processing chamber, a cutting assembly positioned in the processing chamber and driven by the motor to cut food items advanced through the feed tube, the cutting assembly including a cutting blade and a rotating disk, the rotating disk being upwardly and downwardly moveable relative to the cutting blade between a plurality of cutting positions to produce cut food items of varying thicknesses, and an adjustment assembly secured to the lid, the adjustment assembly comprising an actuator configured to move upwardly and downwardly relative to the lid, the actuator having a first end positioned above an outer surface of the lid and a second end configured to be coupled to the rotating disk such that movement of the actuator relative to the lid causes the rotating disk to move between the plurality of cutting positions; characterized in that: the second end is rotatively coupled to the rotating disk and is operable to cause the rotating disk to move between the plurality of cutting positions to vary the cutting thickness of the food processor while the cutting assembly is driven by the motor thereby creating thicker or thinner pieces of food items during a cutting operation. the second end is rotatively coupled to the rotating disk and is operable to cause the rotating disk to move between the plurality of cutting positions to vary the cutting thickness of the food processor while the cutting assembly is driven by the motor thereby creating thicker or thinner pieces of food items during a cutting operation.
Seal, able and intended to be fitted in an opening or an aperture in a casing or the like, said seal being formed both by a carrier ring having an axial leg and a radial leg connected to the axial leg, and by a sealing washer which is placed or arranged on the carrier ring, surrounding the axial leg around the outer periphery and covering the side of the radial leg which is opposite the axial leg, that part of the sealing washer that covers the axial leg being intended to be applied against the inner wall of the opening or the aperture in order to provide sealing between the ring and its housing, which seal is characterized in that the sealing washer protrudes beyond the free end of the axial leg and thus forms a projecting part, said projecting part being curved radially inwards in the direction of the mid-axis and arranged so as to make it easier to fit the seal in its housing.
A polyethylene composition comprising: a first polyethylene fraction area in the temperature range from 45°C to 80°C of an elution profile via improved comonomer composition distribution (iCCD) analysis method; a second polyethylene fraction area in the temperature range from 80°C to 95°C of the elution profile via ICCD analysis method, wherein the second polyethylene fraction area comprises at least 5% of the total area of the elution profile; a third polyethylene fraction area in the temperature range from 95°C to 120°C of the elution profile via ICCD analysis method, wherein the third polyethylene fraction area comprises at least 25% of the total area of the elution profile; wherein: a ratio of the first polyethylene fraction area to the second polyethylene fraction area is from 6 to 15; and the polyethylene composition has a density of 0.910 g/cm 3 to 0.924 g/cm 3 and a melt index (I 2) of 0.1 g/10 minutes to 0.5 g/10 minutes; wherein density is measured according to ASTM D792, Method B; and wherein melt index (I 2) is measured in accordance to ASTM D-1238 (method B) at 190°C and at 2.16 kg load. a first polyethylene fraction area in the temperature range from 45°C to 80°C of an elution profile via improved comonomer composition distribution (iCCD) analysis method; a second polyethylene fraction area in the temperature range from 80°C to 95°C of the elution profile via ICCD analysis method, wherein the second polyethylene fraction area comprises at least 5% of the total area of the elution profile; a third polyethylene fraction area in the temperature range from 95°C to 120°C of the elution profile via ICCD analysis method, wherein the third polyethylene fraction area comprises at least 25% of the total area of the elution profile; wherein: a ratio of the first polyethylene fraction area to the second polyethylene fraction area is from 6 to 15; and the polyethylene composition has a density of 0.910 g/cm 3 to 0.924 g/cm 3 and a melt index (I 2) of 0.1 g/10 minutes to 0.5 g/10 minutes; wherein density is measured according to ASTM D792, Method B; and wherein melt index (I 2) is measured in accordance to ASTM D-1238 (method B) at 190°C and at 2.16 kg load. a ratio of the first polyethylene fraction area to the second polyethylene fraction area is from 6 to 15; and the polyethylene composition has a density of 0.910 g/cm 3 to 0.924 g/cm 3 and a melt index (I 2) of 0.1 g/10 minutes to 0.5 g/10 minutes; wherein density is measured according to ASTM D792, Method B; and wherein melt index (I 2) is measured in accordance to ASTM D-1238 (method B) at 190°C and at 2.16 kg load.
Building material dry mixture, in particular, a binding material dry mixture containing at least one lime carrier, in particular selected from calcium oxide (quicklime, CaO) and/or calcium hydroxide (slaked lime, Ca 2), together with a combination of (a) trass on the one hand, and (b) kaolin and/or metakaolin on the other hand, wherein the building material dry mixture contains trass in amounts of from 5 to 60 wt.-%, based on the building material dry mixture, and wherein the building material dry mixture contains less than 1 wt.-% cement.
A pot for dispensing cosmetic product comprising: a base having a hollow body surmounted by a neck, said base defining a housing adapted to receive the cosmetic product; at least one refill of cosmetic product mounted on the base, a cover which closes the pot and adapted to be attached to the base or the refill; the base, the refill and the cover being successively stacked, the refill having a tank for storing the cosmetic product, the inner volume of which is at least identical to the inner volume of the housing of the base, said tank being inserted into the housing of the base by descending below the level of the neck of the base, said refill having a ring on which the cover can be mounted, said ring having an upper part for attaching to the cover, and a lower part for attaching to the base, wherein said upper part of the ring is identical to the neck of the base. a base having a hollow body surmounted by a neck, said base defining a housing adapted to receive the cosmetic product; at least one refill of cosmetic product mounted on the base, a cover which closes the pot and adapted to be attached to the base or the refill;
A fluid actuated, over-center clutch for a power take off unit comprising: a stationary and hollow cylinder assembly with a movable piston in contact with a thrust bearing; a sliding sleeve in contact with the thrust bearing configured to push the sliding sleeve along the cylinder; a shaft passing through the central axis of the hollow portion of the cylinder assembly; and a housing containing the cylinder assembly and the shaft; and characterized in that the thrust bearing is configured to also pull the sliding sleeve along the cylinder wherein the sliding sleeve is selectively actuated such that a pressure is applied to the cylinder only during at least one of engagement and disengagement, and the pressure is not applied when the sliding sleeve is not in motion. a stationary and hollow cylinder assembly with a movable piston in contact with a thrust bearing; a sliding sleeve in contact with the thrust bearing configured to push the sliding sleeve along the cylinder; a shaft passing through the central axis of the hollow portion of the cylinder assembly; and a housing containing the cylinder assembly and the shaft; and characterized in that the thrust bearing is configured to also pull the sliding sleeve along the cylinder wherein the sliding sleeve is selectively actuated such that a pressure is applied to the cylinder only during at least one of engagement and disengagement, and the pressure is not applied when the sliding sleeve is not in motion.
A method of filtering a captured image of a drip chamber configured to allow a drop of fluid to fall within the drip chamber, the method comprising: capturing an image of the drip chamber with an image sensor; characterized in that the method further comprises determining if the captured image contains a visual obstruction; applying a blurring function to the captured image, the blurring function configured to eliminate an amount of detail in the captured image; and determining if the captured image to which the blurring has been applied contains a match to a template in order to determine when a fluid drop has fallen within the drip chamber. capturing an image of the drip chamber with an image sensor; characterized in that the method further comprises determining if the captured image contains a visual obstruction; applying a blurring function to the captured image, the blurring function configured to eliminate an amount of detail in the captured image; and determining if the captured image to which the blurring has been applied contains a match to a template in order to determine when a fluid drop has fallen within the drip chamber.
A system for generating and regenerating a three-dimensional, 3D, image file based on two-dimensional, 2D, image media standards, the system comprising: a 3D image file generating device for generating a 3D image file, the 3D image file including a data area having a first image data and a second image data, the second image data being synchronized with the first image data so as to be used for generating a 3D image and performing a data conversion process on the second image data based on the first image data, the data conversion process obtaining a difference between corresponding pixel values of the first and the second image data, so that the amount of image data can be minimized, a header area including information of the first image data, and a metadata area including information of the second image data; and a 3D image file regenerating device, which parses information of the first image data and information of the second image data when a 3D image file is inputted so as to extract the first image data and the second image data, restores the second image data through a data conversion process by using data conversion information stored in the metadata area, and synthesizes the first image data and the restored second image data so as to regenerate the 3D image file, and wherein a regenerating device which can not regenerate a 3D image refers to the header area and not to the metadata area in order to regenerate a conventional 2D image. a 3D image file generating device for generating a 3D image file, the 3D image file including a data area having a first image data and a second image data, the second image data being synchronized with the first image data so as to be used for generating a 3D image and performing a data conversion process on the second image data based on the first image data, the data conversion process obtaining a difference between corresponding pixel values of the first and the second image data, so that the amount of image data can be minimized, a header area including information of the first image data, and a metadata area including information of the second image data; and a 3D image file regenerating device, which parses information of the first image data and information of the second image data when a 3D image file is inputted so as to extract the first image data and the second image data, restores the second image data through a data conversion process by using data conversion information stored in the metadata area, and synthesizes the first image data and the restored second image data so as to regenerate the 3D image file, and wherein a regenerating device which can not regenerate a 3D image refers to the header area and not to the metadata area in order to regenerate a conventional 2D image.
A lifting system comprising a retaining pin assembly wherein said lifting system includes a hook prong and a hook cam, wherein said retaining pin assembly comprises: at least one lock or bail arm having a first end with at least one aperture which aligns with an opening through said hook cam and having an opposed second end with at least one aperture which aligns with an opening through said hook prong; a hook cam retaining pin having a head and having a shaft passing through said hook cam opening and said lock or bail arm first end aperture, characterized in that said shaft has at least one groove or slot therein parallel to the axis of said shaft; a retaining ring or clip surrounding said hook cam shaft, said retaining ring or clip having at least one inwardly extending tab received in said at least one shaft groove or slot in order to retain said pin in said lock or bail arm; and a recess in said lock or bail arm to receive said retaining ring or clip therein when said retaining pin is retracted. at least one lock or bail arm having a first end with at least one aperture which aligns with an opening through said hook cam and having an opposed second end with at least one aperture which aligns with an opening through said hook prong; a hook cam retaining pin having a head and having a shaft passing through said hook cam opening and said lock or bail arm first end aperture, characterized in that said shaft has at least one groove or slot therein parallel to the axis of said shaft; a retaining ring or clip surrounding said hook cam shaft, said retaining ring or clip having at least one inwardly extending tab received in said at least one shaft groove or slot in order to retain said pin in said lock or bail arm; and a recess in said lock or bail arm to receive said retaining ring or clip therein when said retaining pin is retracted.
A heat exchange system, comprising: a first flow passage and a second flow passage, the heat exchange system being configured to transfer heat between a first fluid flowing through the first flow passage and a second fluid flowing through the second flow passage; wherein the first flow passage comprises an inlet header, a plurality of tubes, and an outlet header, wherein the inlet and outlet headers of the heat exchange system have a curvature such that a plurality of heat exchange systems, when coupled together, form an annular ring, wherein each tube of the plurality of tubes extends relatively straight between the inlet header and the outlet header; and wherein the inlet header comprises a plurality of header-tube transition portions configured to allow the first fluid to flow from the inlet header and into the tubes, the plurality of header-tube transition portions each comprising a smoothly curved inlet portion and a tapered tube connection portion, wherein each smoothly curved inlet portion is counter-sunk with regard to the first flow passage through the inlet header, wherein each tapered tube connection portion tapers gradually over the tube to provide an insertion region in which the tube is partially inserted such that each tapered tube connection portion provides an extended braze area (905,906) between the tube and the tapered tube connection portion for increased braze strength. a first flow passage and a second flow passage, the heat exchange system being configured to transfer heat between a first fluid flowing through the first flow passage and a second fluid flowing through the second flow passage; wherein the first flow passage comprises an inlet header, a plurality of tubes, and an outlet header, wherein the inlet and outlet headers of the heat exchange system have a curvature such that a plurality of heat exchange systems, when coupled together, form an annular ring, wherein each tube of the plurality of tubes extends relatively straight between the inlet header and the outlet header; and wherein the inlet header comprises a plurality of header-tube transition portions configured to allow the first fluid to flow from the inlet header and into the tubes, the plurality of header-tube transition portions each comprising a smoothly curved inlet portion and a tapered tube connection portion, wherein each smoothly curved inlet portion is counter-sunk with regard to the first flow passage through the inlet header, wherein each tapered tube connection portion tapers gradually over the tube to provide an insertion region in which the tube is partially inserted such that each tapered tube connection portion provides an extended braze area (905,906) between the tube and the tapered tube connection portion for increased braze strength.