mhurhangee/ep-ind-claims huggingface dataset:
A rotating device, comprising: a pair of rotation combinations; and a gear combination located between the pair of rotation combinations, wherein each rotation combination of the pair of rotation combinations comprises a support frame, a rotating rack rotatably connected to the support frame, and a connecting rod arranged between the support frame and the rotating rack; one end of the connecting rod is movably connected to the rotating rack, and the other end of the connecting rod is provided with a driving gear configured to engage with the gear combination and is rotatably connected to the support frame; wherein the rotating rack is configured to rotate relative to a corresponding support frame and drive a corresponding connecting rod to rotate; the connecting rod is configured to rotate and drive the driving gear to rotate; the driving gear is configured to rotate and drive the gear combination to rotate; and the rotating racks of the pair of rotation combinations are synchronously rotatable; wherein the rotating rack comprises a mounting frame, characterized in that, the rotating rack further comprises a rotating block arranged on the mounting frame, the rotating block and the connecting rod are located on a same side of the mounting frame, an accommodating opening is defined in the support frame, and the rotating block is rotatably connected in the accommodating opening. a pair of rotation combinations; and a gear combination located between the pair of rotation combinations, wherein each rotation combination of the pair of rotation combinations comprises a support frame, a rotating rack rotatably connected to the support frame, and a connecting rod arranged between the support frame and the rotating rack; one end of the connecting rod is movably connected to the rotating rack, and the other end of the connecting rod is provided with a driving gear configured to engage with the gear combination and is rotatably connected to the support frame; wherein the rotating rack is configured to rotate relative to a corresponding support frame and drive a corresponding connecting rod to rotate; the connecting rod is configured to rotate and drive the driving gear to rotate; the driving gear is configured to rotate and drive the gear combination to rotate; and the rotating racks of the pair of rotation combinations are synchronously rotatable; wherein the rotating rack comprises a mounting frame, characterized in that, the rotating rack further comprises a rotating block arranged on the mounting frame, the rotating block and the connecting rod are located on a same side of the mounting frame, an accommodating opening is defined in the support frame, and the rotating block is rotatably connected in the accommodating opening.
An air cooled double ended high pressure sodium lamp fixture for growing plants in confined indoor growing spaces, comprising: a housing having an open bottom circumscribed by a housing edge, a first duct being substantially aligned to a second duct, and a housing interior; a reflector captured within the housing interior the reflector having a first aperture located in opposition to a second aperture a reflector interior side, a reflector exterior side, a reflector top, and an open bottom circumscribed by a reflector lip, the reflector lip located adjacent to the housing edge defining at least one cooling chamber in the space between the reflector exterior side and the housing interior, the cooling chamber being in air communication with the first duct and the second duct; a first socket disposed to fill the first aperture a second socket disposed to fill the second aperture, the first socket and second socket constructed and arranged to cooperatively receive the ends of the double ended HPS lamp as located within the reflector interior side; a cooling air stream disposed through the cooling chamber between the first duct and the second duct; a glass sheet and gasket disposed at least proximate to the reflector lip to seal the reflector interior side from the confined growing space; at least one flow disruptor disposed within the cooling air stream the flow disruptor being constructed and arranged to disturb laminar flow of the cooling air stream creating local turbulence within the cooling chamber whereby enhancing convective heat transfer from the reflector into the cooling air stream. a housing having an open bottom circumscribed by a housing edge, a first duct being substantially aligned to a second duct, and a housing interior; a reflector captured within the housing interior the reflector having a first aperture located in opposition to a second aperture a reflector interior side, a reflector exterior side, a reflector top, and an open bottom circumscribed by a reflector lip, the reflector lip located adjacent to the housing edge defining at least one cooling chamber in the space between the reflector exterior side and the housing interior, the cooling chamber being in air communication with the first duct and the second duct; a first socket disposed to fill the first aperture a second socket disposed to fill the second aperture, the first socket and second socket constructed and arranged to cooperatively receive the ends of the double ended HPS lamp as located within the reflector interior side; a cooling air stream disposed through the cooling chamber between the first duct and the second duct; a glass sheet and gasket disposed at least proximate to the reflector lip to seal the reflector interior side from the confined growing space; at least one flow disruptor disposed within the cooling air stream the flow disruptor being constructed and arranged to disturb laminar flow of the cooling air stream creating local turbulence within the cooling chamber whereby enhancing convective heat transfer from the reflector into the cooling air stream.
An electrical contact material including more than 30% by mass and 55% by mass or less of tungsten carbide and 2% by mass or more and 5% by mass or less of graphite, the remainder including silver and an unavoidable impurity, the electrical contact material: having a relative density of 98.0% or more; an oxygen content of 450 ppm or less; an electrical conductivity of 45% IACS or more; and a transverse rupture strength of 350 MPa or more.
An image forming system comprising: a print image generation unit configured to generate print image data for printing a first image included in print job data, on a conveyance medium; and a print control unit configured to control printing on the conveyance medium based on the print image data, the print image generation unit being configured to set an area for printing a second image including identification information to identify each page of the conveyance medium, in a first area where the first image is not printed, to generate the print image data, wherein the print image generation unit is configured to reduce the first area toward an edge of the conveyance medium to set the area for printing the second image, wherein the print image generation unit is configured to generate the print image data including a third area and a fourth area outside the third area, wherein the third area is a non-printing area obtained by reduction of the first area toward the edge of the conveyance medium, wherein the fourth area includes the second image and is in the first area before the reduction, and wherein the print image generation unit is configured to locate the second image including the identification information, outside the first image and the third area that is reduced by narrowing the first area toward the edge of the conveyance medium, and locate a blank image indicating that printing is not performed, next to the second image, to generate the print image data. a print image generation unit configured to generate print image data for printing a first image included in print job data, on a conveyance medium; and a print control unit configured to control printing on the conveyance medium based on the print image data, the print image generation unit being configured to set an area for printing a second image including identification information to identify each page of the conveyance medium, in a first area where the first image is not printed, to generate the print image data, wherein the print image generation unit is configured to reduce the first area toward an edge of the conveyance medium to set the area for printing the second image, wherein the print image generation unit is configured to generate the print image data including a third area and a fourth area outside the third area, wherein the third area is a non-printing area obtained by reduction of the first area toward the edge of the conveyance medium, wherein the fourth area includes the second image and is in the first area before the reduction, and wherein the print image generation unit is configured to locate the second image including the identification information, outside the first image and the third area that is reduced by narrowing the first area toward the edge of the conveyance medium, and locate a blank image indicating that printing is not performed, next to the second image, to generate the print image data.
A method, comprising: measuring at least one of the conductivity or resistance on a surface of a substrate comprising an antimicrobial system, wherein the antimicrobial system comprises a first coating, wherein the first coating comprises an antimicrobial compound, wherein the antimicrobial compound comprises a first end and a second end opposite the first end with a hydrocarbon chain therebetween, wherein the antimicrobial compound comprises a cationic functional group on the first end and a silane group on the second end,_wherein the silane group at least one of binds or couples to the surface of the substrate and the cationic functional group on the first end extends outwardly from the surface of the substrate; comparing the measured conductivity or resistance to a reference value; and determining a presence or an absence of the first coating on the surface. measuring at least one of the conductivity or resistance on a surface of a substrate comprising an antimicrobial system, wherein the antimicrobial system comprises a first coating, wherein the first coating comprises an antimicrobial compound, wherein the antimicrobial compound comprises a first end and a second end opposite the first end with a hydrocarbon chain therebetween, wherein the antimicrobial compound comprises a cationic functional group on the first end and a silane group on the second end,_wherein the silane group at least one of binds or couples to the surface of the substrate and the cationic functional group on the first end extends outwardly from the surface of the substrate; comparing the measured conductivity or resistance to a reference value; and determining a presence or an absence of the first coating on the surface.
A method for preventing the wax deposition in oil wells having packer(s), said method characterised by and comprising steps of: feeding a motive fluid from a storage means to an ejector means having a converging section for inlet of the said motive fluid, a diverging section for outlet of the said motive fluid at a reasonable rate and a constricted section with an opening in between said converging section and said diverging section; removing water and water vapor from the annulus of the oil well having packers using said ejector means, flowing of said motive fluid through said converging section and diverging section of said ejector means creates a pressure loss and increase the velocity of said motive fluid, which creates suction in said constricted section to evacuate water and vapour from the annulus of the oil well, thereby remediating wax deposition due to wellbore reflux in the oil wells having packer. feeding a motive fluid from a storage means to an ejector means having a converging section for inlet of the said motive fluid, a diverging section for outlet of the said motive fluid at a reasonable rate and a constricted section with an opening in between said converging section and said diverging section; removing water and water vapor from the annulus of the oil well having packers using said ejector means, flowing of said motive fluid through said converging section and diverging section of said ejector means creates a pressure loss and increase the velocity of said motive fluid, which creates suction in said constricted section to evacuate water and vapour from the annulus of the oil well, thereby remediating wax deposition due to wellbore reflux in the oil wells having packer.
An image processing apparatus, comprising: an image processing unit which processes an image signal; a display unit which displays the processed image; a user interface unit which receives a user command to capture an image; a screen capture unit which captures an image frame according to the user command; a storage unit which stores the image frame captured by the screen capture unit; a control unit which controls the screen capture unit to capture a plurality of image frames including the image frame corresponding to a point of time when the user command is input and including the image frames before and after said image frame; an image analyzing unit which analyzes at least one image frame selected by the user interface unit and extracts image information, wherein the control unit controls to display the plurality of captured image frames on one portion of a display screen and to connect to a service using the extracted image information, wherein the user interface unit receives a user command to select the at least one image frame from among the plurality of displayed image frames. an image processing unit which processes an image signal; a display unit which displays the processed image; a user interface unit which receives a user command to capture an image; a screen capture unit which captures an image frame according to the user command; a storage unit which stores the image frame captured by the screen capture unit; a control unit which controls the screen capture unit to capture a plurality of image frames including the image frame corresponding to a point of time when the user command is input and including the image frames before and after said image frame; an image analyzing unit which analyzes at least one image frame selected by the user interface unit and extracts image information, wherein the control unit controls to display the plurality of captured image frames on one portion of a display screen and to connect to a service using the extracted image information, wherein the user interface unit receives a user command to select the at least one image frame from among the plurality of displayed image frames.
A work machine comprising: a transmission case provided on a machine body and extending in a front-back direction of the machine body, the transmission case having mutually opposite wall portions (5a, 5b); a first hydraulic unit and a second hydraulic unit; and a supply passage for supplying operating oil from the first hydraulic unit to the second hydraulic unit, characterized in that the first hydraulic unit is provided on one of the wall portions (5a, 5b) and the second hydraulic unit is provided on the other of the wall portions (5a, 5b), wherein the first hydraulic unit and second hydraulic unit are aligned to be overlapped with each other as viewed in a direction orthogonal to a case axis extending along a front-back direction of the transmission case, and the supply passage extends inside the transmission case in a straight line over the shortest distance orthogonal to the case axis between the first hydraulic unit and the second hydraulic unit. a transmission case provided on a machine body and extending in a front-back direction of the machine body, the transmission case having mutually opposite wall portions (5a, 5b); a first hydraulic unit and a second hydraulic unit; and a supply passage for supplying operating oil from the first hydraulic unit to the second hydraulic unit, characterized in that the first hydraulic unit is provided on one of the wall portions (5a, 5b) and the second hydraulic unit is provided on the other of the wall portions (5a, 5b), wherein the first hydraulic unit and second hydraulic unit are aligned to be overlapped with each other as viewed in a direction orthogonal to a case axis extending along a front-back direction of the transmission case, and the supply passage extends inside the transmission case in a straight line over the shortest distance orthogonal to the case axis between the first hydraulic unit and the second hydraulic unit.
An interlayer film for laminated glass, comprising a light-emitting layer containing a polyvinyl acetal resin and a lanthanoid complex with a polydentate ligand containing a halogen atom, the light-emitting layer containing not more than 50 ppm in total, as measured with an ICP emission spectrometer, of potassium, sodium, and magnesium.
Beverage preparation apparatus having a housing and a brewing apparatus, which is arranged in said housing, for extracting a single-serve capsule (2a, 2b), which contains a beverage substrate, of a first type and a second type, wherein a single-serve capsule of the first type has a greater axial length than a single-serve capsule of the second type, wherein the brewing apparatus comprises a first brewing chamber element and a second brewing chamber element, wherein the first brewing chamber element and the second brewing chamber element are movable relative to each other along a predetermined and substantially horizontal path from a loading position, in which the first brewing chamber element and the second brewing chamber element are spaced apart from each other, into an extraction position, in which the first brewing chamber element and the second brewing chamber element form a substantially closed brewing chamber and in which a brewing operation can be carried out, wherein the first brewing chamber element comprises a cavity which is provided for receiving the single-serve capsule (2a, 2b), wherein the cavity is delimited axially by a base element which is adjustable along the horizontal direction between a starting position and a second position, wherein the cavity has a greater volume in the second position than in the starting position, wherein the first brewing chamber element has a blocking apparatus which is actuable by the single-serve capsule and/or the second brewing chamber element, wherein the blocking apparatus is provided to block a movement of the base element in the horizontal direction away from the second brewing chamber element in the starting position or in the second position, wherein the blocking apparatus comprises at least one first locking means which is rotatable about an axis oriented perpendicularly to the horizontal direction and in particular vertically, wherein a movement of the first locking means is blockable in the starting position and in the second position, characterized in that the single-serve capsules can be formed identically in an edge region, i.e. in the region of an opening closed by a cover film, and differ only in respect of their axial length; and the first locking means in each case has a contact surface (9a, 9b) for the base element in the starting position and in the second position, wherein the contact surface in the starting position is in particular different from the contact surface in the second position.
A tip protector assembly mounted on a needle comprising a tip protector housing and a tip protector; the tip protector housing comprises two side walls (110A, 110B) and a top wall extending proximally from a distal wall defining a cavity for accommodating the tip protector, the tip protector comprising a proximal wall, a first arm extending from the proximal wall towards the distal wall of the tip protector housing and a second arm, which is shorter than the first arm, extending from the proximal wall towards the distal wall of the tip protector housing; wherein the first arm transects the needle axis and has a distal end wall which is biased against a side of the needle in a ready to use position and which blocks the tip of the needle in a used position.
A method of detecting a hemoglobinopathy comprising subjecting a blood sample obtained from a subject to matrix-assisted laser desorption/ionization spectrometry time of-flight mass spectrometry (MALDI-ToF MS), wherein the spectra is examined for doubly charged ions of globin proteins in the range of 5,000 - 8,200 m/z.
A laser ablation tomography system, comprising: a specimen support for supporting a specimen to be imaged, a specimen axis (A-A) being defined from a fore end of the specimen to an aft end of the specimen; the system further comprising a laser system operable to produce a laser sheet in an imaging plane intersecting the specimen axis (A-A) substantially perpendicular thereto, the laser sheet operable to ablate a cross-sectional slice of the specimen at the imaging plane thereby exposing a cross-sectional surface of the specimen at the imaging plane; and an imaging system with a focal plane co-planar with the laser sheet or the imaging plane, the imaging system comprising a camera operable to image the cross-sectional surface of the specimen facing the camera and being ablated and to obtain a visible light image of the cross-sectional surface during, before or after the laser sheet ablates a cross-sectional slice of the specimen. a specimen support for supporting a specimen to be imaged, a specimen axis (A-A) being defined from a fore end of the specimen to an aft end of the specimen; the system further comprising a laser system operable to produce a laser sheet in an imaging plane intersecting the specimen axis (A-A) substantially perpendicular thereto, the laser sheet operable to ablate a cross-sectional slice of the specimen at the imaging plane thereby exposing a cross-sectional surface of the specimen at the imaging plane; and an imaging system with a focal plane co-planar with the laser sheet or the imaging plane, the imaging system comprising a camera operable to image the cross-sectional surface of the specimen facing the camera and being ablated and to obtain a visible light image of the cross-sectional surface during, before or after the laser sheet ablates a cross-sectional slice of the specimen.
A ruminant compound feed, characterized in that in addition to conventional feed raw materials, which include protein, carbohydrate and fat containing materials, the feed contains inside and on the surface of feed raw material particles a fatty acid mixture wherein the content of free palmitic acid is at least 90 % and the total amount of the fatty acid mixture in said ruminant feed is higher than 10 % by weight.
A floor cleaning head for a suction cleaner, the floor cleaning head providing a housing having a suction inlet, and the housing providing: an agitator chamber having ends forming a pair of side walls disposed on opposing sides of the floor cleaning head, characterized in that the housing further provides an agitator configured such that each end of the agitator is supported between and enclosed by the side walls and configured to rotate about a lengthways central rotational axis, wherein an end of the agitator chamber provides a ramp extending around a portion of a periphery of the agitator and inwardly from the side wall, the ramp providing a deflecting surface configured to deflect dirt particles inwardly from the side wall towards a central portion of the floor cleaning head. an agitator chamber having ends forming a pair of side walls disposed on opposing sides of the floor cleaning head, characterized in that the housing further provides an agitator configured such that each end of the agitator is supported between and enclosed by the side walls and configured to rotate about a lengthways central rotational axis, wherein an end of the agitator chamber provides a ramp extending around a portion of a periphery of the agitator and inwardly from the side wall, the ramp providing a deflecting surface configured to deflect dirt particles inwardly from the side wall towards a central portion of the floor cleaning head.