mhurhangee/ep-ind-claims huggingface dataset:
A belt buckle 16 comprising: a) a male plate comprising a cylindrical pin 22 extending transversely from a back side (fig 1b) of said male plate 16; and b) a female plate 18 adapted for coupling to said male plate 16 when said buckle is in use comprising: i) a cylindrical cavity 15; ii) a first open 35 end of a front side of said cylindrical cavity 15 being partially enclosed by a first inwardly-extending flange 13; and iii) a second open end 36 of a back side of said cylindrical cavity 15 being partially enclosed by a second inwardly-extending flange 14 to create a partially enclosed cylindrical cavity 15; wherein an elastic ring 40 is fittingly disposed inside said partially enclosed cylindrical cavity 15; a hollow 62 of said elastic ring 40 being adapted to fittingly receive said cylindrical pin 22 during use of said buckle, said hollow 62 of said elastic ring having a polygonal-shaped fig.3b wall, whereby said elastic ring 40 is in contact with said cylindrical pin 22 at a plurality of contact points 25 during use of said buckle. a) a male plate comprising a cylindrical pin 22 extending transversely from a back side (fig 1b) of said male plate 16; and b) a female plate 18 adapted for coupling to said male plate 16 when said buckle is in use comprising: i) a cylindrical cavity 15; ii) a first open 35 end of a front side of said cylindrical cavity 15 being partially enclosed by a first inwardly-extending flange 13; and iii) a second open end 36 of a back side of said cylindrical cavity 15 being partially enclosed by a second inwardly-extending flange 14 to create a partially enclosed cylindrical cavity 15; wherein an elastic ring 40 is fittingly disposed inside said partially enclosed cylindrical cavity 15; a hollow 62 of said elastic ring 40 being adapted to fittingly receive said cylindrical pin 22 during use of said buckle, said hollow 62 of said elastic ring having a polygonal-shaped fig.3b wall, whereby said elastic ring 40 is in contact with said cylindrical pin 22 at a plurality of contact points 25 during use of said buckle. i) a cylindrical cavity 15; ii) a first open 35 end of a front side of said cylindrical cavity 15 being partially enclosed by a first inwardly-extending flange 13; and iii) a second open end 36 of a back side of said cylindrical cavity 15 being partially enclosed by a second inwardly-extending flange 14 to create a partially enclosed cylindrical cavity 15;
Damping layer element for a damping layer for flooring, the element comprising: - a frame which forms a first face of said element, said frame comprising a plurality of through openings; said frame develops substantially on a plane comprising a longitudinal direction and a transversal direction substantially perpendicular to said longitudinal direction, - a plurality of support bodies which protrude from said frame at opposite side with respect to said first face, each support body being arranged at a respective through opening of said plurality of through openings and bridging with structural continuity two attachment regions belonging to said frame and mutually opposite with respect to said respective through opening, wherein said frame has a reticular structure comprising elongated elements (10, 12) connected to each other at nodes, wherein said two attachment regions are arranged mutually opposite along the longitudinal direction, wherein each support body is attached to said frame only at said two attachment regions, wherein each through opening is delimited by said two attachment regions and by two respective frame portions joining said two attachment regions respectively at opposite sides of said through opening, and wherein each frame portion at least partially comprises at least two elongated elements (10, 12) not mutually parallel, wherein at least one of the two elongated elements (10, 12) has development at least partially not parallel to said longitudinal direction. - a frame which forms a first face of said element, said frame comprising a plurality of through openings; said frame develops substantially on a plane comprising a longitudinal direction and a transversal direction substantially perpendicular to said longitudinal direction, - a plurality of support bodies which protrude from said frame at opposite side with respect to said first face, each support body being arranged at a respective through opening of said plurality of through openings and bridging with structural continuity two attachment regions belonging to said frame and mutually opposite with respect to said respective through opening, wherein said frame has a reticular structure comprising elongated elements (10, 12) connected to each other at nodes, wherein said two attachment regions are arranged mutually opposite along the longitudinal direction, wherein each support body is attached to said frame only at said two attachment regions, wherein each through opening is delimited by said two attachment regions and by two respective frame portions joining said two attachment regions respectively at opposite sides of said through opening, and wherein each frame portion at least partially comprises at least two elongated elements (10, 12) not mutually parallel, wherein at least one of the two elongated elements (10, 12) has development at least partially not parallel to said longitudinal direction.
Method of fermenting organic material in an apparatus comprising a container having a lower portion and an upper portion, in which method organic material and fermenting microbes are fed into the container, the material is fermented and gas is generated thereof in a fermenting zone in the container, and the generated gas and fermented material are removed from the container, the method being further characterized in the steps of: a) feeding the organic material and fermenting microbes into the lower portion of the container, thereby pushing the material already existing in the container (419,421) as a plug flow upwards in the container, b) mixing the fed organic material and fermenting microbes in the lower portion of the container below the fermentation zone by a mixing equipment arranged therein, c) cyclically slowing down or stopping the mixing for segregating a liquid layer from the mixed material to the bottom of the container, d) removing liquid from the liquid layer from the lower portion of the container for obtaining a desired thickening of the material, e) fermenting the upwards moving material and generating gas thereof in a fermentation zone above the lower portion of the container, and f) removing the generated gas and fermented material from the upper portion of the container. a) feeding the organic material and fermenting microbes into the lower portion of the container, thereby pushing the material already existing in the container (419,421) as a plug flow upwards in the container, b) mixing the fed organic material and fermenting microbes in the lower portion of the container below the fermentation zone by a mixing equipment arranged therein, c) cyclically slowing down or stopping the mixing for segregating a liquid layer from the mixed material to the bottom of the container, d) removing liquid from the liquid layer from the lower portion of the container for obtaining a desired thickening of the material, e) fermenting the upwards moving material and generating gas thereof in a fermentation zone above the lower portion of the container, and f) removing the generated gas and fermented material from the upper portion of the container.
A process for the preparation of a compound corresponding in structure to Formula: or a salt thereof, the process comprising contacting a compound corresponding in structure to Formula: or a salt thereof, with a diazotizing agent in a reaction medium comprising sulfuric acid and an organic acid selected from the group consisting of C 2 -C 6 -alkanoic acids and halo-C 1 -C 6 -alkanoic acids to generate a diazonium product mixture comprising the compound or salt of Formula; wherein: R 1 is selected from the group consisting of hydrogen, halogen, cyano, -CH 3, - CH 2 OH, -C R 2, -C OR 3, and -B(R 4) 2; R 2 is selected from the group consisting of hydrogen, C 1 -C 6 -alkyl, and - NR A R B; wherein R A and R B are independently selected from the group consisting of hydrogen and C 1 -C 6 -alkyl; and R 3 is selected from the group consisting of hydrogen and C 1 -C 6 -alkyl; and R 4 is selected from the group consisting of hydroxy and C 1 -C 6 -alkyl. R 1 is selected from the group consisting of hydrogen, halogen, cyano, -CH 3, - CH 2 OH, -C R 2, -C OR 3, and -B(R 4) 2; R 2 is selected from the group consisting of hydrogen, C 1 -C 6 -alkyl, and - NR A R B; wherein R A and R B are independently selected from the group consisting of hydrogen and C 1 -C 6 -alkyl; and R 3 is selected from the group consisting of hydrogen and C 1 -C 6 -alkyl; and R 4 is selected from the group consisting of hydroxy and C 1 -C 6 -alkyl.
An automatically moving floor processing device with a housing, at least one drive element that is driven by an electric motor and can rotate around a drive axle for movement purposes, and at least one contact element (5, 11, 12) that moves ahead of the drive element in the direction of movement, which extends from a housing underside of the housing in the direction of a surface to be processed, wherein a contact surface of the contact element (5, 11, 12) pointing in the direction of movement and/or a connecting line that connects the contact surfaces of two contact elements (5, 11, 12) is oriented nonparallel to the drive axle of the drive element, and is spaced apart from a contact surface of the drive element by a distance relative to the direction of movement that is less than one diameter of the drive element characterized in that the contact element(5, 11, 12)in the use position extends underneath the housing toward the surface to be processed, but is spaced apart therefrom.
Method for flow management between a first piece of equipment and at least one second piece of equipment (4 1 to 4 N), these pieces of equipment being designed to operate according to the so-called SIP protocol on a telecommunications network, characterized in that it comprises: - a step of subscribing, of the second piece of equipment (4 1 to 4 N) with the first piece of equipment, to a notification of an event corresponding to the congestion state of said first piece of equipment; and - upon modifications of the congestion state of said first piece of equipment, a step (26, 30, 34) of sending a congestion state notifying message according to the SIP protocol, in the course of which the first piece of equipment notifies the second piece of equipment (4 1 to 4 N), that has subscribed to said notification, of its congestion state; - the implementation of a procedure for spacing communications sent from the second piece of equipment (4 1 to 4 N) to said first piece of equipment, as a function of the congestion state of said first piece of equipment. - a step of subscribing, of the second piece of equipment (4 1 to 4 N) with the first piece of equipment, to a notification of an event corresponding to the congestion state of said first piece of equipment; and - upon modifications of the congestion state of said first piece of equipment, a step (26, 30, 34) of sending a congestion state notifying message according to the SIP protocol, in the course of which the first piece of equipment notifies the second piece of equipment (4 1 to 4 N), that has subscribed to said notification, of its congestion state; - the implementation of a procedure for spacing communications sent from the second piece of equipment (4 1 to 4 N) to said first piece of equipment, as a function of the congestion state of said first piece of equipment.
A method of making coelenterazine, comprising: coupling 4-(5-amino-6-benzylpyrazin-2-yl)phenol (coelenteramine) with 3-(4-(benzyloxy)phenyl)-2-oxopropanal to provide 8-benzyl-2-(4-(benzyloxy)benzyl)-6-(4-hydroxyphenyl)imidazo[1,2-α]pyrazin-3 -one; and deprotecting the 8-benzyl-2-(4-(benzyloxy)benzyl)-6-(4-hydroxyphenyl)imidazo[1,2-α]pyrazin-3(7 H)-one to provide 8-benzyl-2-(4-hydroxybenzyl)-6-(4-hydroxyphenyl)imidazo[1,2-α]pyrazin-3(7 H)-one (coelenterazine). coupling 4-(5-amino-6-benzylpyrazin-2-yl)phenol (coelenteramine) with 3-(4-(benzyloxy)phenyl)-2-oxopropanal to provide 8-benzyl-2-(4-(benzyloxy)benzyl)-6-(4-hydroxyphenyl)imidazo[1,2-α]pyrazin-3 -one; and deprotecting the 8-benzyl-2-(4-(benzyloxy)benzyl)-6-(4-hydroxyphenyl)imidazo[1,2-α]pyrazin-3(7 H)-one to provide 8-benzyl-2-(4-hydroxybenzyl)-6-(4-hydroxyphenyl)imidazo[1,2-α]pyrazin-3(7 H)-one (coelenterazine).
An additive manufacturing machine, comprising: a first device to layer powdered build material; a second device to dispense a coalescing agent on to build material; a third device to dispense a coalescing modifier agent on to build material; a movable carriage to move over a build zone; a monochromatic light source (48, 86) to illuminate build material, wherein the monochromatic light source (48, 86) and the second device are provided on the movable carriage which is configured to move over a build zone; and a controller to execute instructions to: cause the first device to layer build material; cause the second device to dispense a liquid coalescing agent on to layered build material in a pattern of a slice; cause the third device to dispense a coalescence modifier agent on to layered build material bordering patterned build material, on to patterned build material, or on to build material bordering patterned build material and on to patterned build material; and cause the light source (48, 86) to illuminate patterned build material with monochromatic light within a band of wavelengths that includes a peak light absorption of a coalescing agent generating heat which causes the patterned build material to coalesce. a first device to layer powdered build material; a second device to dispense a coalescing agent on to build material; a third device to dispense a coalescing modifier agent on to build material; a movable carriage to move over a build zone; a monochromatic light source (48, 86) to illuminate build material, wherein the monochromatic light source (48, 86) and the second device are provided on the movable carriage which is configured to move over a build zone; and a controller to execute instructions to: cause the first device to layer build material; cause the second device to dispense a liquid coalescing agent on to layered build material in a pattern of a slice; cause the third device to dispense a coalescence modifier agent on to layered build material bordering patterned build material, on to patterned build material, or on to build material bordering patterned build material and on to patterned build material; and cause the light source (48, 86) to illuminate patterned build material with monochromatic light within a band of wavelengths that includes a peak light absorption of a coalescing agent generating heat which causes the patterned build material to coalesce. cause the first device to layer build material; cause the second device to dispense a liquid coalescing agent on to layered build material in a pattern of a slice; cause the third device to dispense a coalescence modifier agent on to layered build material bordering patterned build material, on to patterned build material, or on to build material bordering patterned build material and on to patterned build material; and cause the light source (48, 86) to illuminate patterned build material with monochromatic light within a band of wavelengths that includes a peak light absorption of a coalescing agent generating heat which causes the patterned build material to coalesce.
Annularly closable band for encircling one or more articles, having a) an inner side, which is intended to face the article(s) to be encircled, b) an outer side located opposite the inner side, and c) two end regions (4, 5) which can be made to overlap one another in order to close the band, wherein each of the end regions (4, 5) has corresponding closing elements (7, 8, 9), which are designed to be brought into engagement with one another in such a way that the band has a substantially smooth outer circumferential surface in the closed state; wherein the closing elements (7, 8, 9) are designed to prevent a relative movement of the end regions (4, 5) in the circumferential direction and axial direction when the closing elements (7, 8, 9) are in engagement with one another, wherein the closing elements (7, 8, 9) arranged on each of the end regions (4, 5) each comprise a plurality of protrusions and cutouts which extend in the axial direction and are spaced apart from one another in the axial direction, said protrusions and cutouts being formed such that the protrusions of one closing element can be brought into engagement with the cutouts of the other closing element, characterized in that the protrusions are arranged on the outer side of one end region and on the inner side of the other end region. a) an inner side, which is intended to face the article(s) to be encircled, b) an outer side located opposite the inner side, and c) two end regions (4, 5) which can be made to overlap one another in order to close the band,
A card body, in particular for manufacturing a chip card and/or magnetic strip card, whose structure comprises at least two coextruded foils respectively having at least a surface area of high opacity and a surface area of low opacity, wherein the foils are so disposed above each other that in at least an area of the card body there are surface areas of lower opacity disposed above each other, and in an adjoining area (7, 9) a surface area of high opacity and a surface area of low opacity, characterized in that the foils respectively have at least an opaque and a transmissive surface area, and the opacity of the opaque surface areas of at least one foil is higher than the opacity of at least one other foil, so that the card body has a window area formed by superimposing transmissive surface areas, as well as outside thereof areas (7, 8, 9) with graduated opacity.
A grill assembly (800, 900, 1000, 1100), wherein the grill assembly is a kamado-style grill, comprising: a vessel including an opening extending between an interior of the vessel and an exterior of the vessel; a fire bowl removably positioned within the vessel and including an opening extending between an interior of the fire bowl and an exterior of the fire bowl; and a first removable unit (100, 200, 400, 500) insertable through the opening of the vessel for positioning below the opening of the fire bowl, characterised in that the first removable unit includes a gas burner (102, 202) configured to align with the opening of the fire bowl when the first removable unit is inserted in the opening of the vessel, wherein the opening of the vessel is configured to receive the first removable unit and a second removable unit (600, 700) when the first removable unit is removed from the vessel, and wherein the grill assembly is configured to operate as a gas fired grill when the first removable unit is inserted in the opening of the vessel and a charcoal fired grill when the second removable unit is inserted in the opening of the vessel. a vessel including an opening extending between an interior of the vessel and an exterior of the vessel; a fire bowl removably positioned within the vessel and including an opening extending between an interior of the fire bowl and an exterior of the fire bowl; and a first removable unit (100, 200, 400, 500) insertable through the opening of the vessel for positioning below the opening of the fire bowl, characterised in that the first removable unit includes a gas burner (102, 202) configured to align with the opening of the fire bowl when the first removable unit is inserted in the opening of the vessel, wherein the opening of the vessel is configured to receive the first removable unit and a second removable unit (600, 700) when the first removable unit is removed from the vessel, and wherein the grill assembly is configured to operate as a gas fired grill when the first removable unit is inserted in the opening of the vessel and a charcoal fired grill when the second removable unit is inserted in the opening of the vessel.
A blood information measuring apparatus comprising: a lighting means for applying illumination light to a body portion having a blood vessel; an imaging means for performing photoelectric conversion of reflected light from said body portion irradiated with said illumination light and outputting an image signal; a wavelength tunable means for narrowing a wavelength band of said illumination light to be applied to said body portion or said reflected light to be incident on said imaging means; a blood information calculation means for calculating blood information based on said image signal; a display means for displaying said blood information; a wavelength set switching means for driving said wavelength tunable means to switch among a plurality of wavelength sets, each of said wavelength sets including a plurality of types of light penetrating to a similar depth into said body portion; and a control means, characterized by a wavelength set determination means for choosing one of said wavelength sets as an actual imaging wavelength set to be used in actual imaging operation based on said image signal obtained in preliminary imaging operation, wherein said control means is adapted to perform said preliminary imaging operation and said actual imaging operation, wherein in said preliminary imaging operation, preliminary images are captured while said wavelength set switching means switches among said wavelength sets; and in said actual imaging operation, an actual image is captured with use of said actual imaging wavelength set. a lighting means for applying illumination light to a body portion having a blood vessel; an imaging means for performing photoelectric conversion of reflected light from said body portion irradiated with said illumination light and outputting an image signal; a wavelength tunable means for narrowing a wavelength band of said illumination light to be applied to said body portion or said reflected light to be incident on said imaging means; a blood information calculation means for calculating blood information based on said image signal; a display means for displaying said blood information; a wavelength set switching means for driving said wavelength tunable means to switch among a plurality of wavelength sets, each of said wavelength sets including a plurality of types of light penetrating to a similar depth into said body portion; and a control means, characterized by a wavelength set determination means for choosing one of said wavelength sets as an actual imaging wavelength set to be used in actual imaging operation based on said image signal obtained in preliminary imaging operation, wherein said control means is adapted to perform said preliminary imaging operation and said actual imaging operation, wherein in said preliminary imaging operation, preliminary images are captured while said wavelength set switching means switches among said wavelength sets; and in said actual imaging operation, an actual image is captured with use of said actual imaging wavelength set.