mhurhangee/patent-ind-claim-en huggingface dataset:
A recording apparatus comprising: a recording head that is disposed inside an apparatus housing and that ejects a liquid onto a medium (P); a liquid container attaching/detaching unit that is configured such that a liquid container which contains the liquid is attachable/detachable to/from the liquid container attaching/detaching unit itself and that is configured to be inserted/extracted through an inserting/extracting opening provided in the apparatus housing; and a liquid feeding path that feeds the liquid from the liquid container to the recording head, wherein the liquid feeding path encompasses a unit-side path provided in the liquid container attaching/detaching unit and an apparatus-housing-side path provided in the apparatus housing, and characterized in that the unit-side path and the apparatus-housing-side path are mutually connected by the insertion of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing, and the mutual connection is disconnected by the extraction of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing. a recording head that is disposed inside an apparatus housing and that ejects a liquid onto a medium (P); a liquid container attaching/detaching unit that is configured such that a liquid container which contains the liquid is attachable/detachable to/from the liquid container attaching/detaching unit itself and that is configured to be inserted/extracted through an inserting/extracting opening provided in the apparatus housing; and a liquid feeding path that feeds the liquid from the liquid container to the recording head, wherein the liquid feeding path encompasses a unit-side path provided in the liquid container attaching/detaching unit and an apparatus-housing-side path provided in the apparatus housing, and characterized in that the unit-side path and the apparatus-housing-side path are mutually connected by the insertion of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing, and the mutual connection is disconnected by the extraction of the liquid container attaching/detaching unit through the inserting/extracting opening of the apparatus housing.
An injection system comprising: a fluid control member ; and a reciprocating member ; wherein the fluid control member is configured to form a carbon composite-to-metal seal with the reciprocating member in response to application of a compressive force ; characterized by the carbon composite comprising at least two carbon microstructures; and a binding phase disposed between the at least two carbon microstructures, the carbon microstructures having an aspect ratio of about 10 to about 500 and a thickness of about 1 to about 200 microns, the binding phase comprising a binder, the binder containing one or more of the following: SiO 2 ; Si; B; B 2 O 3 ; a binder metal; or an alloy of the binder metal, and the binder metal comprising one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium. a fluid control member ; and a reciprocating member ; wherein the fluid control member is configured to form a carbon composite-to-metal seal with the reciprocating member in response to application of a compressive force ; characterized by the carbon composite comprising at least two carbon microstructures; and a binding phase disposed between the at least two carbon microstructures, the carbon microstructures having an aspect ratio of about 10 to about 500 and a thickness of about 1 to about 200 microns, the binding phase comprising a binder, the binder containing one or more of the following: SiO 2 ; Si; B; B 2 O 3 ; a binder metal; or an alloy of the binder metal, and the binder metal comprising one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium.
A forming fabric for a papermaking machine woven with a fabric weave pattern, comprising: a PS (paper side) layer having a PS surface, the PS layer including PS warps and PS wefts interwoven in a first repeating pattern, a MS (machine side) layer having a MS surface, the MS layer including interwoven MS warps and MS wefts, and a plurality of pairs of binder weft yarns, each of the pairs of binder weft yarns comprising first and second binder weft yarns that are interwoven according to a binder weft pattern with the PS warps and the MS warps to bind the PS layer and the MS layer together, each of the first and second binder weft yarns interchanges between the PS and MS layers at exchange points, characterized in that in each pattern repeat of the fabric weave pattern: (a) each of the MS warps forms one or more MS warp knuckles over single ones of the MS wefts, (b) the MS warp knuckles of the MS warps are arranged in a broken twill having an offset mirror symmetric arrangement, and (c) a direction of the broken twill reverses after an equal number of MS warp knuckles. a PS (paper side) layer having a PS surface, the PS layer including PS warps and PS wefts interwoven in a first repeating pattern, a MS (machine side) layer having a MS surface, the MS layer including interwoven MS warps and MS wefts, and a plurality of pairs of binder weft yarns, each of the pairs of binder weft yarns comprising first and second binder weft yarns that are interwoven according to a binder weft pattern with the PS warps and the MS warps to bind the PS layer and the MS layer together, each of the first and second binder weft yarns interchanges between the PS and MS layers at exchange points, characterized in that in each pattern repeat of the fabric weave pattern: (a) each of the MS warps forms one or more MS warp knuckles over single ones of the MS wefts, (b) the MS warp knuckles of the MS warps are arranged in a broken twill having an offset mirror symmetric arrangement, and (c) a direction of the broken twill reverses after an equal number of MS warp knuckles. (a) each of the MS warps forms one or more MS warp knuckles over single ones of the MS wefts, (b) the MS warp knuckles of the MS warps are arranged in a broken twill having an offset mirror symmetric arrangement, and (c) a direction of the broken twill reverses after an equal number of MS warp knuckles.
A preparation method of a low-viscosity graphene oxide slurry, wherein graphene oxide is mixed with water, dispersed and ultramicro-refined to reduce an average flake diameter of the graphene oxide, so that the low-viscosity graphene oxide slurry is obtained; the method of ultramicro-refining comprises applying pressure to a mixture of the graphene oxide and the water, enabling the mixture to pass through a slit, subjecting the mixture to high-pressure shearing and high-speed impacting in a process of passing through the slit, and generating a strong cavitation action due to instantaneous release of pressure energy after passing through the slit; wherein the pressure applied in ultramicro-refining is 50-250 MPa; wherein a linear velocity of the dispersing is 2-20 m/s; wherein the viscosity of the graphene oxide slurry after ultramicro-refining is 10000-50000 mPa·s.
A telescopic extension comprising: a) an inner tube ; b) an outer tube , wherein said inner tube and said outer tube are telescopically slidable relative to one another, wherein said inner tube comprises, on an outer surface thereof, a plurality of deformations of predetermined shape; c) a sleeve fitted inside said outer tube , at one of its ends ; d) a constraining device configured to lock sliding of the inner tube with respect to the outer tube , when said constraining device is at least partially engaged in one of said deformations ; e) a slider and elastic means , wherein said slider cooperates with said constraining device under the action of said elastic means ; and f) an actuating device operatively connected to said slider , characterized in that said slider comprises a guiding device for providing a guided movement between said slider and said constraining device , and in that said slider comprises a substantially flat lower face and two side walls , wherein said guiding device comprises an inclined plane which is recessed with respect to the substantially flat lower face and is delimited by said side walls . a) an inner tube ; b) an outer tube , wherein said inner tube and said outer tube are telescopically slidable relative to one another, wherein said inner tube comprises, on an outer surface thereof, a plurality of deformations of predetermined shape; wherein said inner tube and said outer tube are telescopically slidable relative to one another, wherein said inner tube comprises, on an outer surface thereof, a plurality of deformations of predetermined shape; c) a sleeve fitted inside said outer tube , at one of its ends ; d) a constraining device configured to lock sliding of the inner tube with respect to the outer tube , when said constraining device is at least partially engaged in one of said deformations ; e) a slider and elastic means , wherein said slider cooperates with said constraining device under the action of said elastic means ; and f) an actuating device operatively connected to said slider ,
A cap which defines a cap space for an additive and which has: - a cap space opening closed by a seal which may or may not be pre-weakened, and - a flexible press top having pushing means which while reaching through the cap space are on one end attached to the flexible top , while said pushing means other end is directed to the opening , the flexible press top which has a upper side and an opposite lower side is arranged such that upon depression the pushing means which are attached to the lower side hold fixed radial positions during their translation to the opening , contact the seal and push through the seal , the flexible press top also having spreading means reaching through the cap space and attached to the lower side of the flexible press top , characterised in that the spreading means are arranged to hold their radial position when the pushing means push through the seal and come into operation after the seal has been pushed through, in response to a further depression of the flexible press top , flex and spread radially outwardly, wherein, upon flexing and spreading of the spreading means , the pushed through seal parts (8-1, 8-2) are also spread out radially outwardly to allow the additive and substance to mix. - a cap space opening closed by a seal which may or may not be pre-weakened, and - a flexible press top having pushing means which while reaching through the cap space are on one end attached to the flexible top , while said pushing means other end is directed to the opening , the flexible press top which has a upper side and an opposite lower side is arranged such that upon depression the pushing means which are attached to the lower side hold fixed radial positions during their translation to the opening , contact the seal and push through the seal , the flexible press top also having spreading means reaching through the cap space and attached to the lower side of the flexible press top , characterised in that the spreading means are arranged to hold their radial position when the pushing means push through the seal and come into operation after the seal has been pushed through, in response to a further depression of the flexible press top , flex and spread radially outwardly, wherein, upon flexing and spreading of the spreading means , the pushed through seal parts (8-1, 8-2) are also spread out radially outwardly to allow the additive and substance to mix.
A rack system for housing at least one rack-mounted immersion case , comprising a rack frame configured to allow slidable racking and slidable de-racking operations of the at least one rack-mounted immersion case within the rack system , characterized in that : the rack system further comprises at least one collapsible reservoir fluidly connected to the at least one rack-mounted immersion case , the at least one collapsible reservoir being configured to store a liquid and having a first portion connected to the at least one rack-mounted immersion case below an expected level of liquid in the at least one rack-mounted immersion case when the at least one rack-mounted immersion case is in the de-racked position, and a second portion fixedly connected to the rack frame , wherein: the at least one collapsible reservoir is configured to collapse along a racked spaced in response to a racking operation; and the at least one collapsible reservoir is configured to expand along a de-racked space in response to a de-racking operation, the racked and de-racked spaces being defined between a backplane of the at least one rack-mounted immersion case and a backplane of the rack frame , in which the de-racked space is larger than the racked space. the rack system further comprises at least one collapsible reservoir fluidly connected to the at least one rack-mounted immersion case , the at least one collapsible reservoir being configured to store a liquid and having a first portion connected to the at least one rack-mounted immersion case below an expected level of liquid in the at least one rack-mounted immersion case when the at least one rack-mounted immersion case is in the de-racked position, and a second portion fixedly connected to the rack frame , wherein: the at least one collapsible reservoir is configured to collapse along a racked spaced in response to a racking operation; and the at least one collapsible reservoir is configured to expand along a de-racked space in response to a de-racking operation, the at least one collapsible reservoir is configured to collapse along a racked spaced in response to a racking operation; and the at least one collapsible reservoir is configured to expand along a de-racked space in response to a de-racking operation, the racked and de-racked spaces being defined between a backplane of the at least one rack-mounted immersion case and a backplane of the rack frame , in which the de-racked space is larger than the racked space.
A carryall container, comprising at least one first half-shell , which is open and can be closed, at a free edge thereof, by a second half-shell , in order to define at least one closed configuration, in which inside said half-shells at least one internal compartment is defined for accommodating objects, said second half-shell being movable between said closed configuration and at least one open configuration, for free access to said compartment , one face of said first half-shell , which is adjacent to said free edge , having at least one door arranged, in at least one first position, so as to close a respective inlet provided on said first half-shell for further access to said compartment , said door being selectively movable between said first position and at least one second position, for free access to said compartment through said inlet , said container comprising an auxiliary element for stably resting on the ground, which can be associated detachably with the base of said first half-shell , on the opposite side with respect to said free edge , said auxiliary element comprising a plurality of legs and a fixed supporting structure for said plurality of legs , which can move between a minimum space occupation arrangement, in which they can be arranged so as to face and be proximate to said fixed supporting structure and said auxiliary element can be accommodated in said compartment , and an active arrangement, in which they are extended from said fixed supporting structure in order to define, when said auxiliary element is associated with said base, a stable resting on the ground, said container comprising a plate , which can be applied externally to said base in a stable manner and so as to define a resting on the ground at least when said auxiliary element , in the minimum space occupation arrangement, is accommodated in said compartment , said plate being detachably associatable with said fixed supporting structure by way of respective selective fixing means, characterized in that said fixing means comprise a plurality of teeth that protrude from said plate and rotate between at least one first angular orientation, in which they are freely insertable into respective slots provided on a contoured plate, which substantially constitutes said fixed supporting structure , and at least one second angular orientation, in which, as a consequence of their insertion into the respective said slots , they oppose by mechanical interference the subsequent extraction of said plate , for the fixing of said auxiliary element to said plate , and to said first half-shell .
A method of manufacturing an optical semiconductor apparatus , which is configured to operate in a single fundamental transverse mode of wavelength range 1400 nm to 1700 nm and comprises a waveguide layer between an n-doped cladding layer and a p-doped cladding layer , wherein: the waveguide layer includes a first waveguide part (200, n-OCL) of an n-doped III-V quaternary compound material, and an active layer located between the first waveguide part (200, n-OCL) and the p-doped cladding layer , the active layer being asymmetrically within the waveguide layer closer to the p-doped cladding layer than to the n-doped cladding layer ; a refractive index of the n-doped cladding layer being equal to or larger than the p-doped cladding layer ; a first end of the first waveguide part (200, n-OCL) is adjacent to the n-doped cladding layer ; and a second end of the first waveguide part (200, n-OCL) is adjacent to a first end of the active layer , characterized by doping a desired donor density (N D ) in the first waveguide part (200, n-OCL) equal to or higher than 2 ∗ 10 17 cm -3 for controlling the carrier density dependent internal optical loss in the first waveguide part (200, n-OCL). a waveguide layer between an n-doped cladding layer and a p-doped cladding layer , wherein: the waveguide layer includes a first waveguide part (200, n-OCL) of an n-doped III-V quaternary compound material, and an active layer located between the first waveguide part (200, n-OCL) and the p-doped cladding layer , the active layer being asymmetrically within the waveguide layer closer to the p-doped cladding layer than to the n-doped cladding layer ; a refractive index of the n-doped cladding layer being equal to or larger than the p-doped cladding layer ; a first end of the first waveguide part (200, n-OCL) is adjacent to the n-doped cladding layer ; and a second end of the first waveguide part (200, n-OCL) is adjacent to a first end of the active layer , characterized by doping a desired donor density (N D ) in the first waveguide part (200, n-OCL) equal to or higher than 2 ∗ 10 17 cm -3 for controlling the carrier density dependent internal optical loss in the first waveguide part (200, n-OCL).
Method for building at least one security image for a security structure of a security document from the multiplexing of color images , the method comprising the following steps: - selecting a marking method capable of producing sets of colors on the security document comprising different colors that can be displayed according to illumination and observation modes of the security structure, then, for example by means of a calculator, - establishing a plurality of sets of colors by physical measurement that can be displayed by the security structure in different illumination and observation modes, - distributing sets of colors comprising the different colors produced by the marking technique, in a plurality of groups of color sets, said different colors being measured, the method being characterized by comprising the following steps: - establishing combinations of groups of color sets having at least one color set in common according to the number of different illumination and observation modes and the number of colors per image, - selecting a combination of a group of color sets according to the number of desired illumination and observation modes and the number of colors per image, and determining the images to multiplex by means of the combination of the group of color sets selected. - selecting a marking method capable of producing sets of colors on the security document comprising different colors that can be displayed according to illumination and observation modes of the security structure, then, for example by means of a calculator, - establishing a plurality of sets of colors by physical measurement that can be displayed by the security structure in different illumination and observation modes, - distributing sets of colors comprising the different colors produced by the marking technique, in a plurality of groups of color sets, said different colors being measured, the method being characterized by comprising the following steps: - establishing combinations of groups of color sets having at least one color set in common according to the number of different illumination and observation modes and the number of colors per image, - selecting a combination of a group of color sets according to the number of desired illumination and observation modes and the number of colors per image, and determining the images to multiplex by means of the combination of the group of color sets selected.
A power-down detection circuit, comprising: a low-voltage side power supply , a voltage conversion unit , a power-down detection sub-circuit , a controller , a memory ; the low-voltage side power supply is connected to the power-down detection sub-circuit and the voltage conversion unit , configured to provide an output voltage of the low-voltage side power supply to the power-down detection sub-circuit and supply power for the power-down detection sub-circuit , the controller and the memory via the voltage conversion unit ; the voltage conversion unit is connected to the power-down detection sub-circuit , the controller and the memory, configured to convert a voltage of the low-voltage side power supply into a standard power supply voltage to supply power for the power-down detection sub-circuit , the controller and the memory; the power-down detection sub-circuit is connected to the controller , configured to acquire the output voltage of the low-voltage side power supply , determine, according to the output voltage of the low-voltage side power supply , whether a power-down event occurs in the low-voltage side power supply , and send, in the case where it is determined that a power-down event occurs, a power-down signal to the controller ; characterised in that : said power-down detection circuit further comprises a high-voltage side current sensor ; the controller is connected to the memory and the high-voltage side current sensor , configured to receive the power-down signal and control the memory to record fault information including current information sensed by the high-voltage side current sensor ; and the high-voltage side current sensor is configured to sense the current information on a high-voltage bus. said power-down detection circuit further comprises a high-voltage side current sensor ; the controller is connected to the memory and the high-voltage side current sensor , configured to receive the power-down signal and control the memory to record fault information including current information sensed by the high-voltage side current sensor ; and the high-voltage side current sensor is configured to sense the current information on a high-voltage bus.