mhurhangee/ep-ind-claims huggingface dataset:
A kernel emulator for non-native program modules, the emulator configured to communicate with non-native APIs, a native kernel, and directly with a memory of a hardware layer, the emulator comprising: an interceptor configured to intercept kernel calls from non-native program modules; and an emulator of non-native kernel APIs configured to receive kernel calls from non-native APIs, the emulator of non-native kernel APIs comprising a translator for translating non-native to native CPU instructions sets; the kernel emulator configured to pass the translated calls to the native kernel for the native kernel to process as if the call was from a native application, wherein the kernel is the privileged part of the operating system that has sole access to the hardware layer and wherein the native applications (312a, 312b, 312c) are configured to call native APIs implemented in user mode, wherein the native APIs are configured to call native kernel APIs implemented in kernel mode, and non-native applications (314a, 314b) are configured to call non-native APIs implemented in user mode, wherein the non-native APIs are configured to call the kernel emulator implemented in kernel mode, wherein the emulator further comprises a shared memory facilitator configured to coordinate memory sharing between native and non-native applications, wherein the shared memory facilitator is configured to make copies of the shared memory such that the original is in a native addressing format and the copy is in a non-native addressing format, wherein the original and the copy are regularly synchronized. an interceptor configured to intercept kernel calls from non-native program modules; and an emulator of non-native kernel APIs configured to receive kernel calls from non-native APIs, the emulator of non-native kernel APIs comprising a translator for translating non-native to native CPU instructions sets; the kernel emulator configured to pass the translated calls to the native kernel for the native kernel to process as if the call was from a native application, wherein the kernel is the privileged part of the operating system that has sole access to the hardware layer and wherein the native applications (312a, 312b, 312c) are configured to call native APIs implemented in user mode, wherein the native APIs are configured to call native kernel APIs implemented in kernel mode, and non-native applications (314a, 314b) are configured to call non-native APIs implemented in user mode, wherein the non-native APIs are configured to call the kernel emulator implemented in kernel mode, wherein the emulator further comprises a shared memory facilitator configured to coordinate memory sharing between native and non-native applications, wherein the shared memory facilitator is configured to make copies of the shared memory such that the original is in a native addressing format and the copy is in a non-native addressing format, wherein the original and the copy are regularly synchronized.
A system for portable fluidic pumping, the system comprising: a chip; a void disposed within the chip; the void comprising a volume configured to store a vacuum upon subjecting the chip to a vacuum state; a vacuum channel coupled to and in communication with the void; a fluid channel disposed adjacent to the vacuum channel such that a thin gas-permeable wall of material is disposed between the fluid channel and the vacuum channel; wherein the fluid channel and vacuum channel are not physically connected to each other; characterized by a containment for maintaining the chip in said vacuum state; the system being so configured that, upon release of the chip from the vacuum state in the containment, the stored vacuum within the void passively draws air across the thin gas-permeable wall into the void to advance a fluid sample into the fluid channel. a chip; a void disposed within the chip; the void comprising a volume configured to store a vacuum upon subjecting the chip to a vacuum state; a vacuum channel coupled to and in communication with the void; a fluid channel disposed adjacent to the vacuum channel such that a thin gas-permeable wall of material is disposed between the fluid channel and the vacuum channel; wherein the fluid channel and vacuum channel are not physically connected to each other; characterized by a containment for maintaining the chip in said vacuum state; the system being so configured that, upon release of the chip from the vacuum state in the containment, the stored vacuum within the void passively draws air across the thin gas-permeable wall into the void to advance a fluid sample into the fluid channel.
Tubular drive for a curtain in the form of a smoke protection curtain, fire protection curtain, fire or smoke protection closure, a smoke apron or the like able to be wound up on a winding shaft, having a drive motor for displacing the curtain between an open and a closed position, having an operating current brake for holding the curtain in a predefined position, and having a closing speed controller for decelerating the curtain during unrolling, characterized in that the tubular drive has an electronic position detection device for detecting or monitoring the absolute position of the curtain and for determining the rotating speed of the winding shaft, even in a hazardous situation in which the operating current brake and the drive motor are in a dead-voltage state, and immediately after a catastrophic case in which the drive is in a dead-voltage state.
Assembly for dispensing washing agents into the washing chamber of a washing machine, in particular a dishwashing machine, comprising an integrated device for dispensing washing agents, comprising a body intended to be mounted in an opening of a sheet-like wall which delimits the washing chamber and which has a peripheral formation which protrudes towards the outside and is intended to abut against the surface of said wall surrounding said opening, on the side of said wall which faces the washing chamber, in said body being defined an outlet chamber able to communicate, in the condition of use, with the washing chamber; the assembly being characterized in that said outlet chamber has an inlet passage accessible from the outside; in that the assembly is a combined assembly for dispensing also ozone into the washing chamber by comprising an ozone-generating device, with a housing which has an outlet opening and contains electric ozone-flow generating means (34, 36) suitable for emitting a flow of ozone towards said outlet opening, so as to introduce it into the washing chamber of the machine; and in that the housing of the ozone-generating device can be coupled to the body of the washing-agent dispensing device so as to be supported by said body, with respect to which it can assume a working position in which the outlet opening thereof is sealingly coupled with the inlet passage of said outlet chamber so as to allow the supply of a flow of ozone towards the latter; in said working position the housing of the ozone-generating device extending with an orientation such that in the condition of use it extends behind said sheet-like wall of the washing chamber.
A soft magnetic component (7, 8, 9, 10) for a torque sensor comprising a resin structure formed by resin-molding a soft magnetic material that contains Ni, Fe in such an amount that Fe/(Fe + Ni) is within a range from 10.0% to 16.0% in terms of mass ratio, and 3.5% by mass to 7.5% by mass of M (the M represents one or more elements selected from among Mo, Nb, Cr, Cu, Ti, and W) and has a saturation magnetostriction of at least -4.0 ppm and less than 0 ppm.
A continuous coil pretreatment process comprising: a) cleaning a surface of an aluminum sheet or a coil; then b) etching the surface of the aluminum sheet or the coil by spraying an acidic solution onto the sheet or the coil with a dwell time for the etching of 5 to 15 seconds, wherein the acidic solution comprises sulfuric acid in a concentration of 1 vol% to 8 vol%, and wherein the acidic solution in contact with the surface of the aluminum sheet or coil comprises less than 1000 ppm of aluminum ions and magnesium ions; then c) rinsing the surface of the aluminum sheet or the coil with deionized water; then d) applying to the surface of the aluminum sheet or the coil a solution containing a vinylphosphonic acid-acrylic acid (VPA-AA) copolymer; then e) rinsing the surface of the aluminum sheet or the coil by (i) spraying the surface of the aluminum sheet or the coil with deionized water, wherein the spray direction flows counter the sheet direction, (ii) providing a water dam at an entry of an exit squeegee roll, and (iii) continuously rinsing the exit squeegee roll surface with sprays on the exit squeegee roll; and then f) drying the surface of the aluminum sheet or the coil. a) cleaning a surface of an aluminum sheet or a coil; then b) etching the surface of the aluminum sheet or the coil by spraying an acidic solution onto the sheet or the coil with a dwell time for the etching of 5 to 15 seconds, wherein the acidic solution comprises sulfuric acid in a concentration of 1 vol% to 8 vol%, and wherein the acidic solution in contact with the surface of the aluminum sheet or coil comprises less than 1000 ppm of aluminum ions and magnesium ions; then c) rinsing the surface of the aluminum sheet or the coil with deionized water; then d) applying to the surface of the aluminum sheet or the coil a solution containing a vinylphosphonic acid-acrylic acid (VPA-AA) copolymer; then e) rinsing the surface of the aluminum sheet or the coil by (i) spraying the surface of the aluminum sheet or the coil with deionized water, wherein the spray direction flows counter the sheet direction, (ii) providing a water dam at an entry of an exit squeegee roll, and (iii) continuously rinsing the exit squeegee roll surface with sprays on the exit squeegee roll; and then f) drying the surface of the aluminum sheet or the coil.
A control method of a clothes treatment apparatus comprising: a cabinet partitioned into a treatment chamber for allowing clothes to be hung therein, a cycle chamber for allowing machinery to be installed therein, and a tank installation space for allowing a separable tank to be installed therein; a steam unit disposed in the cycle chamber for supplying steam into the treatment chamber; a water supply tank installed in the tank installation space, such that the water supply tank is connected to the steam unit, for supplying water to the steam unit; a water supply pump configured to be operated to supply the water from the water supply tank to the steam unit; and a lower cabinet disposed in the tank installation space such that the water supply tank is separably coupled to the lower cabinet; characterised in that a receiving space is formed at the lower cabinet, such that the receiving space is connected to the steam unit, for supplying water to the steam unit and storing residual water discharged during separation of the water supply tank, wherein the control method comprises: sensing a level of water in the water supply tank; and upon determining that the level of water in the water supply tank is low, operating the water supply pump to move the residual water stored in the receiving space to the steam unit. a cabinet partitioned into a treatment chamber for allowing clothes to be hung therein, a cycle chamber for allowing machinery to be installed therein, and a tank installation space for allowing a separable tank to be installed therein; a steam unit disposed in the cycle chamber for supplying steam into the treatment chamber; a water supply tank installed in the tank installation space, such that the water supply tank is connected to the steam unit, for supplying water to the steam unit; a water supply pump configured to be operated to supply the water from the water supply tank to the steam unit; and a lower cabinet disposed in the tank installation space such that the water supply tank is separably coupled to the lower cabinet; characterised in that a receiving space is formed at the lower cabinet, such that the receiving space is connected to the steam unit, for supplying water to the steam unit and storing residual water discharged during separation of the water supply tank, wherein the control method comprises: sensing a level of water in the water supply tank; and upon determining that the level of water in the water supply tank is low, operating the water supply pump to move the residual water stored in the receiving space to the steam unit. sensing a level of water in the water supply tank; and upon determining that the level of water in the water supply tank is low, operating the water supply pump to move the residual water stored in the receiving space to the steam unit.
Pharmaceutical composition comprising iron oxy-hydroxide in high loading, in a form suitable for oral administration wherein iron oxy-hydroxide is present in an amount of 10 to 80 % (w/w), expressed in relation to the total weight of the composition, the iron oxy-hydroxide is present in an amount of > 300 mg per dosage form as dosage form capable of disintegration in the oral cavity, the composition further comprising one or more glidants in an amount of 0,01 to 10% (w/w), expressed in relation to the total weight of the composition, and at least one carbohydrate selected from the group consisting of saccharose, dextrin, and starch.
A method comprising: warping a first tier die, the first tier die having a substrate, a set of signal conductive bumps and power conductive bumps not electrically connected to the first tier die substrate, and a set of substrate conductive bumps each electrically connected to the first tier die substrate; and placing a second tier die in electrical contact with the first tier die; the second tier die having a substrate, a set of signal conductive bumps and power conductive bumps not electrically connected to the second tier die substrate, and a set of substrate conductive bumps each electrically connected to the second tier die substrate; characterised in that the first tier die is warped in such a way that, when placing the second tier die in contact with the first tier die, the second tier die set of substrate conductive bumps makes contact with the first tier die set of substrate conductive bumps before the second tier die set of signal conductive bumps and power conductive bumps makes contact with the first tier die set of signal conductive bumps and power conductive bumps. warping a first tier die, the first tier die having a substrate, a set of signal conductive bumps and power conductive bumps not electrically connected to the first tier die substrate, and a set of substrate conductive bumps each electrically connected to the first tier die substrate; and placing a second tier die in electrical contact with the first tier die; the second tier die having a substrate, a set of signal conductive bumps and power conductive bumps not electrically connected to the second tier die substrate, and a set of substrate conductive bumps each electrically connected to the second tier die substrate; characterised in that the first tier die is warped in such a way that, when placing the second tier die in contact with the first tier die, the second tier die set of substrate conductive bumps makes contact with the first tier die set of substrate conductive bumps before the second tier die set of signal conductive bumps and power conductive bumps makes contact with the first tier die set of signal conductive bumps and power conductive bumps.
A computer-implemented method comprising: forwarding, by a memory management unit, a memory read or write request from a requesting device (A 104a) to another device (B 104b), wherein, when forwarding the request, the memory management unit provides a first signature for the requesting device (A 104a) and a second signature for the other device (B 104b) that will service the request, and wherein the other device determines data responsive to the forwarded request; receiving, from the other device, a response to the request, the response including the first signature for the requesting device (A 104a) and the second signature for the other device (B 104b); in response to receiving the response, determining, by the memory management unit, whether to provide the determined data to the requesting device using both the first and second signature; and in response to determining to provide the determined data responsive to the request to the requesting device, sending the determined data responsive to the request to the requesting device; wherein: the response comprises the determined data responsive to the request, and both signatures, the first signature for the requesting device, and the second signature for the other device. forwarding, by a memory management unit, a memory read or write request from a requesting device (A 104a) to another device (B 104b), wherein, when forwarding the request, the memory management unit provides a first signature for the requesting device (A 104a) and a second signature for the other device (B 104b) that will service the request, and wherein the other device determines data responsive to the forwarded request; receiving, from the other device, a response to the request, the response including the first signature for the requesting device (A 104a) and the second signature for the other device (B 104b); in response to receiving the response, determining, by the memory management unit, whether to provide the determined data to the requesting device using both the first and second signature; and in response to determining to provide the determined data responsive to the request to the requesting device, sending the determined data responsive to the request to the requesting device; wherein: the response comprises the determined data responsive to the request, and both signatures, the first signature for the requesting device, and the second signature for the other device.
A quick connector coupling for establishing a separable connection in a fluid line, comprising a connector body, wherein the connector body is formed from at least two separate parts, namely a head part and a sealing part, wherein the connector body defines a through-bore, which through-bore extends from a male connector element entry opening on the side of the head part of the connector body up to an exit opening on the side of the sealing part, a male connector element, which male connector element extends in the assembled state through the male connector element entry opening into the through-bore, wherein the male connector element has a preferably cylindrical sealing surface and a ring-shaped radial upsetting deformation, wherein the upsetting deformation protrudes beyond the sealing surface, a retainer for releasably securing the male connector element on or in the connector body, wherein the retainer is formed as a ring, wherein the retainer has at least one retaining element, which retaining element reaches through a cut-out of the connector body, preferably of the head part, which cut-out is associated with the retaining element, wherein the retaining element interacts in the assembled state with the radial upsetting deformation of the male connector element providing that the male connector element is secured in the connector body, wherein the retainer has at least one actuating device, wherein the retainer can be deformed by a force applied by the actuating device in such a manner that the retaining element can be moved away from the center axis of the through-hole in the radial direction, characterized in that the retainer surrounds the head part, wherein in the assembled state of the quick connector coupling, a portion of the head part is inserted, at least in sections, into the sealing part.
A wall element for use in building construction, the wall element comprising: - a first panel having a first side face, a second side face opposite said first side face, the second side face being attached to a first side face of a second panel; - said second panel having said first side face and a second side face opposite said first side face; wherein said first panel comprises a thermoplastic material and said second panel comprises a corrugated sheet material with at least one crest and at least one corrugation; characterised in that said second panel further comprises a plurality of openings; wherein at least a first part of the plurality of openings of said second panel is situated at the at least one crest of said corrugated sheet material such as to accommodate at least part of said thermoplastic material, thereby forming a connection between said first panel and said second panel. - a first panel having a first side face, a second side face opposite said first side face, the second side face being attached to a first side face of a second panel; - said second panel having said first side face and a second side face opposite said first side face; wherein said first panel comprises a thermoplastic material and said second panel comprises a corrugated sheet material with at least one crest and at least one corrugation; characterised in that said second panel further comprises a plurality of openings; wherein at least a first part of the plurality of openings of said second panel is situated at the at least one crest of said corrugated sheet material such as to accommodate at least part of said thermoplastic material, thereby forming a connection between said first panel and said second panel.
A device for supplying electricity to an item of equipment of a vehicle, comprising: - an electrical harness containing at least one electrical conductor, - a fixed connector, provided with at least one electrical contact electrically connected to said conductor of said harness, said fixed connector being suitable for cooperating with a plug of said item of equipment, said harness being suitable for running beneath the upper surface of a floor of said vehicle facing said item of equipment, said fixed connector being suitable for being embedded in the thickness of said floor so that the upper surface of said floor does not present any protruding portion, characterised in that said device comprises a movable protection cap for opening and closing said fixed connector, and an opening means suitable for being driven by the mounting of said item of equipment in a rail of said floor controlling the opening of said movable protection cap. - an electrical harness containing at least one electrical conductor, - a fixed connector, provided with at least one electrical contact electrically connected to said conductor of said harness, said fixed connector being suitable for cooperating with a plug of said item of equipment,