mhurhangee/ep-ind-claims huggingface dataset:
A method for offloading tasks, comprising: exposing one or more functions, by a mobile device (110; 404), to a host (102; 402) connected to the mobile device, wherein an operating system of the host includes a device driver for communicating with the mobile device, wherein the one or more functions are exposed by the mobile device to the device driver by providing one or more function descriptors to the device driver corresponding to the one or more functions, and wherein code for the one or more functions is kept on the mobile device and executed on the mobile device; executing a function of the one or more functions at the mobile device in response to a call from the host, wherein the calling of the function is managed by the device driver, wherein the function is associated with a host task, and wherein the mobile device performs the function by dedicated circuitry performing logic associated with the function; and returning a result of the function to the device driver. exposing one or more functions, by a mobile device (110; 404), to a host (102; 402) connected to the mobile device, wherein an operating system of the host includes a device driver for communicating with the mobile device, wherein the one or more functions are exposed by the mobile device to the device driver by providing one or more function descriptors to the device driver corresponding to the one or more functions, and wherein code for the one or more functions is kept on the mobile device and executed on the mobile device; executing a function of the one or more functions at the mobile device in response to a call from the host, wherein the calling of the function is managed by the device driver, wherein the function is associated with a host task, and wherein the mobile device performs the function by dedicated circuitry performing logic associated with the function; and returning a result of the function to the device driver.
A solid-state imaging device comprising: photodiodes; charge-voltage converting circuits (10 n) provided after the photodiodes; first pre-holding circuits (20 n, 21 n) provided after the charge-voltage converting circuits; a first transimpedance amplifier (31, 30) which is provided after the first pre-holding circuits and has a capacitor between input and output terminals thereof, the first transimpedance amplifier including: a first amplifier (A 3) having: a non-inverting terminal receiving a reference voltage value (Vref3), an inverting input terminal receiving the voltage values held and output by the first pre-holding circuits, and an output terminal, a capacitor (C 3) connected between the inverting input terminal and the output terminal of the first amplifier (A 3), and a resistor (R 3) connected between the inverting input terminal and the output terminal of the first amplifier(A 3); and a peak holding circuit provided after the first transimpedance amplifier, wherein the peak hold circuit inputs voltage values output from the first transimpedance amplifier, holds a peak voltage value of the input voltage values, and outputs a voltage value corresponding to the held peak voltage value. photodiodes; charge-voltage converting circuits (10 n) provided after the photodiodes; first pre-holding circuits (20 n, 21 n) provided after the charge-voltage converting circuits; a first transimpedance amplifier (31, 30) which is provided after the first pre-holding circuits and has a capacitor between input and output terminals thereof, the first transimpedance amplifier including: a first amplifier (A 3) having: a non-inverting terminal receiving a reference voltage value (Vref3), an inverting input terminal receiving the voltage values held and output by the first pre-holding circuits, and an output terminal, a capacitor (C 3) connected between the inverting input terminal and the output terminal of the first amplifier (A 3), and a resistor (R 3) connected between the inverting input terminal and the output terminal of the first amplifier(A 3); and a first amplifier (A 3) having: a non-inverting terminal receiving a reference voltage value (Vref3), an inverting input terminal receiving the voltage values held and output by the first pre-holding circuits, and an output terminal, a non-inverting terminal receiving a reference voltage value (Vref3), an inverting input terminal receiving the voltage values held and output by the first pre-holding circuits, and an output terminal, a capacitor (C 3) connected between the inverting input terminal and the output terminal of the first amplifier (A 3), and a resistor (R 3) connected between the inverting input terminal and the output terminal of the first amplifier(A 3); and a peak holding circuit provided after the first transimpedance amplifier, wherein the peak hold circuit inputs voltage values output from the first transimpedance amplifier, holds a peak voltage value of the input voltage values, and outputs a voltage value corresponding to the held peak voltage value.
Household refrigeration appliance having at least one housing, which in the lower region comprises a machine chamber to accommodate one or more units, in particular a compressor, used for cooling, wherein the household refrigeration appliance has at least one unit, which is supported indirectly or directly on one or more support points on a base of the machine chamber, characterised in that the at least one unit is secured in place against movement in a horizontally outward and/or vertically upward direction by means of a retainer strip passed over at least one support point, wherein the retainer strip is held on the housing in a screwless and form-fit manner.
Fuel pump, in particular external-gearwheel pump for fuel injection systems of air-compressing, autoignition internal combustion engines, having at least one housing part, wherein at least one gearwheel is arranged in the region of the housing part, characterized in that the housing part is formed from a deep-drawn metal sheet, in that, on the housing part, there is provided at least one support on which the gearwheel is at least indirectly mounted, and in that a bearing journal on which the gearwheel is mounted is formed on the housing part by deep-drawing.
A relay circuit, comprising: four relays (50, 60, 70, 80); wherein the four relays (50, 60, 70, 80) are arranged in a first pair and a second pair of two in series connected first forcibly guided contacts (51, 61; 71, 81), characterized in that: each relay comprises: a first forcibly guided contact (51, 61, 71, 81); and a second forcibly guided contact (52, 62, 72, 82); and wherein the first relay pair and second relay pair are arranged in parallel between a power supply connection and a load connection for switching a power supply to a load through the first forcibly guided contacts (51, 61, 71, 81). four relays (50, 60, 70, 80); wherein the four relays (50, 60, 70, 80) are arranged in a first pair and a second pair of two in series connected first forcibly guided contacts (51, 61; 71, 81), characterized in that: each relay comprises: a first forcibly guided contact (51, 61, 71, 81); and a second forcibly guided contact (52, 62, 72, 82); and wherein the first relay pair and second relay pair are arranged in parallel between a power supply connection and a load connection for switching a power supply to a load through the first forcibly guided contacts (51, 61, 71, 81). each relay comprises: a first forcibly guided contact (51, 61, 71, 81); and a second forcibly guided contact (52, 62, 72, 82); and a first forcibly guided contact (51, 61, 71, 81); and a second forcibly guided contact (52, 62, 72, 82); and wherein the first relay pair and second relay pair are arranged in parallel between a power supply connection and a load connection for switching a power supply to a load through the first forcibly guided contacts (51, 61, 71, 81).
A polycarbonate resin composition, consisting of: a polycarbonate resin; glass fibers subjected to a surface treatment with a sizing agent; and an elastomer, wherein the glass fibers have a mass-average fiber diameter of 4 to 15 μm and a mass-average fiber length of 60 to 350 μm, the elastomer is a dimethyl polysiloxane rubber onto which an acrylic resin is grafted, the mass ratio between the polycarbonate resin and the glass fibers (the polycarbonate resin:the glass fibers) is 80 to 95:5 to 20, and the mass ratio between the elastomer and the glass fibers (the elastomer/the glass fibers) is 0.10 to 0.30. a polycarbonate resin; glass fibers subjected to a surface treatment with a sizing agent; and an elastomer, wherein the glass fibers have a mass-average fiber diameter of 4 to 15 μm and a mass-average fiber length of 60 to 350 μm, the elastomer is a dimethyl polysiloxane rubber onto which an acrylic resin is grafted, the mass ratio between the polycarbonate resin and the glass fibers (the polycarbonate resin:the glass fibers) is 80 to 95:5 to 20, and the mass ratio between the elastomer and the glass fibers (the elastomer/the glass fibers) is 0.10 to 0.30.
An adherend recovery method for recovering an adherend from a support, wherein the adherend is a cell, comprising: a step of exposing a stack disposed on the support, the stack including a photosensitive gas generation layer serving the function to be chemically changed by exposure, an separate adhesive layer serving the function of bonding the adherend, and the adherend in this order on the support, a step of generating a gas from the photosensitive gas generation layer to separate the support and the stack from each other by the action of the gas, and a step of recovering the adherend from the support by recovering the stack separated. a step of exposing a stack disposed on the support, the stack including a photosensitive gas generation layer serving the function to be chemically changed by exposure, an separate adhesive layer serving the function of bonding the adherend, and the adherend in this order on the support, a step of generating a gas from the photosensitive gas generation layer to separate the support and the stack from each other by the action of the gas, and a step of recovering the adherend from the support by recovering the stack separated.
Suction head, intended for submersible use in the water of an artificial pool, having a body provided with a suction duct, and a suction pump placed inside the suction duct and comprising an electric motor coupled to a propeller, the rotation of the propeller producing suction along the suction duct between a suction mouth and an upper opening of said duct, characterised in that it comprises a central deflector placed between the motor and the propeller so as to prevent bulky debris from accumulating below said propeller.
A printer apparatus comprising: a frame; a printer head; a platen roller that is supported by the frame; a biasing member that is provided between the frame and the printer head and configured to exert force toward the platen roller; and an opening/closing arm supported by the frame to rotate and move about an arm rotation shaft; wherein a contact part between the opening/closing arm and a platen bearing of the platen roller is positioned opposite from a side on which the printer head is provided with respect to a line that connects a center of the arm rotation shaft and a center of the platen bearing and the opening/closing arm does not contact the platen bearing on the side on which the print head is provided with respect to the line. a frame; a printer head; a platen roller that is supported by the frame; a biasing member that is provided between the frame and the printer head and configured to exert force toward the platen roller; and an opening/closing arm supported by the frame to rotate and move about an arm rotation shaft; wherein a contact part between the opening/closing arm and a platen bearing of the platen roller is positioned opposite from a side on which the printer head is provided with respect to a line that connects a center of the arm rotation shaft and a center of the platen bearing and the opening/closing arm does not contact the platen bearing on the side on which the print head is provided with respect to the line.
Hermetically sealed container comprising: - a container main body with a rim; - a lid having an inner face directed towards the container main body, an outer face directed outwards, and a stop surface formed on the inner face of the lid and suitable for abutting against said rim of the container main body, so that the lid can hermetically close the container main body; - a lip seal compressed between the container main body and the lid to ensure that the container is hermetically sealed; and - a control lever hinged to the lid so as to define a holding portion capable of being actuated by the user and an operating portion; said lid comprising a recessed seat (S, D) formed on the outer face of the lid, which accommodates said control lever in such a way that when the control lever is in closing position, the holding portion of the control lever is recessed in the recessed seat (S, D) and does not protrude with respect to the lid, preventing any accidental actuations; characterized in that said control lever has an abutment surface capable of abutting against said rim of the container main body, said control lever being able to move, by operating the holding portion, from a closing position, wherein the stop surface of the lid is abutting against the rim of the container main body, to an opening position, wherein the stop surface of the lid is separated from the rim of the container main body; said operating portion of the control lever being configured to lift a portion of the stop surface of the lid from the rim of the container main body. - a container main body with a rim; - a lid having an inner face directed towards the container main body, an outer face directed outwards, and a stop surface formed on the inner face of the lid and suitable for abutting against said rim of the container main body, so that the lid can hermetically close the container main body; - a lip seal compressed between the container main body and the lid to ensure that the container is hermetically sealed; and - a control lever hinged to the lid so as to define a holding portion capable of being actuated by the user and an operating portion; said lid comprising a recessed seat (S, D) formed on the outer face of the lid, which accommodates said control lever in such a way that when the control lever is in closing position, the holding portion of the control lever is recessed in the recessed seat (S, D) and does not protrude with respect to the lid, preventing any accidental actuations; characterized in that said control lever has an abutment surface capable of abutting against said rim of the container main body, said control lever being able to move, by operating the holding portion, from a closing position, wherein the stop surface of the lid is abutting against the rim of the container main body, to an opening position, wherein the stop surface of the lid is separated from the rim of the container main body; said operating portion of the control lever being configured to lift a portion of the stop surface of the lid from the rim of the container main body.
A damper for a gas turbine engine fan drive gear system comprising: a tube having opposing ends each with an annular groove, a neck arranged between the ends and having a diameter that is smaller than a diameter of the ends, lateral sides provided on each end with the respective end's annular groove provided between the lateral sides, the lateral sides providing annular tapers extending radially inward away from the respective end's annular groove, the tube provides a cavity having an opening at each of the ends, and an orifice is provided in the tube in fluid communication with the cavity.
A silica support having reaction sites of -OH, -O-MgCl, -OR 1, -OR 2 MgCl and -OR 2 H, wherein R 1 is a C1-10 alkyl group, and R 2 is a C1-10 alkylene group, on the silica surface.
An aqueous binder composition for mineral fibers comprising: - a component (i) in form of one or more oxidized lignins, said lignin being selected from the group of kraft lignins, soda lignins, lignosulfonate lignins, organosolv lignins, lignins from Biorefining processess of lignocellulosic feedstocks, or any mixture thereof; - a component (ii) in form of one or more cross-linkers, selected from β-hydroxyalkylamide-cross-linkers and/or oxazoline-cross-linkers, in an amount of 1 to 40 wt.-%, such as 4 to 20 wt.-%, such as 6 to 12 wt.-%, based on the dry weight of component (i); - a component (iii) in form of one or more plasticizers selected from polyethylene glycols, in an amount of 0.5 to 50, preferably 2.5 to 25, more preferably 3 to 15 wt.-%, based on the dry weight of component (i). - a component (i) in form of one or more oxidized lignins, said lignin being selected from the group of kraft lignins, soda lignins, lignosulfonate lignins, organosolv lignins, lignins from Biorefining processess of lignocellulosic feedstocks, or any mixture thereof; - a component (ii) in form of one or more cross-linkers, selected from β-hydroxyalkylamide-cross-linkers and/or oxazoline-cross-linkers, in an amount of 1 to 40 wt.-%, such as 4 to 20 wt.-%, such as 6 to 12 wt.-%, based on the dry weight of component (i); - a component (iii) in form of one or more plasticizers selected from polyethylene glycols, in an amount of 0.5 to 50, preferably 2.5 to 25, more preferably 3 to 15 wt.-%, based on the dry weight of component (i).
A method for the isolation of bacteriophage-insensitive mutants from a Streptococcus thermophilus parent strain comprising the steps of: a. inactivating the CRISPR resistance mechanism of the parent strain; b. exposing the parent strain obtained in step a) to a bacteriophage; c. isolating bacteriophage insensitive mutants; d. comparing the CRISPR loci of the parent strain with the CRISPR loci of the bacteriophage insensitive mutants; and e. selecting bacteriophage-insensitive mutants of which the CRISPR loci is identical to the CRISPR loci of the parent strain. a. inactivating the CRISPR resistance mechanism of the parent strain; b. exposing the parent strain obtained in step a) to a bacteriophage; c. isolating bacteriophage insensitive mutants; d. comparing the CRISPR loci of the parent strain with the CRISPR loci of the bacteriophage insensitive mutants; and e. selecting bacteriophage-insensitive mutants of which the CRISPR loci is identical to the CRISPR loci of the parent strain.
Item display stand comprising, in a substantially rigid and foldable material, a polyhedral compartment (2; 102) comprising at least one support wall (6; 106) and two side walls (16, 17), the compartment being articulated to switch between a flat folded state and an open and operational unfolded state for receiving an item on the support wall extending between the side walls (16, 17), means (27, 38, 6, 10) for retaining the compartment in the open and unfolded state and bracing means (16, 17, 27, 6, 38) to form, with the support wall, downward force transmission means, said stand being characterised in that each side wall (16, 17), in the operational unfolded state of the stand, is a thick wall which comprises at least one dihedron with two faces (14, 28) extending from an articulation edge, each wall (16, 17) being arranged to be folded on itself along at least the edge and another fold line intersecting said edge, the means (27, 38, 6, 10) for retaining the compartment in the unfolded state being arranged to stiffen the edges after the stand has been unfolded so that they form part of said bracing and downward force transmission means.
A copy separation station for a sheet punching and/or embossing machine, for separating single copies, from a sheet made of paper, cardboard, plastic, in-mould or the like, transported into the copy separation station in a sheet transport direction using a copy separation grid, characterized in that a multitude of suction belt modules are arranged upstream with respect to the copy separation grid, wherein the suction belt modules are movable transverse to the sheet transport direction, wherein a respective suction belt module comprises a suction belt having an upper section in a sheet transport plane for slowing down sheets and a suction chamber for creating suction air, and wherein the effective length (I, I') of the suction belt is variable.
A method, comprising: providing a first structure having: a first silicon layer; a first silicon dioxide insulating layer over the first silicon layer; and an Al 2 O 3 etch stop layer disposed between the first silicon dioxide insulating layer and the first silicon layer; providing a second structure having: a second silicon layer; and a second silicon dioxide insulating layer over the second silicon layer; bonding the first silicon dioxide insulating layer to the second insulating layer; polishing an upper surface of the first silicon layer to reduce its thickness; growing a III-V layer on the upper surface of the thinned first silicon layer; forming a III-V device in the III-V layer, a strip conductor connected to the formed device, and conductive vias through both the III-V layer and the first silicon layer, wherein the conductive vias stop at the interface of the first silicon layer and the Al 2 O 3 etch stop layer; successively removing the second silicon layer, the second silicon dioxide insulating layer, and the first silicon dioxide insulating layer and the Al 2 O 3 etch stop layer to expose a bottom surface of the first silicon layer; and forming a ground plane conductor on the exposed bottom surface of the first silicon layer, the strip conductor and the ground plane conductor providing a microstrip transmission line. providing a first structure having: a first silicon layer; a first silicon dioxide insulating layer over the first silicon layer; and an Al 2 O 3 etch stop layer disposed between the first silicon dioxide insulating layer and the first silicon layer; providing a second structure having: a second silicon layer; and a second silicon dioxide insulating layer over the second silicon layer; a first silicon layer; a first silicon dioxide insulating layer over the first silicon layer; and an Al 2 O 3 etch stop layer disposed between the first silicon dioxide insulating layer and the first silicon layer; providing a second structure having: a second silicon layer; and a second silicon dioxide insulating layer over the second silicon layer; bonding the first silicon dioxide insulating layer to the second insulating layer; polishing an upper surface of the first silicon layer to reduce its thickness; growing a III-V layer on the upper surface of the thinned first silicon layer; forming a III-V device in the III-V layer, a strip conductor connected to the formed device, and conductive vias through both the III-V layer and the first silicon layer, wherein the conductive vias stop at the interface of the first silicon layer and the Al 2 O 3 etch stop layer; successively removing the second silicon layer, the second silicon dioxide insulating layer, and the first silicon dioxide insulating layer and the Al 2 O 3 etch stop layer to expose a bottom surface of the first silicon layer; and forming a ground plane conductor on the exposed bottom surface of the first silicon layer, the strip conductor and the ground plane conductor providing a microstrip transmission line.
Luggage shell for a luggage case, having a base wall and upstanding sidewalls and at least one corner region, the luggage shell comprising a thermoplastic material selected from a self-reinforcing thermoplastic resin of oriented pre-tensioned strands surrounded by a matrix of substantially similar thermoplastic material which is generally not oriented, the luggage shell having a nominal thickness of between about 1 mm and about 2.5 mm, wherein the luggage shell has a three dimensional stiffening pattern impressed into an outer main shell face of the base wall so that the base wall has a repeating pattern of convex and concave shapes molded thereinto, the overall thickness of the base wall being substantially consistent among the convex shapes, the concave shapes and the rest of the base wall.