mhurhangee/ep-ind-claims huggingface dataset:
Dispensing cartridge provided with a body and a control knob for the relative actuation, the body defining a side wall which delimits a cavity which houses a piston provided with a connecting stem to said control knob, the piston extending and moving along an axial direction (X-X), - the dispensing cartridge comprising a mechanism provided with an elastic return means acting on said piston, so as to allow the axial displacement of the piston from a closed position, in which the dispensing of water is inhibited, to a dispensing position in which the dispensing of water is allowed, - wherein said side wall is provided with at least one inlet opening adapted to be connected to a pressurized liquid and at least one outlet opening, said inlet and outlet openings being axially offset so as to be separated by an intermediate portion of the body, - wherein the piston comprises a sealing gasket which in said closed position is axially located between the inlet opening and the outlet opening at said intermediate portion, and in said dispensing position is at least partially beyond the intermediate portion so as to put in said inlet and outlet openings (52, 56) in fluid communication with each other characterised in that the piston comprises a variable cross section at an adjustment portion thereof which faces said inlet and outlet openings of the body, so as to vary a passage gap and the flow rate of water dispensed as a function of the rotation of the piston with respect to the body, around the axial direction (X-X), wherein said adjustment portion comprises a pair of recesses, symmetrical to each other, which identify a pair of axial shoulders equal to and opposite each other along the axial direction (X-X). - the dispensing cartridge comprising a mechanism provided with an elastic return means acting on said piston, so as to allow the axial displacement of the piston from a closed position, in which the dispensing of water is inhibited, to a dispensing position in which the dispensing of water is allowed, - wherein said side wall is provided with at least one inlet opening adapted to be connected to a pressurized liquid and at least one outlet opening, said inlet and outlet openings being axially offset so as to be separated by an intermediate portion of the body, - wherein the piston comprises a sealing gasket which in said closed position is axially located between the inlet opening and the outlet opening at said intermediate portion, and in said dispensing position is at least partially beyond the intermediate portion so as to put in said inlet and outlet openings (52, 56) in fluid communication with each other the piston comprises a variable cross section at an adjustment portion thereof which faces said inlet and outlet openings of the body, so as to vary a passage gap and the flow rate of water dispensed as a function of the rotation of the piston with respect to the body, around the axial direction (X-X), wherein said adjustment portion comprises a pair of recesses, symmetrical to each other, which identify a pair of axial shoulders equal to and opposite each other along the axial direction (X-X).
A system for illuminated medical infusion line authentication, comprising: (i) a side scattering fiber optic cable, comprising: a fiber funnel cap with a visible color at a proximal end and a metallic plate; a protective end cap at a distal end; (ii) an electronic illuminator, comprising: a cap color detection assembly for detecting the color of said fiber funnel cap; and a fiber detection assembly for detecting the presence of said side scattering fiber optic cable. (i) a side scattering fiber optic cable, comprising: a fiber funnel cap with a visible color at a proximal end and a metallic plate; a protective end cap at a distal end; a fiber funnel cap with a visible color at a proximal end and a metallic plate; a protective end cap at a distal end; (ii) an electronic illuminator, comprising: a cap color detection assembly for detecting the color of said fiber funnel cap; and a fiber detection assembly for detecting the presence of said side scattering fiber optic cable. a cap color detection assembly for detecting the color of said fiber funnel cap; and a fiber detection assembly for detecting the presence of said side scattering fiber optic cable.
A fiber stacking device comprising a rotating drum that has a collecting/stacking recess in an outer peripheral surface thereof, wherein the rotating drum forms a shaped product by stacking a shaped-product material by sucking the material by means of vacuum air with a bottom surface of the collecting/stacking recess, wherein: the rotating drum includes a drum body, and an air-permeable porous member that forms the bottom surface of the collecting/stacking recess; the porous member is sandwiched between an outer shaping member arranged so as to oppose the bottom surface of the collecting/stacking recess, and an inner shaping member arranged between the porous member and the drum body; both the shaping members are arranged so as to overlap the porous member; each of the shaping members (6, 7) has a recess-bottom-surface corresponding section (6A, 7A) that overlaps the bottom surface of the collecting/stacking recess in a planar view of the collecting/stacking recess; each the recess-bottom-surface corresponding section (6A, 7A) is constituted by a plurality of openings (65, 75) that penetrate the recess-bottom-surface corresponding section (6A, 7A) in the thickness direction, and an opening defining section (60, 70) that partitions and forms the openings (65, 75); and the opening defining section of the inner shaping member corresponds to the opening defining section of the outer shaping member, wherein the air permeability of the opening defining section (60,70) of each the shaping member (6,7) is lower than the air permeability of the bottom surface of the collecting/stacking recess. the rotating drum includes a drum body, and an air-permeable porous member that forms the bottom surface of the collecting/stacking recess; the porous member is sandwiched between an outer shaping member arranged so as to oppose the bottom surface of the collecting/stacking recess, and an inner shaping member arranged between the porous member and the drum body; both the shaping members are arranged so as to overlap the porous member; each of the shaping members (6, 7) has a recess-bottom-surface corresponding section (6A, 7A) that overlaps the bottom surface of the collecting/stacking recess in a planar view of the collecting/stacking recess; each the recess-bottom-surface corresponding section (6A, 7A) is constituted by a plurality of openings (65, 75) that penetrate the recess-bottom-surface corresponding section (6A, 7A) in the thickness direction, and an opening defining section (60, 70) that partitions and forms the openings (65, 75); and the opening defining section of the inner shaping member corresponds to the opening defining section of the outer shaping member, wherein the air permeability of the opening defining section (60,70) of each the shaping member (6,7) is lower than the air permeability of the bottom surface of the collecting/stacking recess.
A coin roll unit, comprising: a stacker that is configured to store a coin roll composed of a plurality of coins piled in a piling direction in a layered manner; a lift that is configured to transport the coin roll; and a picker that is configured to transfer the coin roll from the stacker to the lift, wherein the picker comprises an in-picker restriction member that is configured to restrict a position of the coin roll in the picker in the piling direction, the picker is configured such that the in-picker restriction member is attachable to the picker at any position in the picker in the piling direction, the stacker comprises an in-stacker restriction member that is configured to restrict a position of the coin roll in the stacker in the piling direction, the in-picker restriction member has an opposing surface facing the coin roll in the picker, the in-stacker restriction member has an opposing surface facing the coin roll in the stacker, and the opposing surface of the in-picker restriction member and the opposing surface of the in-stacker restriction member are configured to be located in a same plane and are configured to guide the coin roll in a direction orthogonal to the piling direction. a stacker that is configured to store a coin roll composed of a plurality of coins piled in a piling direction in a layered manner; a lift that is configured to transport the coin roll; and a picker that is configured to transfer the coin roll from the stacker to the lift, wherein the picker comprises an in-picker restriction member that is configured to restrict a position of the coin roll in the picker in the piling direction, the picker is configured such that the in-picker restriction member is attachable to the picker at any position in the picker in the piling direction, the stacker comprises an in-stacker restriction member that is configured to restrict a position of the coin roll in the stacker in the piling direction, the in-picker restriction member has an opposing surface facing the coin roll in the picker, the in-stacker restriction member has an opposing surface facing the coin roll in the stacker, and the opposing surface of the in-picker restriction member and the opposing surface of the in-stacker restriction member are configured to be located in a same plane and are configured to guide the coin roll in a direction orthogonal to the piling direction.
An optical measurement method for determining the spatial distribution or the location of re-emitting sources on a sample, the sample including at least one re-emitting source, said at least one re-emitting source re-emitting light as a function of the light projected onto the sample, in accordance with a determined law, by a first light source comprising a first laser, and the re-emitting source being able to be depleted or activated by the action of a second light source, comprising a second laser, the method including: the use of the two lasers,, the wavelength of one of the lasers being tuned to the wavelength of excitation of said at least one re-emitting source and the wavelength of the second laser being tuned to the wavelength of depletion or activation of said at least one re-emitting source; the achievement for each laser, using a polarization sub-module, of a controlled polarization state, the combination of the two lasers using a white laser in a common fiber output; the projection onto the sample, by means of an achromatic optical projection apparatus performed by a conical diffraction or an assembly of uniaxial crystals, for each laser of a compact light distribution, propagating along the same optical path for the set of the lasers; the detection of the re-emitted light by said at least one re-emitting source of the sample; the generation of at least one image from the detected light; and the direct detection or the algorithmic analysis of the images to obtain information on the spatial distribution or location of said at least one re-emitting source including the control of the lasers to conjointly create a sequence of excitation distributions of different topologies and a sequence of depletion or activation distributions of different topologies, the two sequences being synchronized and adapted to each other. the use of the two lasers,, the wavelength of one of the lasers being tuned to the wavelength of excitation of said at least one re-emitting source and the wavelength of the second laser being tuned to the wavelength of depletion or activation of said at least one re-emitting source; the achievement for each laser, using a polarization sub-module, of a controlled polarization state, the combination of the two lasers using a white laser in a common fiber output; the projection onto the sample, by means of an achromatic optical projection apparatus performed by a conical diffraction or an assembly of uniaxial crystals, for each laser of a compact light distribution, propagating along the same optical path for the set of the lasers; the detection of the re-emitted light by said at least one re-emitting source of the sample; the generation of at least one image from the detected light; and the direct detection or the algorithmic analysis of the images to obtain information on the spatial distribution or location of said at least one re-emitting source including the control of the lasers to conjointly create a sequence of excitation distributions of different topologies and a sequence of depletion or activation distributions of different topologies, the two sequences being synchronized and adapted to each other.
A method of lysing a single cell present in a tissue, the method comprising: a) identifying a cell from a tissue; b) contacting a detergent-containing lysis buffer with the intracellular space of the identified cell; c) allowing the lysis buffer to spread within the intracellular space of the identified cell for a period of time, wherein the cell is lysed from the inside of the cell; and d) collecting the lysate, wherein the lysate comprises cellular components. a) identifying a cell from a tissue; b) contacting a detergent-containing lysis buffer with the intracellular space of the identified cell; c) allowing the lysis buffer to spread within the intracellular space of the identified cell for a period of time, wherein the cell is lysed from the inside of the cell; and d) collecting the lysate, wherein the lysate comprises cellular components.
Process for the production of a printed ribbon, comprising the steps of: - subjecting a ribbon made of synthetic fabric of the discontinuous fibre type to a first sanforization treatment in which said ribbon is compacted at a temperature above 160°C, - subjecting said ribbon to sublimation printing, and characterised in that it further comprises the step of: - subjecting said printed ribbon to a second sanforization treatment in which said ribbon is compacted at a temperature below 130°C. - subjecting a ribbon made of synthetic fabric of the discontinuous fibre type to a first sanforization treatment in which said ribbon is compacted at a temperature above 160°C, - subjecting said ribbon to sublimation printing, and - subjecting said printed ribbon to a second sanforization treatment in which said ribbon is compacted at a temperature below 130°C.
Assembly for feeding mixed batches of primary products to a packaging machine comprising at least one handling unit, or robot, for handling primary products, at least two distinct picking points (18, 21) for picking primary products and a continuous inlet conveyor towards a packaging machine, said at least one handling unit being operatively associated with at least one of said primary products picking points (18, 21) and operatively associated with said inlet conveyor, wherein said at least one handling unit is equipped with a gripping head comprising a gripper for gripping multiples of primary products arranged in a row, for picking a row of primary products and for positioning at least a part of said row of primary products in tracking on said inlet conveyor by positioning them at approximately the same speed as the underlying conveyor, characterized in that said inlet conveyor is provided with a plurality of channels for transporting primary products on separate rows and with a mechanical selection device at the outlet end for the formation of batches of primary products and wherein at least one of said channels of the inlet conveyor is not operatively associated with said at least one handling unit and is connected to a portionable channeling system for feeding with a continuous flow of primary products, in parallel to the feeding on the remaining channels through said at least one handling unit.
Flowrate stabilising monoblock cartridge for hydraulic valves comprising a body with a fluid inlet section, an intermediate section, and a fluid outlet section, wherein: - in the inlet section first openings are obtained for the entry of the fluid into the cartridge, - in the intermediate section a first shutter is provided that reduces the flow of fluid coming from the first openings, is mounted on a diaphragm and is forcibly opened by a calibrated spring, - in the outlet section a second shutter is provided and that is adapted to be controlled by an actuating device that adjusts the fluid flowrate at passage openings within a preset range, - the first shutter has an inner passage that links the first openings to the passage openings and to a first face of the diaphragm, the fluid pressure acting on the first face of the diaphragm being reduced with respect to the pressure entering the cartridge by the reduction action of the first shutter, - the body of the cartridge has second openings to convey the fluid pressure signal downstream of the cartridge to the second face of the diaphragm, - the pressure difference between the first and the second face of the diaphragm determining the movement of the first shutter; - third pre-adjustable openings are provided in the outlet section for adjusting the fluid flowrate at the outlet of the cartridge, characterized in that the first openings are arranged along an annular wall of the inlet section, the second openings are obtained along another annular wall of the inlet section, and the third pre-adjustable openings comprise an inner ring nut provided with a series of notches of progressively greater dimensions in an annular direction and an outer wall of the outlet section is provided with a series of windows arranged annularly in succession, of the same dimensions, arranged at the notches, the rotational movement of the ring nut with respect to the windows determining the variation in the outlet flow passage area. - in the inlet section first openings are obtained for the entry of the fluid into the cartridge, - in the intermediate section a first shutter is provided that reduces the flow of fluid coming from the first openings, is mounted on a diaphragm and is forcibly opened by a calibrated spring, - in the outlet section a second shutter is provided and that is adapted to be controlled by an actuating device that adjusts the fluid flowrate at passage openings within a preset range, - the first shutter has an inner passage that links the first openings to the passage openings and to a first face of the diaphragm, the fluid pressure acting on the first face of the diaphragm being reduced with respect to the pressure entering the cartridge by the reduction action of the first shutter, - the body of the cartridge has second openings to convey the fluid pressure signal downstream of the cartridge to the second face of the diaphragm, - the pressure difference between the first and the second face of the diaphragm determining the movement of the first shutter; - third pre-adjustable openings are provided in the outlet section for adjusting the fluid flowrate at the outlet of the cartridge,
An electronic brake system comprising: a reservoir in which the pressurized medium is stored; a hydraulic pressure supply device provided to generate a hydraulic pressure by moving a hydraulic piston forward or backward and having a first pressure chamber provided on a front side of the hydraulic piston and a second pressure chamber provided on a rear side of the hydraulic piston; a hydraulic control unit provided to control a flow of the hydraulic pressure to be transmitted from the hydraulic pressure supply device to a wheel cylinder; a longitudinal acceleration sensor provided to detect a longitudinal acceleration of a vehicle; and a controller provided to control the hydraulic pressure supply device and the hydraulic control unit, characterized in that the controller determines the hydraulic pressure generated by the hydraulic pressure supply device based on the longitudinal acceleration of the vehicle, determines a braking mode based on the determined hydraulic pressure, and performs the determined braking mode. a reservoir in which the pressurized medium is stored; a hydraulic pressure supply device provided to generate a hydraulic pressure by moving a hydraulic piston forward or backward and having a first pressure chamber provided on a front side of the hydraulic piston and a second pressure chamber provided on a rear side of the hydraulic piston; a hydraulic control unit provided to control a flow of the hydraulic pressure to be transmitted from the hydraulic pressure supply device to a wheel cylinder; a longitudinal acceleration sensor provided to detect a longitudinal acceleration of a vehicle; and a controller provided to control the hydraulic pressure supply device and the hydraulic control unit, characterized in that the controller determines the hydraulic pressure generated by the hydraulic pressure supply device based on the longitudinal acceleration of the vehicle, determines a braking mode based on the determined hydraulic pressure, and performs the determined braking mode.
A ceramic-coated heater for the combined use in water and air, in which a conductor has a ceramic coating layer formed on the outer surface thereof, the ceramic coating layer being formed from a ceramic coating composition, characterized in that the ceramic coating composition comprises: 65 to 80 % by weight of a binder consisting of a silane compound and a silica sol; 18 to 30 % by weight of a ceramic powder obtained by mixing a high thermal conductive ceramic and a far infrared ray-radiating ceramic; 1 to 3 % by weight of an acrylic corrosion resistant wax; and 1 to 2 % by weight of a pigment. 65 to 80 % by weight of a binder consisting of a silane compound and a silica sol; 18 to 30 % by weight of a ceramic powder obtained by mixing a high thermal conductive ceramic and a far infrared ray-radiating ceramic; 1 to 3 % by weight of an acrylic corrosion resistant wax; and 1 to 2 % by weight of a pigment.
An array substrate, comprising: a substrate including a pixel region; a gate line on the substrate; a gate electrode on the substrate and connected to the gate line; a gate insulating layer on the gate line and the gate electrode; a data line on the gate insulating layer and crossing the gate line to define the pixel region; a source electrode and a drain electrode on the gate insulating layer and corresponding to the gate electrode, the source electrode connected to the data line and the drain electrode spaced apart from the source electrode, each of the source electrode and the drain electrode including a first layer (133a, 136a) and a second layer (133b, 136b) on the first layer (133a, 136a), wherein the first layer (133a, 136a) contacts the gate insulating layer and the second layer (133b, 136b) includes one of copper and copper alloy, wherein an oxide semiconductor layer is formed on top of the source and drain electrodes, characterized in that the first layer (133a, 136a) includes one of molybdenum and molybdenum-titanium alloy, and a first adhesion layer is formed on the second layer (133b, 136b) and contacts the oxide semiconductor layer, the first adhesion layer including copper-nitride. a substrate including a pixel region; a gate line on the substrate; a gate electrode on the substrate and connected to the gate line; a gate insulating layer on the gate line and the gate electrode; a data line on the gate insulating layer and crossing the gate line to define the pixel region; a source electrode and a drain electrode on the gate insulating layer and corresponding to the gate electrode, the source electrode connected to the data line and the drain electrode spaced apart from the source electrode, each of the source electrode and the drain electrode including a first layer (133a, 136a) and a second layer (133b, 136b) on the first layer (133a, 136a), wherein the first layer (133a, 136a) contacts the gate insulating layer and the second layer (133b, 136b) includes one of copper and copper alloy, wherein an oxide semiconductor layer is formed on top of the source and drain electrodes, characterized in that the first layer (133a, 136a) includes one of molybdenum and molybdenum-titanium alloy, and a first adhesion layer is formed on the second layer (133b, 136b) and contacts the oxide semiconductor layer, the first adhesion layer including copper-nitride.