mhurhangee/ep-ind-claims huggingface dataset:
A method of adjusting the pH and nickel content of a nickel plating solution, the method comprising the steps of: a) diverting a portion of the nickel plating solution from a nickel plating bath to an electrolytic cell, said electrolytic cell comprising a cooled cathode and a plurality of nickel anodes capable of creating hydrogen gas on the cooled cathode when current is applied; b) applying current to the nickel anode and the cooled cathode for a period of time to increase the pH of the nickel plating solution in the electrolytic cell, wherein the electrolytic cell replenishes nickel by dissolution of the nickel anode; and c) returning the nickel plating solution in the electrolytic cell to the nickel plating bath, wherein the cathode is cooled by circulating chilled water inside the cathode, the cathode is maintained at a temperature of less than 38°C (100°F), and a current density of greater than 1615 A/m 2 (150 asf) is applied to the cathode. a) diverting a portion of the nickel plating solution from a nickel plating bath to an electrolytic cell, said electrolytic cell comprising a cooled cathode and a plurality of nickel anodes capable of creating hydrogen gas on the cooled cathode when current is applied; b) applying current to the nickel anode and the cooled cathode for a period of time to increase the pH of the nickel plating solution in the electrolytic cell, wherein the electrolytic cell replenishes nickel by dissolution of the nickel anode; and c) returning the nickel plating solution in the electrolytic cell to the nickel plating bath,
Apparatus for detecting nonlinear electronic components or circuits (2.1) of a target having a transition detector with at least one transmitter (1.1) and at least one receiver (1.2), which apparatus uses at least one antenna to emit a signal at a frequency (f 1), which signal is coupled into the nonlinear circuit (2.1) or into the nonlinear electronic component and converted into signals at the multiple (f 2, f 3) of the received frequency (f 1), radiated to the receiver and received by the at least one antenna, wherein, according to the emitted frequency (f 1), only 2nd and 3rd harmonic signals are received and evaluated in the reception range of the receiver (1.2), characterized in that the transition detector incorporates electronics by means of which the frequency (f 1) of a narrowband signal is varied within a prescribable bandwidth between 10-1000 MHz, so that a minimum value is reached for the sum of the attenuation and coupling losses in the case of an optimum, coupled-in signal, at which sum the two harmonics are reflected again most strongly.
Method for managing a graphical user interface displayed on the touchscreen of a device that can be accessed by several users, said interface being arranged to comprise graphical application components (26, 40, 40'), a graphical application component displaying an associated application function, the method comprising the steps of: - tracing, on the interface, a graphic form (31, 31'), - creating a graphical component (30, 30'), the form, the location, the orientation and the dimensions of which are determined from said graphical form (31, 31'), - associating an application function with said created graphical component to assign the graphical component to the display of said application function in an application window (40, 40'), characterized in that it further comprises a step of determination of a reading direction of the created graphical component, said reading direction being dependent on a location of a user around the screen, such that certain application functions are authorized or prohibited as a function of the location of the user, said location being determined relative to a side of the screen, and so as to display, in the graphical component, data of the associated application function according to said determined reading direction. - tracing, on the interface, a graphic form (31, 31'), - creating a graphical component (30, 30'), the form, the location, the orientation and the dimensions of which are determined from said graphical form (31, 31'), - associating an application function with said created graphical component to assign the graphical component to the display of said application function in an application window (40, 40'),
An air filter which is intended for an air conditioning system, comprising a disc type filter element (2; 20) and a power unit, preferably an electric motor, which is connected to the filter element for rotating the same, wherein said filter element is arranged to be connectable with a ventilation duct in such a way that the filter element is placed outside an aperture of the ventilation duct at a first distance (s) therefrom and concentrically with the ventilation duct, wherein said ventilation duct being supplied by way of the aperture with air cleaned by the air filter, characterized in that the air filter further comprises a ring type collar, which is arranged to be outside the aperture of the ventilation duct at a second distance (k) therefrom concentrically with the ventilation duct, wherein the first distance (s) is larger than the second distance (k), whereby the filter element is disposed inside a space defined by the collar.
A system for automatically optimizing event timing in the operation of an I.S. machine, comprising: a cyclic timing adjustment system which automatically transforms desired process durations from a controller into machine timing signals which are applied to the I.S. machine by imposing constraints to maintain a predetermined cyclic order, and to avoid mechanical interference or collisions; wherein the system further comprises a glass container measurement system that provides container measurement information indicative of certain characteristics of hot glass containers manufactured by the I.S. machine, wherein the controller uses the container measurement information to produce the desired process durations used to operate the I.S. machine to produce glass containers having desired characteristics; characterised in that the imposed constraints maintain a predetermined total or common cycle period and in that the certain characteristics of hot glass containers comprise at least one of the group consisting of the temperature of the hot glass containers, the outline of the glass containers, the center line of the glass containers, the lean of the glass containers, the horizontal distribution of glass in the glass containers, the vertical distribution of glass in the glass containers, and the diameter of the glass containers. a cyclic timing adjustment system which automatically transforms desired process durations from a controller into machine timing signals which are applied to the I.S. machine by imposing constraints to maintain a predetermined cyclic order, and to avoid mechanical interference or collisions; wherein the system further comprises a glass container measurement system that provides container measurement information indicative of certain characteristics of hot glass containers manufactured by the I.S. machine, wherein the controller uses the container measurement information to produce the desired process durations used to operate the I.S. machine to produce glass containers having desired characteristics; characterised in that the imposed constraints maintain a predetermined total or common cycle period and in that the certain characteristics of hot glass containers comprise at least one of the group consisting of the temperature of the hot glass containers, the outline of the glass containers, the center line of the glass containers, the lean of the glass containers, the horizontal distribution of glass in the glass containers, the vertical distribution of glass in the glass containers, and the diameter of the glass containers.
A sheath assembly for the insertion of a medical device (130; 230) into a blood vessel, the sheath assembly comprising: an introducer sheath (120; 220); and a variable size repositioning sheath (110; 210; 410) configured to be inserted into a blood vessel and to be adjustable in size in a radial direction, characterized in that the variable size repositioning sheath (110; 210; 410) further comprises a ratchet-type inner repositioning sheath component, and the variable size repositioning sheath (110; 210; 410) is configured to be adjustable in size in a radial direction using the ratchet-type inner repositioning sheath component. an introducer sheath (120; 220); and a variable size repositioning sheath (110; 210; 410) configured to be inserted into a blood vessel and to be adjustable in size in a radial direction, characterized in that the variable size repositioning sheath (110; 210; 410) further comprises a ratchet-type inner repositioning sheath component, and the variable size repositioning sheath (110; 210; 410) is configured to be adjustable in size in a radial direction using the ratchet-type inner repositioning sheath component.
An X-ray input apparatus comprising: a body configured to be accommodated in a holder of an X-ray imaging apparatus; a touch sensor disposed on an outer circumferential surface of the body, the touch sensor configured to sense a touch and a radiation button disposed on a top of the body, the radiation button configured to receive a control command from an operator; characterized in that an input controller is configured to perform calibration control while the body is accommodated in the holder, thereby deciding a capacitance threshold value of the touch sensor. a body configured to be accommodated in a holder of an X-ray imaging apparatus; a touch sensor disposed on an outer circumferential surface of the body, the touch sensor configured to sense a touch and a radiation button disposed on a top of the body, the radiation button configured to receive a control command from an operator; characterized in that an input controller is configured to perform calibration control while the body is accommodated in the holder, thereby deciding a capacitance threshold value of the touch sensor.
A combination of a pyrimidine derivative selected from the group of uridine, deoxyuridine, cytidine, deoxycytidine, UMP, UDP, UTP, CMP, CDP, CTP dUMP, dUDP, dUTP, dCMP, dCDP and dCTP, wherein optionally one or more hydroxyl moieties of the (deoxy)ribose of said pyrimidine derivative is acylated and a polyunsaturated fatty acid having 18-24 carbon atoms for use in the prevention or treatment of constipation, wherein the constipation is associated to Parkinson's Disease.
A compound for use in the treatment of neuropathic pain in a spinal cord injured individual in need thereof, wherein said compound is 2-(2-oxo-4-propylpyrrolidin-1-yl)butanamide, wherein the neuropathic pain is generated by spinal cord tissue caudal to the level of the spinal cord injury, and wherein the neuropathic pain is perceived by said individual to be below the neurological level of the spinal cord injury.
An airfoil comprising: an airfoil section (66; 166) having an airfoil wall defining a leading end, a trailing end, and first and second sides (68c, 68d) joining the leading end and the trailing end, the first and second sides (68c, 68d) spanning in a longitudinal direction between first and second ends (68e, 68f), the airfoil wall circumscribing an internal core cavity configured to receive cooling air during operation; a first cooling passage network embedded in the first side of the airfoil wall between inner and outer portions (76, 78) of the first side of airfoil wall, the first cooling passage network defining a passage forward edge and a passage aft edge, the first side of the airfoil wall having a portion that tapers in thickness at the passage aft edge; and a second cooling passage network embedded in the second side of the airfoil wall between inner and outer portions (82, 84) of the second side of airfoil wall, the inner portion of the second side of the airfoil wall including a protrusion located across the internal core cavity from the portion of the first side that tapers in thickness, wherein the airfoil section includes a rib partitioning the internal core cavity into a forward cavity and a trailing cavity, and the protrusion is in the trailing cavity, wherein the trailing cavity constantly converges toward the trailing end of the airfoil section, wherein the protrusion has an apex, a forward side, and an aft side, characterised in that the forward side is steeper than the aft side. an airfoil section (66; 166) having an airfoil wall defining a leading end, a trailing end, and first and second sides (68c, 68d) joining the leading end and the trailing end, the first and second sides (68c, 68d) spanning in a longitudinal direction between first and second ends (68e, 68f), the airfoil wall circumscribing an internal core cavity configured to receive cooling air during operation; a first cooling passage network embedded in the first side of the airfoil wall between inner and outer portions (76, 78) of the first side of airfoil wall, the first cooling passage network defining a passage forward edge and a passage aft edge, the first side of the airfoil wall having a portion that tapers in thickness at the passage aft edge; and a second cooling passage network embedded in the second side of the airfoil wall between inner and outer portions (82, 84) of the second side of airfoil wall, the inner portion of the second side of the airfoil wall including a protrusion located across the internal core cavity from the portion of the first side that tapers in thickness, wherein the airfoil section includes a rib partitioning the internal core cavity into a forward cavity and a trailing cavity, and the protrusion is in the trailing cavity, wherein the trailing cavity constantly converges toward the trailing end of the airfoil section, wherein the protrusion has an apex, a forward side, and an aft side, characterised in that the forward side is steeper than the aft side.
A heat exchanger, comprising: a first header; a second header; a first tank comprising an inlet and an outlet, adapted to be coupled to the first header; a second tank opposite to the first tank, adapted to be coupled to the second header; a plurality of heat exchange tubes deployed in parallel to each other between the first header and the second header,, wherein the adjacent tubes of the plurality of heat exchange tubes providing a fluidal communication between the first tank and the second tank form a first set of tubes, at least one second tube having substantially rectangular cross section, disposed between the first header and the second header, wherein the second tube is in fluidic communication with the first set of tubes through the second tank; and at least one intermediate tube, disposed between the first header and the second header, configured to block the fluid communication between the first tank and the second tank, wherein the at least one intermediate tube is located between the at least one second tube and the first set of tubes characterized in that the first tank comprises a pair of baffles configured to receive one end of an intermediate tube to fluidly isolate the first tank and the second tank, the pair of baffles acting as barrier to restrict direct fluid flow from the inlet to the outlet in the first tank. a first header; a second header; a first tank comprising an inlet and an outlet, adapted to be coupled to the first header; a second tank opposite to the first tank, adapted to be coupled to the second header; a plurality of heat exchange tubes deployed in parallel to each other between the first header and the second header,, wherein the adjacent tubes of the plurality of heat exchange tubes providing a fluidal communication between the first tank and the second tank form a first set of tubes, at least one second tube having substantially rectangular cross section, disposed between the first header and the second header, wherein the second tube is in fluidic communication with the first set of tubes through the second tank; and at least one intermediate tube, disposed between the first header and the second header, configured to block the fluid communication between the first tank and the second tank, wherein the at least one intermediate tube is located between the at least one second tube and the first set of tubes characterized in that the first tank comprises a pair of baffles configured to receive one end of an intermediate tube to fluidly isolate the first tank and the second tank, the pair of baffles acting as barrier to restrict direct fluid flow from the inlet to the outlet in the first tank.
A packaging comprising a container and a lid, both of which are made of a material which is suitable for injection moulding, which lid can be sealed to the container, and wherein the lid comprises an elevated area for abutment on the upper edge of the container, and where at least a portion of the lid is made with a sealing zone for joining with the container, and where at least a portion of the container is made with a sealing zone for joining with the lid, said sealing zone (7, 8) of said lid and/or said container being added with an active material which, upon influence during joining, changes the material in the sealing zone (7, 8) to the effect that the sealing becomes weaker than the surrounding material, characterised in that the container and the lid are made of a crystalline plastics material and in that the active material is added to the moulding material of the sealing zone (7, 8) of said lid and/or said container prior to the moulding process such that the active material is deposited in the peripheral areas of the crystalline grains formed when the crystalline plastics material used for manufacturing the packaging solidifies during/following the moulding process.
A method of preparing a translucent oil-in-water (O/W) nano-emulsion cosmetic composition, comprising: 1) mixing water with a polyol; 2) mixing one or more oils selected from the group consisting of silicone oil, ester-based oil and hydrocarbon-based oil with a polyglyceryl-based emulsifier, wherein the polyglyceryl-based emulsifier is polyglyceryl 10-stearate; and 3) mixing the mixture of 1) with the mixture of 2), and then high-pressure emulsifying the resulting mixture, wherein the oil is contained at 5 to 30 wt% based on the total weight of the composition; and wherein the high-pressure emulsification is performed two times or more. 1) mixing water with a polyol; 2) mixing one or more oils selected from the group consisting of silicone oil, ester-based oil and hydrocarbon-based oil with a polyglyceryl-based emulsifier, wherein the polyglyceryl-based emulsifier is polyglyceryl 10-stearate; and 3) mixing the mixture of 1) with the mixture of 2), and then high-pressure emulsifying the resulting mixture, wherein the oil is contained at 5 to 30 wt% based on the total weight of the composition; and wherein the high-pressure emulsification is performed two times or more.
An image sensor, comprising a substrate and at least one pixel unit, wherein the pixel unit comprises: a photodetector arranged in the substrate, a photosensitive surface of the photodetector facing a back surface of the substrate to generate a charge upon receiving an incident light from the back surface of the substrate; a spherical crown structure arranged on the substrate and located on an opposite surface of the photosensitive surface, wherein the spherical crown structure is a structure with a curvature radius of R and the spherical crown structure and the substrate are of the same material; a conformal dielectric layer arranged on the spherical crown structure and used to generate a dielectric-layer reflective light when the incident light reaches the conformal dielectric layer; and a reflective layer arranged on the conformal dielectric layer and used to generate a reflective-layer reflective light when the incident light reaches the reflective layer; wherein the conformal dielectric layer has a preset thickness satisfying an optical resonance condition of the incident light, and the optical resonance condition is: a phase θ of the dielectric-layer reflective light and a phase φ of the reflective-layer reflective light satisfy the formula of: 2 θ + φ = 2 π N; wherein N denotes a natural number. a photodetector arranged in the substrate, a photosensitive surface of the photodetector facing a back surface of the substrate to generate a charge upon receiving an incident light from the back surface of the substrate; a spherical crown structure arranged on the substrate and located on an opposite surface of the photosensitive surface, wherein the spherical crown structure is a structure with a curvature radius of R and the spherical crown structure and the substrate are of the same material; a conformal dielectric layer arranged on the spherical crown structure and used to generate a dielectric-layer reflective light when the incident light reaches the conformal dielectric layer; and a reflective layer arranged on the conformal dielectric layer and used to generate a reflective-layer reflective light when the incident light reaches the reflective layer; wherein the conformal dielectric layer has a preset thickness satisfying an optical resonance condition of the incident light, and the optical resonance condition is: a phase θ of the dielectric-layer reflective light and a phase φ of the reflective-layer reflective light satisfy the formula of: 2 θ + φ = 2 π N; wherein N denotes a natural number. a phase θ of the dielectric-layer reflective light and a phase φ of the reflective-layer reflective light satisfy the formula of: 2 θ + φ = 2 π N; wherein N denotes a natural number.
An article of footwear, comprising: an upper and a sole; the sole comprising an inner portion and an outer portion; the outer portion including a plurality of cleat members that are integrally formed with the sole; the inner portion including a plurality of cushioning members that are integrally formed with the sole; and wherein the plurality of cleat members and the plurality of cushioning members are made of a substantially similar material, characterized in that the inner portion of the sole includes a raised portion that has a shape that corresponds to a lower contour of a toe, wherein cushioning members are provided on the raised portion of the sole, the cushioning members being configured to further deform and fit comfortably against the lower contour of the toe. an upper and a sole; the sole comprising an inner portion and an outer portion; the outer portion including a plurality of cleat members that are integrally formed with the sole; the inner portion including a plurality of cushioning members that are integrally formed with the sole; and wherein the plurality of cleat members and the plurality of cushioning members are made of a substantially similar material, characterized in that the inner portion of the sole includes a raised portion that has a shape that corresponds to a lower contour of a toe, wherein cushioning members are provided on the raised portion of the sole, the cushioning members being configured to further deform and fit comfortably against the lower contour of the toe.