mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic method for cleaning and/or regenerating at least one microfluidic sensor comprising at least one glass microchannel forming a microfluidic circuit and at least two electrodes, one of them being a working electrode in gold, comprising at least the following steps: - a step N) to clean the microfluidic circuit, comprising the following four sub-steps: N1: a sub-step to clean the microfluidic circuit, comprising the injection and circulation of a fluid sample in the microchannel; N2: a sub-step to clean at least the gold electrode, sub-step N2 comprising the use of sulfuric acid in the microchannel to clean at least the electrode by cyclic voltammetry, and comprising measurement of the active surface of the electrode to verify that it still remains equal to a target value in particular +/- 10 %; N3: a sub-step to deposit gold on the working electrode via electrochemical route; and/or N4: a control sub-step by measuring a control solution; and - a step to clean the microfluidic circuit, comprising at least the circulation of a nitric acid solution in the microchannel. - a step N) to clean the microfluidic circuit, comprising the following four sub-steps: N1: a sub-step to clean the microfluidic circuit, comprising the injection and circulation of a fluid sample in the microchannel; N2: a sub-step to clean at least the gold electrode, sub-step N2 comprising the use of sulfuric acid in the microchannel to clean at least the electrode by cyclic voltammetry, and comprising measurement of the active surface of the electrode to verify that it still remains equal to a target value in particular +/- 10 %; N3: a sub-step to deposit gold on the working electrode via electrochemical route; and/or N4: a control sub-step by measuring a control solution; and N1: a sub-step to clean the microfluidic circuit, comprising the injection and circulation of a fluid sample in the microchannel; N2: a sub-step to clean at least the gold electrode, sub-step N2 comprising the use of sulfuric acid in the microchannel to clean at least the electrode by cyclic voltammetry, and comprising measurement of the active surface of the electrode to verify that it still remains equal to a target value in particular +/- 10 %; N3: a sub-step to deposit gold on the working electrode via electrochemical route; and/or N4: a control sub-step by measuring a control solution; and - a step to clean the microfluidic circuit, comprising at least the circulation of a nitric acid solution in the microchannel.
A base unit for an industrial robot assembly, comprising: a first base that includes a first base frame including a first bottom portion configured to be provided on a floor surface and a second base frame including a first upper end portion configured to support a robot main body wherein each of the first bottom portion and the first upper end portion is constituted by a frame surface that is parallel to the floor surface; a second base that includes a second upper end portion on which a plurality of works can be placed for being processed by the robot main body, a second bottom portion configured to be provided on the floor surface, and a work table provided at the second upper end portion and including an opening portion in which the robot main body can be disposed; and a coupling frame that couples the first bottom portion and the second bottom portion to each other, characterized in that each of the first base frame and the second base frame has a three-dimensional framework structure comprising a plurality of shaft members (411x, 412x) extending in a x-axis direction, a plurality of shaft members (411y, 412y) extending in a y-axis direction, and a plurality of shaft members (411z, 412z) extending in a z-axis direction, wherein the shaft members (412x, 412y, 412z) that constitute the second base frame each have a shaft length shorter than the shaft members (411x, 411y, 411z) that constitute the first base frame, and wherein the second base frame is provided at an upper center of the first base frame. a first base that includes a first base frame including a first bottom portion configured to be provided on a floor surface and a second base frame including a first upper end portion configured to support a robot main body wherein each of the first bottom portion and the first upper end portion is constituted by a frame surface that is parallel to the floor surface; a second base that includes a second upper end portion on which a plurality of works can be placed for being processed by the robot main body, a second bottom portion configured to be provided on the floor surface, and a work table provided at the second upper end portion and including an opening portion in which the robot main body can be disposed; and a coupling frame that couples the first bottom portion and the second bottom portion to each other, characterized in that each of the first base frame and the second base frame has a three-dimensional framework structure comprising a plurality of shaft members (411x, 412x) extending in a x-axis direction, a plurality of shaft members (411y, 412y) extending in a y-axis direction, and a plurality of shaft members (411z, 412z) extending in a z-axis direction, wherein the shaft members (412x, 412y, 412z) that constitute the second base frame each have a shaft length shorter than the shaft members (411x, 411y, 411z) that constitute the first base frame, and wherein the second base frame is provided at an upper center of the first base frame.
A food-grade flake having a porosity of between 50% and 90%, a mean wall thickness of between 30 and 90 microns, a thickness of between 0.5 and 2 mm, a length of between 2 and 8 mm, a liquid absorption index of between 100 and 600 g liquid/100 g of flakes, wherein the flake is based on carbohydrate material.
Use of the Geranylgeranyl-2-propanol compound having the following formula I: for the cosmetic and non therapeutical treatment of aging of the skin and its appendages.
A humanized antibody or antigen binding fragment thereof that is capable of specific binding to Kidney associated antigen 1 (KAAG1) and having a heavy chain variable region comprising the CDRH1 amino acid sequence set forth in SEQ ID NO.:5, the CDRH2 amino acid sequence set forth in SEQ ID NO.:6 and the CDRH3 amino acid sequence set forth in SEQ ID NO.:7 and a light chain variable region comprising the CDRL1 amino acid sequence set forth in SEQ ID NO.:8, the CDRL2 amino acid sequence set forth in SEQ ID NO.:9 and the CDRL3 amino acid sequence set forth in SEQ ID NO.:10, wherein the antibody or antigen binding fragment thereof comprises human framework regions and optionally one or more back-mutations in the light chain variable region and/or heavy chain variable region, wherein the one or more back-mutations are in the framework region and correspond to framework amino acids found in the amino acid sequence of the heavy chain variable region set forth in SEQ ID NO.:2 and/or in the amino acid sequence of the light chain variable region set forth in SEQ ID NO.:4 of the parent mouse antibody.
A compressor for a gas turbine engine, the compressor comprising: a flow passage shroud; a flow passage hub; main blades coupled to the flow passage hub; a plurality of splitter blades, coupled to the flow passage hub and disposed adjacent the flow passage shroud, wherein the splitter blade includes a leading edge, a trailing edge, and a chord length; and wherein a clearance between the splitter blade and the flow passage shroud is variable along the chord length of the splitter blade; characterized in that the clearance at the leading edge is between 10% and 100% of a first span between the flow passage hub and the flow passage shroud at the leading edge; and that the clearance at the trailing edge is less than 1.5% of a second span between the flow passage hub and the flow passage shroud at the trailing edge. a flow passage shroud; a flow passage hub; main blades coupled to the flow passage hub; a plurality of splitter blades, coupled to the flow passage hub and disposed adjacent the flow passage shroud, wherein the splitter blade includes a leading edge, a trailing edge, and a chord length; and wherein a clearance between the splitter blade and the flow passage shroud is variable along the chord length of the splitter blade; characterized in that the clearance at the leading edge is between 10% and 100% of a first span between the flow passage hub and the flow passage shroud at the leading edge; and that the clearance at the trailing edge is less than 1.5% of a second span between the flow passage hub and the flow passage shroud at the trailing edge.
A household appliance comprising at least one accessory the household appliance controlled by means of a virtual interface reflected on a surface, comprising - at least one projector for reflecting on a surface one or more images representative of one or more control interfaces enabling controlling one or more appliances, - at least one sensor configured to enable detection of the image or the images reflected at least by the projector, the motions which may be performed on said images, and the objects present on the surface on which said image is reflected, and - at least one control unit configured to form an image to be reflected by the projector, to receive data from the sensor, to process said received data, and to control said projector and one or more appliances according to said processed data, characterized by - the control unit configured to detect at least one of the physical features shape, size, color, pattern or texture, to identify by processing the image provided by the sensor, the characteristic physical features of said accessory, and to determine to which user said accessory belongs to, thereby identifying the user presently controlling the household appliance - the control unit configured to save the preferences of each user in a memory unit, and to configure the projector to reflect a related interface upon identifying an accessory paired with a user. - at least one projector for reflecting on a surface one or more images representative of one or more control interfaces enabling controlling one or more appliances, - at least one sensor configured to enable detection of the image or the images reflected at least by the projector, the motions which may be performed on said images, and the objects present on the surface on which said image is reflected, and - at least one control unit configured to form an image to be reflected by the projector, to receive data from the sensor, to process said received data, and to control said projector and one or more appliances according to said processed data, characterized by - the control unit configured to detect at least one of the physical features shape, size, color, pattern or texture, to identify by processing the image provided by the sensor, the characteristic physical features of said accessory, and to determine to which user said accessory belongs to, thereby identifying the user presently controlling the household appliance - the control unit configured to save the preferences of each user in a memory unit, and to configure the projector to reflect a related interface upon identifying an accessory paired with a user.
A needle valve comprising: a. at least one needle comprised of a shaft having a smooth outer surface, a pointed tip, a hollow interior, and a port located in the side of said shaft of said needle at the distal end close to said tip, said port adapted to allow fluid communication between the hollow interior and the exterior of said needle; b. a housing; c. a sleeve housed in the interior of said housing, made of resilient material wherein said sleeve comprises at least one channel that passes through said resilient material, said at least one channel configured to allow one of said at least one needle to be moved back and forth through said channel; and d. a resilient elastic membrane; wherein: the outer diameter of said shaft of said at least one needle is greater than the inner diameter of said at least one channel, such that when said port is located in said channel, said resilient material blocks said port preventing the passage of fluid into or out of said hollow interior of said needle; and said resilient elastic membrane prevents contaminants from contaminating said channel and said tip of said needle retained in it, thereby maintaining sterility; characterized in that: i. said resilient elastic membrane is located in a recess at the bottom of said housing; and ii. said sleeve is held in place within housing by membrane on one side and by a shoulder or protrusion on the wall of said housing. a. at least one needle comprised of a shaft having a smooth outer surface, a pointed tip, a hollow interior, and a port located in the side of said shaft of said needle at the distal end close to said tip, said port adapted to allow fluid communication between the hollow interior and the exterior of said needle; b. a housing; c. a sleeve housed in the interior of said housing, made of resilient material wherein said sleeve comprises at least one channel that passes through said resilient material, said at least one channel configured to allow one of said at least one needle to be moved back and forth through said channel; and d. a resilient elastic membrane; the outer diameter of said shaft of said at least one needle is greater than the inner diameter of said at least one channel, such that when said port is located in said channel, said resilient material blocks said port preventing the passage of fluid into or out of said hollow interior of said needle; and said resilient elastic membrane prevents contaminants from contaminating said channel and said tip of said needle retained in it, thereby maintaining sterility; i. said resilient elastic membrane is located in a recess at the bottom of said housing; and ii. said sleeve is held in place within housing by membrane on one side and by a shoulder or protrusion on the wall of said housing.
A method for transmitting a power headroom report, comprising: forming, at a user equipment, a power headroom report specific to a carrier component simultaneously transmitting a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH; transmitting the power headroom report to a base station, wherein the power headroom report is included in a packet data unit of the PUSCH; and wherein the power headroom report comprises content items related to a PUSCH transmit power and a PUCCH transmit power, and wherein the content items include two content items, each of which relating to P USCH and P UCCH transmit powers, where, P PUSCH denotes a current PUSCH transmit power on the carrier component, and P PUCCH denotes a current PUCCH transmit power on the carrier component. forming, at a user equipment, a power headroom report specific to a carrier component simultaneously transmitting a physical uplink control channel, PUCCH, and a physical uplink shared channel, PUSCH; transmitting the power headroom report to a base station, wherein the power headroom report is included in a packet data unit of the PUSCH; and wherein the power headroom report comprises content items related to a PUSCH transmit power and a PUCCH transmit power, and wherein the content items include two content items, each of which relating to P USCH and P UCCH transmit powers, where, P PUSCH denotes a current PUSCH transmit power on the carrier component, and P PUCCH denotes a current PUCCH transmit power on the carrier component.
Tyre having a radial carcass reinforcement, consisting of at least one layer of reinforcing elements, said tyre comprising a crown reinforcement, which is itself covered radially with a tread, said tread being joined to two beads via two sidewalls, at least one layer of reinforcing elements of the carcass reinforcement being anchored in each of the beads by an upturn around a bead wire, said carcass reinforcement upturn being reinforced by at least one layer of reinforcing elements or stiffener, the radially outer end of which is radially on the outside of the end of the upturn, characterized in that the reinforcing elements of at least one stiffener are non-wrapped metal cords with saturated layers, having, in what is called the permeability test, a flow rate of less than 5 cm 3 /min and in that the distance between the radially outer end of the stiffener and the end of the carcass reinforcement upturn is less than 5mm.
An ink-jet printing system, comprising: an ink set of only five inks, having cyan, magenta, yellow, black, and gray inks; and a print medium having a substantially neutral color; wherein said gray ink has a lightness (L*) between 30% and 70% of a lightness (L*) of said print medium and wherein the substantially neutral color of said print medium has a maximum a* deviation ±2 and a maximum b* deviation of ±4 from absolute CIELAB space hue neutrality. an ink set of only five inks, having cyan, magenta, yellow, black, and gray inks; and a print medium having a substantially neutral color; wherein said gray ink has a lightness (L*) between 30% and 70% of a lightness (L*) of said print medium and wherein the substantially neutral color of said print medium has a maximum a* deviation ±2 and a maximum b* deviation of ±4 from absolute CIELAB space hue neutrality.
An inkjet recording apparatus, comprising: a black ink, a cyan ink, a magenta ink and a yellow ink, a black ink ejecting portion configured to eject the black ink; color ink ejecting portions configured to eject, respectively, the cyan ink, the magenta ink and the yellow ink; and a recording-controlling unit configured to control recording, wherein the black ink ejecting portion and the color ink ejecting portion scan relative to a recording medium, to thereby record an image on the recording medium, wherein, when a black color area in the color image is recorded in at least one of the following cases: the color image is recorded on a plain paper sheet, and the color image is recorded on the recording medium which is provided, on an opaque base material thereof, with an ink accepting layer which has a surface free from a gloss, the recording-controlling unit controls the recording such that the black ink ejecting portion and the color ink ejecting portion are used in combination, characterized in that each ink comprises at least one of 2-ethyl-1,3-hexanediol and 2,2,4-trimethyl-1,3-pentanediol; the black ink contains a self-dispersion pigment; and the cyan ink, the magenta ink and the yellow ink comprise a polymer emulsion which comprises a polymer fine particle containing a coloring material which is insoluble in water or slightly soluble in water. a black ink, a cyan ink, a magenta ink and a yellow ink, a black ink ejecting portion configured to eject the black ink; color ink ejecting portions configured to eject, respectively, the cyan ink, the magenta ink and the yellow ink; and a recording-controlling unit configured to control recording, wherein the black ink ejecting portion and the color ink ejecting portion scan relative to a recording medium, to thereby record an image on the recording medium, wherein, when a black color area in the color image is recorded in at least one of the following cases: the color image is recorded on a plain paper sheet, and the color image is recorded on the recording medium which is provided, on an opaque base material thereof, with an ink accepting layer which has a surface free from a gloss, the color image is recorded on a plain paper sheet, and the color image is recorded on the recording medium which is provided, on an opaque base material thereof, with an ink accepting layer which has a surface free from a gloss, the recording-controlling unit controls the recording such that the black ink ejecting portion and the color ink ejecting portion are used in combination, characterized in that each ink comprises at least one of 2-ethyl-1,3-hexanediol and 2,2,4-trimethyl-1,3-pentanediol; the black ink contains a self-dispersion pigment; and the cyan ink, the magenta ink and the yellow ink comprise a polymer emulsion which comprises a polymer fine particle containing a coloring material which is insoluble in water or slightly soluble in water.
Slugging wrench for exerting a slugging force on a fastening member such as a nut during tightening or loosening thereof, the slugging wrench comprising: an arm, an impact absorbing element arranged on the arm for absorbing the slugging force, a receiving member for receiving the fastening member, wherein, the receiving member is provided with an inner surface (3,5) fitting in force-transmitting manner on an outer surface of the fastening member and comprising at least two wall parts having in a view, such as in the in-feed direction, a shape such as a polygon, such as a hexagon, such as a dodecagon, characterized in that the slugging wrench comprises at least two clamping rings (7,8) configured for providing a clamping action on the fastening member to retain the slugging wrench in position on the fastening member without being hand-held when the fastening member is located within the receiving member, wherein the inner surface (3,5) is provided with at least two grooves respectively configured for receiving one of said clamping rings (7,8); wherein a rear wall of the grooves comprises bulges for pressing the clamping rings (7,8) against the fastening member. an arm, an impact absorbing element arranged on the arm for absorbing the slugging force, a receiving member for receiving the fastening member,
A display device comprising: a display panel including a plurality of pixels (PX, LPX, RPX) and light blocking sections, the pixels being arranged linearly in at least one direction, each light blocking section being arranged between two adjacent pixels and configured to block light; and a parallax barrier facing the display panel to separate an image displayed on the pixels by parallax, the parallax barrier including: barrier sections arranged in an arrangement direction in which the pixels are arranged, the barrier sections being configured to block light; and barrier openings each arranged between two adjacent barrier sections allowing light to pass therethrough, wherein each barrier section has a dimension (wb), measured in the arrangement direction, satisfying Expression: A - 6 ≤ Wb ≤ A + B / 2 where Wb (μm) is the dimension of each barrier section; A (μm) is a dimension of each pixel measured in the arrangement direction; and B (μm) is a dimension of each light blocking section measured in the arrangement direction. a display panel including a plurality of pixels (PX, LPX, RPX) and light blocking sections, the pixels being arranged linearly in at least one direction, each light blocking section being arranged between two adjacent pixels and configured to block light; and a parallax barrier facing the display panel to separate an image displayed on the pixels by parallax, the parallax barrier including: barrier sections arranged in an arrangement direction in which the pixels are arranged, the barrier sections being configured to block light; and barrier openings each arranged between two adjacent barrier sections allowing light to pass therethrough, wherein each barrier section has a dimension (wb), measured in the arrangement direction, satisfying Expression: A - 6 ≤ Wb ≤ A + B / 2 barrier sections arranged in an arrangement direction in which the pixels are arranged, the barrier sections being configured to block light; and barrier openings each arranged between two adjacent barrier sections allowing light to pass therethrough, wherein each barrier section has a dimension (wb), measured in the arrangement direction, satisfying Expression: A - 6 ≤ Wb ≤ A + B / 2 Wb (μm) is the dimension of each barrier section; A (μm) is a dimension of each pixel measured in the arrangement direction; and B (μm) is a dimension of each light blocking section measured in the arrangement direction.