mhurhangee/ep-ind-claims huggingface dataset:
Use of a water-based ink composition for inkjet printers, comprising - at least one organic solvent, - at least one pigment, and - at least one polyacrylate, - the ink composition having a particular dynamic viscosity in the range of ≥ 2 and ≤ 20 cP at 25°C in accordance with ISO 2555:1989, and - being suitable for printing on a surface comprising at least one plastics material, the plastics material being selected from the group consisting of low-density polyethylene (LDPE), polypropylene, oriented polypropylene, polyester and polyethylene terephthalate, polyvinyl chloride, acrylonitrile-butadiene-styrene copolymer, and ABS-TCU, characterized in that the pigment has a particle size of ≤ 1 μm, determined by means of laser diffraction, and the pigment is present in a concentration of ≥ 1 wt.% and ≤ 15 wt.%. - at least one organic solvent, - at least one pigment, and - at least one polyacrylate, - the ink composition having a particular dynamic viscosity in the range of ≥ 2 and ≤ 20 cP at 25°C in accordance with ISO 2555:1989, and - being suitable for printing on a surface comprising at least one plastics material,
A hybrid toner composition comprising: a first wax; a second wax that is different from the first wax; wherein the first wax comprises a paraffin wax having a peak melting point of from 60 to 80 °C; wherein the second wax comprises an ester wax having a peak melting point of from 60 to 80 °C; a first resin comprising an amorphous polyester and a second resin comprising at least one of a styrene, an acrylate, or a combination thereof; and an optional colorant, wherein the peak melting points are measured by modulated differential scanning calorimetry, wherein the toner comprises crystalline polyester in an amount of less than 4 percent by weight based upon the total weight of the toner composition. a first wax; a second wax that is different from the first wax; wherein the first wax comprises a paraffin wax having a peak melting point of from 60 to 80 °C; wherein the second wax comprises an ester wax having a peak melting point of from 60 to 80 °C; a first resin comprising an amorphous polyester and a second resin comprising at least one of a styrene, an acrylate, or a combination thereof; and an optional colorant, wherein the peak melting points are measured by modulated differential scanning calorimetry, wherein the toner comprises crystalline polyester in an amount of less than 4 percent by weight based upon the total weight of the toner composition. wherein the peak melting points are measured by modulated differential scanning calorimetry, wherein the toner comprises crystalline polyester in an amount of less than 4 percent by weight based upon the total weight of the toner composition.
A Press-On Twist-Off® closure for containers having an opening that is to be closed by the container closure and has an inside diameter of at least 3.5 cm, comprising a PVC-free sealing element based on a polymer, said sealing element being arranged in the container closure in such a way that, when the container is closed, it forms a contacting seal at the opening of the container, a polymer compound in said closure being sufficiently liquidized by heating and applied to the container closure in the area of the sealing element to be created and is converted mechanically to the desired shape, which it will retain after cooling, characterized in that the polymer compound contains no more than 10 % of liquid ingredients, in particular white oil, that are liquid at the use temperature; the Shore A hardness of the polymer compound is between 40 and 90; and the polymer compound contains a copolymer, which in turn is made up of polyethylene units, on the one hand, and, on the other hand, is formed from an alkene monomer that is selected from propene, butene, hexene and in particular octene.
Portable object provided with a mechanism for measuring atmospheric pressure, the atmospheric pressure measuring mechanism including an atmospheric pressure sensor whose geometric dimensions vary with atmospheric pressure fluctuations, the variations in the geometric dimensions of the atmospheric pressure sensor being applied to a device (32; 32') displaying a barometric tendency connected to the atmospheric pressure sensor via a coupling mechanism (34; 34') actuated by a user, the coupling mechanism (34, 34') being capable of being switched on demand of a user between a first position, in which the kinematic connection of the mechanical type between the atmospheric pressure sensor and the barometric tendency display device (32; 32') is interrupted, and a second position in which the barometric tendency display device (32; 32') is kinematically coupled to the atmospheric pressure sensor.
A dispensing device that dispenses granular material and which comprises: - a casing that defines a chamber having an inlet and an outlet for the granular material that is to be dispensed; - a dispensing element, which is rotatably associated to the casing in relation to an axis of rotation and housed in the chamber in such a way that a first compartment wherein the material that is to be dispensed is contained and which is in communication with the inlet and outlet is defined in said chamber; said dispensing element comprising an opening, which is eccentric in relation to the axis of rotation, that puts the first compartment in communication with a second compartment and to which a quantity of granular material adheres by way of a difference between the pressure values in the first and in the second compartment (111, 112); - a selector assembly housed in the first compartment that comprises a selector element, which is hinged to the casing in relation to a hinge axis parallel to the axis of rotation and is movable between a first position, wherein the selector element is far away from the opening, and a second position, wherein a portion of the selector element at least partially overlaps the opening, wherein the selector assembly also comprises an actuator and a control unit configured to activate the actuator, wherein the actuator is capable of placing the selector element in any position between the first position and the second position, including the two extremes, driving a pin that is slidingly fitted into a through hole made in the selector element and having an elongated cross-section, along a sliding axis parallel to a longitudinal axis of the through hole and perpendicular to the axis of the hinge, and wherein the actuator comprises an electric motor, an output shaft of which rotates integrally with the pin whose longitudinal axis is disposed parallel and eccentric to an axis of the output shaft. - a casing that defines a chamber having an inlet and an outlet for the granular material that is to be dispensed; - a dispensing element, which is rotatably associated to the casing in relation to an axis of rotation and housed in the chamber in such a way that a first compartment wherein the material that is to be dispensed is contained and which is in communication with the inlet and outlet is defined in said chamber; said dispensing element comprising an opening, which is eccentric in relation to the axis of rotation, that puts the first compartment in communication with a second compartment and to which a quantity of granular material adheres by way of a difference between the pressure values in the first and in the second compartment (111, 112); - a selector assembly housed in the first compartment that comprises a selector element, which is hinged to the casing in relation to a hinge axis parallel to the axis of rotation and is movable between a first position, wherein the selector element is far away from the opening, and a second position, wherein a portion of the selector element at least partially overlaps the opening,
An infusion device, comprising an inserter that can insert a catheter into a skin surface, comprising: an infusion device housing, comprising a catheter and a driver for placing said catheter into a skin surface; an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface, an introducer needle and a catheter septum, wherein said driver comprises: a push button configured to travel substantially perpendicular to said skin surface and press said catheter septum toward said skin surface and insert said introducer needle and said catheter into said skin surface, characterized in that the infusion device further comprises an independent catheter holder supported by a flexible or resilient member that isolates the catheter from movement by engagement between the flexible or resilient member and an opening in a hub. an infusion device housing, comprising a catheter and a driver for placing said catheter into a skin surface; an infusion device base, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface, an introducer needle and a catheter septum, wherein said driver comprises: a push button configured to travel substantially perpendicular to said skin surface and press said catheter septum toward said skin surface and insert said introducer needle and said catheter into said skin surface, characterized in that the infusion device further comprises an independent catheter holder supported by a flexible or resilient member that isolates the catheter from movement by engagement between the flexible or resilient member and an opening in a hub.
An image decoding method for decoding image data formed by a plurality of frames, the image decoding method characterized by having a current category decoding step for decoding a category number j of a current frame, the current frame being classified into one of N categories, with N ≥ 2, a reference image specifying data decoding step for decoding a reference image specifying data which specifies a reference frame, for said decoded category number, a predicted image producing step for producing a predicted image from the reference frame specified by said reference image specifying data, wherein the reference frame is selected from image data of a plurality of reference frames of an i-th category which have been decoded previously, for the current frame classified as j-th category, wherein for the number of the categories 1 ≤ i ≤ j is applied, a difference decoding step for decoding a difference between a decoded image of the current frame and the predicted image, a decoded image producing step for producing the decoded image of the current frame from said decoded difference data and said predicted image, and a decoded image storing step for storing said produced decoded image data of the current frame into a reference image memory in association with said decoded category number, wherein said reference image specifying data decoding step has a tentative frame number setting step for setting tentative frame numbers with respect to the image data of the reference frames each belonging to the i-th category which is the j-th category of the current frame and below, among a plurality of image data stored in said reference image memory and not setting tentative frame numbers with respect to the image data of reference frames belonging to categories other than the i-th category, the tentative frame numbers being serial numbers and being set based on a decoding order of the reference frames, and a tentative frame number decoding step for obtaining the tentative frame number which specifies an image data to be selected at said predicted image producing step, by decoding the reference image specifying data.
Urinal unit for temporary providing an urinal in an environment, wherein the urinal unit comprises a L-shaped unit body, wherein the unit body comprises - a base platform at a bottom region of the unit body which base platform forms a pedestal for a user to stand in front of the urinal; - an upstanding wall at a back region of the unit body which upstanding wall forms a privacy separation from the environment; and - at least one urinal connected to a front side of the upstanding wall, characterized in that the urinal unit further comprises a pair of a male and a female lock member (51, 52) which are complementary shaped to each other to engage with each other in a transport assembly of a plurality of urinal units (101, 102), in which transport assembly one of the urinal units is stacked in an upside down orientation onto another urinal unit in which the male and female lock members (51, 52) of the stacked urinal units (101, 102) engage with each other. - a base platform at a bottom region of the unit body which base platform forms a pedestal for a user to stand in front of the urinal; - an upstanding wall at a back region of the unit body which upstanding wall forms a privacy separation from the environment; and - at least one urinal connected to a front side of the upstanding wall,
A device associable to an electric smelting furnace for positioning at least one electrode of the kind slideably associated with temporary locking elements to said electric smelting furnace, characterized in that it is adapted to be arranged to a side of said smelting furnace and below the parking position occupied by said electrodes in the periods of interruption of operation of said smelting furnace, and in that it comprises a fixed base with which is associated, in an upper region of said device, at least one lifting means which can slide vertically with respect to said fixed base and which is provided with means (19, 20, 21) that are adapted to determine its position in terms of height and with a load cell, said positioning device determining position and weight of each one of said electrodes individually and independently from the others, said positioning device being adapted to temporarily support said electrodes and to vary the position in terms of height of each one of said electrodes individually and independently by means of said lifting means.
A vehicle for patching road pavements which comprise bituminous mixes which has a longitudinal direction, characterised in that it comprises: - a frame; - a container for holding a new paving material; - a radiating plate for heating a zone to be patched which has a radiating area; - a rake for raking the zone to be patched; - a paver for distributing and levelling the new paving material in the zone to be patched; - a compactor for compacting the zone to be patched and the new paving material; - a support structure which comprises a movable part; wherein: - the frame supports the container and the support structure; - the container comprises an outlet for feeding the paver with the new paving material; - the movable part bears the paver, the rake and the compactor; - the movable part translates with respect to the frame according to a first direction from a retracted position to an extracted position in which the volume of the vehicle is greater; - the movable part is configured to translate so that the rake operates in succession on a plurality of parts of the zone to be patched, the paver operates in succession on a plurality of parts of the zone to be patched and the compactor operates in succession on a plurality of parts of the zone to be patched; - the frame supports the radiating plate which is movable vertically beneath the frame from a non-active position near to the frame to an active position away from the frame; - the rake is vertically movable with respect to the paver and the compactor. - a frame; - a container for holding a new paving material; - a radiating plate for heating a zone to be patched which has a radiating area; - a rake for raking the zone to be patched; - a paver for distributing and levelling the new paving material in the zone to be patched; - a compactor for compacting the zone to be patched and the new paving material; - a support structure which comprises a movable part; - the frame supports the container and the support structure; - the container comprises an outlet for feeding the paver with the new paving material; - the movable part bears the paver, the rake and the compactor; - the movable part translates with respect to the frame according to a first direction from a retracted position to an extracted position in which the volume of the vehicle is greater; - the movable part is configured to translate so that the rake operates in succession on a plurality of parts of the zone to be patched, the paver operates in succession on a plurality of parts of the zone to be patched and the compactor operates in succession on a plurality of parts of the zone to be patched; - the frame supports the radiating plate which is movable vertically beneath the frame from a non-active position near to the frame to an active position away from the frame; - the rake is vertically movable with respect to the paver and the compactor.
A method of screening for an induced pluripotent stem cell(s) having unlimitedly high differentiation potency, comprising the following steps of: measuring the expression level of gene(s) or miRNA located in an imprinted region in a subject induced pluripotent stem cell(s); and, selecting the induced pluripotent stem cell(s) expressing the gene(s) or the miRNA at a higher level than that of a control cell(s), wherein the miRNA located in an imprinted region is selected from the group consisting of the pri-miRNAs shown in Tables 1 and 3 and the mature-miRNAs shown in Tables 2 and 4, wherein the gene(s) located in an imprinted region is/are selected from the group consisting of Gtl2/MEG3, Rt11as/anti-Peg11, Rian/MEG8, and Mirg/Meg9, and wherein the control cell(s) is/are an iPS cell(s) or an embryonic stem cells (ES cells) known not to have unlimitedly high differentiation potency. measuring the expression level of gene(s) or miRNA located in an imprinted region in a subject induced pluripotent stem cell(s); and, selecting the induced pluripotent stem cell(s) expressing the gene(s) or the miRNA at a higher level than that of a control cell(s),
A bump stopper (100, 101, 200, 300) for absorbing shocks generated during maximum contraction of a shock absorber (1, 2, 3) in cooperation with a bump cushion, the bump stopper (100, 101, 200, 300) comprising: a cap (110, 310) including a plate-shaped part (111, 311) having a rod hole (112, 312) into which a piston rod of the shock absorber (1, 2, 3) may be inserted, and a cylindrical part configured to receive a portion of a cylinder of the shock absorber (1, 2, 3); a stopper provided to the plate-shaped part (111, 311), the stopper being configured to receive the bump cushion; and a collar (130, 230, 330) provided to the plate-shaped part (111, 311) configured so that it opposes the cylinder in an assembled state, wherein the collar (130, 230, 330) comprises a plurality of support parts arranged in a radial manner on the plate-shaped part (111, 311), the plurality of support parts being configured to support the plate-shaped part (111, 311), a passage (140, 240, 340) is formed by the cap (110, 310) and the collar (130, 230, 330), the passage (140, 240, 340) being configured to allow the rod hole (112, 312) to communicate with an outside of the cylindrical part via an inside of the cylindrical part, and the passage (140, 240, 340) is formed between the adjacent support parts. a cap (110, 310) including a plate-shaped part (111, 311) having a rod hole (112, 312) into which a piston rod of the shock absorber (1, 2, 3) may be inserted, and a cylindrical part configured to receive a portion of a cylinder of the shock absorber (1, 2, 3); a stopper provided to the plate-shaped part (111, 311), the stopper being configured to receive the bump cushion; and a collar (130, 230, 330) provided to the plate-shaped part (111, 311) configured so that it opposes the cylinder in an assembled state, wherein the collar (130, 230, 330) comprises a plurality of support parts arranged in a radial manner on the plate-shaped part (111, 311), the plurality of support parts being configured to support the plate-shaped part (111, 311), a passage (140, 240, 340) is formed by the cap (110, 310) and the collar (130, 230, 330), the passage (140, 240, 340) being configured to allow the rod hole (112, 312) to communicate with an outside of the cylindrical part via an inside of the cylindrical part, and the passage (140, 240, 340) is formed between the adjacent support parts.
Method for controlling a compression release brake in an engine (102; 304) comprising an exhaust manifold (108; 324) connected to a turbocharger provided with a variable turbine geometry turbine (115; 308) wherein said turbine is further connected to a back pressure valve (120; 312) for controlling the pressure drop over said turbine, the method comprising controlling said back pressure valve (120; 312) on the basis of a measured engine speed and a desired braking power; the method characterized by: determining a desired exhaust manifold gas pressure on the basis of at least said measured engine speed and said desired braking power; and controlling said variable turbine geometry such that the difference between a measured exhaust manifold gas pressure and said determined desired exhaust manifold gas pressure is minimized. determining a desired exhaust manifold gas pressure on the basis of at least said measured engine speed and said desired braking power; and controlling said variable turbine geometry such that the difference between a measured exhaust manifold gas pressure and said determined desired exhaust manifold gas pressure is minimized.
A system for directly measuring the depth of an individual high aspect ratio etched feature on a wafer, the wafer having an etched surface and a non-etched surface, said system comprising: a) a reflectometer that is positioned to face the non-etched surface of the wafer, said reflectometer having means for producing a focused incident light of multiple optical frequencies that is applied to the non-etched surface of the wafer, and means for receiving and processing a reflected light that is also applied from the non-etched surface of the wafer, wherein said reflectometer produces an output signal representative of the intensity of Fabry-Perot interference fringes in the reflected light for each of the multiple optical frequencies, b) an analog-to-digital converter ADC that converts the output signal to a corresponding digital data signal, and c) a computer, that in combination with software, has means for processing the digital data signal and to display the depth of the high aspect ratio etched feature of the wafer. a) a reflectometer that is positioned to face the non-etched surface of the wafer, said reflectometer having means for producing a focused incident light of multiple optical frequencies that is applied to the non-etched surface of the wafer, and means for receiving and processing a reflected light that is also applied from the non-etched surface of the wafer, wherein said reflectometer produces an output signal representative of the intensity of Fabry-Perot interference fringes in the reflected light for each of the multiple optical frequencies, b) an analog-to-digital converter ADC that converts the output signal to a corresponding digital data signal, and c) a computer, that in combination with software, has means for processing the digital data signal and to display the depth of the high aspect ratio etched feature of the wafer.