mhurhangee/ep-ind-claims huggingface dataset:
A printing press (100*; 100**; 100***; 100****) adapted to carry out printing on a sheet-like or web-like substrate comprising a printing unit (2*; 2**; 2***; 2****) designed to print at least a second side of the substrate, and an in-line casting device (80; 80*; 80**) adapted to apply a layer of material acting as an optical medium on a portion of the first or second side (I, II) of the substrate and to replicate and form a micro-optical structure in the layer of material acting as optical medium, wherein that printing unit (2*; 2**; 2***; 2****) is adapted to print at least one printed pattern on the second side (I, II) of the substrate in register with the micro-optical structure, wherein the in-line casting device (80; 80*; 80**) comprises at least one embossing cylinder acting as carrier supporting a replicating medium designed to replicate and form the micro-optical structure in the layer of material acting as optical medium, and wherein the embossing cylinder further acts as counter-pressure cylinder and cooperates with a cylinder of the printing unit (2***; 2****) acting as blanket cylinder and cooperating with one or more associated plate cylinders to apply the at least one printed pattern on a side (II; I) of the substrate which is opposite to the side (I; II) of the substrate where the micro-optical structure is replicated.
A method for normalizing data of a breast cancer sample, the method comprising providing a first and a second array comprising between 10 and 12.000 nucleic acid molecules comprising a first and second set of nucleic acid molecules wherein each nucleic acid molecule of said first set comprises a nucleotide sequence that is able to hybridize to a different gene selected from the genes listed in Table 1, wherein said first and said second array comprise an identical first set of nucleic acid molecules comprising at least 10 molecules comprising a nucleotide sequence that is able to hybridize to a different gene selected from the genes listed in Table 1; dividing a sample in at least two sub-samples and labeling nucleic acid expression products in a first sub-sample with a first label, and labeling a second sub-sample with a second label different from said first label; contacting said first array with said first sub-sample and determining for each of said nucleic acid molecule of said first set the amount of said first label that is associated therewith; contacting said second array with said second sub-sample and determining for each of said nucleic acid molecule of said first set the amount of second label that is associated therewith; determining from the difference in associated first and second label for each of said first set of nucleic acid molecules a systematic error in the measurements of detected label depending on the amount of said first and said second label that is detected; and correcting at least one value for the detected amount of label associated with at least one nucleic acid on said array for the systematic error.
A rotor unit, comprising: a rotor including a substrate that includes an outer edge and is configured such that a substrate material is continuously provided from a center to the outer edge, a wavelength conversion region that is provided on the substrate and, in operation, receives light having a first wavelength region and emits light having a second wavelength region different from the first wavelength region; and wherein the outer shape of the substrate has rotational symmetry about the center; and a driving unit that, in operation, rotates the rotor around the center of the substrate, and wherein the substrate has no hole or hub at the center of the substrate for connection to the driving unit. a rotor including a substrate that includes an outer edge and is configured such that a substrate material is continuously provided from a center to the outer edge, a wavelength conversion region that is provided on the substrate and, in operation, receives light having a first wavelength region and emits light having a second wavelength region different from the first wavelength region; and wherein the outer shape of the substrate has rotational symmetry about the center; and a driving unit that, in operation, rotates the rotor around the center of the substrate, a substrate that includes an outer edge and is configured such that a substrate material is continuously provided from a center to the outer edge, a wavelength conversion region that is provided on the substrate and, in operation, receives light having a first wavelength region and emits light having a second wavelength region different from the first wavelength region; and wherein the outer shape of the substrate has rotational symmetry about the center; and a driving unit that, in operation, rotates the rotor around the center of the substrate, the outer shape of the substrate has rotational symmetry about the center; and a driving unit that, in operation, rotates the rotor around the center of the substrate, and wherein the substrate has no hole or hub at the center of the substrate for connection to the driving unit.
A method of determining a degree of similarity between a first sample and a second sample, comprising using a processor to compare a first thermogram and a second thermogram, each obtained by performing scanning calorimetry on a first and second sample respectively, by: determining a smoothed first thermogram and a smoothed second thermogram by respectively performing a smoothing operation on the first thermogram and the second thermogram; determining a processed first thermogram and a processed second thermogram by respectively finding a derivative of the smoothed first thermogram and the smoothed second thermogram; and characterised by determining the degree of similarity from a correlation operation comparing the processed first thermogram with the processed second thermogram. determining a smoothed first thermogram and a smoothed second thermogram by respectively performing a smoothing operation on the first thermogram and the second thermogram; determining a processed first thermogram and a processed second thermogram by respectively finding a derivative of the smoothed first thermogram and the smoothed second thermogram; and characterised by determining the degree of similarity from a correlation operation comparing the processed first thermogram with the processed second thermogram.
An implement for inspection used for measuring a concentration of a test substance, the implement (1, 11) for inspection comprising a compound for reacting with the test substance to form a granular substance or a compound which is for being bound to the test substance and is a granular substance; and the implement (1, 11) for inspection further comprising a bottom portion having a periodic structure (3A, 13A, 33A) on a surface of the bottom portion; a side wall portion erected from the bottom portion; and a lid disposed on the side opposite to the bottom portion side of the side wall portion, the implement (1, 11) for inspection having a storage portion, being the volume surrounded by the bottom portion and the side wall portion and the lid, the lid being disposed on the storage portion, wherein the periodic structure (3A, 13A, 33A) in the bottom portion has a plurality of recesses (3a, 13a, 33a) or a plurality of protrusions, wherein a period of the periodic structure (3A, 13A, 33A) is 1000 nm or less, and wherein the compound is not in contact with the periodic structure (3A, 13A, 33A) in the bottom portion, is disposed at a position distant from the periodic structure (3A, 13A, 33A) in the bottom portion and is disposed on the storage portion into which a liquid containing the test substance is capable of being introduced since the compound is disposed on the surface of the lid. the implement (1, 11) for inspection comprising a compound for reacting with the test substance to form a granular substance or a compound which is for being bound to the test substance and is a granular substance; and the implement (1, 11) for inspection further comprising a bottom portion having a periodic structure (3A, 13A, 33A) on a surface of the bottom portion; a side wall portion erected from the bottom portion; and a lid disposed on the side opposite to the bottom portion side of the side wall portion, the implement (1, 11) for inspection having a storage portion, being the volume surrounded by the bottom portion and the side wall portion and the lid, the lid being disposed on the storage portion, wherein the periodic structure (3A, 13A, 33A) in the bottom portion has a plurality of recesses (3a, 13a, 33a) or a plurality of protrusions, wherein a period of the periodic structure (3A, 13A, 33A) is 1000 nm or less, and wherein the compound is not in contact with the periodic structure (3A, 13A, 33A) in the bottom portion, is disposed at a position distant from the periodic structure (3A, 13A, 33A) in the bottom portion and is disposed on the storage portion into which a liquid containing the test substance is capable of being introduced since the compound is disposed on the surface of the lid.
Device for closing a vehicle optical housing opening, the device including a cap, said cap being configured to close the opening thanks to a reversible movement, the device further including flexible or articulated connecting means fixed to the cap and designed to be fixed to the housing so that, after opening, said cap remains attached to the housing by said connecting means and such that the connecting means include a first flexible cord having two ends, a first end including means for fixing it to the cap and a second end including means for fixing it to the housing and characterized in that it further includes means for detecting the first opening of the cap which include a second flexible cord having two ends, a first end including means for fixing it either to the cap or to the housing and a second end connected to the first cord, and in that second cord includes a portion that changes appearance irreversibly in response to traction, so that the movement of the cap in order to free the opening causes traction on said second cord and therefore its change of appearance.
Process for activating an anode and an anode support comprised in a Solid Oxide Cell by reduction of the Solid Oxide Cell, the Solid Oxide Cell further comprising an electrolyte and a cathode, the process comprising the step of - • heating the Solid Oxide Cell to a reduction temperature higher than the maximum intended operation temperature of the Solid Oxide Cell, whereby the electrolyte is kept under compression by the anode support during operation, wherein the reduction temperature of the Solid Oxide Cell is above 500°C, above 700°C, above 750°C, or above 800°C and wherein the anode support comprises a cermet of NiO and YSZ and the activation is done by reducing the NiO into Ni and the coefficient of thermal expansion of the electrolyte is lower than the coefficient of thermal expansion of the anode support. • heating the Solid Oxide Cell to a reduction temperature higher than the maximum intended operation temperature of the Solid Oxide Cell, whereby the electrolyte is kept under compression by the anode support during operation, wherein the reduction temperature of the Solid Oxide Cell is above 500°C, above 700°C, above 750°C, or above 800°C
A tobacco smoke filter or filter element comprising: a rod of a tobacco smoke filtering material; a continuous extruded element extending longitudinally of the rod; and a flavouring agent; wherein the continuous extruded element extending longitudinally of the rod further comprises a pigment of a contrasting colour to the tobacco smoke filtering material.
Vehicle electrical system for a vehicle, comprising a databus, a sensor (34 to 38, 52) which is connected to the databus and is configured to feed sensor data (40 to 50, 76) into the databus, a device which is connected to the databus and has the purpose of distributing at least data (56, 64, 68) about the vehicle based on the sensor data (40 to 50, 76), an antenna which is embodied as a Car2X antenna and which has the purpose of transmitting the data (56, 64, 68) about the vehicle in a wireless fashion and a GPS antenna, wherein the device comprises - a first sensor data receiving interface (26 to 32, 78) for receiving first sensor data (40 to 50, 76) from a first sensor (34 to 38, 52), - a second sensor data receiving interface (26 to 32, 78) for receiving second sensor data (40 to 50, 76) from a second sensor (34 to 38, 52), and - a transmitting interface for transmitting the data (56, 64, 68) about the vehicle based on the first sensor data (40 to 50, 76) and the second sensor data (40 to 50, 76) to a receiver (6 to 12, 60), characterized in that the GPS antenna and the Car2X antenna are combined in a common antenna module and have a common interface to the device. - a first sensor data receiving interface (26 to 32, 78) for receiving first sensor data (40 to 50, 76) from a first sensor (34 to 38, 52), - a second sensor data receiving interface (26 to 32, 78) for receiving second sensor data (40 to 50, 76) from a second sensor (34 to 38, 52), and - a transmitting interface for transmitting the data (56, 64, 68) about the vehicle based on the first sensor data (40 to 50, 76) and the second sensor data (40 to 50, 76) to a receiver (6 to 12, 60),
A securement device for a catheter, said securement device comprising: a base configured for attachment to a patient's skin over a catheter insertion site, said base comprising a top surface, a bottom surface, and an opening configured to accommodate a catheter inserted therethrough from the catheter insertion site; a cover member configured with said base over said opening, said cover member movable from an open position to a closed position over the catheter insertion site, said cover member configured to secure the catheter; and a lip on said bottom surface of said base such that the lip contacts the patient's skin, said lip configured around at least a portion of said opening, wherein said lip is configured to reduce leakage from the catheter insertion site when the securement device is secured to the patient's skin; and a housing configured on said base and surrounding said opening, said housing and said base defining an interior space configured to receive the catheter therein, wherein said housing is configured such that the catheter coils within said interior space. a base configured for attachment to a patient's skin over a catheter insertion site, said base comprising a top surface, a bottom surface, and an opening configured to accommodate a catheter inserted therethrough from the catheter insertion site; a cover member configured with said base over said opening, said cover member movable from an open position to a closed position over the catheter insertion site, said cover member configured to secure the catheter; and a lip on said bottom surface of said base such that the lip contacts the patient's skin, said lip configured around at least a portion of said opening, wherein said lip is configured to reduce leakage from the catheter insertion site when the securement device is secured to the patient's skin; and a housing configured on said base and surrounding said opening, said housing and said base defining an interior space configured to receive the catheter therein, wherein said housing is configured such that the catheter coils within said interior space.
Driving apparatus, comprising at least - a main driving means, a hydraulic pump (5, 5a to 5i), at least one switchable clutch (4a, 4b) and a gear, with a first output and at least one second output, wherein - the main driving means is configured for driving the gear, wherein - the first output of the gear is configured for driving the at least one hydraulic pump (5, 5a to 5i), wherein - the second output of the gear is configured as a gear output shaft for driving a work machine, wherein - the switchable clutch is arranged upstream of the gear output shaft, - the driving apparatus is provided with an auxiliary drive, wherein the auxiliary drive is configured for driving the gear output shaft, characterised in that - the gear output shaft is connected to the gear via the switchable clutch. - a main driving means, a hydraulic pump (5, 5a to 5i), at least one switchable clutch (4a, 4b) and a gear, with a first output and at least one second output, wherein - the main driving means is configured for driving the gear, wherein - the first output of the gear is configured for driving the at least one hydraulic pump (5, 5a to 5i), wherein - the second output of the gear is configured as a gear output shaft for driving a work machine, wherein - the switchable clutch is arranged upstream of the gear output shaft, - the driving apparatus is provided with an auxiliary drive, wherein the auxiliary drive is configured for driving the gear output shaft, characterised in that - the gear output shaft is connected to the gear via the switchable clutch.
A method for producing a forged crankshaft including journals (J1-J5) serving as a center of rotation, pins (P1-P4) decentered from the journals (J1-J5), crank arms (A1-A8) connecting the journals (J1-J5) and the pins (P1-P4), and counterweights (W1-W8) integrated with some or all of the crank arms (A1-A8), the method comprising: a die forging step of forming a forged blank having a crankshaft shape by die forging; and a pressing step of pressing the forged blank by a pair of first dies; characterised in that: the forged blank includes first excess portions (Aca, Ada) attached to some or all of the crank arms (A1-A8) each incorporating a counterweight (W1-W8), each of the first excess portions (Aca, Ada) protruding from a side portion of the crank arm (A1-A8) which the first excess portion (Aca, Ada) is attached to, in a region near the journal (Ac, Ad) adjacent to the crank arm (A1-A8); and in the pressing step, the first excess portions (Aca, Ada) are deformed by the first dies such that each of the first excess portions (Aca, Ada) bulges toward the pin (P1-P4) adjacent to the crank arm (A1-A8) which the first excess portion (Aca, Ada) is attached to. a die forging step of forming a forged blank having a crankshaft shape by die forging; and a pressing step of pressing the forged blank by a pair of first dies; characterised in that: the forged blank includes first excess portions (Aca, Ada) attached to some or all of the crank arms (A1-A8) each incorporating a counterweight (W1-W8), each of the first excess portions (Aca, Ada) protruding from a side portion of the crank arm (A1-A8) which the first excess portion (Aca, Ada) is attached to, in a region near the journal (Ac, Ad) adjacent to the crank arm (A1-A8); and in the pressing step, the first excess portions (Aca, Ada) are deformed by the first dies such that each of the first excess portions (Aca, Ada) bulges toward the pin (P1-P4) adjacent to the crank arm (A1-A8) which the first excess portion (Aca, Ada) is attached to. the forged blank includes first excess portions (Aca, Ada) attached to some or all of the crank arms (A1-A8) each incorporating a counterweight (W1-W8), each of the first excess portions (Aca, Ada) protruding from a side portion of the crank arm (A1-A8) which the first excess portion (Aca, Ada) is attached to, in a region near the journal (Ac, Ad) adjacent to the crank arm (A1-A8); and in the pressing step, the first excess portions (Aca, Ada) are deformed by the first dies such that each of the first excess portions (Aca, Ada) bulges toward the pin (P1-P4) adjacent to the crank arm (A1-A8) which the first excess portion (Aca, Ada) is attached to.
A formulation consisting essentially of: romidepsin in a concentration of 1 mg/mL to 10 mg/mL; propylene glycol; ethanol (EtOH); and a citrate buffer, wherein the ratio of PG, EtOH and the citrate buffer is 70% of PG, 20% of EtOH, and 10% of the citrate buffer, wherein the pH of the formulation is in a range between 3.0 and 6.0. romidepsin in a concentration of 1 mg/mL to 10 mg/mL; propylene glycol; ethanol (EtOH); and a citrate buffer,
An apparatus for measuring psycho-physical ability of an individual, designed in a form of a board having corners, a controller and moveable puzzle elements, each puzzle element consisting of a display and a press button, the apparatus comprises the board, where in one of the corners is located the controller with press buttons and a display, the corners of the board having extensions, the extensions having cameras mounted thereon configured to analyse the movements of the participant, built in a base of the board are aerial sensors comprising an RFID system, on the board there is arranged the puzzle elements with the display configured to present a part of a puzzle or display a photography with a response that is activated by pressing the button with the display, a rear wall of the board consisting of a camera configured to track facial expressions, wherein each puzzle element contains a built-in system of RFID receivers, the aerial sensors being configured to localize the position of the RFID receivers, the press button being configured to receive user input by pressing, the controller further containing a memory configured to save the results of the received user input.
A piezoelectric device comprising: a first electrode provided above a substrate; a piezoelectric layer provided above the first electrode; and a second electrode provided above the piezoelectric layer, the piezoelectric layer including a plurality of layers that includes a composite oxide of a Perovskite structure containing potassium, sodium, and niobium, the piezoelectric layer having a first region and a second region in a 3 μm × 3 μm region of a plane perpendicular to a thickness direction of the piezoelectric layer, wherein the first region is a region in which a ratio of an atomic concentration (atm%) of potassium with respect to a sum of the atomic concentration (atm%) of potassium and an atomic concentration (atm%) of sodium is 0.30 to 0.45, and the second region is a region in which the ratio is 0.55 to 0.75. a first electrode provided above a substrate; a piezoelectric layer provided above the first electrode; and a second electrode provided above the piezoelectric layer, the piezoelectric layer including a plurality of layers that includes a composite oxide of a Perovskite structure containing potassium, sodium, and niobium, the piezoelectric layer having a first region and a second region in a 3 μm × 3 μm region of a plane perpendicular to a thickness direction of the piezoelectric layer, wherein the first region is a region in which a ratio of an atomic concentration (atm%) of potassium with respect to a sum of the atomic concentration (atm%) of potassium and an atomic concentration (atm%) of sodium is 0.30 to 0.45, and the second region is a region in which the ratio is 0.55 to 0.75.