mhurhangee/ep-ind-claims huggingface dataset:
A nucleic acid library comprising: a second strand complementary DNA (cDNA) library derived from mRNA molecules and comprising nucleic acids having a 3' polyA tail; and a genomic DNA (gDNA) library derived from genomic DNA tagmented with a 3' polyA tail using transposomes with polyA transposons, wherein the cDNA and gDNA libraries are co-compartmentalized and prepared in a single compartment. a second strand complementary DNA (cDNA) library derived from mRNA molecules and comprising nucleic acids having a 3' polyA tail; and a genomic DNA (gDNA) library derived from genomic DNA tagmented with a 3' polyA tail using transposomes with polyA transposons, wherein the cDNA and gDNA libraries are co-compartmentalized and prepared in a single compartment.
A gas laser oscillator comprising: a discharge part for exciting laser gas; an air blower for blowing the laser gas; a laser gas flow pipe constituting a circulation route of laser gas between the discharge part and the air blower; a driving part for driving the air blower; a divide wall separating the air blower and the driving part; a gas supply apparatus having at least one valve, and supplying laser gas to the laser gas flow pipe; a main ejection apparatus having at least one valve and ejecting laser gas out from the laser gas flow pipe; a sub ejection apparatus ejecting the laser gas from the driving part of the air blower; and a controller controlling each valve (31, 32) of the gas supply apparatus and the main ejection apparatus; characterized by a detector (34, 35) provided in the sub ejection apparatus or a detector provided down stream of a junction between the main ejection apparatus and the sub ejection apparatus for detecting an amount of the laser gas ejected from the sub ejection apparatus; and a clogged laying pipe judge part capable of judging the laying pipe of the sub ejection apparatus to be clogged when an ejected amount of the laser gas is smaller than a predetermined value, wherein said detector (34, 35) is capable of sending a signal to the controller; and wherein the controller is capable of comparing the ejected amount of the laser gas at a time the valve of the main ejection apparatus is closed, with a predetermined value. a discharge part for exciting laser gas; an air blower for blowing the laser gas; a laser gas flow pipe constituting a circulation route of laser gas between the discharge part and the air blower; a driving part for driving the air blower; a divide wall separating the air blower and the driving part; a gas supply apparatus having at least one valve, and supplying laser gas to the laser gas flow pipe; a main ejection apparatus having at least one valve and ejecting laser gas out from the laser gas flow pipe; a sub ejection apparatus ejecting the laser gas from the driving part of the air blower; and a controller controlling each valve (31, 32) of the gas supply apparatus and the main ejection apparatus; characterized by a detector (34, 35) provided in the sub ejection apparatus or a detector provided down stream of a junction between the main ejection apparatus and the sub ejection apparatus for detecting an amount of the laser gas ejected from the sub ejection apparatus; and a clogged laying pipe judge part capable of judging the laying pipe of the sub ejection apparatus to be clogged when an ejected amount of the laser gas is smaller than a predetermined value, wherein said detector (34, 35) is capable of sending a signal to the controller; and wherein the controller is capable of comparing the ejected amount of the laser gas at a time the valve of the main ejection apparatus is closed, with a predetermined value.
A security element for value documents, such as banknotes or identification cards, having a first security feature, wherein a second security feature that consists at least of a subwavelength grating, a blazed grating or a sawtooth grating is arranged in at least one region of the first security feature, characterized in that the second security feature consists of at least one perspective-distorted image that appears distortion-free in the correct proportions, when viewed at a certain viewing angle, at which a viewer perceives the subwavelength grating, blazed grating or sawtooth grating to be shiny or bright, and that is not noticeable or, compared with the first security feature, is hardly noticeable, at another viewing angle, wherein the certain viewing angle at which a viewer perceives the subwavelength grating, the blazed grating or the sawtooth grating to be shiny or bright is at least 45° to the surface normal of the security element.
An optical element stamper structure for roll forming manufacturing, comprising: a base portion; a plurality of lens-like intaglio portions provided on the base portion and corresponding to a plurality of split lenses into which the lens-like intaglio portion is divided by split lens surfaces; and a groove portion formed between the lens-like intaglio portions, the groove portion being continuously provided from one end to the other of a split lens structure including the plurality of split lenses and having a constant structure depth in a range from 50% to 120% of a depth of a lowest point of the lens-like intaglio portion, characterized in that the lens-like intaglio portion includes a Fresnel lens structure or micro Fresnel lens array structure in which the split lenses are arranged concentrically, and the groove portion is linearly formed to pass through a center of a concentric circle of each of the split lenses, and wherein a width of the groove portion is narrower on an outer peripheral side of the concentric circles. a base portion; a plurality of lens-like intaglio portions provided on the base portion and corresponding to a plurality of split lenses into which the lens-like intaglio portion is divided by split lens surfaces; and a groove portion formed between the lens-like intaglio portions, the groove portion being continuously provided from one end to the other of a split lens structure including the plurality of split lenses and having a constant structure depth in a range from 50% to 120% of a depth of a lowest point of the lens-like intaglio portion, characterized in that the lens-like intaglio portion includes a Fresnel lens structure or micro Fresnel lens array structure in which the split lenses are arranged concentrically, and the groove portion is linearly formed to pass through a center of a concentric circle of each of the split lenses, and wherein a width of the groove portion is narrower on an outer peripheral side of the concentric circles.
An absorbent article comprising: a first layer comprising: a first liquid impervious backsheet; a first absorbent core positioned adjacent the backsheet and proximal the wearer; and a first moisture pervious topsheet; a second layer comprising: a second liquid impervious backsheet; a second absorbent core positioned adjacent the backsheet and proximal the wearer; a second moisture pervious topsheet; and a second-layer tab coupled to and protruding from a peripheral edge of the second layer; a third layer comprising: a third liquid impervious backsheet; a third absorbent core positioned adjacent the backsheet and proximal the wearer; a third moisture pervious topsheet; and a third-layer tab coupled to and protruding from a peripheral edge of the third layer; wherein the second layer is removably adhered to the first layer such that the second backsheet contacts the first topsheet; wherein the third layer is removably adhered to the second layer such that the third backsheet contacts the second topsheet; wherein the second layer has a smaller area than the first layer; and wherein the third layer has a smaller area than the second layer. a first layer comprising: a first liquid impervious backsheet; a first absorbent core positioned adjacent the backsheet and proximal the wearer; and a first moisture pervious topsheet; a first liquid impervious backsheet; a first absorbent core positioned adjacent the backsheet and proximal the wearer; and a first moisture pervious topsheet; a second layer comprising: a second liquid impervious backsheet; a second absorbent core positioned adjacent the backsheet and proximal the wearer; a second moisture pervious topsheet; and a second-layer tab coupled to and protruding from a peripheral edge of the second layer; a second liquid impervious backsheet; a second absorbent core positioned adjacent the backsheet and proximal the wearer; a second moisture pervious topsheet; and a second-layer tab coupled to and protruding from a peripheral edge of the second layer; a third layer comprising: a third liquid impervious backsheet; a third absorbent core positioned adjacent the backsheet and proximal the wearer; a third moisture pervious topsheet; and a third liquid impervious backsheet; a third absorbent core positioned adjacent the backsheet and proximal the wearer; a third moisture pervious topsheet; and a third-layer tab coupled to and protruding from a peripheral edge of the third layer; wherein the second layer is removably adhered to the first layer such that the second backsheet contacts the first topsheet; wherein the third layer is removably adhered to the second layer such that the third backsheet contacts the second topsheet; wherein the second layer has a smaller area than the first layer; and wherein the third layer has a smaller area than the second layer.
Bicycle rim for a wheel of a bicycle having an annular body, wherein the body is constructed of fibre composite material, wherein the body is constructed of different layers (8, 9) of fibres, wherein one layer of fibres is formed as a cover layer closed across the entire surface of the body, wherein at at least one selected, limited position of the cover layer, but circumferential across the entire circumference of the annular body and in the interior of the body, covered by the cover layer, is arranged a reinforcing layer possessing fibres oriented in circumferential direction and the reinforcing layer is constructed of reinforcing threads embedded in resin, which extend parallel to one another, characterised in that the reinforcing threads are incorporated into the cover layer such that the reinforcing threads in one region are woven into cover layer threads of the cover layer.
A compact drive, comprising at least three drive components, including at least an electric motor, a gear unit and an electronic circuit, in particular converter, wherein a central housing part is provided, wherein the stator of the electric motor is detachably connected, in particular by means of a clamping connection, to the central housing part, wherein the electric motor is a synchronous motor and wherein the converter is arranged laterally to the rotor shaft, wherein a braking resistor and lubricant are connected in such an effective thermally conductive manner that the lubricant can be heated or warmed by means of the braking resistor, wherein the heat transfer resistance from the braking resistor to the lubricant, in particular to the lubricant of the gear unit which is moved during operation, is less than that from the braking resistor to the surroundings.
Brake system (100, 200, 300, 431, 440, 540) of an elevator, an escalator or a moving walkway, which brake system (100, 200, 300, 431, 440, 540) includes a brake device (101, 301) with at least one brake shoe (111, 211, 311A, 311B, 446, 447, 546, 547) which brake shoe (111, 211, 311A, 311B, 446, 447, 546, 547) comprises an effective surface (116, 216, 316A, 316B, 448, 449, 548, 549) which during brake use is pressed against a friction surface (121, 493, 593), which is moving or movable relative to the effective surface (116, 216, 316A, 316B, 448, 449, 548, 549), of a counter-member (120, 413, 414, 442, 542), characterised in that the brake system (100, 200, 300, 431, 440, 540) further comprises a feed device (103, 203, 441, 541) supplied by a fluid source (102, 202, 402, 450, 550), that a fluid (154, 254) can be fed between the effective surface (116, 216, 316A, 316B, 448, 449, 548, 549) of the brake shoe (111, 211, 311A, 311B, 446, 447, 546, 547) and the friction surface (121, 493, 593) facing it by means of the feed device (103, 203, 441, 541) and that the friction between the effective surface (116, 216, 316A, 316B, 448, 449, 548, 549) and the friction surface (121, 493, 593) is influenced by feed of the fluid (154, 254).
Distributor unit suitable to distribute tablets comprising a horizontal aligner channel cooperating with an effectively vertical transfer channel, and having an entrance zone with an entrance transitory, further comprising at least a first feed channel which is associated to the entrance zone of said transfer channel and is suitable to deliver a jet of gaseous fluid, acting on the upper part of said tablets when they are positioned in the transitory of the entrance zone of said transfer channel, characterized in that the entrance zone has a lead-in slide with an inclination with respect to an axis of feed along which the horizontal aligner channel lies and a longitudinal axis of the transfer channel, and in that at least a further channel is located in proximity to said entrance zone, behind with respect to the direction of arrival of said tablets in said transfer channel, and is suitable to deliver a jet of fluid directed in cooperation with said tablets, to cooperate with the first feed channel in order to create a cushion of air which, contrasting the friction between the tablets and the transfer channel, acts as a fluidifying means and facilitates the advance of the tablets.
A thermometer comprising a multivibrator including a capacitor having first and second conductive paths associated therewith, one of said first and second paths being a charge path for the capacitor and the other of said first and second paths being a discharge path for the capacitor, the multivibrator also including at least first and second resistors (R1, RT1), characterized in that the first and second resistors (R1, RT1) are connected in series in said first path, and the first resistor, but not the second resistor, is connected in said second path, and wherein the first resistor has a resistance value that is substantially independent of temperature and the second resistor has a resistance value that varies with temperature and is a function of temperature.
A hearing device configured to be worn at an ear of a user, the hearing device comprising - a sensor unit configured to provide sensor data, the sensor data indicative of a physical property detected on the user and/or in an environment of the hearing device; - a communication unit configured to receive remote data from a remote device operable at a position remote from the ear at which the hearing device is worn via a communication link (304, 314, 344, 345, 346); and - a processing unit communicatively coupled with the sensor unit and the communication unit, wherein the processing unit is configured to - determine whether a degree of correlation between information in the sensor data and information in the remote data is above or below a threshold; characterized in that the processing unit is configured to - select, depending on said degree of correlation relative to the threshold, an operation for providing output data from a first operation and a second operation, wherein in the first operation the output data is based on information including information in the remote data, and in the second operation the output data is based on information in the sensor data such that information in the remote data is disregarded in the output data; and to - provide the output data by performing the selected operation. - a sensor unit configured to provide sensor data, the sensor data indicative of a physical property detected on the user and/or in an environment of the hearing device; - a communication unit configured to receive remote data from a remote device operable at a position remote from the ear at which the hearing device is worn via a communication link (304, 314, 344, 345, 346); and - a processing unit communicatively coupled with the sensor unit and the communication unit, wherein the processing unit is configured to - determine whether a degree of correlation between information in the sensor data and information in the remote data is above or below a threshold; characterized in that the processing unit is configured to - select, depending on said degree of correlation relative to the threshold, an operation for providing output data from a first operation and a second operation, wherein in the first operation the output data is based on information including information in the remote data, and in the second operation the output data is based on information in the sensor data such that information in the remote data is disregarded in the output data; and to - provide the output data by performing the selected operation.
Method for binding biologically active molecules to a surface of a substrate, comprising the steps of: (i) providing a carrier molecule comprising at least one click functional group, wherein the carrier molecule comprises a macromolecule selected from polypeptides, proteins, glycoproteins and carbohydrates and has a molecular weight of ≥ 10 kDA, (ii) binding the carrier molecule to a surface of a substrate, wherein the carrier molecule is adsorptively bound to the surface of the substrate, (iii) binding a biologically active molecule comprising at least one click functional group that is reactive towards the click functional group of the carrier molecule to the carrier molecule by cycloaddition reaction between the mutually reactive click functional groups. (i) providing a carrier molecule comprising at least one click functional group, wherein the carrier molecule comprises a macromolecule selected from polypeptides, proteins, glycoproteins and carbohydrates and has a molecular weight of ≥ 10 kDA, (ii) binding the carrier molecule to a surface of a substrate, wherein the carrier molecule is adsorptively bound to the surface of the substrate, (iii) binding a biologically active molecule comprising at least one click functional group that is reactive towards the click functional group of the carrier molecule to the carrier molecule by cycloaddition reaction between the mutually reactive click functional groups.
A method for verifying which wireless devices (11, 12, 13, 14, 20) are wirelessly connected to a wireless medical body area network, MBAN, wherein the wireless devices are configured to wirelessly communicate within the wireless MBAN and comprise at least one medical sensor, the method comprising: activating a request for verifying which wireless devices (11, 12, 13, 14, 20) are wirelessly connected to the MBAN by a user activating the request on any one of the wireless devices; receiving the request by the any one wireless device of the wireless MBAN; and indicating a plurality of wireless devices wirelessly connected to the wireless MBAN by displaying an indication on the plurality of wireless devices. activating a request for verifying which wireless devices (11, 12, 13, 14, 20) are wirelessly connected to the MBAN by a user activating the request on any one of the wireless devices; receiving the request by the any one wireless device of the wireless MBAN; and indicating a plurality of wireless devices wirelessly connected to the wireless MBAN by displaying an indication on the plurality of wireless devices.
An energy storage device configured to power a starter motor of an internal combustion engine for outdoor power equipment, wherein the internal combustion engine comprises a brake, said energy storage device comprising: a battery; a control circuit, the control circuit _configured to operate the starter motor of the internal combustion engine, wherein the control circuit is configured to: start the internal combustion engine via the starter motor when the brake is released; prevent activation of the starter motor when the brake is engaged; and deactivate the motor when the internal combustion engine is running at or above a predetermined threshold speed; characterised in that a housing configured to be removably coupled to the internal combustion engine, wherein the battery and the control circuit are located within the housing. a battery; a control circuit, the control circuit _configured to operate the starter motor of the internal combustion engine, wherein the control circuit is configured to: start the internal combustion engine via the starter motor when the brake is released; prevent activation of the starter motor when the brake is engaged; and deactivate the motor when the internal combustion engine is running at or above a predetermined threshold speed; characterised in that start the internal combustion engine via the starter motor when the brake is released; prevent activation of the starter motor when the brake is engaged; and deactivate the motor when the internal combustion engine is running at or above a predetermined threshold speed; characterised in that a housing configured to be removably coupled to the internal combustion engine, wherein the battery and the control circuit are located within the housing.
A ski boot comprising a rigid shell which is shaped so as to accommodate the foot of the user, and has the lower part structured so as to fasten to a ski binding device; a rigid cuff which is shaped so as to enclose the ankle of the user, and is pivotally jointed to the shell so as to pivot about a axis rotation substantially perpendicular to the midplane of the boot; and a cuff-locking device which is located on the cuff, above the heel, and comprises a swinging arm which is pivotally jointed to the cuff so as to swing on the midplane of the boot, extends downward so that the lower end thereof faces the shell, and is provided with a tooth which protrudes from the lower end of the arm towards the shell so as to be able to fit like a latch into a coupling seat on the shell; the ski boot being characterized in that the swinging arm is hinged to the inside of the cuff, extends downward inside the interspace between the shell and the cuff so that the lower end thereof faces the shell, and is provided with a hook-shaped appendage which cantilevered protrudes from the lower end of the arm, and is substantially C-bent upward and towards the cuff so as to arrange the distal end thereof above the outer surface of the cuff; and in that the cuff-locking device moreover comprises a manually-operated control mechanism which is interposed between the distal end of the hook-shaped appendage and the outer surface of the cuff, and is structured so as to be able to move the swinging arm between a first operating position in which the tooth of the swinging arm is engaged in the coupling seat, and a second operating position in which the tooth of the swinging arm is spaced apart from the outer surface of the shell.