mhurhangee/ep-ind-claims huggingface dataset:
A pellicle for lithography comprising a pellicle frame, a pellicle membrane adhered onto one surface of the pellicle frame and an agglutinant layer formed on the other surface of the pellicle frame, wherein the agglutinant layer comprises a hardened curable composition containing a straight chain perfluoro compound having a perfluoro structure in a main chain, characterized in that the curable composition containing a straight chain perfluoro compound having a perfluoro structure in a main chain contains: a straight chain perfluoro compound containing at least two alkenyl groups per molecule thereof, having a perfluoro structure in a main chain and serving as a base component, a straight chain perfluoro compound containing one alkenyl group per molecule thereof, having a perfluoro structure in a main chain and serving as a reaction diluent, an organosilicon compound containing at least two hydrosilyl groups per molecule thereof and serving as a cross-linking agent and a chain-lengthening agent, and a platinum group metallic catalyst.
An antibody which binds to human CSF-1R wherein the antibody is administered in combination with a Toll-like receptor 9 agonist for use in the treatment of cancer, wherein the cancer is further characterized by CSF-1R expression or overexpression, wherein the TLR9 agonist is a oligodeoxynucleotide containing cytosine-phosphate-guanosine (CpG) motifs (CpG ODNs), wherein the cancer is colorectal cancer, and wherein the antibody is characterized in binding to the dimerization domains D4 to D5 of SEQ ID No: 85 of the extracellular domain of human CSF-1R.
A sliding window or sliding door, wherein the sliding window or sliding door comprises the following: - a frame enclosing an area; - at least two wings (30, 40), wherein at least one wing is designed as a sliding wing and is held displaceably in the frame; and - a locking device having at least two segments (51, 55), wherein the at least two segments (51, 55) of the locking device are respectively arranged in the wings (30, 40) such that the segments (51, 55) of the locking device operatively engage with one another in the closed state of the sliding window or sliding door, and wherein the locking device is designed to absorb forces exerted on the wings (30, 40) perpendicular to the area enclosed by the frame and in the sliding direction of the sliding wing in the closed state of the sliding window or sliding door, wherein the at least two segments (51, 55) have engagement areas (52, 56) on ends facing each other by means of which the at least two segments (51, 55) engage upon the closing of the window, characterized in that the at least two segments (51, 55) are of symmetrical design. - a frame enclosing an area; - at least two wings (30, 40), wherein at least one wing is designed as a sliding wing and is held displaceably in the frame; and - a locking device having at least two segments (51, 55),
An apparatus comprising: a first mixer (230, 330) configured to mix a signal derived from an input signal with a local oscillator, LO, signal to generate a first mixer output; a first auxiliary mixer configured to mix the signal derived from the input signal with the LO signal to generate a first auxiliary mixer output, the first auxiliary mixer output coupled to the first mixer output through an element that presents a high impedance to signals within a receive signal bandwidth, to reduce an out-of-band component in the first mixer output; a second mixer (240, 340) configured to mix the input signal with the local oscillator, LO, signal to generate a second mixer output; a second auxiliary mixer configured to mix the input signal with the LO signal to generate a second auxiliary mixer output, the second auxiliary mixer output coupled to the second mixer output through an element that presents a high impedance to signals within the receive signal bandwidth, to reduce an out-of-band component in the second mixer output; and a trans-impedance amplifier configured to sum the first and second mixer outputs to generate an output voltage. a first mixer (230, 330) configured to mix a signal derived from an input signal with a local oscillator, LO, signal to generate a first mixer output; a first auxiliary mixer configured to mix the signal derived from the input signal with the LO signal to generate a first auxiliary mixer output, the first auxiliary mixer output coupled to the first mixer output through an element that presents a high impedance to signals within a receive signal bandwidth, to reduce an out-of-band component in the first mixer output; a second mixer (240, 340) configured to mix the input signal with the local oscillator, LO, signal to generate a second mixer output; a second auxiliary mixer configured to mix the input signal with the LO signal to generate a second auxiliary mixer output, the second auxiliary mixer output coupled to the second mixer output through an element that presents a high impedance to signals within the receive signal bandwidth, to reduce an out-of-band component in the second mixer output; and a trans-impedance amplifier configured to sum the first and second mixer outputs to generate an output voltage.
Method for detecting faults in semiconductor components (11, 12, 13, 14, 15, 16) in electric machines, in particular three-phase generators having a plurality of windings (8, 9, 10) and a plurality of phase terminals U, V, W, comprising the following method steps: a) when the electric machine is at a standstill, in order to identify short circuits relative to B+ or earth, one of the phase terminals U, V, W is loaded relative to earth or relative to a higher potential and the potential established is measured, b) during the operation of the electric machine, in order to identify short circuits relative to B+ or earth, one of the voltages U U, Uv, Uw in one of the phase terminals U, V, W is measured in respect of correspondence to earth potential or the potential, c) during the operation of the electric machine, in order to identify interruptions, one of the voltages U U, Uv, Uw in one of the phase terminals U, V, W is measured in respect of undershooting or exceeding a defined minimum or maximum value, respectively, and d) at defined instants t 1, t 2 of rising and falling edges (54, 55) of the measured voltage in the measured phase terminal, the respective voltages at the terminal of the potential are detected and the two values are compared with one another. a) when the electric machine is at a standstill, in order to identify short circuits relative to B+ or earth, one of the phase terminals U, V, W is loaded relative to earth or relative to a higher potential and the potential established is measured, b) during the operation of the electric machine, in order to identify short circuits relative to B+ or earth, one of the voltages U U, Uv, Uw in one of the phase terminals U, V, W is measured in respect of correspondence to earth potential or the potential, c) during the operation of the electric machine, in order to identify interruptions, one of the voltages U U, Uv, Uw in one of the phase terminals U, V, W is measured in respect of undershooting or exceeding a defined minimum or maximum value, respectively, and d) at defined instants t 1, t 2 of rising and falling edges (54, 55) of the measured voltage in the measured phase terminal, the respective voltages at the terminal of the potential are detected and the two values are compared with one another.
Motor-vehicle lock comprising a latch mechanism and catch as locking elements, wherein the latch mechanism can be pivoted about a latch-mechanism axis into an open position, into a main locking position and, possibly, into a pre-locking position, wherein the motor-vehicle lock is assigned a locking-wedge introduction direction, in which a locking wedge or the like can be brought into engagement with the latch mechanism, thus adjusting the latch mechanism from the open position into a locking position, wherein the catch can be pivoted about a catch axis into an engaged position, in which it retains the latch mechanism in a locking position, and into a disengaged position, in which it is disengaged from the latching mechanism, wherein an actuating lever is provided for disengaging the catch, wherein a switchable locking arrangement is provided, and said locking arrangement, in the locked state, severs the driving connection between the actuating lever and the catch or blocks actuation of the actuating lever following a first actuating displacement and, in the unlocked state, establishes the driving connection between the actuating lever and the catch or eliminates the blocking of the actuating lever, characterized in that the locking arrangement, for the purpose of setting the locking states, has a control lever, which can be pivoted about an in particular lock-case-mounted control-lever axis, in that the actuating lever interacts with the locking arrangement such that the locking arrangement locks when the actuating lever is not actuated and can be unlocked in a spring-assisted manner only when the actuating lever is actuated, and that, when the actuating lever is actuated at an actuating speed which is above a predetermined limit speed, the spring-assisted unlocking takes place with a delay in relation to the actuation of the actuating lever as a result of inertia, essentially as a result of the mass inertia of the control lever, and in that the control-lever axis is oriented essentially parallel to the blocking-wedge introduction direction.
Method of authentication by a NFC reader of an electronic tag fitted to a product, the product having an identifier ( ID P), the tag comprising a memory containing, from manufacture, a unique tag identifier recorded moreover in a database, the method being characterized in that at least one security key has been generated on the basis of the application of a hash function to the unique identifier of the tag modified by a transformation function ( T 1) having as parameter at least one value ( Salt) associated with the product, the said at least one security key being recorded in the database, a hashed product code ( C p) associated with the product, having been generated on the basis of the application of a hash function to the identifier ( ID P) of the product modified by a transformation function ( T 2) having as parameter at least the same value ( Salt) associated with the product and used to generate the said at least one security key, the transformation functions ( T 1) and ( T 2) being identical, the hashed product code ( C p) having been recorded in the memory of the tag and in the database, and being accessible during an interrogation of the tag by the reader by virtue of the said at least one security key, and in that: - the reader interrogates the tag to read the unique identifier of the latter, - the reader transmits the unique identifier of the tag to the database, - if the unique identifier of the tag is recorded in the database, the reader receives from the latter the said at least one security key associated with the unique identifier of the tag, - the reader dispatches a reading request to the tag by virtue of the said at least one security key received from the database, - in case of positive response of the tag, the reader reads, by virtue of the said at least one security key, the hashed product code ( C p), - the reader dispatches a request to the database to verify whether the hashed product code ( C p) transmitted by the tag corresponds to the hashed product code associated with the tag and recorded in the database, and - in case of correspondence, the reader receives from the database an information item ( I a) confirming the authenticity of the product. - the reader interrogates the tag to read the unique identifier of the latter, - the reader transmits the unique identifier of the tag to the database, - if the unique identifier of the tag is recorded in the database, the reader receives from the latter the said at least one security key associated with the unique identifier of the tag, - the reader dispatches a reading request to the tag by virtue of the said at least one security key received from the database, - in case of positive response of the tag, the reader reads, by virtue of the said at least one security key, the hashed product code ( C p), - the reader dispatches a request to the database to verify whether the hashed product code ( C p) transmitted by the tag corresponds to the hashed product code associated with the tag and recorded in the database, and - in case of correspondence, the reader receives from the database an information item ( I a) confirming the authenticity of the product.
Method for stopping a polymer electrolyte membrane fuel-cell stack, the fuel-cell stack comprising a stack of cells and being installed in a system comprising a fuel-gas supply circuit connecting a fuel-gas tank to the anode of the fuel-cell stack, and an oxidant-gas supply circuit connected to an oxidant-gas tank, or to atmospheric air, the method comprising a procedure for shutting down the fuel-cell stack comprising the following steps: • (i) cutting off the supply of fuel gas and oxidant gas; • (ii) continuing to draw current until the oxidant gas is sufficiently consumed; and • (iii) injecting gas enriched with nitrogen into the oxidant-gas supply system, the method being characterized in that it furthermore comprises the step of completely eliminating the hydrogen still present at the anode of the stack, this step being performed after a complete shut-off of the fuel cell stack, and this step comprising an electrochemical pumping step, implementing an electrochemical membrane installed outside of the stack. • (i) cutting off the supply of fuel gas and oxidant gas; • (ii) continuing to draw current until the oxidant gas is sufficiently consumed; and • (iii) injecting gas enriched with nitrogen into the oxidant-gas supply system,
A method for determining a magnetic field, comprising steps of: - providing a magnetic sample, - providing a probe comprising diamond, wherein in the diamond a plurality of negatively charged nitrogen-vacancy centers are formed, - scanning the probe with polarized light, wherein the probe is irradiated with light emitted by a light source and light reflected from the probe is detected by a light detector, - irradiating the probe with polarized microwave radiation emitted by a microwave source and detecting microwave radiation reflected from the probe by a microwave detector, and - evaluating the detected light and the detected microwave radiation, ch aracteriz ed by steps of - arranging the light source to a crystal orientation of the diamond such that the light is irradiated with a specific angle of polarization with respect to the crystal orientation, and - changing the polarization of the light while scanning the probe, and further characterized in that - a polarization of the microwave radiation is oriented parallel to or out-of-plane of a surface of the diamond in the probe. - providing a magnetic sample, - providing a probe comprising diamond, wherein in the diamond a plurality of negatively charged nitrogen-vacancy centers are formed, - scanning the probe with polarized light, wherein the probe is irradiated with light emitted by a light source and light reflected from the probe is detected by a light detector, - irradiating the probe with polarized microwave radiation emitted by a microwave source and detecting microwave radiation reflected from the probe by a microwave detector, and - evaluating the detected light and the detected microwave radiation, ch aracteriz ed by steps of - arranging the light source to a crystal orientation of the diamond such that the light is irradiated with a specific angle of polarization with respect to the crystal orientation, and - changing the polarization of the light while scanning the probe, and further characterized in that - a polarization of the microwave radiation is oriented parallel to or out-of-plane of a surface of the diamond in the probe.
A marine vessel propeller to convert engine rotational power into propulsive thrust when in use and wherein the propeller is of a built-up propeller type arranged in a circular array of propeller blades, wherein the propeller blade is a single piece comprising a blade part and a base part, characterized in that the base part has a generally circular inner surface in which there is arranged a number of radially extending cylindrical indents provided with planar end wall and fastening holes arranged through the base part at the location of the indents, a cylindrical insert) has a cylindrical overall shape is provided with a through-hole for a fastening bolt parallel to a longitudinal axis of the insert and arranged to fit into the indent, such that the propeller blades are attachable to a propeller shaft by means of fastening bolts through the fastening holes and inserts, and the insert has two parallel planes (133, 134) defining the insert thickness that defines a clearance between the base part inner surface and the propeller shaft when tightened for use.
One-piece, flexible or semi-flexible otoplastic as an ear insert for hearing aids with a hollow, tube-like basic body which tapers from a connection side towards an auditory canal side, wherein a first opening for the connection of a hearing aid accessory is provided on the connection side and a second opening as a receptacle for the end of a sound tube is provided on the auditory canal side, wherein the first opening has an oval contour on the connection side and a connection section of the basic body associated with the connection side merges via a concave curvature section into an auditory canal section of the basic body associated with the auditory canal side, wherein the earmould has an oval cross-section along the entire basic body, wherein the connection section merges into the auditory canal section at a front side of the earmould under a concave curvature section and at an opposite rear side under a convex curvature section, wherein the radius of curvature of the concave curvature portion at the front side is smaller than the radius of curvature of the convex curvature portion at the rear side, and wherein a convex curvature section in the auditory canal section with a material thickening towards the auditory canal side adjoins the concave curvature section, characterised in that in that the wall thickness of the basic body is increased in a region associated with the auditory canal side in comparison with the wall thickness of the further basic body, the material thickening being designed for fixing a sound tube inwards into the cavity of the earmould.
Bonding agent for dental prostheses in the upper and lower jaw region in the form of a paste-like, easily spreadable mass containing cellulose derivates and/or hydrocolloids and/or microcrystalline CMC granulate, glyceryl triacetate, silicon dioxide and aqua purificata, wherein the mass contains a terpolymer, characterised in that the terpolymer has a composition of monomers of 57% by weight vinyl acetate, 40% by weight vinyl laurate and 3% by weight crotonic acid.
An apparatus (200, 300, 400) for performing bioelectric stimulation, the apparatus (200, 300, 400) comprising: a stimulation unit (202, 302, 402); a measurement unit (208, 308, 408) comprising an amplifier; first (204, 304, 404) and second (206, 306, 406) stimulation electrodes configured to to apply electrical signals to tissue of a patient; first (210, 310, 410) and second (212, 312, 412) measurement electrodes configured to receive first and second measurement signals from the tissue of the patient; wherein the stimulation unit (202, 302, 402) is configured to deliver a first stimulation signal to the first stimulation electrode (204, 304, 404) and a second stimulation signal to the second stimulation electrode (206, 306, 406); wherein the first stimulation signal and the second stimulation signal are mirrored about a biasing voltage, the biasing voltage set in dependence of the dynamic range of the amplifier. a stimulation unit (202, 302, 402); a measurement unit (208, 308, 408) comprising an amplifier; first (204, 304, 404) and second (206, 306, 406) stimulation electrodes configured to to apply electrical signals to tissue of a patient; first (210, 310, 410) and second (212, 312, 412) measurement electrodes configured to receive first and second measurement signals from the tissue of the patient; wherein the stimulation unit (202, 302, 402) is configured to deliver a first stimulation signal to the first stimulation electrode (204, 304, 404) and a second stimulation signal to the second stimulation electrode (206, 306, 406); wherein the first stimulation signal and the second stimulation signal are mirrored about a biasing voltage, the biasing voltage set in dependence of the dynamic range of the amplifier.
A hot filament CVD device that is configured to perform coating treatment on multiple base materials, the hot filament CVD device comprising: a chamber including a chamber body provided with an opening, and a door attached to the chamber body to seal the opening and allow the opening to be openable; multiple filaments configured to heat a material gas; multiple base material supports insertable into the chamber through the opening in a predetermined insertion direction, the multiple base material supports configured to support the corresponding multiple base materials while allowing the multiple base materials to be disposed at intervals in the insertion direction; and a table having a mounting surface on which the multiple base material supports are allowed to be mounted allowing the multiple base materials to be disposed facing the corresponding multiple filaments, and configured to support the multiple base material supports inside the chamber while allowing the multiple base material supports to be disposed adjacent to each other in a chamber width direction intersecting the insertion direction, characterized by a filament cartridge (6A, 6B, 6C) provided with the multiple filaments, wherein the filament cartridge (6A, 6B, 6C) and the table are disposed inside the chamber, and the multiple base material supports are insertable into the chamber while sliding the multiple base material supports on the mounting surface of the table. a chamber including a chamber body provided with an opening, and a door attached to the chamber body to seal the opening and allow the opening to be openable; multiple filaments configured to heat a material gas; multiple base material supports insertable into the chamber through the opening in a predetermined insertion direction, the multiple base material supports configured to support the corresponding multiple base materials while allowing the multiple base materials to be disposed at intervals in the insertion direction; and a table having a mounting surface on which the multiple base material supports are allowed to be mounted allowing the multiple base materials to be disposed facing the corresponding multiple filaments, and configured to support the multiple base material supports inside the chamber while allowing the multiple base material supports to be disposed adjacent to each other in a chamber width direction intersecting the insertion direction, characterized by a filament cartridge (6A, 6B, 6C) provided with the multiple filaments, wherein the filament cartridge (6A, 6B, 6C) and the table are disposed inside the chamber, and the multiple base material supports are insertable into the chamber while sliding the multiple base material supports on the mounting surface of the table.