mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula I, or an optical isomer, racemate, diastereomer, pharmaceutically acceptable salt or solvate thereof, wherein R 1 represents hydrogen, fluoro, chloro, bromo, iodo, hydroxy, an alkoxy, nitro, amino or an alkyl; R 2 represents hydrogen, fluoro, chloro, bromo, iodo, an alkyl, nitro or amino; R 3 represents 1 to 5 substituents independently selected from the group consisting of: hydrogen, fluoro, chloro, bromo, iodo, hydroxy, an alkoxy, nitro, amino and an alkyl; R 4 represents phenyl, naphthyl or a heterocyclic group, wherein the phenyl, naphthyl and heterocyclic group are optionally substituted with one or more substituents independently selected from the group consisting of: fluoro, chloro, bromo, iodo, hydroxy, an alkoxy, nitro, amino and an alkyl; and R 5 represents hydroxy, thiol, an alkoxy, an alkylthio or a halogen. R 1 represents hydrogen, fluoro, chloro, bromo, iodo, hydroxy, an alkoxy, nitro, amino or an alkyl; R 2 represents hydrogen, fluoro, chloro, bromo, iodo, an alkyl, nitro or amino; R 3 represents 1 to 5 substituents independently selected from the group consisting of: hydrogen, fluoro, chloro, bromo, iodo, hydroxy, an alkoxy, nitro, amino and an alkyl; R 4 represents phenyl, naphthyl or a heterocyclic group, wherein the phenyl, naphthyl and heterocyclic group are optionally substituted with one or more substituents independently selected from the group consisting of: fluoro, chloro, bromo, iodo, hydroxy, an alkoxy, nitro, amino and an alkyl; and R 5 represents hydroxy, thiol, an alkoxy, an alkylthio or a halogen.
A disposable cloth suitable for use in association with a patient and comprising a base layer, and that at least a part of both sides of the base layer are provided with a friction coating so as to enable the cloth to be used for increasing friction between the patient and the countersurface, wherein both sides of the base layer are provided with the friction coating such that when a first side of the base layer is provided with a friction coating, no friction coating is provided at the corresponding point on a second side of the base layer, and vice versa.
A multi-mode cavity filter, comprising: at least one dielectric resonator body incorporating a piece of dielectric material, the piece of dielectric material having a shape such that it can support at least three orthogonal resonant modes, the first and the second modes being substantially degenerate; a layer of conductive material in contact with and covering the dielectric resonator body and comprising an aperture; and a coupling structure comprising at least a first and a second electrically conductive coupling paths for at least one of inputting signals to the dielectric resonator body and outputting signals from the dielectric resonator body, said electrically conductive coupling paths being arranged for directly coupling signals to said at least three orthogonal resonant modes in parallel, and directly coupling signals from said at least three orthogonal resonant modes in parallel, the coupling being provided through said aperture in the conductive material at least one dielectric resonator body incorporating a piece of dielectric material, the piece of dielectric material having a shape such that it can support at least three orthogonal resonant modes, the first and the second modes being substantially degenerate; a layer of conductive material in contact with and covering the dielectric resonator body and comprising an aperture; and a coupling structure comprising at least a first and a second electrically conductive coupling paths for at least one of inputting signals to the dielectric resonator body and outputting signals from the dielectric resonator body, said electrically conductive coupling paths being arranged for directly coupling signals to said at least three orthogonal resonant modes in parallel, and directly coupling signals from said at least three orthogonal resonant modes in parallel, the coupling being provided through said aperture in the conductive material
Double disc coulter having two coulter discs (12, 13) which are mounted rotatably on a coulter holder by means of bearing elements (18a, 18b) which are arranged on a bearing axle, an actuating element being provided, by way of which the spacing and/or angle between the coulter discs (12, 13) can be adjusted in the assembled state of the double disc coulter, characterized in that the coulter discs (12, 13) are spring-loaded in such a way that they are permanently pressed towards one another.
A method of performing mass spectrometry, comprising: obtaining, based on a series of mass spectra (504, 806, 904) of detected ions derived from components eluting from a chromatography column, an elution profile comprising a plurality of detection points representing intensity of the detected ions as a function of time; and determining, based on a set of detection points (606, 1112) included in the plurality of detection points, a predicted next detection point (608, 704) of the elution profile to be obtained based on a next mass spectrum (504, 806, 904) to be acquired. obtaining, based on a series of mass spectra (504, 806, 904) of detected ions derived from components eluting from a chromatography column, an elution profile comprising a plurality of detection points representing intensity of the detected ions as a function of time; and determining, based on a set of detection points (606, 1112) included in the plurality of detection points, a predicted next detection point (608, 704) of the elution profile to be obtained based on a next mass spectrum (504, 806, 904) to be acquired.
An aerosol-generating device comprising: one or more DC power sources; a load network comprising an inductor and a capacitor connected in series; first drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a first voltage drop across the load network; characterised by second drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a second voltage drop across the load network, the second voltage drop being in an opposite direction to the first voltage drop; and by a controller connected to the first and second drive circuitry and configured to control the first and second drive circuitry so that both the first and second voltage drops are provided across the load network periodically and so that the second voltage drop is not provided across the load network simultaneously with the first voltage drop. one or more DC power sources; a load network comprising an inductor and a capacitor connected in series; first drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a first voltage drop across the load network; characterised by second drive circuitry connected to the one or more DC power sources and connected across the load network and configured to provide a second voltage drop across the load network, the second voltage drop being in an opposite direction to the first voltage drop; and by a controller connected to the first and second drive circuitry and configured to control the first and second drive circuitry so that both the first and second voltage drops are provided across the load network periodically and so that the second voltage drop is not provided across the load network simultaneously with the first voltage drop.
A magnetic cleaning tool for removing ferrous debris in a wellbore, comprising: a tool body, being a cylindrical tubular member with a central bore located longitudinally therethrough and including a box section at a first end and a pin section at a second end for attachment in a work string; one or more magnets supported on the tool body; and a sleeve located around the tool body, the sleeve being moveable along the body to provide selective coverage of the magnets.
Member (24, 26) for a system for connecting a wiper blade to a windscreen wiper arm, this member comprising articulation means configured in order to interact with first means complementing a second member (26, 24) of the connection system in such a manner as to turn about at least one axis of articulation of the member vis-à-vis this second member, said member comprising centring and guide means (62, 82) configured in order to interact with second means (82, 62) complementing the second member in order to facilitate the mounting of the member in or on the second member, member (24, 26) in which said centring and guide means (62, 82) comprise at least two distinct and contiguous portions (62a, 62b, 82a, 82b), said member (24, 26) being characterized in that the portions (62a, 62b, 82a, 82b) form a notch or a chamfer having a section substantially in the form of an upright or inverted V and in that said portions (82, 62) are located in the vicinity of a hole or of a protuberance constituting articulation means.
A power transmission device having a surface a part of which defines a power transmission plane, the device comprising: a power transmission circuit converting DC power into AC power; and a power transmission coil structure including 2N planar coils (L1,..., L4), N being an integer greater than or equal to two, stacked along a normal of the power transmission plane, the power transmission coil structure being adapted for wirelessly transmitting the converted AC power to a power receiving coil of a power receiving device via the power transmission plane and being disposed on a side toward the power transmission plane in the power transmission device, wherein inductance values of the 2N planar coils differ from each other if a magnetic substance is disposed facing the power transmission plane, characterized in that the 2N planar coils (L1,..., L4) constitute coil groups including a coil group in which a planar coil having, in presence of the magnetic substance disposed facing the power transmission plane, an i'th highest inductance value out of the 2N planar coils (L1,..., L4) and a planar coil having, in presence of the magnetic substance disposed facing the power transmission plane, an i'th-lowest inductance value are connected in series, where i denotes any one integer of one to N, and the coil groups are connected in parallel to each other. a power transmission circuit converting DC power into AC power; and a power transmission coil structure including 2N planar coils (L1,..., L4), N being an integer greater than or equal to two, stacked along a normal of the power transmission plane, the power transmission coil structure being adapted for wirelessly transmitting the converted AC power to a power receiving coil of a power receiving device via the power transmission plane and being disposed on a side toward the power transmission plane in the power transmission device, wherein inductance values of the 2N planar coils differ from each other if a magnetic substance is disposed facing the power transmission plane, characterized in that the 2N planar coils (L1,..., L4) constitute coil groups including a coil group in which a planar coil having, in presence of the magnetic substance disposed facing the power transmission plane, an i'th highest inductance value out of the 2N planar coils (L1,..., L4) and a planar coil having, in presence of the magnetic substance disposed facing the power transmission plane, an i'th-lowest inductance value are connected in series, where i denotes any one integer of one to N, and the coil groups are connected in parallel to each other.
Method for controlling at least two signal lamps (3, 3', 3") for traffic applications, characterized in that each of the at least two signal lamps (3, 3', 3") is locally controlled by means of a control circuit (2, 2', 2") comprising at least a first central processing unit (CPU-A) and a second central processing unit (CPU-B), and in that the method comprises carrying out the following steps for each signal lamp (3, 3', 3"): a) defining a desired rms current value for a current through the respective signal lamp (3, 3', 3"); b) measuring an actual rms current value of the current through the same signal lamp (3, 3', 3"); c) sending the measured actual rms current value to each of the two independent central processing units (CPU-A, CPU-B); d) comparing, by means of each central processing unit (CPU-A, CPU-B), the respective actual rms current value with the desired rms current value and evaluating a correction current value; e) comparing, by means of the central processing units (CPU-A, CPU-B), the evaluated correction current values; and f) in case both central processing units (CPU-A, CPU-B) evaluated the same correction current value, adjusting the current to the desired rms current value by means of the control circuit (2, 2', 2"), wherein the control circuit (2, 2', 2") is powered by a constant voltage source, wherein the adjustment comprises generating for the same signal lamp (3, 3', 3") a pulse width modulated PWM-signal according to the desired rms current value independently of the adjustment of the current values of the other signal lamps (3, 3', 3") and wherein an AC current signal is generated by modulating the polarity of the PWM-signal by means of four transistors of a transistor bridge (T1, T2, T3, T4, T5, T6), wherein two of the transistors (T1, T2, T3) are controlled by the first central processing unit (CPU-A) and the other two transistors (T4, T5, T6) are controlled by the second central processing unit (CPU-B). a) defining a desired rms current value for a current through the respective signal lamp (3, 3', 3"); b) measuring an actual rms current value of the current through the same signal lamp (3, 3', 3"); c) sending the measured actual rms current value to each of the two independent central processing units (CPU-A, CPU-B); d) comparing, by means of each central processing unit (CPU-A, CPU-B), the respective actual rms current value with the desired rms current value and evaluating a correction current value; e) comparing, by means of the central processing units (CPU-A, CPU-B), the evaluated correction current values; and f) in case both central processing units (CPU-A, CPU-B) evaluated the same correction current value, adjusting the current to the desired rms current value by means of the control circuit (2, 2', 2"), wherein the control circuit (2, 2', 2") is powered by a constant voltage source,
A setting device of a gun shank (2, 21, 22), wherein a first and a second adjusting element (31, 32), arranged parallel to one another and guided in a moveable manner in relation to one another, is present, which adjusting element is in each case mounted in a pivotable manner at the ends (31a, 31b, 32a, 32b) thereof on a first and a second mounting block (41, 42) in mounting axes (41a, 41b, 42a, 42b) which are arranged in a mutually parallel and mutually spaced manner, wherein the first mounting block is connected to a first part of the shank or formed by the same, and wherein the second mounting block is connected to a second part of the shank or formed by the same, wherein a fixing device is present, which locks a movement of the adjusting elements (31, 32) in relation to one another.
A portable telephone with functions of receiving television and recording that starts recording operation at a start time of programmed recording set in advance, the portable telephone comprising: means for setting the start time of programmed recording; receiving means for receiving waves of television broadcast; means adapted to detect a time point preceding the set start time of programmed recording by a predetermined time; reception level detection means adapted to detect a reception level of the wave of television broadcast; reception level detection activating means to activate the reception level detection means when the time point preceding a set start time of programmed recording by a predetermined time is detected; judging means adapted to compare the detected reception level with a predetermined threshold value, and to judge whether the programmed recording is permitted based on the comparison result; and notifying means (20, 21) for notifying the user that such a situation that the recording is not permitted occurs when it is judged that the recording is not permitted, wherein the notifying means (20, 21) performs notification by showing on a display a message that the recording is not permitted as well as by the production of sound or vibration. means for setting the start time of programmed recording; receiving means for receiving waves of television broadcast; means adapted to detect a time point preceding the set start time of programmed recording by a predetermined time; reception level detection means adapted to detect a reception level of the wave of television broadcast; reception level detection activating means to activate the reception level detection means when the time point preceding a set start time of programmed recording by a predetermined time is detected; judging means adapted to compare the detected reception level with a predetermined threshold value, and to judge whether the programmed recording is permitted based on the comparison result; and notifying means (20, 21) for notifying the user that such a situation that the recording is not permitted occurs when it is judged that the recording is not permitted, wherein the notifying means (20, 21) performs notification by showing on a display a message that the recording is not permitted as well as by the production of sound or vibration.
A display module, comprising: a back plate comprising a back plate body and a side wall, the back plate body and the side wall being integrally formed and together defining a mounting space, a connecting rib parallel to the back plate body being integrally formed on an inside surface of the side wall; a display screen, an edge of an inside surface of the display screen being fixed to the connecting rib; and an optical film set mounted in the mounting space; wherein the optical film set comprises a first film adjacent to an inner side of the display screen, and an edge of the first film is provided with a side protrusion; the connecting rib is provided with a mounting sink communicating with the mounting space, and the side protrusion is clamped into the mounting sink. a back plate comprising a back plate body and a side wall, the back plate body and the side wall being integrally formed and together defining a mounting space, a connecting rib parallel to the back plate body being integrally formed on an inside surface of the side wall; a display screen, an edge of an inside surface of the display screen being fixed to the connecting rib; and an optical film set mounted in the mounting space; wherein the optical film set comprises a first film adjacent to an inner side of the display screen, and an edge of the first film is provided with a side protrusion; the connecting rib is provided with a mounting sink communicating with the mounting space, and the side protrusion is clamped into the mounting sink.
A method of manufacturing variable crimped web material, comprising: feeding substantially continuous web material; crimping a first region of the web material at a first crimp value; and crimping a second region of the web material, adjacent the first region, at a second crimp value; wherein, the web material is crimped using a set of two rollers, each roller being corrugated across at least a portion of its width and corrugated around its circumference, the rollers being configured such that the corrugations across the width of the rollers interleave with each other to crimp the web material, and the rollers being configured such that the troughs of the corrugations around the circumference of the first roller are substantially aligned with the troughs of the corrugations around the circumference of the second roller to crimp the web material at the first crimp value, and the peaks of the corrugations around the circumference of the first roller are substantially aligned with the peaks of the corrugations around the circumference of the second roller to crimp the web material at the second crimp value. feeding substantially continuous web material; crimping a first region of the web material at a first crimp value; and crimping a second region of the web material, adjacent the first region, at a second crimp value; wherein, the web material is crimped using a set of two rollers, each roller being corrugated across at least a portion of its width and corrugated around its circumference, the rollers being configured such that the corrugations across the width of the rollers interleave with each other to crimp the web material, and the rollers being configured such that the troughs of the corrugations around the circumference of the first roller are substantially aligned with the troughs of the corrugations around the circumference of the second roller to crimp the web material at the first crimp value, and the peaks of the corrugations around the circumference of the first roller are substantially aligned with the peaks of the corrugations around the circumference of the second roller to crimp the web material at the second crimp value.
A network handover method performed by a terminal device, comprising: obtaining (602, 702) a link quality parameter of a data link of the terminal device, wherein the terminal device currently accesses a 5G system; and determining that the 5G system is unavailable when the link quality parameter meets a specified condition, and handing over (609, 711) from the 5G system to a non-5G system, wherein the link quality parameter comprises a quantity of uplink data packets and a quantity of downlink data packets that are received in specified duration, and the specified condition comprises: in the specified duration, the quantity of downlink data packets received by the terminal device exceeds a first threshold, and a quantity of sent uplink data packets is 0; or the specified condition comprises: in the specified duration, a quantity of uplink data packets sent by the terminal device exceeds a second threshold, and the quantity of received downlink data packets is 0, wherein after determining that the 5G system is unavailable, the method further comprises: recovering a network by querying a route; and the handing over (609, 711) from the 5G system to a non-5G system comprises: if the network is unsuccessfully recovered, handing over to the non-5G system. obtaining (602, 702) a link quality parameter of a data link of the terminal device, wherein the terminal device currently accesses a 5G system; and determining that the 5G system is unavailable when the link quality parameter meets a specified condition, and handing over (609, 711) from the 5G system to a non-5G system, wherein the link quality parameter comprises a quantity of uplink data packets and a quantity of downlink data packets that are received in specified duration, and the specified condition comprises: in the specified duration, the quantity of downlink data packets received by the terminal device exceeds a first threshold, and a quantity of sent uplink data packets is 0; or the specified condition comprises: in the specified duration, a quantity of uplink data packets sent by the terminal device exceeds a second threshold, and the quantity of received downlink data packets is 0, wherein after determining that the 5G system is unavailable, the method further comprises: recovering a network by querying a route; and the handing over (609, 711) from the 5G system to a non-5G system comprises: if the network is unsuccessfully recovered, handing over to the non-5G system. recovering a network by querying a route; and the handing over (609, 711) from the 5G system to a non-5G system comprises: if the network is unsuccessfully recovered, handing over to the non-5G system.