mhurhangee/ep-ind-claims huggingface dataset:
A hearing aid-compatible mobile wireless device having a radio frequency module, comprising: a data processing unit demodulating and decoding a signal received from the radio frequency module; a receiver connected to the data processing unit, the receiver receiving the signal from the data processing unit and converting the signal into sound; a vibration motor adjacent to the receiver and selectively connected to the data processing unit, the vibration motor having a magnetic coil receiving the signal from the data processing unit and the magnetic coil generating a magnetic field for hearing aid-compatibility; a motor driving unit selectively connected to the vibration motor, the motor driving unit driving the vibration motor by supplying an electric current to the magnetic coil; a switching unit selecting one of two paths, one of which is between the data processing unit and the vibration motor, the other of which is between the motor driving unit and the vibration motor; and a control unit controlling operations of the motor driving unit and controlling the switching unit to select the path between the data processing unit and the vibration motor when the signal received from the radio frequency module is input through the data processing unit. a data processing unit demodulating and decoding a signal received from the radio frequency module; a receiver connected to the data processing unit, the receiver receiving the signal from the data processing unit and converting the signal into sound; a vibration motor adjacent to the receiver and selectively connected to the data processing unit, the vibration motor having a magnetic coil receiving the signal from the data processing unit and the magnetic coil generating a magnetic field for hearing aid-compatibility; a motor driving unit selectively connected to the vibration motor, the motor driving unit driving the vibration motor by supplying an electric current to the magnetic coil; a switching unit selecting one of two paths, one of which is between the data processing unit and the vibration motor, the other of which is between the motor driving unit and the vibration motor; and a control unit controlling operations of the motor driving unit and controlling the switching unit to select the path between the data processing unit and the vibration motor when the signal received from the radio frequency module is input through the data processing unit.
A microfluidic device for conducting multiplex immunoassays to detect multiple target analytes in a liquid sample using a set of tags and anti-tags, wherein the device comprises an array of different anti-tags immobilised on a surface of a sensor for measuring a signal, wherein each anti-tag is arranged to immobilise a tagged antibody or tagged antigen thereby in use separating tagged immune complexes from the liquid phase affecting the signal measured; wherein the device comprises a sensor chamber for tagged immune complexes to form in the liquid phase, and the device comprises one or more detection zones comprising the array of different anti-tags for immobilising tagged immune complexes; wherein the device comprises a microfluidic delay channel between the sensor chamber and the detection zone(s) to increase the liquid phase incubation time of reagents that react to form tagged immune complexes before reaching the anti-tags; and wherein in use liquid comprising the tagged immune complexes flows or is fluidically driven from the sensor chamber to the detection zone(s). wherein the device comprises a sensor chamber for tagged immune complexes to form in the liquid phase, and the device comprises one or more detection zones comprising the array of different anti-tags for immobilising tagged immune complexes; wherein the device comprises a microfluidic delay channel between the sensor chamber and the detection zone(s) to increase the liquid phase incubation time of reagents that react to form tagged immune complexes before reaching the anti-tags; and wherein in use liquid comprising the tagged immune complexes flows or is fluidically driven from the sensor chamber to the detection zone(s).
A subsea high integrity pipeline protection system comprising: a fluid inlet; a fluid outlet; a first barrier valve connected between the fluid inlet and the fluid outlet; a second barrier valve connected between the first barrier valve and the fluid outlet; and a bypass circuit which allows fluid to circumvent the barrier valves (4, 5) when closed; a logic solver connected to the first and second barrier valves (4, 5), first, second and third bypass valves (6, 7, 8) and a pressure sensor (15 - 17); characterized in that the bypass circuit includes first and second bypass valves (6, 7) connected in series, a flow reducing device downstream of the second bypass valve and a third bypass valve connected in parallel to the second bypass valve; and wherein provided the pressure downstream of the closed barrier valve has fallen to a safe level as measured by the pressure sensor (15 - 17), the bypass valves (6, 7) are opened. a fluid inlet; a fluid outlet; a first barrier valve connected between the fluid inlet and the fluid outlet; a second barrier valve connected between the first barrier valve and the fluid outlet; and a bypass circuit which allows fluid to circumvent the barrier valves (4, 5) when closed; a logic solver connected to the first and second barrier valves (4, 5), first, second and third bypass valves (6, 7, 8) and a pressure sensor (15 - 17); characterized in that the bypass circuit includes first and second bypass valves (6, 7) connected in series, a flow reducing device downstream of the second bypass valve and a third bypass valve connected in parallel to the second bypass valve; and wherein provided the pressure downstream of the closed barrier valve has fallen to a safe level as measured by the pressure sensor (15 - 17), the bypass valves (6, 7) are opened.
A packet forwarding method, applicable to a communication system which comprises a source node, a destination node, a first device, and a second device, wherein the destination node and the source node each have dual-homed connections to the first device and the second device, a first logical channel, L1, is established between the source node and the first device and a second logical channel, L2, is established between the source node and the second device, and a third logical channel, L3, is established between the destination node and the first device and a fourth logical channel, L4, is established between the destination node and the second device, and the method comprises: receiving, by the second device through a universal tunnel preestablished between the first device and the second device, a packet to be sent to the destination node, wherein the packet carries service data and one of identifiers of the L1, the L2, the L3, and the L4; querying, by the second device, according to the identifier carried in the packet, a preconfigured logical channel mapping in the second device, and determining that a forwarding channel for forwarding the service data in the packet is the L4, wherein the preconfigured logical channel mapping is a mapping between a logical channel and the L4, and the logical channel corresponds to the identifier; and sending, by the second device, the service data in the packet to the destination node through the L4. receiving, by the second device through a universal tunnel preestablished between the first device and the second device, a packet to be sent to the destination node, wherein the packet carries service data and one of identifiers of the L1, the L2, the L3, and the L4; querying, by the second device, according to the identifier carried in the packet, a preconfigured logical channel mapping in the second device, and determining that a forwarding channel for forwarding the service data in the packet is the L4, wherein the preconfigured logical channel mapping is a mapping between a logical channel and the L4, and the logical channel corresponds to the identifier; and sending, by the second device, the service data in the packet to the destination node through the L4.
A method for receiving uplink sounding reference signals, comprising: receiving uplink Sounding Reference Signals, SRSs, transmitted from radio frequency transmission modules of a mobile terminal according to respective Transmission Comb, TC, values and Cyclic Shift, CS, values assigned for the radio frequency transmission modules upon arrival of a transmission cycle, wherein any two of the radio frequency transmission modules are assigned with different TC values and/or different CS values; and determining, from the respective TC values and CS values assigned for the radio frequency transmission modules, one of the radio frequency transmission modules corresponding to each of the received SRSs. receiving uplink Sounding Reference Signals, SRSs, transmitted from radio frequency transmission modules of a mobile terminal according to respective Transmission Comb, TC, values and Cyclic Shift, CS, values assigned for the radio frequency transmission modules upon arrival of a transmission cycle, wherein any two of the radio frequency transmission modules are assigned with different TC values and/or different CS values; and determining, from the respective TC values and CS values assigned for the radio frequency transmission modules, one of the radio frequency transmission modules corresponding to each of the received SRSs.
A method for updating a fingerprint template in a fingerprint template library, the method comprising: acquiring by an electronic device, a fingerprint image of a finger in a fingerprint sensor region of a fingerprint sensor in the electronic device; determining whether the fingerprint image matches the fingerprint template; characterised by: when the fingerprint image matches the fingerprint template, acquiring, by the electronic device, a blank image of the fingerprint sensor region after the finger leaves the fingerprint sensor region; determining, by the electronic device, whether the blank image or the fingerprint image includes a foreign object region with an area greater than an area threshold; when the blank image or the fingerprint image includes a foreign object region with an area greater than the area threshold, confirming, by the electronic device, not to update the fingerprint template; and when neither the blank image nor the fingerprint image includes any foreign object region with an area greater than the area threshold, updating, by the electronic device, the fingerprint template with the fingerprint image; wherein the foreign object region in the blank image corresponds to a hardware damage of the fingerprint sensor or a residue in the fingerprint sensor region, and the foreign object region in the fingerprint image corresponds to a foreign object in the finger. acquiring by an electronic device, a fingerprint image of a finger in a fingerprint sensor region of a fingerprint sensor in the electronic device; determining whether the fingerprint image matches the fingerprint template; when the fingerprint image matches the fingerprint template, acquiring, by the electronic device, a blank image of the fingerprint sensor region after the finger leaves the fingerprint sensor region; determining, by the electronic device, whether the blank image or the fingerprint image includes a foreign object region with an area greater than an area threshold; when the blank image or the fingerprint image includes a foreign object region with an area greater than the area threshold, confirming, by the electronic device, not to update the fingerprint template; and when neither the blank image nor the fingerprint image includes any foreign object region with an area greater than the area threshold, updating, by the electronic device, the fingerprint template with the fingerprint image; wherein the foreign object region in the blank image corresponds to a hardware damage of the fingerprint sensor or a residue in the fingerprint sensor region, and the foreign object region in the fingerprint image corresponds to a foreign object in the finger.
An image displaying speedometer displaying a target speed of an automatic cruise control and comprising: an input section configured to receive a movement input for moving a first index on a speed scale and a decision input among various inputs; and a display section that outputs information, wherein the display section outputs the speed scale and in the case of setting the target speed either one of the first index which indicates a part of the speed scale and a second index which indicates a part of the speed scale as information, the first index being different from the second index; and wherein the display section outputs the first index so as to indicate the part of the speed scale in accordance with the movement input received by the input section, characterized in that the display section outputs the second index, instead of the first index, so as to indicate the part of the speed scale which has been indicated by the first index after the input section receives the decision input. an input section configured to receive a movement input for moving a first index on a speed scale and a decision input among various inputs; and a display section that outputs information, wherein the display section outputs the speed scale and in the case of setting the target speed either one of the first index which indicates a part of the speed scale and a second index which indicates a part of the speed scale as information, the first index being different from the second index; and wherein the display section outputs the first index so as to indicate the part of the speed scale in accordance with the movement input received by the input section, characterized in that the display section outputs the second index, instead of the first index, so as to indicate the part of the speed scale which has been indicated by the first index after the input section receives the decision input.
At least one protein-bound cannabinoid bound to a plasma protein for use as a medicament for treatment of a condition, wherein a total cannabinoid dose of the at least one protein-bound cannabinoid, administered over a time period comprising multiple administrations, is lower relative to a total cannabinoid dose of the at least one cannabinoid when administered in unbound form for achieving a same degree of therapeutic effect for treating the condition, and wherein the at least one protein-bound cannabinoid and dose administered are: a. between 0.6 mg/week nabilone and 1.75 mg/week nabilone when the condition is chronic pain; b. between 12 mg/week Δ-9-THC and 35 mg/week Δ-9 THC when the condition is nausea; c. between 2 mg/week nabilone and 7 mg/week nabilone when the condition is pain associated with fibromyalgia d. between 3 mg/week A-9-THC and 9 mg/week Δ-9 THC when the condition is reduced appetite; e. between 6 mg/week THC and 17.5 mg/week THC when the condition is chronic pain associated with cancer; f. between 233 mg/week CBD and 700 mg/week CBD when the condition is epilepsy; g. between 5.5 mg/kg/week CBD and 17.5 mg/kg/week CBD when the condition is epilepsy; h. between 23 mg/kg/week CBD and 70 mg/kg/week CBD when the condition is epilepsy associated with Dravet Syndrome or Lennox Gastaut Syndrome; or i. between 3.2 mg/week THC with 2.9 mg/week CBD and 9.5 mg/week THC with 8.7 mg/week CBD when the condition is epilepsy or chronic pain. a. between 0.6 mg/week nabilone and 1.75 mg/week nabilone when the condition is chronic pain; b. between 12 mg/week Δ-9-THC and 35 mg/week Δ-9 THC when the condition is nausea; c. between 2 mg/week nabilone and 7 mg/week nabilone when the condition is pain associated with fibromyalgia d. between 3 mg/week A-9-THC and 9 mg/week Δ-9 THC when the condition is reduced appetite; e. between 6 mg/week THC and 17.5 mg/week THC when the condition is chronic pain associated with cancer; f. between 233 mg/week CBD and 700 mg/week CBD when the condition is epilepsy; g. between 5.5 mg/kg/week CBD and 17.5 mg/kg/week CBD when the condition is epilepsy; h. between 23 mg/kg/week CBD and 70 mg/kg/week CBD when the condition is epilepsy associated with Dravet Syndrome or Lennox Gastaut Syndrome; or i. between 3.2 mg/week THC with 2.9 mg/week CBD and 9.5 mg/week THC with 8.7 mg/week CBD when the condition is epilepsy or chronic pain.
A method for displaying an image on a multi-display device including two or more displays, the method comprising: determining whether the image includes a boundary area image to be displayed over a boundary area between a first display and a second display adjacent to the first display; determining whether the boundary area image needs to be modified based on an amount of change of image data in the boundary area image when the image includes the boundary area image; and inserting dummy data into the image so that the image has an increased size and the dummy data is displayed on a position corresponding to the boundary area, when the boundary area image needs to be modified, wherein the amount of change of image data is an amount of change of chroma of the image data or of a change of a frequency for color of the image data. determining whether the image includes a boundary area image to be displayed over a boundary area between a first display and a second display adjacent to the first display; determining whether the boundary area image needs to be modified based on an amount of change of image data in the boundary area image when the image includes the boundary area image; and inserting dummy data into the image so that the image has an increased size and the dummy data is displayed on a position corresponding to the boundary area, when the boundary area image needs to be modified, wherein the amount of change of image data is an amount of change of chroma of the image data or of a change of a frequency for color of the image data.
An angular contact ball bearing comprising: an outer ring having an outer ring raceway surface on an inner circumferential surface; an inner ring having an inner ring raceway surface on an outer circumferential surface; a plurality of balls rollably arranged between the outer ring raceway surface and the inner ring raceway surface at a predetermined contact angle; and an outer ring guide cage having pockets that rollably hold the plurality of balls, wherein the cage includes a pair of annular portions and a plurality of pillar portions arranged at a predetermined interval in a circumferential direction, the plurality of pillar portions coupling the pair of annular portions in an axial direction, wherein a cage inner diameter is the same over an entire circumference of the pocket at a radially inner opening of the pocket, and characterized in that when 1/2 of the cage inner diameter at the radially inner opening is B, a diameter clearance of a radial guide clearance of the cage is ΔL, a pitch circle diameter of the ball is PCD, a diameter of the radially inner opening of the pocket is Dp, A = Bcosθ, and θ=sin -1 {(Dp/2)B}, B + Δ L / 2 > PCD / 2 and PCD / 2 > A + Δ L / 2 are satisfied. wherein the cage includes a pair of annular portions and a plurality of pillar portions arranged at a predetermined interval in a circumferential direction, the plurality of pillar portions coupling the pair of annular portions in an axial direction, wherein a cage inner diameter is the same over an entire circumference of the pocket at a radially inner opening of the pocket, and characterized in that when 1/2 of the cage inner diameter at the radially inner opening is B, a diameter clearance of a radial guide clearance of the cage is ΔL, a pitch circle diameter of the ball is PCD, a diameter of the radially inner opening of the pocket is Dp, A = Bcosθ, and θ=sin -1 {(Dp/2)B}, B + Δ L / 2 > PCD / 2 and PCD / 2 > A + Δ L / 2 are satisfied.
Method for coating a plastic part with a lacquer, wherein in a flooding step a surface of the plastic part to be coated is provided with lacquer by applying lacquer to a flooding region of the surface to be coated and by draining off the lacquer over a flood-off region, characterized in that lacquer (8, 10) is sprayed on the flood-off region in a spraying step before the flooding step is carried out; so that a lacquer coating (7, 17) is formed in the flood-off region, which lacquer coating consists of sprayed-on and flooded-on lacquer (8, 10; 16), and a lacquer coating, which consists only of flooded-on lacquer, is formed in the flooding region of the surface to be coated.
Reinforcement cord for elastomeric articles of manufacture, in particular for a pneumatic vehicle tire, consisting of at least one yarn, wherein at least one yarn consists of the material polyethylene terephthalate, characterized in that said PET is wholly or at least partly produced from renewable raw materials.
Crucible for a machine for continuously casting a bar or coil of a metal alloy, including a casting chamber, a primary supply chamber for supplying a molten metal alloy, characterized in that it includes a transfer channel, for transferring said molten metal alloy to the casting chamber, and it includes in addition a secondary supply chamber configured for supplying the machine with a secondary metal and connected to the primary supply chamber through an interior opening arranged at the lower level of said primary supply chamber, and configured so that, in operation, the separation is complete at the level of the surface of said molten metal alloy in the primary supply chamber.
A method for determining rotational rate of a movable member using an array of inertial sensors, the method comprising: defining a hidden Markov model ("HMM"), wherein hidden states of the HMM represent a discrete value measurement of the rotational rate of the movable member, and transition probability of the HMM accounts for a motion model of the movable member, and observation probability accounts for noise and bias of at least one of the inertial sensors in the array of inertial sensors; receiving, by a processor, input from the array of inertial sensors; and determining, by the processor, the rotational rate of the movable member by solving for an output of the HMM using the input received from the array of inertial sensors. defining a hidden Markov model ("HMM"), wherein hidden states of the HMM represent a discrete value measurement of the rotational rate of the movable member, and transition probability of the HMM accounts for a motion model of the movable member, and observation probability accounts for noise and bias of at least one of the inertial sensors in the array of inertial sensors; receiving, by a processor, input from the array of inertial sensors; and determining, by the processor, the rotational rate of the movable member by solving for an output of the HMM using the input received from the array of inertial sensors.
A coating composition for acrylic material comprising: • about 73 to 84% by weight of methyl methacrylate; • about 4.5 to 11.5 % by weight of 2-ethylhexyl acrylate; • about 0.1 to 0.75% by weight of (2-hydroxy-4-methoxyphenyl)phenyl-methanone; and • dibutyl maleinate. • about 73 to 84% by weight of methyl methacrylate; • about 4.5 to 11.5 % by weight of 2-ethylhexyl acrylate; • about 0.1 to 0.75% by weight of (2-hydroxy-4-methoxyphenyl)phenyl-methanone; and • dibutyl maleinate.