mhurhangee/patent-ind-claim-en huggingface dataset:
A composition, comprising: a copolymer made from a thiol terminated hydrocarbon monomer and at least one additional monomer chosen from the compounds of i) a terminally unsaturated hydrocarbon monomer and ii) an isocyanate functionalized hydrocarbon monomer, the copolymer being transmissive to radiation in at least one of the visual spectrum or the infrared ("IR") wavelength range of about 4 μm to about 12 μm; a particulate filler dispersed in the copolymer, the particulate filler having an average discrete particle size ranging from about 10 nm to 250 nm as measured by direct imaging with Transmission Electron Microscopy (TEM); a solvent, with the proviso that if the terminally unsaturated hydrocarbon monomer is polybutadiene, the polybutadiene contains from about 0 mol % to about 30 mol % of polymer units in a cis-1,4-butadiene form. a copolymer made from a thiol terminated hydrocarbon monomer and at least one additional monomer chosen from the compounds of i) a terminally unsaturated hydrocarbon monomer and ii) an isocyanate functionalized hydrocarbon monomer, the copolymer being transmissive to radiation in at least one of the visual spectrum or the infrared ("IR") wavelength range of about 4 μm to about 12 μm; a particulate filler dispersed in the copolymer, the particulate filler having an average discrete particle size ranging from about 10 nm to 250 nm as measured by direct imaging with Transmission Electron Microscopy (TEM); a solvent, with the proviso that if the terminally unsaturated hydrocarbon monomer is polybutadiene, the polybutadiene contains from about 0 mol % to about 30 mol % of polymer units in a cis-1,4-butadiene form.
An earphone comprising: an acoustic driver ; an acoustic driver module including a rear chamber and a front chamber defined by a first shell and a second shell , respectively, on either side of the acoustic driver , the rear chamber being sealed around a back side of the acoustic driver by the first shell , wherein a nozzle extends from the front chamber into the entrance to an ear canal of a user; and a body having an upper portion and a substantially planar surface configured to rest against the concha of a user's ear when worn by the user, and a lower portion , the lower portion being not relied upon to provide retention of the earphone in the ear, which allows it to seal to the ear canal with minimal pressure, wherein a first void in the upper portion receives the acoustic driver module and the nozzle extends into a second void of the lower portion and the body providing a passageway for conducting acoustic energy from the acoustic driver to the user's ear canal, and a positioning and retaining structure including an inner leg and an outer leg , the outer leg and the inner leg both attached to and extending from the body, being joint at a point , and the joined inner and outer legs terminating at an extremity , wherein the outer leg is curved when not worn by the user, wherein an outer edge of the outer leg has a variable radius of curvature, more-sharply curved near the body and flattening out at positions farther from the body . an acoustic driver ; an acoustic driver module including a rear chamber and a front chamber defined by a first shell and a second shell , respectively, on either side of the acoustic driver , the rear chamber being sealed around a back side of the acoustic driver by the first shell , wherein a nozzle extends from the front chamber into the entrance to an ear canal of a user; and a body having an upper portion and a substantially planar surface configured to rest against the concha of a user's ear when worn by the user, and a lower portion , the lower portion being not relied upon to provide retention of the earphone in the ear, which allows it to seal to the ear canal with minimal pressure, wherein a first void in the upper portion receives the acoustic driver module and the nozzle extends into a second void of the lower portion and the body providing a passageway for conducting acoustic energy from the acoustic driver to the user's ear canal, and a positioning and retaining structure including an inner leg and an outer leg , the outer leg and the inner leg both attached to and extending from the body, being joint at a point , and the joined inner and outer legs terminating at an extremity , wherein the outer leg is curved when not worn by the user, wherein an outer edge of the outer leg has a variable radius of curvature, more-sharply curved near the body and flattening out at positions farther from the body .
Short circuit device, comprising a flexible elongated element with at both sides a clamp as a connection member, for temporary mounting to a rail and at a location along the length of the flexible element and at a distance from the clamps a housing having one or more of a detection, signalling, warning, display or registration system, wherein the clamp is provided with two contact points which contact points are galvanically isolated from the clamp and/or the other contact point and a galvanic lead is connected to the contact points characterised in that the clamp is a scissor like element of which each jaw has a to the other jaw directed contact point with sharp contact surface, and the clamp has a switchable biasing device to selectively bias the jaws in a predetermined pivoting direction (B) to increase the biasing force with which the contact points are pressed onto the rail foot.
Radiation sensor comprising: at least one first and one second photodetector , and a radiation shaping element, and a diffuser element , wherein said radiation shaping element comprises radiation blocking means for forming at least one aperture through which the radiation has limited access to said first and second photodetectors , and wherein said first and second photodetectors are arranged on a substrate and are distanced apart from each other along a sensor axis , and wherein the radiation blocking means is formed by a radiation screen mounted on the substrate to encompass the first and second photodetectors , wherein the radiation screen comprises outer regions and a central region , which is arranged between said first and second photodetectors , and wherein the outer regions of the radiation screen are raised higher than the central region of the radiation screen , in order to generate an asymmetric blocking of the radiation, and wherein said diffuser element comprises a sheet of diffuser material covering at least one of the apertures for distributing the incident radiation more evenly and for acting as an optical filter letting pass only particular wavelengths. at least one first and one second photodetector , and a radiation shaping element, and a diffuser element , wherein said radiation shaping element comprises radiation blocking means for forming at least one aperture through which the radiation has limited access to said first and second photodetectors , and wherein said first and second photodetectors are arranged on a substrate and are distanced apart from each other along a sensor axis , and wherein the radiation blocking means is formed by a radiation screen mounted on the substrate to encompass the first and second photodetectors , wherein the radiation screen comprises outer regions and a central region , which is arranged between said first and second photodetectors , and wherein the outer regions of the radiation screen are raised higher than the central region of the radiation screen , in order to generate an asymmetric blocking of the radiation, and wherein said diffuser element comprises a sheet of diffuser material covering at least one of the apertures for distributing the incident radiation more evenly and for acting as an optical filter letting pass only particular wavelengths.
A method for transmitting data by a user equipment, UE, for communicating between UEs in a device-to-device, D2D, communication system, the method comprising: transmitting, to a neighbor UE, the data based on a first resource pool, if the UE is in-coverage, a preconfigured number of out-of-sync is detected from a lower layer, and a first timer for Radio Link Failure process is running; transmitting, to the neighbor UE, the data based on the first resource pool, if the UE is in-coverage, a radio link failure is detected, and a second timer related to a radio resource control, RRC, connection re-establishment is running; and transmitting, to the neighbor UE, the data based on a second resource pool, if the UE is out of coverage, wherein the second resource pool is preconfigured, and wherein the first resource pool is indicated by a system information block, SIB transmitted from a base station. transmitting, to a neighbor UE, the data based on a first resource pool, if the UE is in-coverage, a preconfigured number of out-of-sync is detected from a lower layer, and a first timer for Radio Link Failure process is running; transmitting, to the neighbor UE, the data based on the first resource pool, if the UE is in-coverage, a radio link failure is detected, and a second timer related to a radio resource control, RRC, connection re-establishment is running; and transmitting, to the neighbor UE, the data based on a second resource pool, if the UE is out of coverage, wherein the second resource pool is preconfigured, and wherein the first resource pool is indicated by a system information block, SIB transmitted from a base station.
A method comprising: detecting an activatable object associated with a web page ; determining whether the activatable object is from an untrusted source; when the activatable object is from the untrusted source, performing operations comprising: suppressing an action associated with the activatable object, wherein when the action for the activatable object is suppressed, an attempt to load code of the object is unsuccessful without a user interactively accepting an opportunity to accept activation of the action associated with the activatable object; displaying a modeless prompt to advise the user of the suppression of the action associated with the activatable object; and providing said opportunity to interactively accept activation of the action associated with the activatable object; and when the activatable object is not from the untrusted source, automatically activating the action associated with the activatable object. detecting an activatable object associated with a web page ; determining whether the activatable object is from an untrusted source; when the activatable object is from the untrusted source, performing operations comprising: suppressing an action associated with the activatable object, wherein when the action for the activatable object is suppressed, an attempt to load code of the object is unsuccessful without a user interactively accepting an opportunity to accept activation of the action associated with the activatable object; displaying a modeless prompt to advise the user of the suppression of the action associated with the activatable object; and providing said opportunity to interactively accept activation of the action associated with the activatable object; and suppressing an action associated with the activatable object, wherein when the action for the activatable object is suppressed, an attempt to load code of the object is unsuccessful without a user interactively accepting an opportunity to accept activation of the action associated with the activatable object; displaying a modeless prompt to advise the user of the suppression of the action associated with the activatable object; and providing said opportunity to interactively accept activation of the action associated with the activatable object; and when the activatable object is not from the untrusted source, automatically activating the action associated with the activatable object.
Micropump having a small housing size, comprising a pump chamber , which can be fluidically filled or emptied by means of a passage opening as well as an inlet , wherein the pump chamber is covered with a disk-shaped actuator (11; 11'), so that the volume of the pump chamber can be changed by deflecting the actuator (11; 11'), wherein the passage opening is arranged in a side of the pump chamber which is opposing to the actuator (11; 11'), and wherein the inlet has, compared to the passage opening , a higher or similar flow resistance, and wherein one entrance , with respect to the passage opening , - can be closed by means of the deflected actuator , so that a valve is formed which is open in a basic state, or - can be closed by means of the undeflected actuator , so that a valve is formed which is closed in a basic state, characterized in that the micropump has a second pump chamber with actuator (12; 12') and inlet , the passage opening of which that also comprises an entrance being connected to the one of the first pump chamber , wherein - the undeflected actuator rests against the pump chamber's side opposing to the same, so that a pump chamber with a volume of zero is achieved, or - the undeflected actuator is spaced apart from the pump chamber's side opposing to the same, so that a pump chamber with a volume larger than zero is achieved, and an inner end stop is formed by the side against which the actuator can be mechanically rested by means of control, such that the volume of the pump chamber can be minimized in a definable way, wherein the outer end stop against which the actuator can be mechanically rested by way of control is located at the side of the actuator which is facing away from the pump chamber , so that the volume of the pump chamber can be maximized in a definable way. - can be closed by means of the deflected actuator , so that a valve is formed which is open in a basic state, or - can be closed by means of the undeflected actuator , so that a valve is formed which is closed in a basic state, - the undeflected actuator rests against the pump chamber's side opposing to the same, so that a pump chamber with a volume of zero is achieved, or - the undeflected actuator is spaced apart from the pump chamber's side opposing to the same, so that a pump chamber with a volume larger than zero is achieved, and an inner end stop is formed by the side against which the actuator can be mechanically rested by means of control, such that the volume of the pump chamber can be minimized in a definable way,
A method for enhancing the operation and improving the effectiveness of an air filtration system in a building air circulation system having motorized blower motor and a contamination filter , the method characterized by comprising: predicting a cost of operation of the circulation system over an operational duration based on at least an electricity consumption associated with operation of the blower motor and an operational cost to operate the contamination filter ; predicting a cost of maintenance of the circulation system over the operational duration based on at least one of, an operational condition of the contamination filter , a cost of a replacement contamination filter , a cost of labor to clean or replace the contamination filter , and an effectiveness of the contamination filter over the operational duration; and balancing the cost of operation of the circulation system versus the cost of maintenance of the circulation system over the selected operational duration to recommend at least one of a contamination filter use/bypass schedule, a contamination filter maintenance schedule, and a fresh air input schedule satisfying an operation objective and an operational constraint set by an operator. predicting a cost of operation of the circulation system over an operational duration based on at least an electricity consumption associated with operation of the blower motor and an operational cost to operate the contamination filter ; predicting a cost of maintenance of the circulation system over the operational duration based on at least one of, an operational condition of the contamination filter , a cost of a replacement contamination filter , a cost of labor to clean or replace the contamination filter , and an effectiveness of the contamination filter over the operational duration; and balancing the cost of operation of the circulation system versus the cost of maintenance of the circulation system over the selected operational duration to recommend at least one of a contamination filter use/bypass schedule, a contamination filter maintenance schedule, and a fresh air input schedule satisfying an operation objective and an operational constraint set by an operator.
A liquid ejecting apparatus configured to eject liquid from a plurality of nozzles including at least a first nozzle and a second nozzle , the liquid ejecting apparatus comprising: a first liquid chamber that communicates with the first nozzle; a second liquid chamber that communicates with the second nozzle; a first volume changing portion configured to change a volume of the first liquid chamber to eject the liquid from the first nozzle; a second volume changing portion configured to change a volume of the second liquid chamber to eject the liquid from the second nozzle; a first inflow channel which is connected to the first liquid chamber and through which the liquid can flow into the first liquid chamber; a second inflow channel which is connected to the second liquid chamber and through which the liquid can flow into the second liquid chamber; characterised by a first outflow channel which is connected to the first liquid chamber and through which the liquid can flow out of the first liquid chamber; a second outflow channel which is connected to the second liquid chamber and through which the liquid can flow out of the second liquid chamber; a first inflow channel flow control valve configured to change a flow channel resistance of the first inflow channel; a second inflow channel flow control valve configured to change a flow channel resistance of the second inflow channel; and an inflow channel-side common drive portion comprising an actuator configured to apply drive forces for changing the flow channel resistances of both of the first inflow channel flow control valve and the second inflow channel flow control valve. a first liquid chamber that communicates with the first nozzle; a second liquid chamber that communicates with the second nozzle; a first volume changing portion configured to change a volume of the first liquid chamber to eject the liquid from the first nozzle; a second volume changing portion configured to change a volume of the second liquid chamber to eject the liquid from the second nozzle; a first inflow channel which is connected to the first liquid chamber and through which the liquid can flow into the first liquid chamber; a second inflow channel which is connected to the second liquid chamber and through which the liquid can flow into the second liquid chamber; characterised by a first outflow channel which is connected to the first liquid chamber and through which the liquid can flow out of the first liquid chamber; a second outflow channel which is connected to the second liquid chamber and through which the liquid can flow out of the second liquid chamber; a first inflow channel flow control valve configured to change a flow channel resistance of the first inflow channel; a second inflow channel flow control valve configured to change a flow channel resistance of the second inflow channel; and an inflow channel-side common drive portion comprising an actuator configured to apply drive forces for changing the flow channel resistances of both of the first inflow channel flow control valve and the second inflow channel flow control valve.
An engineered waterproof plank comprising: (a) a wear layer adhered to a top surface of a waterproof core ; (b) a first waterproof adhesive layer bonding the wear layer to the top surface of the waterproof core; (c) the waterproof core comprising an extruded dust and plastic composite; (d) the plank having a first edge with a groove extending laterally into the waterproof core and a second opposite edge with a lateral protrusion from the waterproof core, wherein the groove and protrusion have profiles shaped to form a click-lock edge fastening system characterised in that the dust in the waterproof core comprises cork. (a) a wear layer adhered to a top surface of a waterproof core ; (b) a first waterproof adhesive layer bonding the wear layer to the top surface of the waterproof core; (c) the waterproof core comprising an extruded dust and plastic composite; (d) the plank having a first edge with a groove extending laterally into the waterproof core and a second opposite edge with a lateral protrusion from the waterproof core, wherein the groove and protrusion have profiles shaped to form a click-lock edge fastening system characterised in that the dust in the waterproof core comprises cork.
A communication device for wirelessly communicating with a sensor, the communication device comprising: - a receiver for receiving signals, - an amplifier for amplifying the received signals, - a transmitter for transmitting signals, - a controller for controlling the receiver and the transmitter , wherein the controller is operable in a first mode, in which the controller controls the receiver for receiving signals over time and determines signal strength values over time, wherein a signal strength value is indicative of a strength of the amplified received signal, and in a second mode in which the controller controls the transmitter for transmitting signals to the sensors and the receiver for receiving signals based on the determined signal strength values, wherein the controller is adapted to determine a temporal position of a beginning of a predefined pattern in the signal strength values, which have been determined over time, by determining when at least one of the following conditions is fulfilled: a) a signal strength value is larger than a predefined first threshold and b) a derivative of the signal strength values is larger than a predefined second threshold value, thereby to indicate when another communication device, in close proximity to the communication device, transmits signals, and to control the transmitter for transmitting signals to the sensor and the receiver for receiving signals from the sensor based on the determined temporal position. - a receiver for receiving signals, - an amplifier for amplifying the received signals, - a transmitter for transmitting signals, - a controller for controlling the receiver and the transmitter , wherein the controller is operable in a first mode, in which the controller controls the receiver for receiving signals over time and determines signal strength values over time, wherein a signal strength value is indicative of a strength of the amplified received signal, and in a second mode in which the controller controls the transmitter for transmitting signals to the sensors and the receiver for receiving signals based on the determined signal strength values, wherein the controller is adapted to determine a temporal position of a beginning of a predefined pattern in the signal strength values, which have been determined over time, by determining when at least one of the following conditions is fulfilled: a) a signal strength value is larger than a predefined first threshold and b) a derivative of the signal strength values is larger than a predefined second threshold value, thereby to indicate when another communication device, in close proximity to the communication device, transmits signals, and to control the transmitter for transmitting signals to the sensor and the receiver for receiving signals from the sensor based on the determined temporal position.