mhurhangee/patent-ind-claim-en huggingface dataset:
An optical sensor comprising: a housing having a single optical window positioned on an external surface of the housing and an optical pathway configured to direct light through the optical window optically connected to the optical pathway into a fluid sample under analysis and receive light from the fluid sample through the optical window ; a first optical emitter configured to emit light at a first wavelength through the optical pathway and into the fluid sample ; a second optical emitter configured to emit light at a second wavelength different than the first wavelength through the optical pathway and into the fluid sample ; and an optical detector configured to receive light from the fluid sample through the optical pathway , wherein the first optical emitter and the second optical emitter are configured to emit light at different times, the optical detector is configured to receive fluorescent emissions through the optical window from the fluid sample in response to light emitted by the first optical emitter , and the optical detector is configured to receive scattered light through the optical window from the fluid sample in response to light emitted by the second optical emitter. a housing having a single optical window positioned on an external surface of the housing and an optical pathway configured to direct light through the optical window optically connected to the optical pathway into a fluid sample under analysis and receive light from the fluid sample through the optical window ; a first optical emitter configured to emit light at a first wavelength through the optical pathway and into the fluid sample ; a second optical emitter configured to emit light at a second wavelength different than the first wavelength through the optical pathway and into the fluid sample ; and an optical detector configured to receive light from the fluid sample through the optical pathway , wherein the first optical emitter and the second optical emitter are configured to emit light at different times, the optical detector is configured to receive fluorescent emissions through the optical window from the fluid sample in response to light emitted by the first optical emitter , and the optical detector is configured to receive scattered light through the optical window from the fluid sample in response to light emitted by the second optical emitter.
A method for verifying connectivity of an absence of voltage tester to power lines in electrical equipment, the method comprising: generating a radio frequency (RF) signal at a predetermined frequency using an RF signal generator; converting the RF signal to a differential RF signal transmitting the differential RF signal across a circuit including a pair of wire leads, each wire in the pair of wire leads being connected to a power line having a same phase; receiving the RF signal at an RF detector; and determining whether each wire in the pair of wire leads is connected to a same power line via a change in a characteristic impedance of the circuit. generating a radio frequency (RF) signal at a predetermined frequency using an RF signal generator; converting the RF signal to a differential RF signal transmitting the differential RF signal across a circuit including a pair of wire leads, each wire in the pair of wire leads being connected to a power line having a same phase; receiving the RF signal at an RF detector; and determining whether each wire in the pair of wire leads is connected to a same power line via a change in a characteristic impedance of the circuit.
A method for purifying an aqueous liquid suspension, comprising: treating a liquid suspension comprising clay with a urea-formaldehyde resin having a formaldehyde to urea molar ratio of about 1.5:1 to about 4:1, wherein the urea-formaldehyde resin has a number average molecular weight of 400 grams per mole to 1,200 grams per mole; and removing, either after or during the treating step, a purified liquid or at least a portion of the clay by sedimentation or floatation.
A method for a transmitter apparatus configured to transmit signals to a receiver apparatus using a transmission beam selected from a plurality of available transmission beams, wherein the receiver apparatus is configured to receive the signals using a reception beam selected from a plurality of available reception beams, and wherein a set of the available transmission beams and a set of the available reception beams are for beam selection measurements by the receiver apparatus, the method comprising: determining a collection of linear combinations of transmission beams of the set of the available transmission beams; determining a collection of linear combinations of reception beams of the set of available reception beams; providing an indication of the collection of linear combinations of reception beams to the receiver apparatus; and transmitting each of the linear combinations of transmission beams of the collection of linear combinations of transmission beams for beam selection measurements by the receiver apparatus. determining a collection of linear combinations of transmission beams of the set of the available transmission beams; determining a collection of linear combinations of reception beams of the set of available reception beams; providing an indication of the collection of linear combinations of reception beams to the receiver apparatus; and transmitting each of the linear combinations of transmission beams of the collection of linear combinations of transmission beams for beam selection measurements by the receiver apparatus.
A device for facilitating rolling of a surgical mesh onto a surgical instrument, the device comprising a sleeve comprising two portions longitudinally hingedly connected to each other to provide a slit along a length of the sleeve , wherein the sleeve has an open configuration for operably coupling with an unrolled mesh on a surgical instrument , and a closed configuration wherein the two portions are substantially adjacent to one another to form an internal cavity for facilitating rolling of the mesh onto the instrument ; characterized in that insertion fins are connected to the distal end of the sleeve, the insertion fins being adapted to open valves of surgical ports.
An apparatus comprising: logic, the logic being arranged to: determine a time to periodically poll a host server through a network infrastructure arrangement; poll the host server at the determined time; obtain an object associated with the host server ; identify a message contained in the object; and create a representation of the message; and a transmitter, the transmitter being arranged to transmit the representation of the message; wherein the logic further arranged to identify the message contained in the object is further arranged to determine if the message is an emergency alert system, EAS, message; and wherein the transmitter is arranged to transmit the representation of the message to all available wireless mobile devices within a range associated with the apparatus. logic, the logic being arranged to: determine a time to periodically poll a host server through a network infrastructure arrangement; poll the host server at the determined time; obtain an object associated with the host server ; identify a message contained in the object; and create a representation of the message; and a transmitter, the transmitter being arranged to transmit the representation of the message; determine a time to periodically poll a host server through a network infrastructure arrangement; poll the host server at the determined time; obtain an object associated with the host server ; identify a message contained in the object; and create a representation of the message; and a transmitter, the transmitter being arranged to transmit the representation of the message; wherein the logic further arranged to identify the message contained in the object is further arranged to determine if the message is an emergency alert system, EAS, message; and wherein the transmitter is arranged to transmit the representation of the message to all available wireless mobile devices within a range associated with the apparatus.
An adjustment mechanism for adjusting a length of a line that is paid out from a fall protection device , comprising: (i) a central gear configured to rotate with a hub about the central rotation axis (A); (ii) at least one gear attached to a housing of the fall protection device and configured to interact with the central gear ; (iii) a pivot having a track configured to interact with the at least one gear as the at least one gear rotates; and (iv) an arm of the pivot configured to urge at least a portion of an engagement mechanism into an engagement position after a predetermined length of the line between a maximum length and a minimum length is paid out from the fall protection device , to thereby prevent further rotation of the hub and payout of the line from the fall protection device , wherein a distance that the pivot moves into the engagement position is adjusted by engaging the at least one gear with the track of the pivot at a specified point, thereby providing a specified length of line to be paid out prior to the arm urging at least a portion of the engagement mechanism into the engagement position.
A mine detecting air cushion vehicle comprising an arm mechanism and a detector , which is integrated to the arm mechanism and which scans the underground by an orbital movement; whereby the mine detecting vehicle comprises at least one data recording element that delivers the position information of the mines, which are detected by the detector , provided by a positioning system to a display element , the mine detecting vehicle furthermore comprises a control circuit, at least a lateral thrust fan assembly and at least one sensor to provide signals to the control unit to activate the lateral thrust fan assembly .
Measuring device for at least one physical quantity, the measuring device comprising at least: - a transceiver unit for electromagnetic waves, - an antenna-sensor consisting of a sensor integrated into a target antenna having at least one excitation port, the antenna-sensor having a variable impedance with electromagnetic transduction, characterized in that , per predetermined frequency band and independently of an angular deviation between the transmission and the reception of waves, the measuring device is configured to measure an electromagnetic response of the antenna-sensor at least from an ellipticity rate of an electromagnetic field backscattered by said antenna-sensor, the ellipticity rate characterizing the polarization of the electromagnetic field configured to be measured by said transceiver unit , said electromagnetic response being representative, by electromagnetic transduction, of said at least one physical quantity to be measured. - a transceiver unit for electromagnetic waves, - an antenna-sensor consisting of a sensor integrated into a target antenna having at least one excitation port, the antenna-sensor having a variable impedance with electromagnetic transduction,
A ball socket assembly comprising: a ball socket comprising: a socket base having a plurality of socket legs extending therefrom, wherein the socket legs include ball stud interface surfaces forming a ball cavity for receiving and selectively engaging a ball head of a ball stud; a plurality of slots extending between the plurality of socket legs; a lower abutment wall having a bend line and situated in the socket base; and a flexible securing substrate having a plurality of tangs and positioned under the lower abutment wall and substantially centered about the bend line, wherein the tangs extend outward from the socket base; and a mating boss substrate comprising: a first boss inner passage having a first passage inside diameter; a second boss inner passage having a second passage inside diameter, wherein the first passage inside diameter is greater than the second passage inside diameter; a boss transition wall that extends between the first boss inner passage and the second boss inner passage; and a boss bottom situated under the second boss inner passage. a ball socket comprising: a socket base having a plurality of socket legs extending therefrom, wherein the socket legs include ball stud interface surfaces forming a ball cavity for receiving and selectively engaging a ball head of a ball stud; a plurality of slots extending between the plurality of socket legs; a socket base having a plurality of socket legs extending therefrom, wherein the socket legs include ball stud interface surfaces forming a ball cavity for receiving and selectively engaging a ball head of a ball stud; a plurality of slots extending between the plurality of socket legs; a lower abutment wall having a bend line and situated in the socket base; and a flexible securing substrate having a plurality of tangs and positioned under the lower abutment wall and substantially centered about the bend line, wherein the tangs extend outward from the socket base; and a mating boss substrate comprising: a first boss inner passage having a first passage inside diameter; a second boss inner passage having a second passage inside diameter, wherein the first passage inside diameter is greater than the second passage inside diameter; a boss transition wall that extends between the first boss inner passage and the second boss inner passage; and a boss bottom situated under the second boss inner passage. a first boss inner passage having a first passage inside diameter; a second boss inner passage having a second passage inside diameter, wherein the first passage inside diameter is greater than the second passage inside diameter; a boss transition wall that extends between the first boss inner passage and the second boss inner passage; and a boss bottom situated under the second boss inner passage.
A print element substrate comprising: a plurality of print elements configured to generate thermal energy for ejecting liquid; and a temperature detection element circuit including a plurality of temperature detection elements (111; 702) provided corresponding to each of the plurality of print elements , configured to read temperature information by selectively energizing one of the plurality of temperature detection elements, wherein the temperature detection element circuit includes: a signal processing portion configured to output a selection signal having a second voltage amplitude larger than a first voltage amplitude, based on an input signal having the first voltage amplitude; a selection switch provided for each of the plurality of temperature detection elements, configured to select the temperature detection element; and a first read switch provided for each of the plurality of temperature detection elements, configured to read a voltage of a terminal of one of the temperature detection element selected by the selection switch, and wherein the selection switch and the first read switch are driven by using the selection signal. a plurality of print elements configured to generate thermal energy for ejecting liquid; and a temperature detection element circuit including a plurality of temperature detection elements (111; 702) provided corresponding to each of the plurality of print elements , configured to read temperature information by selectively energizing one of the plurality of temperature detection elements, wherein the temperature detection element circuit includes: a signal processing portion configured to output a selection signal having a second voltage amplitude larger than a first voltage amplitude, based on an input signal having the first voltage amplitude; a selection switch provided for each of the plurality of temperature detection elements, configured to select the temperature detection element; and a first read switch provided for each of the plurality of temperature detection elements, configured to read a voltage of a terminal of one of the temperature detection element selected by the selection switch, and wherein the selection switch and the first read switch are driven by using the selection signal. a signal processing portion configured to output a selection signal having a second voltage amplitude larger than a first voltage amplitude, based on an input signal having the first voltage amplitude; a selection switch provided for each of the plurality of temperature detection elements, configured to select the temperature detection element; and a first read switch provided for each of the plurality of temperature detection elements, configured to read a voltage of a terminal of one of the temperature detection element selected by the selection switch, and wherein the selection switch and the first read switch are driven by using the selection signal.
An orthodontic treatment device having: - a U-shaped bite plate which follows a jaw contour, - a vibration unit connected to the bite plate to produce an oscillation of the bite plate, and - a main unit which is in contact with the vibration unit and controls the same and provides it with power, wherein - the vibration unit and the main unit are integrated liquid-tight in the bite plate, and a battery unit of the main unit is designed to charge wirelessly and - the bite plate has projections adjacent to a top surface provided for placement on the incisal and occlusal tooth surfaces and/or bottom surface , for placement on labial, buccal, lingual and/or palatal tooth surfaces, characterized in that the bite plate in the region of the occlusal tooth surfaces is provided with recesses and elevations adapted to the tooth shape and the vibration unit is arranged adjacent to the top surface and/or bottom surface and/or at least sectionally within the elevations of the bite plate . - a U-shaped bite plate which follows a jaw contour, - a vibration unit connected to the bite plate to produce an oscillation of the bite plate, and - a main unit which is in contact with the vibration unit and controls the same and provides it with power, wherein - the vibration unit and the main unit are integrated liquid-tight in the bite plate, and a battery unit of the main unit is designed to charge wirelessly and - the bite plate has projections adjacent to a top surface provided for placement on the incisal and occlusal tooth surfaces and/or bottom surface , for placement on labial, buccal, lingual and/or palatal tooth surfaces,
A system comprising a computing device and at least one program module that are together configured for performing actions for enabling contract applications to access or utilize one or more features defined by one or more application programming interface, API, contracts , the computing device including at least one processor and memory, the actions comprising: hosting, by the computing device , an API contract , where the API contract comprises identification information for the API contract , version information for the API contract and the feature, definition information that defines the feature by programming constructs, and executable code configured for responding to queries about the API contract ; and executing, by the computing device , a contract application that is configured for programmatically performing a query to determine the availability of the API contract and, upon a response from the API contract indicating that the API contract is available, accessing, via the API contract , the feature. hosting, by the computing device , an API contract , where the API contract comprises identification information for the API contract , version information for the API contract and the feature, definition information that defines the feature by programming constructs, and executable code configured for responding to queries about the API contract ; and identification information for the API contract , version information for the API contract and the feature, definition information that defines the feature by programming constructs, and executable code configured for responding to queries about the API contract ; and executing, by the computing device , a contract application that is configured for programmatically performing a query to determine the availability of the API contract and, upon a response from the API contract indicating that the API contract is available, accessing, via the API contract , the feature.
A device for implementing a process for the separation of melamine crystals in a plant for the synthesis of melamine from urea, said device being a full basket centrifuge, consisting of a stationary external case in which a rotating basket is positioned, suitable for separating the two phases, solid and liquid, said rotating basket consisting of a hollow cylindrical body C terminating, on the outlet side of the wet cake, with a squeezing section S having a truncated-conical form, said truncated-conical squeezing section S being characterized by an angle α ranging from 6 to 16°, said angle α being the inclination angle of said section S, measured with respect to the rotation plane and said device being characterized in that the S'/C' ratio ranges from 0.45 to 0.85, C' being the length of the cylindrical body and S' being the projection length of the truncated-conical squeezing section (S) on the rotation axis; said device being in a plant for the synthesis of melamine from urea.
An oral care composition comprising a diluted sodium calcium alginate gel, wherein the oral care composition is a toothpaste, a gel, a mouthwash or a mouthrinse; wherein the weight ratio of sodium to calcium in the diluted gel is from 80:20 to 86:14, and wherein the diluted sodium calcium alginate gel is present in the composition in an amount of from 0.05 wt.% to 2 wt.%, based on the total weight of the oral care composition; and wherein the composition further comprises water in an amount of from 10 wt.% to 60 wt.%, based on the total weight of the oral care composition.