mhurhangee/patent-ind-claim-en huggingface dataset:
Device for generating a carrier signal (p(t)) from an incident pulse signal (s(t)), said incident pulse signal comprising periodic pulses characterised by a pulse width (LI) and a repetition period (PRI), the device comprising: - an analysis module capable of generating a binary signal (d(t)) for detection of the pulse in the incident pulse signal (s(t)), said incident pulse signal (s(t)) being applied at the input of said analysis module; - a multiplier capable of weighting the incident pulse signal (s(t)) with the binary signal (d(t)) in order to obtain a weighted pulse signal which no longer has noise outside the pulse; - a delay line comprising K delay modules (214 k ) arranged in series with one another, each delay module being capable of delaying an input pulse signal, applied at the input of said delay module, in order to deliver an output pulse signal corresponding to the input pulse signal delayed by a pulse width, the input pulse signal applied at the input of the first delay module of the delay line corresponding to the weighted pulse signal delivered at the output of the multiplier, and the number K of delay modules being equal to the integer part of the repetition period divided by the pulse width, decreased by one unit; and - a summer capable of summing the weighted pulse signal at the output of the multiplier and the K output pulse signals of the K delay modules of the delay line in order to obtain the carrier signal (p(t)). - an analysis module capable of generating a binary signal (d(t)) for detection of the pulse in the incident pulse signal (s(t)), said incident pulse signal (s(t)) being applied at the input of said analysis module; - a multiplier capable of weighting the incident pulse signal (s(t)) with the binary signal (d(t)) in order to obtain a weighted pulse signal which no longer has noise outside the pulse; - a delay line comprising K delay modules (214 k ) arranged in series with one another, each delay module being capable of delaying an input pulse signal, applied at the input of said delay module, in order to deliver an output pulse signal corresponding to the input pulse signal delayed by a pulse width, the input pulse signal applied at the input of the first delay module of the delay line corresponding to the weighted pulse signal delivered at the output of the multiplier, and the number K of delay modules being equal to the integer part of the repetition period divided by the pulse width, decreased by one unit; and - a summer capable of summing the weighted pulse signal at the output of the multiplier and the K output pulse signals of the K delay modules of the delay line in order to obtain the carrier signal (p(t)).
Cable guide for a cable connection between a vehicle body and a sliding door comprising a first connection device , a second connection device and an energy chain running between the first connection device and the second connection device , which has a stretched configuration when the sliding door is closed and a deflected configuration when the sliding door is open, wherein the energy chain has a first end link at one end and a second end link at the opposite end , wherein the first end link is pivoted on the first connection device and the second connection device comprises a tensioning device for the energy chain , characterized in that the second end link of the energy chain is mounted longitudinally movable on the second connection device and is acted upon by the tensioning device in such a way that, in stretched configuration of the energy chain , the second end link is sustained in a floating equilibrium position movable in both directions.
Epoxy resin adhesive comprising - a resin component comprising at least one epoxy resin, - a hardener component comprising (a) at least one adduct AD obtained from the reaction of (i) at least one polyepoxide with (ii) at least one amine of the formula (I) and optionally further amines, where n is an integer from 1 to 10, and A in each case is a divalent hydrocarbyl radical having 2 to 8 carbon atoms, where all nitrogen atoms are separated from one another in each case by a chain of at least two carbon atoms, and (b) at least one accelerator B having at least one dimethylamino group, wherein the epoxy resin adhesive comprises a total of at least 50% by weight of inorganic fillers. - a resin component comprising at least one epoxy resin, - a hardener component comprising (a) at least one adduct AD obtained from the reaction of (i) at least one polyepoxide with (ii) at least one amine of the formula (I) and optionally further amines, where n is an integer from 1 to 10, and A in each case is a divalent hydrocarbyl radical having 2 to 8 carbon atoms, where all nitrogen atoms are separated from one another in each case by a chain of at least two carbon atoms, and (b) at least one accelerator B having at least one dimethylamino group, (a) at least one adduct AD obtained from the reaction of (i) at least one polyepoxide with (ii) at least one amine of the formula (I) and optionally further amines, where n is an integer from 1 to 10, and A in each case is a divalent hydrocarbyl radical having 2 to 8 carbon atoms, where all nitrogen atoms are separated from one another in each case by a chain of at least two carbon atoms, and n is an integer from 1 to 10, and A in each case is a divalent hydrocarbyl radical having 2 to 8 carbon atoms, where all nitrogen atoms are separated from one another in each case by a chain of at least two carbon atoms, and (b) at least one accelerator B having at least one dimethylamino group,
An ultrasound diagnostic apparatus comprising: an ultrasound probe; an imaging unit that transmits and receives an ultrasound beam to and from a subject using the ultrasound probe and converts a received signal output from the ultrasound probe into an image to generate an ultrasound image of the subject, according to set imaging conditions; a probe state determination unit that determines whether the ultrasound probe is in an aerial emission state or a contact state with the subject; characterised by an apparatus control unit that changes the imaging conditions to imaging conditions for part determination which are common to a plurality of imaging parts of the subject in a case in which the probe state determination unit determines that the ultrasound probe has been changed from the contact state with the subject to the aerial emission state and controls the imaging unit such that the ultrasound image is generated using the changed imaging conditions. an ultrasound probe; an imaging unit that transmits and receives an ultrasound beam to and from a subject using the ultrasound probe and converts a received signal output from the ultrasound probe into an image to generate an ultrasound image of the subject, according to set imaging conditions; a probe state determination unit that determines whether the ultrasound probe is in an aerial emission state or a contact state with the subject; characterised by an apparatus control unit that changes the imaging conditions to imaging conditions for part determination which are common to a plurality of imaging parts of the subject in a case in which the probe state determination unit determines that the ultrasound probe has been changed from the contact state with the subject to the aerial emission state and controls the imaging unit such that the ultrasound image is generated using the changed imaging conditions.
Lens having an outer mount and optical elements which are secured therein in an internal mount , wherein the internal mount is guided linearly in the outer mount and is mounted in an axially displaceable fashion in a cam carrier and the cam carrier can be driven by electric motor, characterized in that a hollow shaft drive is present as a drive for the cam carrier , which hollow shaft drive is composed of a rotor which is connected to the cam carrier and of a stator which is connected to the outer mount , wherein the rotor is embodied as a cylinder element which forms a circumferential axial groove and has permanent magnet elements which are arranged on at least one inner wall face of the groove , and the stator is composed of a cylindrical coil which is inserted in the axial direction in a positionally fixed fashion into the groove in order to interact electromagnetically with the magnet elements coaxially with respect to the rotational axis of the cam carrier .
A series of control solutions for use with an electrochemical system configured to measure the amount of an analyte in a sample, each control solution comprising: (a) a predetermined amount of said analyte; and (b) a predetermined amount of an internal reference compound, said internal reference compound being adapted to be oxidized at a potential higher than the potential required to oxidize said analyte such that the presence of said internal reference compound is detectable, characterized in that said amounts of said internal reference compound in different control solutions are varied in proportion to the amounts of analyte to maintain an approximately constant Differential Index (DI) value, the DI being defined as DI = i high volt / i low volt where: i high volt is an electrical current resulting from the application of a first potential sufficient to oxidize said internal reference compound and said analyte, and i low volt is an electrical current resulting from the application of a second potential sufficient to oxidize said analyte and insufficient to oxidize said internal reference compound. (a) a predetermined amount of said analyte; and (b) a predetermined amount of an internal reference compound, said internal reference compound being adapted to be oxidized at a potential higher than the potential required to oxidize said analyte such that the presence of said internal reference compound is detectable, characterized in that said amounts of said internal reference compound in different control solutions are varied in proportion to the amounts of analyte to maintain an approximately constant Differential Index (DI) value, the DI being defined as DI = i high volt / i low volt where: i high volt is an electrical current resulting from the application of a first potential sufficient to oxidize said internal reference compound and said analyte, and i low volt is an electrical current resulting from the application of a second potential sufficient to oxidize said analyte and insufficient to oxidize said internal reference compound.
A system for determining a force applied to or generated by a cell or tissue culture arranged in a culture chamber , comprising - an elastic element mounted in or suitable for mounting in said culture chamber , • said elastic element being adapted to be coupled with said cell or tissue culture such that a force applied to or generated by said cell or tissue culture leads to a deflection of said elastic element against a restoring force thereof, and • said elastic element forming or comprising a magnetic element arranged such as to be moved upon deflection of said elastic element , - a magnetic field sensor , which is separated from said elastic element by a separating wall or by a space for providing a separating wall in between, • said magnetic field sensor being adapted to detect a change of magnetic field attributable to a corresponding movement of said magnetic element upon deflection of said elastic element . - an elastic element mounted in or suitable for mounting in said culture chamber , • said elastic element being adapted to be coupled with said cell or tissue culture such that a force applied to or generated by said cell or tissue culture leads to a deflection of said elastic element against a restoring force thereof, and • said elastic element forming or comprising a magnetic element arranged such as to be moved upon deflection of said elastic element , • said elastic element being adapted to be coupled with said cell or tissue culture such that a force applied to or generated by said cell or tissue culture leads to a deflection of said elastic element against a restoring force thereof, and • said elastic element forming or comprising a magnetic element arranged such as to be moved upon deflection of said elastic element , - a magnetic field sensor , which is separated from said elastic element by a separating wall or by a space for providing a separating wall in between, • said magnetic field sensor being adapted to detect a change of magnetic field attributable to a corresponding movement of said magnetic element upon deflection of said elastic element . • said magnetic field sensor being adapted to detect a change of magnetic field attributable to a corresponding movement of said magnetic element upon deflection of said elastic element .
A cell phone device , equipped with a GPS receiver and a GPS location determination function, the cell phone device comprising: a first logic configured to periodically transmit to one or more cell towers of a cellular network , with a fixed time period, a Registration-Request Signal from the cell phone device , wherein the Registration-Request Signal is for use by the cellular network to record the physical location of the cell phone device with reference to cell towers that had picked up the transmission of the Registration-Request Signal , for the purpose of routing an incoming call to the cell phone device , a second logic configured to operate in the cell phone device and configured to modify the first logic by suppressing the periodic transmission of the Registration-Request Signal to the cellular network , wherein the suppression is based on an individual physical movement of the cell phone device ; wherein the second logic is configured to periodically detect by means of the GPS function a change in physical location of the cell phone device from an immediate prior location, the change being called an LchangeDelta, wherein the LchangeDelta is a distance based on the individual physical movement of the cell phone device ; wherein the second logic is configured to suppress the transmission of the Registration-Request Signal from the cell phone device if the LchangeDelta is less than a distance threshold, and wherein the second logic is configured to not suppress the transmission of the Registration-Request Signal from the cell phone device if the LchangeDelta is greater than the distance threshold. a first logic configured to periodically transmit to one or more cell towers of a cellular network , with a fixed time period, a Registration-Request Signal from the cell phone device , wherein the Registration-Request Signal is for use by the cellular network to record the physical location of the cell phone device with reference to cell towers that had picked up the transmission of the Registration-Request Signal , for the purpose of routing an incoming call to the cell phone device , a second logic configured to operate in the cell phone device and configured to modify the first logic by suppressing the periodic transmission of the Registration-Request Signal to the cellular network , wherein the suppression is based on an individual physical movement of the cell phone device ; wherein the second logic is configured to periodically detect by means of the GPS function a change in physical location of the cell phone device from an immediate prior location, the change being called an LchangeDelta, wherein the LchangeDelta is a distance based on the individual physical movement of the cell phone device ; wherein the second logic is configured to suppress the transmission of the Registration-Request Signal from the cell phone device if the LchangeDelta is less than a distance threshold, and wherein the second logic is configured to not suppress the transmission of the Registration-Request Signal from the cell phone device if the LchangeDelta is greater than the distance threshold.
Anti-reflection device for preventing the reflection of pressure waves inside an injection valve , the anti-reflection device comprising - an essentially cylindrical base body with a first base side , a second base side and an outer surface ; - a longitudinal axis L intended to be orientated parallel to a propagation direction of a pressure wave, the longitudinal axis penetrating the first base side and the second base side ; - a first section of the device adjacent to the first base side having a cavity being shaped as a hollow cone , a longitudinal axis 1 of the cone being orientated parallel to the longitudinal axis L of the device and a base area of the cone being coplanar with the first base side of the cylindrical base body ; - a second section of the device adjacent to the second base side comprising at least one through-hole , the at least one through-hole being in fluid communication with the cone , the at least one through-hole and the hollow cone hydraulically linking the second base side with the first base side , wherein the at least one through-hole makes an angle α with the longitudinal axis L with 40° ≤ α ≤60°. - an essentially cylindrical base body with a first base side , a second base side and an outer surface ; - a longitudinal axis L intended to be orientated parallel to a propagation direction of a pressure wave, the longitudinal axis penetrating the first base side and the second base side ; - a first section of the device adjacent to the first base side having a cavity being shaped as a hollow cone , a longitudinal axis 1 of the cone being orientated parallel to the longitudinal axis L of the device and a base area of the cone being coplanar with the first base side of the cylindrical base body ; - a second section of the device adjacent to the second base side comprising at least one through-hole , the at least one through-hole being in fluid communication with the cone , the at least one through-hole and the hollow cone hydraulically linking the second base side with the first base side , wherein the at least one through-hole makes an angle α with the longitudinal axis L with 40° ≤ α ≤60°.
A sound field control system (SY) comprising: an acoustic device including a sound emission unit and a signal processing unit , the sound emission unit causing a plurality of speakers to emit a test sound; a sound pickup unit which picks up the test sound using a microphone ; and an analysis device including an analysis unit which compares information indicating a sound emission timing which indicates points in time of a test signal sequence for causing the speakers to successively emit the test sound at a prescribed timing with a sound pickup timing which indicates a point in time of each test sound that has been picked up, and which calculates a time difference (T1, T2, T3, T4, T5, T6) between the sound emission timing of each test sound and the sound pickup timing; wherein the signal processing unit performs a delay process for a voice signal supplied to each speaker based on the calculated time difference (T1, T2, T3, T4, T5, T6) between the sound emission timing of each test sound and the sound pickup timing; and the analysis device and the acoustic device are connected via wireless communication , characterized in that : the analysis device further includes the sound pickup unit ; and a sound emission command unit , which issues a sound emission command to the sound emission unit of the acoustic device; and the sound emission command unit issues a sound emission command for the test signal sequence via a single wireless communication . an acoustic device including a sound emission unit and a signal processing unit , the sound emission unit causing a plurality of speakers to emit a test sound; a sound pickup unit which picks up the test sound using a microphone ; and an analysis device including an analysis unit which compares information indicating a sound emission timing which indicates points in time of a test signal sequence for causing the speakers to successively emit the test sound at a prescribed timing with a sound pickup timing which indicates a point in time of each test sound that has been picked up, and which calculates a time difference (T1, T2, T3, T4, T5, T6) between the sound emission timing of each test sound and the sound pickup timing; wherein the signal processing unit performs a delay process for a voice signal supplied to each speaker based on the calculated time difference (T1, T2, T3, T4, T5, T6) between the sound emission timing of each test sound and the sound pickup timing; and the analysis device and the acoustic device are connected via wireless communication , the analysis device further includes the sound pickup unit ; and a sound emission command unit , which issues a sound emission command to the sound emission unit of the acoustic device; and the sound emission command unit issues a sound emission command for the test signal sequence via a single wireless communication .
Device comprising: - an object comprising a heating acupuncture needle, pointed and cylindrical, biocompatible, and which comprises at least one ferromagnetic material - a magnetic field generator suitable for directing the magnetic field of the ferromagnetic material in order to produce an increase in the temperature in the heating acupuncture needle of the object , and - a device for controlling the temperature of the heating acupuncture needle of the object characterised in that said magnetic field generator has a shape of a hollow cylindrical pebble, intended to be placed on the skin , which comprises an orifice passed through perpendicularly by said object ; and in that the magnetic field generator has a diameter ranging from 20 mm to 80 mm, and a thickness ranging from 0.5 mm to 25 mm. - an object comprising a heating acupuncture needle, pointed and cylindrical, biocompatible, and which comprises at least one ferromagnetic material - a magnetic field generator suitable for directing the magnetic field of the ferromagnetic material in order to produce an increase in the temperature in the heating acupuncture needle of the object , and - a device for controlling the temperature of the heating acupuncture needle of the object characterised in that said magnetic field generator has a shape of a hollow cylindrical pebble, intended to be placed on the skin , which comprises an orifice passed through perpendicularly by said object ; and in that the magnetic field generator has a diameter ranging from 20 mm to 80 mm, and a thickness ranging from 0.5 mm to 25 mm.
Use of a mixture capable of biocementation as a means for preventing or reducing plant growth, preferably weed growth, wherein the mixture comprises or consists of the following components: (i) one or more organisms and/or enzymes capable of forming carbonate and/or of inducing and/or catalyzing carbonate formation, (ii) one or more substances for the formation of carbonate, (iii) optionally: one or more cation sources, and (iv) optionally: one or more additives. (i) one or more organisms and/or enzymes capable of forming carbonate and/or of inducing and/or catalyzing carbonate formation, (ii) one or more substances for the formation of carbonate, (iii) optionally: one or more cation sources, and (iv) optionally: one or more additives.