mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a generation of an elevator landing call, characterized in that the method comprises: monitoring at least one first type sensor and at least one second type sensor ; inquiring , from a memory, in response to a detection that the at least one first type sensor generates an indication on a detection of any object residing in an operational area of the at least one first type sensor , data indicating a detection of any object carrying a device , the data indicating the detection of any object carrying a device is generated by the at least one second type sensor wherein an indication on the detection of the any object by the at least one second type sensor is generated in response to a communication between the at least one second type sensor and the device carried by the any object; if the data inquired from the memory does not indicate the detection of any object generated by the at least one second type sensor generating a signal causing the generation of the elevator landing call; and if the data inquired from the memory indicates the detection of any object generated by the at least one second type sensor preventing a generation of the signal causing the generation of the elevator landing call. monitoring at least one first type sensor and at least one second type sensor ; inquiring , from a memory, in response to a detection that the at least one first type sensor generates an indication on a detection of any object residing in an operational area of the at least one first type sensor , data indicating a detection of any object carrying a device , the data indicating the detection of any object carrying a device is generated by the at least one second type sensor wherein an indication on the detection of the any object by the at least one second type sensor is generated in response to a communication between the at least one second type sensor and the device carried by the any object; if the data inquired from the memory does not indicate the detection of any object generated by the at least one second type sensor generating a signal causing the generation of the elevator landing call; and if the data inquired from the memory indicates the detection of any object generated by the at least one second type sensor preventing a generation of the signal causing the generation of the elevator landing call.
A system for remotely measuring the active power flowing through an electrical conductor from an alternating current (AC) source to a load, the system comprising a first unit located on the conductor and a second unit electrically connected to the AC source, the first unit comprising a current transformer mounted in close proximity to the conductor , storage means for storing energy from the current transformer , a processor , a wireless transmitter, a resistor and a switch controlled by the processor to selectively switch the resistor in parallel with the current transformer , the processor being configured to: sample the voltage across the resistor for a predetermined period, perform a Fast Fourier Transform on the voltage samples to convert the voltage samples to only two values, being the real and imaginary parts of the fundamental frequency, and transmit to the second unit a signal representing the variables output by the Transform, and the second unit comprising a receiver to receive the signal from the first unit and being configured to measure the voltage of the AC power source and to calculate from this and the received data the power and direction of electricity flowing in the conductor. the first unit comprising a current transformer mounted in close proximity to the conductor , storage means for storing energy from the current transformer , a processor , a wireless transmitter, a resistor and a switch controlled by the processor to selectively switch the resistor in parallel with the current transformer , the processor being configured to: sample the voltage across the resistor for a predetermined period, perform a Fast Fourier Transform on the voltage samples to convert the voltage samples to only two values, being the real and imaginary parts of the fundamental frequency, and transmit to the second unit a signal representing the variables output by the Transform, sample the voltage across the resistor for a predetermined period, perform a Fast Fourier Transform on the voltage samples to convert the voltage samples to only two values, being the real and imaginary parts of the fundamental frequency, and transmit to the second unit a signal representing the variables output by the Transform, and the second unit comprising a receiver to receive the signal from the first unit and being configured to measure the voltage of the AC power source and to calculate from this and the received data the power and direction of electricity flowing in the conductor.
An oral care composition comprising: (a) a zinc ion source, wherein the composition comprises from 0.1 to 2.0 weight % zinc oxide and from 0.20 to 1.0 weight % zinc citrate; and (b) at least two active ingredients, wherein said active ingredients are selected from the following: bisabolol; citral; carvacrol; thymol; and an extract of oregano, wherein the active compound from said extract of oregano is selected from carvacrol, thymol, limonene, pinene, p-cymene, caryophyllene, and mixtures thereof; and an extract of rosemary, wherein the active compound from said extract of rosemary is selected from α-pinene, β-pinene, borneol, bornyl acetate, camphor, camphene, 1,8-cineole, limonene, and mixtures thereof. (a) a zinc ion source, wherein the composition comprises from 0.1 to 2.0 weight % zinc oxide and from 0.20 to 1.0 weight % zinc citrate; and (b) at least two active ingredients, wherein said active ingredients are selected from the following: bisabolol; citral; carvacrol; thymol; and an extract of oregano, wherein the active compound from said extract of oregano is selected from carvacrol, thymol, limonene, pinene, p-cymene, caryophyllene, and mixtures thereof; and an extract of rosemary, wherein the active compound from said extract of rosemary is selected from α-pinene, β-pinene, borneol, bornyl acetate, camphor, camphene, 1,8-cineole, limonene, and mixtures thereof.
A method of fabrication of a mirror, having a reflectivity greater than 70%, between 295 and 2500 nm, the reflectivity being measured according to the ISO 9050 standard (mass of air 1.5), comprising the deposition of a silver layer by magnetron sputtering from a silver target onto a substrate in a deposition atmosphere comprising a noble gas, characterized in that the product of the pressure of the deposition atmosphere times the distance between the target and the substrate is in the range between 1.5 and 7 Pa.cm, the duration of the deposition of the silver layer being such that the silver layer has a thickness in the range between 60 and 200 nm and the pressure of the deposition atmosphere being in the range between 0.05 and 3 Pa.
A bioink composition comprising equine type I collagen, characterized in that - the pH of said composition is from 7.0 to 7.6; - said composition is pseudoplastic; and - said equine type I collagen is in suspension and has a weight average molecular weight of the α 1 (I) and α 2 (I) chains ranging from 120 to 200 kDa. - the pH of said composition is from 7.0 to 7.6; - said composition is pseudoplastic; and - said equine type I collagen is in suspension and has a weight average molecular weight of the α 1 (I) and α 2 (I) chains ranging from 120 to 200 kDa.
Ultraviolet radiation absorbing polymer composition comprising a polymer compound of the formula wherein the sum of n and m is a number from 3 to 10, and wherein m is at least 1; wherein the ultraviolet radiation absorbing polymer composition is obtained by an esterification / transesterification process, wherein the process includes the steps of reacting a polyglycerol intermediate of formula (II) with a benzotriazole UV-chromophore of formula (I) wherein A is hydrogen or C 1 -C 8 alkyl; and k is a number from 1 to 20. A is hydrogen or C 1 -C 8 alkyl; and k is a number from 1 to 20.
A composition comprising: a palygorskite, or sepiolite mineral; a second mineral comprising moler; and synthetic amorphous silica; wherein the synthetic amorphous silica is dispersed on the surface of at least one of the palygorskite, or sepiolite mineral and the second mineral. a palygorskite, or sepiolite mineral; a second mineral comprising moler; and synthetic amorphous silica; wherein the synthetic amorphous silica is dispersed on the surface of at least one of the palygorskite, or sepiolite mineral and the second mineral.
A method of joining a shaft with a hub , namely a rotor shaft of a vacuum pump with a hub which in particular carries or comprises a pump-active rotor element, wherein the shaft and the hub are joined by means of transverse pressing, wherein at least one joining surface for forming at least one press fit is formed at the shaft and at the hub in each case, wherein the shaft and/or the hub is/are only locally temperature controlled to establish the transverse press connection, wherein at least two joining surfaces for forming two separate press fits are formed at the shaft and at the hub in each case, and wherein the joining surfaces and/or the press fits are axially spaced apart. namely a rotor shaft of a vacuum pump with a hub which in particular carries or comprises a pump-active rotor element, wherein the shaft and the hub are joined by means of transverse pressing, wherein at least one joining surface for forming at least one press fit is formed at the shaft and at the hub in each case, wherein the shaft and/or the hub is/are only locally temperature controlled to establish the transverse press connection, wherein at least two joining surfaces for forming two separate press fits are formed at the shaft and at the hub in each case, and wherein the joining surfaces and/or the press fits are axially spaced apart.
An electrode structure comprising: a current collector ; an active material layer provided on at least one surface of the current collector ; and a separator layer provided on the active material layer , wherein the separator layer comprises a first region , and a second region which is adjacent to the first region and exists in the inside of the first region , an outline of a principal surface of the active material layer overlaps the first region of the separator layer , and a thickness of at least a part of the first region of the separator layer is thicker than a thickness of the second region of the separator layer . a current collector ; an active material layer provided on at least one surface of the current collector ; and a separator layer provided on the active material layer , wherein the separator layer comprises a first region , and a second region which is adjacent to the first region and exists in the inside of the first region , an outline of a principal surface of the active material layer overlaps the first region of the separator layer , and a thickness of at least a part of the first region of the separator layer is thicker than a thickness of the second region of the separator layer .
A respiratory treatment apparatus comprising: a blower; a sensor for measuring respiratory airflow; and a control system configured to: control the blower, receive the output of the sensor , detect the presence of an apnea event based on the sensor output, measure one or more characteristics of at least one breath preceding the apnea event; and classify the apnea event as central sleep apnea or obstructive sleep apnea based on at least one of the characteristics. a blower; a sensor for measuring respiratory airflow; and a control system configured to: control the blower, receive the output of the sensor , detect the presence of an apnea event based on the sensor output, measure one or more characteristics of at least one breath preceding the apnea event; and classify the apnea event as central sleep apnea or obstructive sleep apnea based on at least one of the characteristics. control the blower, receive the output of the sensor , detect the presence of an apnea event based on the sensor output, measure one or more characteristics of at least one breath preceding the apnea event; and classify the apnea event as central sleep apnea or obstructive sleep apnea based on at least one of the characteristics.
A method for controlling a water jet propulsion device for the propulsion of a marine vessel, the water jet propulsion device comprising - a conduit extending between an inlet and an outlet , - an impeller in the conduit , and - a mechanical power provider arranged to deliver power to the impeller , - the method comprising receiving a plurality of thrust commands, and controlling a thrust level of the water jet propulsion device in dependence of the thrust commands, wherein controlling the thrust level comprises adjusting a position of a deflector arranged to deflect water flowing out of the outlet , - characterised by - coordinating the adjustment of the position of the deflector with a level of engagement of a clutch , arranged to adjust the delivery of power from the power provider to the impeller , so that the thrust level is substantially continuous in a thrust command domain. - a conduit extending between an inlet and an outlet , - an impeller in the conduit , and - a mechanical power provider arranged to deliver power to the impeller , - the method comprising receiving a plurality of thrust commands, and controlling a thrust level of the water jet propulsion device in dependence of the thrust commands, wherein controlling the thrust level comprises adjusting a position of a deflector arranged to deflect water flowing out of the outlet , - characterised by - coordinating the adjustment of the position of the deflector with a level of engagement of a clutch , arranged to adjust the delivery of power from the power provider to the impeller , so that the thrust level is substantially continuous in a thrust command domain.
A multistage damping system comprising: - an elongated housing containing a damping medium; - an axially moveable primary piston assembly arranged in the housing comprising a primary piston and a valve assembly ; - an axially moveable secondary piston assembly having an orifice disposed in a location to engage said valve assembly when said primary piston assembly is moved in a compressive direction beyond a particular compressive movement distance, wherein said valve assembly once engaged with said orifice regulates the flow of damping medium to provide a greater compressive damping force when said primary piston assembly and said secondary piston assembly are moved beyond said particular compressive movement distance; and - an axially moveable tertiary piston assembly having a recessed cavity formed therein, wherein said secondary piston assembly is disposed within said recessed cavity; characterized in a second housing , wherein the tertiary piston assembly is disposed and moveable within the second housing, and wherein the second housing is formed integral with the elongated housing, and further comprising a first restoration spring disposed in the recessed cavity and configured to provide an expansive force on the secondary piston assembly. - an elongated housing containing a damping medium; - an axially moveable primary piston assembly arranged in the housing comprising a primary piston and a valve assembly ; - an axially moveable secondary piston assembly having an orifice disposed in a location to engage said valve assembly when said primary piston assembly is moved in a compressive direction beyond a particular compressive movement distance, wherein said valve assembly once engaged with said orifice regulates the flow of damping medium to provide a greater compressive damping force when said primary piston assembly and said secondary piston assembly are moved beyond said particular compressive movement distance; and - an axially moveable tertiary piston assembly having a recessed cavity formed therein, wherein said secondary piston assembly is disposed within said recessed cavity; characterized in a second housing , wherein the tertiary piston assembly is disposed and moveable within the second housing, and wherein the second housing is formed integral with the elongated housing, and further comprising a first restoration spring disposed in the recessed cavity and configured to provide an expansive force on the secondary piston assembly. wherein said secondary piston assembly is disposed within said recessed cavity; characterized in a second housing , wherein the tertiary piston assembly is disposed and moveable within the second housing, and wherein the second housing is formed integral with the elongated housing, and further comprising a first restoration spring disposed in the recessed cavity and configured to provide an expansive force on the secondary piston assembly.
A method of determining intrusion of an avionics component or avionics system in an aircraft having multiple avionics components and avionics systems communicating over an aircraft communications network monitored by an intrusion system , the method comprising: monitoring , by the intrusion system , data communication over the aircraft communications network for one or more of the avionics components or avionics systems; comparing , by the intrusion system , the monitored communications for at least one of the avionics components or avionics systems to a corresponding operational profile that includes acceptable interactions between multiple avionics components or avionics systems; determining an intrusion for the at least one of the avionics components or avionics systems when the comparison indicates that the at least one of the avionics components or avionics systems satisfies an intrusion profile, the intrusion profile comprising an uncharacteristic operational profile indicative of malicious or unintended use of the at least one of the avionics components or avionics systems for which the data communications are monitored; and providing an alert of the determined intrusion. monitoring , by the intrusion system , data communication over the aircraft communications network for one or more of the avionics components or avionics systems; comparing , by the intrusion system , the monitored communications for at least one of the avionics components or avionics systems to a corresponding operational profile that includes acceptable interactions between multiple avionics components or avionics systems; determining an intrusion for the at least one of the avionics components or avionics systems when the comparison indicates that the at least one of the avionics components or avionics systems satisfies an intrusion profile, the intrusion profile comprising an uncharacteristic operational profile indicative of malicious or unintended use of the at least one of the avionics components or avionics systems for which the data communications are monitored; and providing an alert of the determined intrusion.
A method (3000; 3100) for wireless communications, comprising: performing a listen before talk, LBT, contention procedure to gain access to an unlicensed radio frequency spectrum band; winning (3005; 3110) the LBT contention procedure to gain access to the unlicensed radio frequency spectrum band prior to a reference boundary associated with the unlicensed radio frequency spectrum band; transmitting (3010; 3120) a first signal comprising a variable length training sequence to align a starting point of a second signal with the reference boundary associated with the unlicensed radio frequency spectrum band, after winning the LBT contention procedure to access the unlicensed radio frequency spectrum band; and transmitting the second signal comprising a data transmission or a signal indicating the winning the LBT contention procedure to access the unlicensed radio frequency spectrum band. performing a listen before talk, LBT, contention procedure to gain access to an unlicensed radio frequency spectrum band; winning (3005; 3110) the LBT contention procedure to gain access to the unlicensed radio frequency spectrum band prior to a reference boundary associated with the unlicensed radio frequency spectrum band; transmitting (3010; 3120) a first signal comprising a variable length training sequence to align a starting point of a second signal with the reference boundary associated with the unlicensed radio frequency spectrum band, after winning the LBT contention procedure to access the unlicensed radio frequency spectrum band; and transmitting the second signal comprising a data transmission or a signal indicating the winning the LBT contention procedure to access the unlicensed radio frequency spectrum band.
A set of drones for a combat game comprising a drone and at least one opponent drone , said drones comprising propellers, control means, signal transmitters, receivers, and cameras, characterised in that the opponent signal transmitters disposed on the opponent drone are in control connection, via a control unit of the drone , with the signal receivers of the drone , the connection being adapted for transmitting the signals generated through targeting resulting in a hit by an opponent player utilizing a display of the opponent player as control means, and for controlling the rotational speed of the motors of the propellers , commanding a position, and operation of a light source , sound source , and smoke source disposed on the drone , and in that the signal transmitters disposed on the drone are in control connection, via a control unit of the opponent drone , with the opponent signal receivers of the opponent drone , the connection being adapted for transmitting the signals generated through targeting resulting in a hit by a player utilizing a player's display as control means, and for controlling the rotational speed of the opponent motors of the opponent propellers , commanding a position, and operation of the opponent light source , opponent sound source , and opponent smoke source disposed on the opponent drone . the opponent signal transmitters disposed on the opponent drone are in control connection, via a control unit of the drone , with the signal receivers of the drone , the connection being adapted for transmitting the signals generated through targeting resulting in a hit by an opponent player utilizing a display of the opponent player as control means, and for controlling the rotational speed of the motors of the propellers , commanding a position, and operation of a light source , sound source , and smoke source disposed on the drone , and in that the signal transmitters disposed on the drone are in control connection, via a control unit of the opponent drone , with the opponent signal receivers of the opponent drone , the connection being adapted for transmitting the signals generated through targeting resulting in a hit by a player utilizing a player's display as control means, and for controlling the rotational speed of the opponent motors of the opponent propellers , commanding a position, and operation of the opponent light source , opponent sound source , and opponent smoke source disposed on the opponent drone .