mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry washing machine comprising an outer casing and, inside said outer casing , a washing tub , a rotatable drum housed in axially rotatable manner inside the washing tub and structured for housing the laundry to be washed, a detergent dispenser which is structured for supplying detergent into the washing tub , a fresh-water supply circuit which is structured for selectively channelling a flow of fresh water from the water mains towards the detergent dispenser and/or the washing tub , and an internal water softening device capable of reducing the hardness degree of the fresh water directed towards the detergent dispenser or the washing tub ; the laundry washing machine furthermore comprising at least a first drawer which is fitted/inserted in extractable manner into a corresponding drawer housing located/recessed inside the outer casing , wherein said first drawer is provided with a substantially basin-shaped, regeneration-agent compartment structured for being manually fillable with a given amount of consumable salt or other regeneration agent; and a water-supply line which is structured for channelling a flow of fresh water of the water mains towards said regeneration-agent compartment ; wherein said first drawer comprises a water delivery member which is stationary fitted to the regeneration-agent compartment so as to move together with the first drawer , wherein said water delivery member is structured to receive, at least when said first drawer is placed in a retracted position, a flow of fresh water from the water-supply line and to spread out said fresh water into the regeneration-agent compartment , characterized in that said water delivery member is fitted to the regeneration-agent compartment substantially at the upper mouth of said regeneration-agent compartment . the laundry washing machine furthermore comprising at least a first drawer which is fitted/inserted in extractable manner into a corresponding drawer housing located/recessed inside the outer casing , wherein said first drawer is provided with a substantially basin-shaped, regeneration-agent compartment structured for being manually fillable with a given amount of consumable salt or other regeneration agent; and a water-supply line which is structured for channelling a flow of fresh water of the water mains towards said regeneration-agent compartment ; wherein said first drawer comprises a water delivery member which is stationary fitted to the regeneration-agent compartment so as to move together with the first drawer , wherein said water delivery member is structured to receive, at least when said first drawer is placed in a retracted position, a flow of fresh water from the water-supply line and to spread out said fresh water into the regeneration-agent compartment , characterized in that said water delivery member is fitted to the regeneration-agent compartment substantially at the upper mouth of said regeneration-agent compartment .
An oven comprising: a cavity for cooking food; a cavity rear panel placed at a rear of the cavity ; and a first tray for being ascended/descended in the cavity , the oven further comprises: an ascending/descending guide part installed at both lateral sides of the front surface of the cavity rear panel ; an ascending/descending rack including ascending/descending connection parts engaged with the ascending/descending guide part , the ascending/descending rack is guided by the ascending/descending guide part to ascend and descend; a first tray frame connecting part provided to the ascending/descending rack ; a first tray frame coupled to the first tray , the first tray frame is connected to the first tray frame connecting part ; and a rear cover placed between the first tray and the cavity rear panel , characterized in that the rear cover is provided at the front of the ascending/descending guide part for shielding the ascending/descending guide part and the ascending/descending connection parts from a space where the first tray ascends and descends and that exposes the first tray frame connecting part frontward. a cavity for cooking food; a cavity rear panel placed at a rear of the cavity ; and a first tray for being ascended/descended in the cavity , the oven further comprises: an ascending/descending guide part installed at both lateral sides of the front surface of the cavity rear panel ; an ascending/descending rack including ascending/descending connection parts engaged with the ascending/descending guide part , the ascending/descending rack is guided by the ascending/descending guide part to ascend and descend; a first tray frame connecting part provided to the ascending/descending rack ; a first tray frame coupled to the first tray , the first tray frame is connected to the first tray frame connecting part ; and a rear cover placed between the first tray and the cavity rear panel , characterized in that the rear cover is provided at the front of the ascending/descending guide part for shielding the ascending/descending guide part and the ascending/descending connection parts from a space where the first tray ascends and descends and that exposes the first tray frame connecting part frontward. an ascending/descending guide part installed at both lateral sides of the front surface of the cavity rear panel ; an ascending/descending rack including ascending/descending connection parts engaged with the ascending/descending guide part , the ascending/descending rack is guided by the ascending/descending guide part to ascend and descend; a first tray frame connecting part provided to the ascending/descending rack ; a first tray frame coupled to the first tray , the first tray frame is connected to the first tray frame connecting part ; and a rear cover placed between the first tray and the cavity rear panel , characterized in that the rear cover is provided at the front of the ascending/descending guide part for shielding the ascending/descending guide part and the ascending/descending connection parts from a space where the first tray ascends and descends and that exposes the first tray frame connecting part frontward.
A method of monitoring for the presence of phosphate esters in jet fuel, the method comprising: combining a jet fuel test sample from a jet fuel source with a polar solvent and a nonpolar solvent to form a mixture ; agitating the mixture ; performing a single extraction of a portion of the polar solvent from the mixture ; performing one injection of the extracted portion of the polar solvent into a gas chromatography and mass spectrometer apparatus; performing a combined gas chromatography and mass spectrometer analysis of the polar solvent to monitor for the presence of any phosphate esters at a concentration level of less than one part per million (ppm) and to obtain an actual concentration level of any phosphate esters; and, comparing the actual concentration level of any phosphate esters with a calibration concentration standard of phosphate esters in clean jet fuel . combining a jet fuel test sample from a jet fuel source with a polar solvent and a nonpolar solvent to form a mixture ; agitating the mixture ; performing a single extraction of a portion of the polar solvent from the mixture ; performing one injection of the extracted portion of the polar solvent into a gas chromatography and mass spectrometer apparatus; performing a combined gas chromatography and mass spectrometer analysis of the polar solvent to monitor for the presence of any phosphate esters at a concentration level of less than one part per million (ppm) and to obtain an actual concentration level of any phosphate esters; and, comparing the actual concentration level of any phosphate esters with a calibration concentration standard of phosphate esters in clean jet fuel .
Electronic smoking device comprising: a flow channel comprising an upper housing , a first side support structure , a second side support structure , a sensor support structure , a sensor coupled to the sensor support structure , and an airflow pathway , wherein the first side support structure and the sensor support structure define an airflow sensor entrance , the airflow sensor entrance being delimited on one side by the first side support structure and on the other side by the sensor support structure , and wherein the sensor support structure and the second side support structure define an airflow sensor exit , the airflow sensor exit being delimited on one side by the sensor support structure and on the other side by the second side support structure ; wherein the flow channel is configured to direct an airflow from the airflow sensor entrance , through the airflow pathway , over the sensor , and through the airflow sensor exit . a flow channel comprising an upper housing , a first side support structure , a second side support structure , a sensor support structure , a sensor coupled to the sensor support structure , and an airflow pathway , wherein the first side support structure and the sensor support structure define an airflow sensor entrance , the airflow sensor entrance being delimited on one side by the first side support structure and on the other side by the sensor support structure , and wherein the sensor support structure and the second side support structure define an airflow sensor exit , the airflow sensor exit being delimited on one side by the sensor support structure and on the other side by the second side support structure ; wherein the flow channel is configured to direct an airflow from the airflow sensor entrance , through the airflow pathway , over the sensor , and through the airflow sensor exit .
A coupling structure configured to be applied in a shaving device, comprising: a first coupling component ; and a second coupling component ; characterized in that : wherein at least one of the first coupling component and the second coupling component is provided with a connection shaft , and another of the first coupling component and the second coupling component is provided with a connection cavity , a shape of the connection shaft is adapted to that of the connection cavity and is able to connect to or separate from the connection cavity ; the connection shaft is provided with at least two protrusions extended along a radial direction, and the connection cavity is provided with lacking latches corresponding to positions of each of the protrusions and capable of sliding along a radial direction, and a front end of the lacking latches are able to protrude into the connection cavity , each of the lacking latches is provided with an elastic member configured for forcing the lacking latch to slide toward the connection cavity , and the protrusion forces the corresponding lacking latch to radially slide until it is engaged with the lacking latch . a first coupling component ; and a second coupling component ; characterized in that : wherein at least one of the first coupling component and the second coupling component is provided with a connection shaft , and another of the first coupling component and the second coupling component is provided with a connection cavity , a shape of the connection shaft is adapted to that of the connection cavity and is able to connect to or separate from the connection cavity ; the connection shaft is provided with at least two protrusions extended along a radial direction, and the connection cavity is provided with lacking latches corresponding to positions of each of the protrusions and capable of sliding along a radial direction, and a front end of the lacking latches are able to protrude into the connection cavity , each of the lacking latches is provided with an elastic member configured for forcing the lacking latch to slide toward the connection cavity , and the protrusion forces the corresponding lacking latch to radially slide until it is engaged with the lacking latch .
A reversible seat assembly for use in an automotive vehicle comprising: a seat riser ; a seat cushion coupled to the seat riser wherein the seat cushion extends between a front end and a rear end ; a seat back comprising a latch bracket ; a plurality of reversing links extending between an upper end pivotally coupled to the latch bracket and a lower end pivotally coupled to the seat riser ; and a plurality of strikers comprising a primary striker and a secondary striker coupled to the seat riser toward a rear end of the seat riser , wherein when the seat back is adjacent the rear end of the seat cushion , the latch bracket engages the primary striker and the secondary striker , and further comprising a second plurality of strikers comprising a second primary striker and a second secondary striker coupled to the seat riser toward a front end of the seat riser , wherein when the seat back is adjacent the front end of the seat cushion , the latch bracket engages the second primary striker and the second secondary striker . a seat riser ; a seat cushion coupled to the seat riser wherein the seat cushion extends between a front end and a rear end ; a seat back comprising a latch bracket ; a plurality of reversing links extending between an upper end pivotally coupled to the latch bracket and a lower end pivotally coupled to the seat riser ; and a plurality of strikers comprising a primary striker and a secondary striker coupled to the seat riser toward a rear end of the seat riser , wherein when the seat back is adjacent the rear end of the seat cushion , the latch bracket engages the primary striker and the secondary striker , and further comprising a second plurality of strikers comprising a second primary striker and a second secondary striker coupled to the seat riser toward a front end of the seat riser , wherein when the seat back is adjacent the front end of the seat cushion , the latch bracket engages the second primary striker and the second secondary striker .
A mirror including: - a reflective main body of circular shape, and - a secondary body positioned at a perimeter of the main body and reflecting differently with respect to the main body , - an adjustment system arranged between the main body and the secondary body and configured to move the secondary body in height relative to said perimeter of the main body according to at least two defined adjustment positions, wherein said adjustment system comprises a support rod mounted in pivot connection with respect to a central axis of the main body , said central axis being perpendicular to the plane of the main body , said rod extending radially with respect to said central axis to the perimeter of the main body . - a reflective main body of circular shape, and - a secondary body positioned at a perimeter of the main body and reflecting differently with respect to the main body , - an adjustment system arranged between the main body and the secondary body and configured to move the secondary body in height relative to said perimeter of the main body according to at least two defined adjustment positions,
A system for providing electric motor control to a plurality of motor loads (1 - n), the system comprising: a plurality of motor controllers (200' - 20n-x') that are configurable into different arrangements of motor controllers (200' - 20n-x'), with each respective arrangement of motor controllers (200' - 20n-x') arranged to drive one or more of the motor loads (1 - n), wherein a motor controller (200' - 20n-x') is configured within a respective arrangement of motor controllers (200' - 20n-x') either to drive a respective motor load (1 - n) by itself or as part of a group of motor controllers (200' - 20n-x') that drive a respective motor load (1 - n) in combination, wherein at least some of the motor controllers (200' - 20n-x') in the plurality of motor controllers (200' - 20n-x') comprise a respective pulse width modulation (PWM) circuit for controlling an output of the motor controller (200' - 20n-x'), the PWM circuit being controlled based on a respective PWM carrier signal; characterised in that the system further comprises: a central controller that is operable to individually set a phase and/or frequency of the respective PWM carrier signals for the motor controllers (200' - 20n-x'), wherein the central controller is configured to set the phase and/or frequency of the PWM carrier signals for the motor controllers (200' - 20n-x') within a respective arrangement of motor controllers (200' - 20n-x') differently depending on the configuration of the motor controllers (200' - 20n-x') within the arrangement. a plurality of motor controllers (200' - 20n-x') that are configurable into different arrangements of motor controllers (200' - 20n-x'), with each respective arrangement of motor controllers (200' - 20n-x') arranged to drive one or more of the motor loads (1 - n), wherein a motor controller (200' - 20n-x') is configured within a respective arrangement of motor controllers (200' - 20n-x') either to drive a respective motor load (1 - n) by itself or as part of a group of motor controllers (200' - 20n-x') that drive a respective motor load (1 - n) in combination, wherein at least some of the motor controllers (200' - 20n-x') in the plurality of motor controllers (200' - 20n-x') comprise a respective pulse width modulation (PWM) circuit for controlling an output of the motor controller (200' - 20n-x'), the PWM circuit being controlled based on a respective PWM carrier signal; characterised in that the system further comprises: a central controller that is operable to individually set a phase and/or frequency of the respective PWM carrier signals for the motor controllers (200' - 20n-x'), wherein the central controller is configured to set the phase and/or frequency of the PWM carrier signals for the motor controllers (200' - 20n-x') within a respective arrangement of motor controllers (200' - 20n-x') differently depending on the configuration of the motor controllers (200' - 20n-x') within the arrangement.
Connector for releasably connecting two modules in a modular system for temporary constructions, wherein the connector comprises: - a sleeve extending in longitudinal direction between a front and rear outer end , the sleeve comprising one or more circumferential slits at a first longitudinal position; - a head piece adapted to be attached to the front outer end of the sleeve , the head piece comprising a flat surface , in attached condition defining a front clamping surface situated in a transverse plane and facing the sleeve ; - a first set of one or more locking elements , of which each locking element comprises a flat surface , wherein the one or more locking elements of the first set are placed in the one or more circumferential slits at the first longitudinal position and are movable between ∘ a collapsed condition, wherein the locking elements are at least partially recessed in the sleeve , and ∘ an extended condition, wherein the locking elements protrude from the sleeve , such that the associated protruding flat surfaces together define a rear clamping surface situated in a transverse plane and facing the front clamping surface, the connector being adapted to clamp two module parts between the front and rear clamping surface in extended condition of the first set of locking elements , after being inserted through corresponding holes in the module parts in collapsed condition of the first set of locking elements . - a sleeve extending in longitudinal direction between a front and rear outer end , the sleeve comprising one or more circumferential slits at a first longitudinal position; - a head piece adapted to be attached to the front outer end of the sleeve , the head piece comprising a flat surface , in attached condition defining a front clamping surface situated in a transverse plane and facing the sleeve ; - a first set of one or more locking elements , of which each locking element comprises a flat surface , wherein the one or more locking elements of the first set are placed in the one or more circumferential slits at the first longitudinal position and are movable between ∘ a collapsed condition, wherein the locking elements are at least partially recessed in the sleeve , and ∘ an extended condition, wherein the locking elements protrude from the sleeve , such that the associated protruding flat surfaces together define a rear clamping surface situated in a transverse plane and facing the front clamping surface, ∘ a collapsed condition, wherein the locking elements are at least partially recessed in the sleeve , and ∘ an extended condition, wherein the locking elements protrude from the sleeve , such that the associated protruding flat surfaces together define a rear clamping surface situated in a transverse plane and facing the front clamping surface,
An organic light emitting diode (OLED) cell comprising: a cathode; an anode positioned on a substrate; between the cathode and the anode, an emissive layer and a conductive layer that generate light when a difference of potential occurs between the cathode and the anode; and a diffusion layer comprising a set of right circular hollow cylinders , wherein each right circular hollow cylinder is defined by at least a parameter R defining an external radius and a parameter r defining an internal radius, and wherein the OLED cell is configured to generate an electromagnetic wave having a wavelength λ, characterized in that the parameter R is in a first range [λ-0.3λ; λ +0.3λ], the parameter r is defined such that 1 − r R 2 is in a second range [0.6; 0.8], and wherein each right circular hollow cylinder has a height that is in a third range 0.2 λ n ; 0.4 λ n , where n corresponds to a refractive index of the diffusion layer. a cathode; an anode positioned on a substrate; between the cathode and the anode, an emissive layer and a conductive layer that generate light when a difference of potential occurs between the cathode and the anode; and a diffusion layer comprising a set of right circular hollow cylinders , wherein each right circular hollow cylinder is defined by at least a parameter R defining an external radius and a parameter r defining an internal radius, and wherein the OLED cell is configured to generate an electromagnetic wave having a wavelength λ, characterized in that the parameter R is in a first range [λ-0.3λ; λ +0.3λ], the parameter r is defined such that 1 − r R 2 is in a second range [0.6; 0.8], and wherein each right circular hollow cylinder has a height that is in a third range 0.2 λ n ; 0.4 λ n , where n corresponds to a refractive index of the diffusion layer.
A modem , comprising: a processor configured to: perform a downstream scan operation to scan a first network channel of a plurality of network channels via a cable; wherein the processor is further configured to enter a scanning idle period upon completion of scanning the first network channel and perform a packet forwarding operation to a client via a wired or a wireless network during the scanning idle period, the packet forwarding operation comprising responding to a ping packet from the client; and perform the downstream scan operation to scan a second network channel of the plurality of the network channels after the scanning idle period. perform a downstream scan operation to scan a first network channel of a plurality of network channels via a cable; wherein the processor is further configured to enter a scanning idle period upon completion of scanning the first network channel and perform a packet forwarding operation to a client via a wired or a wireless network during the scanning idle period, the packet forwarding operation comprising responding to a ping packet from the client; and perform the downstream scan operation to scan a second network channel of the plurality of the network channels after the scanning idle period.