mhurhangee/patent-ind-claim-en huggingface dataset:
A hazard detection system , comprising: a plurality of sensors (220, 901-904, 1006, 1008, 1009, 1102, 1104, 1321-1323); an alarm ; a speaker ; a plurality of multi-criteria state machines for managing a plurality of states based on data acquired by at least one of the sensors (220, 901-904, 1006, 1008, 1009, 1102, 1104, 1321-1323) and based on at least one condition parameter, wherein the plurality of states comprises an alarming state, a pre-alarming state, an alarm hushing state, and a pre-alarm hushing state, wherein the alarming state and the alarm hushing state control use of the alarm , and wherein the pre-alarming state and the pre-alarm hushing state control use of the speaker ; and a hush detection module operative to detect hush events, wherein a hush event is a user initiated command to hush an alarm or pre-alarm, and wherein the plurality of multi-criteria state machines further manages the plurality of states based on detected hush events, wherein for a transition from the alarming state to the alarm hushing state to take place when a hush event is detected an associated condition parameter needs to be met, wherein when the hazard detection system is in the alarming state, the alarm is activated, and when the hazard detection system is in the alarm hushing state, the alarm is deactivated; and when the hazard detection system is in the pre-alarming state, a message is played back through the speaker , and when the hazard detection system is in the pre-alarm hushing state, playback of the message through the speaker is ceased. a plurality of sensors (220, 901-904, 1006, 1008, 1009, 1102, 1104, 1321-1323); an alarm ; a speaker ; a plurality of multi-criteria state machines for managing a plurality of states based on data acquired by at least one of the sensors (220, 901-904, 1006, 1008, 1009, 1102, 1104, 1321-1323) and based on at least one condition parameter, wherein the plurality of states comprises an alarming state, a pre-alarming state, an alarm hushing state, and a pre-alarm hushing state, wherein the alarming state and the alarm hushing state control use of the alarm , and wherein the pre-alarming state and the pre-alarm hushing state control use of the speaker ; and a hush detection module operative to detect hush events, wherein a hush event is a user initiated command to hush an alarm or pre-alarm, and wherein the plurality of multi-criteria state machines further manages the plurality of states based on detected hush events, wherein for a transition from the alarming state to the alarm hushing state to take place when a hush event is detected an associated condition parameter needs to be met, wherein when the hazard detection system is in the alarming state, the alarm is activated, and when the hazard detection system is in the alarm hushing state, the alarm is deactivated; and when the hazard detection system is in the pre-alarming state, a message is played back through the speaker , and when the hazard detection system is in the pre-alarm hushing state, playback of the message through the speaker is ceased.
Method for reducing the operating hours of electrical loads (12-1, 12-2, 12-n, 14-1, 14-2, 14-n) of an on-board network of a motor vehicle, preferably a commercial vehicle, wherein the electrical loads (12-1, 12-2, 12-n, 14-1, 14-2, ..., 14-n) being subdivided into at least a first load group , which is required for a driving operation of the motor vehicle and is not required for a non-driving operation of the motor vehicle, and a second load group , which comprises loads which can be used during a stay in the motor vehicle during a non-driving operation of the motor vehicle, the method comprising the steps: a) detecting (S1) an operating signal signalling an imminent use of the motor vehicle; b) detecting (S2) whether a driving use situation or a non-driving use situation of the motor vehicle, in which the motor vehicle is used in non-driving mode for stay, is imminent; and c) if a non-driving use situation is detected, no electrical activation (S3) of the loads (12-1, 12-2, 12-n) of the first load group . a) detecting (S1) an operating signal signalling an imminent use of the motor vehicle; b) detecting (S2) whether a driving use situation or a non-driving use situation of the motor vehicle, in which the motor vehicle is used in non-driving mode for stay, is imminent; and c) if a non-driving use situation is detected, no electrical activation (S3) of the loads (12-1, 12-2, 12-n) of the first load group .
A driving system for a microelectromechanical system MEMS microphone comprising: a carrier comprising: a first diaphragm ; a second diaphragm spaced apart from the first diaphragm ; and a gap formed between the first and second diaphragm (38; 40); a plate counter electrode assembly formed within the first and second diaphragms (38; 40), the plate counter electrode assembly comprising: a moving electrode member ; at least two counter electrode members ; and a wall structure mechanically coupled the two counter electrode members to the first and second diaphragms (38; 40) defining a sealed electrode region ; wherein the sealed electrode region having an encapsulated gas pressure and the plate counter electrode assembly is disposed within the sealed electrode region . a first diaphragm ; a second diaphragm spaced apart from the first diaphragm ; and a gap formed between the first and second diaphragm (38; 40); a plate counter electrode assembly formed within the first and second diaphragms (38; 40), the plate counter electrode assembly comprising: a moving electrode member ; at least two counter electrode members ; and a wall structure mechanically coupled the two counter electrode members to the first and second diaphragms (38; 40) defining a sealed electrode region ; wherein the sealed electrode region having an encapsulated gas pressure and the plate counter electrode assembly is disposed within the sealed electrode region . a moving electrode member ; at least two counter electrode members ; and a wall structure mechanically coupled the two counter electrode members to the first and second diaphragms (38; 40) defining a sealed electrode region ; wherein the sealed electrode region having an encapsulated gas pressure and the plate counter electrode assembly is disposed within the sealed electrode region .
A propulsion system for an aircraft comprising: at least two main gas turbine engines ; a plurality of dedicated boundary layer ingestion fans ; and wherein the dedicated boundary layer ingestion fans comprise a dedicated boundary layer fan rotor and a dedicated motor ; and characterised in that : a total thrust provided by a combination of said at least two main gas turbine engines and said dedicated boundary layer ingestion fans is such that a combination of a thrust provided by said dedicated plurality of boundary layer ingestion fans is less than 20 percent of said total thrust. at least two main gas turbine engines ; a plurality of dedicated boundary layer ingestion fans ; and wherein the dedicated boundary layer ingestion fans comprise a dedicated boundary layer fan rotor and a dedicated motor ; and characterised in that : a total thrust provided by a combination of said at least two main gas turbine engines and said dedicated boundary layer ingestion fans is such that a combination of a thrust provided by said dedicated plurality of boundary layer ingestion fans is less than 20 percent of said total thrust.
A method of performing uplink transmission by a user equipment, UE, in a wireless communication system, the method comprising: performing a previous semi-persistent scheduling, SPS, transmission; and performing the uplink transmission at a time unit where a new SPS transmission is required based on an SPS period, characterized in that , based on a retransmission timing of the previous SPS transmission being same as the time unit in a situation that the SPS period is shorter than a specific value, the uplink transmission includes one of a retransmission of the previous SPS transmission and the new SPS transmission, with an 1-bit indicator for indicating whether the uplink transmission includes the retransmission of the previous SPS transmission or the new SPS transmission, and based on the retransmission timing of the previous SPS transmission not being same as the time unit or the SPS period not being shorter than the specific value, the uplink transmission includes the new SPS transmission without the 1-bit indicator. performing a previous semi-persistent scheduling, SPS, transmission; and performing the uplink transmission at a time unit where a new SPS transmission is required based on an SPS period, characterized in that , based on a retransmission timing of the previous SPS transmission being same as the time unit in a situation that the SPS period is shorter than a specific value, the uplink transmission includes one of a retransmission of the previous SPS transmission and the new SPS transmission, with an 1-bit indicator for indicating whether the uplink transmission includes the retransmission of the previous SPS transmission or the new SPS transmission, and based on the retransmission timing of the previous SPS transmission not being same as the time unit or the SPS period not being shorter than the specific value, the uplink transmission includes the new SPS transmission without the 1-bit indicator.
Hub for a wind turbine , the hub being longitudinally extended along a longitudinal axis (Y) between a front tip and a rear shaft flange connectable to a rotational shaft of the wind turbine , the hub comprising: - three blade flanges for connecting three respective blades to the hub , - at least one top edge on an external surface of the hub , the top edge being positioned with respect to a vertical direction over the front tip , when the hub is positioned around the longitudinal axis (Y) in at least a service position in which a flange axis (X1, X2, X3) of one of the blade flanges is vertically oriented and pointing downwards, - a plurality of service steps , each step being oriented for permitting an individual to move between the front tip and the top edge or between the rear shaft flange and the top edge when the hub is positioned around the longitudinal axis (Y) in said service position, characterized in that the plurality of service steps are adjacent to the blade flanges , in such a way that when the hub is positioned in the service position with the flange axis (X1) of one blade oriented according the vertical direction the top edge is reachable through the service steps respectively adjacent to the blade flanges of the other two blades . - three blade flanges for connecting three respective blades to the hub , - at least one top edge on an external surface of the hub , the top edge being positioned with respect to a vertical direction over the front tip , when the hub is positioned around the longitudinal axis (Y) in at least a service position in which a flange axis (X1, X2, X3) of one of the blade flanges is vertically oriented and pointing downwards, - a plurality of service steps , each step being oriented for permitting an individual to move between the front tip and the top edge or between the rear shaft flange and the top edge when the hub is positioned around the longitudinal axis (Y) in said service position,
An apparatus for determining a body portion of a user treated by the user using a personal hygienic device , comprising a camera configured to capture the user to obtain a pictorial representation of the user while treating the body portion using the personal hygienic device , the camera being configured to capture a scene showing the user's face with the user currently treating a certain head portion using the personal hygienic device ; an interface configured to receive sensor data from at least one inertial sensor residing in the personal hygienic device ; and an analyzer configured to analyze and to combine the pictorial representation and the sensor data to determine the body portion, wherein the analyzer is arranged to first separately determine the treated body portion on the basis of the pictorial representation on the one hand and the inertial sensor data on the other hand and then to combine both determinations to finally determine the treated body portion. a camera configured to capture the user to obtain a pictorial representation of the user while treating the body portion using the personal hygienic device , the camera being configured to capture a scene showing the user's face with the user currently treating a certain head portion using the personal hygienic device ; an interface configured to receive sensor data from at least one inertial sensor residing in the personal hygienic device ; and an analyzer configured to analyze and to combine the pictorial representation and the sensor data to determine the body portion, wherein the analyzer is arranged to first separately determine the treated body portion on the basis of the pictorial representation on the one hand and the inertial sensor data on the other hand and then to combine both determinations to finally determine the treated body portion.
A garment care device comprising: - a treatment surface for treating a garment, - a heating element , - a steam generator being in thermal contact with the treatment surface, wherein the steam generator is configured to be heated by the heating element, the steam generator comprising a steaming surface arranged to receive water for generating steam, the steaming surface being inclined compared to said treatment surface between a higher point and a lower point , - a temperature sensor having a temperature sensing element for generating a signal for controlling the heating element, the temperature sensing element being arranged at a height (H) being between the higher point and the lower point , wherein the higher point, the lower point, and the height are determined from the distance of their projection from the treatment surface, and characterized in that - a protruding element is arranged in the steam generator for mounting the temperature sensor, the protruding element elevating away from the steaming surface. - a treatment surface for treating a garment, - a heating element , - a steam generator being in thermal contact with the treatment surface, wherein the steam generator is configured to be heated by the heating element, the steam generator comprising a steaming surface arranged to receive water for generating steam, the steaming surface being inclined compared to said treatment surface between a higher point and a lower point , - a temperature sensor having a temperature sensing element for generating a signal for controlling the heating element, the temperature sensing element being arranged at a height (H) being between the higher point and the lower point , wherein the higher point, the lower point, and the height are determined from the distance of their projection from the treatment surface, and characterized in that - a protruding element is arranged in the steam generator for mounting the temperature sensor, the protruding element elevating away from the steaming surface.
A method for assaying urinary carboxylic acids, comprising the steps of: - supplying a predetermined volume of a urine sample containing derivatives of urinary carboxylic acids and constituent components of urine, - obtaining a dry residue of said urinary carboxylic acids isolated from said constituent components of urine, wherein said step of obtaining said dry residue comprises the steps of: ∘ treating said urine sample to form said urinary carboxylic acids, ∘ isolating said urinary carboxylic acids from the constituent components of urine using a predetermined volume of an elution phase, and ∘ evaporating said predetermined volume of said elution phase to obtain said dry residue, - esterifying said dry residue of said urinary carboxylic acids by a mixture consisting of N-Methyl-N-trimethylsilyltrifluoroacetamide (MSTFA) and trimethylchlorosilane (TMCS) in anhydrous dry acetonitrile to form a solution comprising trimethylsilane ester groups derived from said urinary carboxylic acids, - assaying by gas chromatography coupled with mass spectrometry of said trimethylsilane esters to obtain a measurement of the quantity of said trimethylsilane esters, characterized in that the step of isolating said carboxylic acids is obtained by adsorption on diatomaceous earth of said carboxylic acids and an elution of said carboxylic acids from the diatomaceous earth by said predetermined volume of said elution phase containing ethyl acetate and methyl tert-butyl ether. - supplying a predetermined volume of a urine sample containing derivatives of urinary carboxylic acids and constituent components of urine, - obtaining a dry residue of said urinary carboxylic acids isolated from said constituent components of urine, wherein said step of obtaining said dry residue comprises the steps of: ∘ treating said urine sample to form said urinary carboxylic acids, ∘ isolating said urinary carboxylic acids from the constituent components of urine using a predetermined volume of an elution phase, and ∘ evaporating said predetermined volume of said elution phase to obtain said dry residue, ∘ treating said urine sample to form said urinary carboxylic acids, ∘ isolating said urinary carboxylic acids from the constituent components of urine using a predetermined volume of an elution phase, and ∘ evaporating said predetermined volume of said elution phase to obtain said dry residue, - esterifying said dry residue of said urinary carboxylic acids by a mixture consisting of N-Methyl-N-trimethylsilyltrifluoroacetamide (MSTFA) and trimethylchlorosilane (TMCS) in anhydrous dry acetonitrile to form a solution comprising trimethylsilane ester groups derived from said urinary carboxylic acids, - assaying by gas chromatography coupled with mass spectrometry of said trimethylsilane esters to obtain a measurement of the quantity of said trimethylsilane esters,
A thermal radiation shield for a gas turbine engine comprising: a ring section ; and a mounting base disposed at an aft end of the ring section for securing the ring section within a generally annular cavity defined at least in part by a hot fluid flow path boundary wall, and a radially adjacent and spaced apart cold fluid flow path boundary wall, the ring section configured to substantially block a line of sight between the hot fluid flow path boundary wall and the cold fluid flow path boundary wall; characterised in that : the ring section is a corrugated ring section and comprises a plurality of radially recessed corrugations distributed circumferentially around the ring section between adjacent ones of a plurality of circumferentially distributed fingers . a ring section ; and a mounting base disposed at an aft end of the ring section for securing the ring section within a generally annular cavity defined at least in part by a hot fluid flow path boundary wall, and a radially adjacent and spaced apart cold fluid flow path boundary wall, the ring section configured to substantially block a line of sight between the hot fluid flow path boundary wall and the cold fluid flow path boundary wall; characterised in that : the ring section is a corrugated ring section and comprises a plurality of radially recessed corrugations distributed circumferentially around the ring section between adjacent ones of a plurality of circumferentially distributed fingers .
A curable organosilicon composition, which comprises: (A) a polysiloxane base composition, and (B) a carbon fiber component; wherein, the carbon fiber component comprises, based on the weight of (A) polysiloxane base composition, 2 to 300%, preferably 5 to 250%, more preferably 15 to 150% of a carbon fiber with average length of 10μm to 5000μm, preferably 30-3500μm, more preferably a carbon fiber with average length of 60 to 3000μm, with provisos that: the carbon fiber component comprises at least one carbon fiber with average length of 10μm - 600μm and at least one carbon fiber with average length of >600μm - 5000μm, preferably >800μm - 3500μm and more preferably >800μm - 2500μm and the weight ratio of the carbon fiber with average length of 10μm - 600μm to the carbon fiber with average length of >600μm - 5000μm, preferably >800μm - 3500μm and more preferably >800μm - 2500μm is 2/1 - 100/1, preferably 3/1 - 5011 more preferably 3/1 - 20/1, and even more preferably 10/1 - 15/1. (A) a polysiloxane base composition, and (B) a carbon fiber component;
An adjustment drive for an adjustable spacing comb for a hair cutting appliance , the adjustment drive comprising: - an actuator that is configured for actuating a movable comb portion of the adjustable spacing comb with respect to a blade set of the hair cutting appliance , and - a proximity sensitive or touch sensitive sensor element , particularly a gesture control user input interface, wherein the sensor element is configured to detect multi-faceted user inputs applied to the sensor element and to output a user input signal that is derived from the multi-faceted user inputs , wherein the actuator is operated on the basis of the user input signal, wherein the adjustment drive further comprises a control unit coupled to the actuator and to the sensor element , wherein the control unit is configured to convert the user input signal into an actuator operating signal, characterized in that the control unit is further configured to set an adjustment length value based on a detected user input speed. - an actuator that is configured for actuating a movable comb portion of the adjustable spacing comb with respect to a blade set of the hair cutting appliance , and - a proximity sensitive or touch sensitive sensor element , particularly a gesture control user input interface,
An isolated eukaryotic cell comprising and expressing: (a) a recombinant polynucleotide that encodes an endoplasmic reticulum degradation-enhancing alpha-mannosidase-like protein 2 (EDEM2) protein, wherein the recombinant polynucleotide encoding said EDEM2 is part of a plasmid; and (b) a polynucleotide or polynucleotides that encode a multi-subunit protein, wherein the multi-subunit protein is an antibody, and wherein the expression of EDEM2 in the cell increases the titer of the multi-subunit protein secreted into the media when the cell is cultured. (a) a recombinant polynucleotide that encodes an endoplasmic reticulum degradation-enhancing alpha-mannosidase-like protein 2 (EDEM2) protein, wherein the recombinant polynucleotide encoding said EDEM2 is part of a plasmid; and (b) a polynucleotide or polynucleotides that encode a multi-subunit protein,
A display device for a vehicle interior, the display device comprising: a matrix of color controllable light emitting units covered by an at least partly transparent cover ; and a back-cover for mechanically supporting the matrix of color controllable light emitting units, and for covering the side of the matrix of color controllable light emitting units opposite the side of the transparent cover , whereby the matrix of color controllable light emitting units is interleaved between the at least partly transparent cover and the back-cover , characterized in that the back-cover is a cross-car beam of the vehicle. a matrix of color controllable light emitting units covered by an at least partly transparent cover ; and a back-cover for mechanically supporting the matrix of color controllable light emitting units, and for covering the side of the matrix of color controllable light emitting units opposite the side of the transparent cover , whereby the matrix of color controllable light emitting units is interleaved between the at least partly transparent cover and the back-cover , characterized in that the back-cover is a cross-car beam of the vehicle.