mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device mounting apparatus comprising: an electronic device mounting plate including a first mounting keyhole aperture having a first geometric shape on a surface thereof, and a second mounting keyhole aperture in the same surface thereof and having a second geometric shape that is different from the first geometric shape; characterized in that a smaller receiving portion aperture of the first mounting keyhole aperture is vertically displaced from a smaller receiving portion aperture of the second mounting keyhole aperture , and wherein mounting the apparatus on a wall is accomplished with a lateral direction displacement of the mounting plate on the wall and a downward direction displacement of the mounting plate on the wall to lock the mounting plate onto the wall; and wherein the first geometric shape comprises one of a pear shape or an L-shape, and the second geometric shape comprises the other of the pear shape or L-shape. an electronic device mounting plate including a first mounting keyhole aperture having a first geometric shape on a surface thereof, and a second mounting keyhole aperture in the same surface thereof and having a second geometric shape that is different from the first geometric shape; characterized in that a smaller receiving portion aperture of the first mounting keyhole aperture is vertically displaced from a smaller receiving portion aperture of the second mounting keyhole aperture , and wherein mounting the apparatus on a wall is accomplished with a lateral direction displacement of the mounting plate on the wall and a downward direction displacement of the mounting plate on the wall to lock the mounting plate onto the wall; and wherein the first geometric shape comprises one of a pear shape or an L-shape, and the second geometric shape comprises the other of the pear shape or L-shape.
Aqueous suspension concentrate, containing a) 2-[(2,4-dichlorophenyl)methyl-4,4'-dimethyl]-3-isoxazolidinone, b) at least one dispersant, c) carrier material, e) at least one safener, f) at least one thickener, and g) further additives and auxiliaries, where the proportion of component a) is 5 to 30% by weight, b) is 2.0 to 10% by weight, c) is 1.0 to 7.0% by weight, e) is 2.0 to 12.0% by weight, f) is 0.01 to 0.60% by weight, and g) is 3.0 to 10.0% by weight, with water being added to 100% by weight, and where b) is a mixture of b1) and b2), the proportion of the anionic dispersant b1) in the suspension concentrates according to the invention being 0.1 to 10% by weight, and the proportion of the non-ionic dispersant b2) in the suspension concentrates according to the invention being 1 to 15% by weight, where the total proportion is not exceeded by the sum of b1) and b2), and where the ratio of a) to c) is from 2 to 8. a) 2-[(2,4-dichlorophenyl)methyl-4,4'-dimethyl]-3-isoxazolidinone, b) at least one dispersant, c) carrier material, e) at least one safener, f) at least one thickener, and g) further additives and auxiliaries, where the proportion of component a) is 5 to 30% by weight, b) is 2.0 to 10% by weight, c) is 1.0 to 7.0% by weight, e) is 2.0 to 12.0% by weight, f) is 0.01 to 0.60% by weight, and g) is 3.0 to 10.0% by weight, with water being added to 100% by weight, and where b) is a mixture of b1) and b2), the proportion of the anionic dispersant b1) in the suspension concentrates according to the invention being 0.1 to 10% by weight, and the proportion of the non-ionic dispersant b2) in the suspension concentrates according to the invention being 1 to 15% by weight, where the total proportion is not exceeded by the sum of b1) and b2), and where the ratio of a) to c) is from 2 to 8.
Method for inferring a health status of call devices in an elevator arrangement , the method comprising: determining elevator usage information by detecting at least one elevator event out of - changing of an opening status of an elevator door , - interrupting of a light curtain at an entry to an elevator cabin , and - changing of a weight of the elevator cabin ; determining elevator travel information concerning at least one of a starting floor and a target floor for an elevator cabin motion taking place one of antecedent to the detected elevator event and subsequent to the detected elevator event; and inferring the health status of a monitored one of the call devices based on the elevator usage information and on the elevator travel information. determining elevator usage information by detecting at least one elevator event out of - changing of an opening status of an elevator door , - interrupting of a light curtain at an entry to an elevator cabin , and - changing of a weight of the elevator cabin ; - changing of an opening status of an elevator door , - interrupting of a light curtain at an entry to an elevator cabin , and - changing of a weight of the elevator cabin ; determining elevator travel information concerning at least one of a starting floor and a target floor for an elevator cabin motion taking place one of antecedent to the detected elevator event and subsequent to the detected elevator event; and inferring the health status of a monitored one of the call devices based on the elevator usage information and on the elevator travel information.
An end bay assembly comprising an armrest assembly, comprising: a fixed assembly, embodied as a fixed housing ; an armrest moveable relative to the fixed housing ; and a step assembly attached to the fixed housing , the fixed housing comprising a first side positionable facing an aisle, a second side positionable facing away from the aisle, a first end wall and a second end wall the step assembly , comprising: a base attachable to the fixed assembly and including a mounting plate having a low profile and a fixed receptacle to be received in the fixed assembly; a step plate pivotally attached along a first end to the base along a lower end of the receptacle , the step plate pivotable between a stowed position in which the step plate is housed within the fixed receptacle and a deployed position in which the step plate is outside of the fixed receptacle , the step plate having a first side for supporting a foot; and a release mechanism for releasing the step plate from the stowed position to the deployed position; wherein the step assembly is attached to the first end wall of the fixed housing . a fixed assembly, embodied as a fixed housing ; an armrest moveable relative to the fixed housing ; and a step assembly attached to the fixed housing , the fixed housing comprising a first side positionable facing an aisle, a second side positionable facing away from the aisle, a first end wall and a second end wall the step assembly , comprising: a base attachable to the fixed assembly and including a mounting plate having a low profile and a fixed receptacle to be received in the fixed assembly; a step plate pivotally attached along a first end to the base along a lower end of the receptacle , the step plate pivotable between a stowed position in which the step plate is housed within the fixed receptacle and a deployed position in which the step plate is outside of the fixed receptacle , the step plate having a first side for supporting a foot; and a release mechanism for releasing the step plate from the stowed position to the deployed position; wherein the step assembly is attached to the first end wall of the fixed housing . a base attachable to the fixed assembly and including a mounting plate having a low profile and a fixed receptacle to be received in the fixed assembly; a step plate pivotally attached along a first end to the base along a lower end of the receptacle , the step plate pivotable between a stowed position in which the step plate is housed within the fixed receptacle and a deployed position in which the step plate is outside of the fixed receptacle , the step plate having a first side for supporting a foot; and a release mechanism for releasing the step plate from the stowed position to the deployed position; wherein the step assembly is attached to the first end wall of the fixed housing .
A system to simulate the work condition of the connection cables between two following cars of a railway rake comprising a first assembly and a second assembly , characterised in that : - the first assembly is designed to reproduce the axial movements to which the connection cables are subjected in use and comprises, in turn: - a delta robot having a fixed base and a movable platform , which makes translations along three axes (X, Y, Z) orthogonal to one another and is connected to the fixed base by means of three arms ; and - a first support element , which is rigidly connected to the movable platform and has a first connector-holder plate , which carries, on a surface of its, a number of first connectors and/or counter-connectors; and - the second assembly is designed to reproduce the rotations to which the connection cables are subjected in use and comprises a rod connected, at an upper end of its, to a second support element having a second connector-holder plate , which carries, on a surface of its, a number of second connectors and/or counter-connectors facing, during the simulation phase, the first connectors and/or counter-connectors; and wherein the second connector-holder plate can rotate around the three orthogonal axes (X, Y, Z) . - the first assembly is designed to reproduce the axial movements to which the connection cables are subjected in use and comprises, in turn: - a delta robot having a fixed base and a movable platform , which makes translations along three axes (X, Y, Z) orthogonal to one another and is connected to the fixed base by means of three arms ; and - a first support element , which is rigidly connected to the movable platform and has a first connector-holder plate , which carries, on a surface of its, a number of first connectors and/or counter-connectors; and - a delta robot having a fixed base and a movable platform , which makes translations along three axes (X, Y, Z) orthogonal to one another and is connected to the fixed base by means of three arms ; and - a first support element , which is rigidly connected to the movable platform and has a first connector-holder plate , which carries, on a surface of its, a number of first connectors and/or counter-connectors; and - the second assembly is designed to reproduce the rotations to which the connection cables are subjected in use and comprises a rod connected, at an upper end of its, to a second support element having a second connector-holder plate , which carries, on a surface of its, a number of second connectors and/or counter-connectors facing, during the simulation phase, the first connectors and/or counter-connectors; and wherein the second connector-holder plate can rotate around the three orthogonal axes (X, Y, Z) .
A three dimensional memory array , comprising: a plurality of conductive lines in a plurality of planes separated from one other by a first insulation material ; a second insulation material (308; 408; 508) formed in a first opening through the plurality of conductive lines, wherein each respective one of the plurality of conductive lines is divided into a first sub-plane (411-1; 511-1) and a second sub-plane (411-2; 511-2) by a second opening formed through the plurality of conductive lines and the second insulation material; a conductive extension arranged to extend substantially perpendicular to the plurality of conductive lines in the second opening; and a storage element material formed around the conductive extension in the second opening and having two different contacts (518-1, 518-2) with each respective one of the plurality of conductive lines, wherein one of the contacts (518-1) with each respective conductive line is with the first sub-plane (511-1) of that respective conductive line, and the other one of the contacts (518-2) with each respective conductive line is with the second sub-plane (511-2) of that respective conductive line. a plurality of conductive lines in a plurality of planes separated from one other by a first insulation material ; a second insulation material (308; 408; 508) formed in a first opening through the plurality of conductive lines, wherein each respective one of the plurality of conductive lines is divided into a first sub-plane (411-1; 511-1) and a second sub-plane (411-2; 511-2) by a second opening formed through the plurality of conductive lines and the second insulation material; a conductive extension arranged to extend substantially perpendicular to the plurality of conductive lines in the second opening; and a storage element material formed around the conductive extension in the second opening and having two different contacts (518-1, 518-2) with each respective one of the plurality of conductive lines, wherein one of the contacts (518-1) with each respective conductive line is with the first sub-plane (511-1) of that respective conductive line, and the other one of the contacts (518-2) with each respective conductive line is with the second sub-plane (511-2) of that respective conductive line.
Water-carrying household appliance, in particular washing machine or washer-dryer, comprising - a treatment chamber for cleaning articles therein, - a water duct which leads away from the treatment chamber and which leads towards the treatment chamber , - a receptacle for detergent connected to the water duct , wherein the receptacle for detergent comprises a detergent container and is arranged within the household appliance , - a filter device for filtering out particles, in particular fibers and/or microplastics, from water which is guided in the water duct which is connected to the water duct, - a receptacle for filtrate from the filter device , which is connectable or connected to the filter device, - the receptacle for filtrate has a filtrate container , - the receptacle for detergent is firmly connected to the receptacle for filtrate in such a way that they form part of an independently manageable structural unit , - the filtrate container and the detergent container are closed to the outside, - the filtrate container or the structural unit can be removed from the household appliance , characterized in that - the domestic appliance has a fill level measuring device for the filtrate container , which is designed to detect the fill level, the fill level measuring device being connected to a controller of the domestic appliance . - a treatment chamber for cleaning articles therein, - a water duct which leads away from the treatment chamber and which leads towards the treatment chamber , - a receptacle for detergent connected to the water duct , wherein the receptacle for detergent comprises a detergent container and is arranged within the household appliance , - a filter device for filtering out particles, in particular fibers and/or microplastics, from water which is guided in the water duct which is connected to the water duct, - a receptacle for filtrate from the filter device , which is connectable or connected to the filter device, - the receptacle for filtrate has a filtrate container , - the receptacle for detergent is firmly connected to the receptacle for filtrate in such a way that they form part of an independently manageable structural unit , - the filtrate container and the detergent container are closed to the outside, - the filtrate container or the structural unit can be removed from the household appliance , characterized in that - the domestic appliance has a fill level measuring device for the filtrate container , which is designed to detect the fill level, the fill level measuring device being connected to a controller of the domestic appliance .
A computer-implemented method for operating an autonomous driving vehicle, the method comprising: receiving planning data to drive an autonomous driving vehicle (ADV) from a starting location and a destination location; generating a series of control commands based on the planning data, the control commands to be applied at a plurality of points in time from the starting location to the destination location; calculating a cost by applying a cost function to the control commands, a first road friction to be estimated in a current trip, and a second road friction estimated during a prior trip from the starting location to the destination location; and estimating the first road friction of the current trip using the cost function in view of a prior termination cost of the prior trip, such that the cost reaches minimum. receiving planning data to drive an autonomous driving vehicle (ADV) from a starting location and a destination location; generating a series of control commands based on the planning data, the control commands to be applied at a plurality of points in time from the starting location to the destination location; calculating a cost by applying a cost function to the control commands, a first road friction to be estimated in a current trip, and a second road friction estimated during a prior trip from the starting location to the destination location; and estimating the first road friction of the current trip using the cost function in view of a prior termination cost of the prior trip, such that the cost reaches minimum.
A method, comprising: receiving at a display device a series of signals transmitted from a remote-control unit comprising directional keys, wherein the series of signals indicates activation of one of the directional keys; and until detection of reception of a signal indicating release of the activated directional key, repeating: moving an indicator on a grid depicted on the display device , the movement associated with the activated directional key, wherein a jump between opposite borders of the grid is enabled; and waiting a given time; wherein the given time has: a first value T1 in case the indicator is on a border of the grid ; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3. receiving at a display device a series of signals transmitted from a remote-control unit comprising directional keys, wherein the series of signals indicates activation of one of the directional keys; and until detection of reception of a signal indicating release of the activated directional key, repeating: moving an indicator on a grid depicted on the display device , the movement associated with the activated directional key, wherein a jump between opposite borders of the grid is enabled; and waiting a given time; wherein the given time has: a first value T1 in case the indicator is on a border of the grid ; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3. moving an indicator on a grid depicted on the display device , the movement associated with the activated directional key, wherein a jump between opposite borders of the grid is enabled; and waiting a given time; wherein the given time has: a first value T1 in case the indicator is on a border of the grid ; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3. a first value T1 in case the indicator is on a border of the grid ; a second value T2 after a first move in case the indicator is not on the border; a third value T3 after a number of moves greater than one and lower than a pre-set value in case the indicator is not on the border; and a fourth value T4 after a number of moves at least equal to the pre-set value and in case the indicator is not on the border; wherein T1>T2>T4>T3.
A method for augmenting voice commands from a user comprising: collecting, by one or more sensors in a lighting system configured to collect data related to a location of the user, said data related to an area proximate to a speech-based computing device ; determining one or more cues from the data related to the user , wherein the one or more cues include the location of the user; receiving, by a controller of the lighting system, one or more parameters from the speech-based computing device, wherein the one or more parameters include an estimated location of the user generated by the speech-based computing device using sound localization techniques of a sound input received by the speech-based computing device; updating the one or more parameters with the one or more cues;and analyzing, by the speech-based computing device, the sound input with the updated one or more parameters to interpret an intended voice command from the sound input. collecting, by one or more sensors in a lighting system configured to collect data related to a location of the user, said data related to an area proximate to a speech-based computing device ; determining one or more cues from the data related to the user , wherein the one or more cues include the location of the user; receiving, by a controller of the lighting system, one or more parameters from the speech-based computing device, wherein the one or more parameters include an estimated location of the user generated by the speech-based computing device using sound localization techniques of a sound input received by the speech-based computing device; updating the one or more parameters with the one or more cues;and analyzing, by the speech-based computing device, the sound input with the updated one or more parameters to interpret an intended voice command from the sound input.
A method for data transmission, by a transmitting node , in a communication network , the method comprising: generating a medium access control protocol data unit, MAC PDU, comprising the MAC service data unit, SDU, and a subheader; and transmitting the MAC PDU, wherein the subheader comprises a length field indicating a length of the MAC SDU, and at least one of a first format indicator field and a second format indicator field and wherein the length of the MAC SDU is indicated by the length field of a first number of bits, in a case that a value of the first format indicator field is set to zero and a value of the second format indicator field is set to zero, wherein the length of the MAC SDU is indicated by the length field of a second number of bits, in a case that the value of the first format indicator field is set to zero and the value of second format indicator field is set to one, and wherein the length of the MAC SDU is indicated by the length field of a third number of bits, in a case that the first format indicator field is set to one . generating a medium access control protocol data unit, MAC PDU, comprising the MAC service data unit, SDU, and a subheader; and transmitting the MAC PDU, wherein the subheader comprises a length field indicating a length of the MAC SDU, and at least one of a first format indicator field and a second format indicator field and wherein the length of the MAC SDU is indicated by the length field of a first number of bits, in a case that a value of the first format indicator field is set to zero and a value of the second format indicator field is set to zero, wherein the length of the MAC SDU is indicated by the length field of a second number of bits, in a case that the value of the first format indicator field is set to zero and the value of second format indicator field is set to one, and wherein the length of the MAC SDU is indicated by the length field of a third number of bits, in a case that the first format indicator field is set to one .