mhurhangee/patent-ind-claim-en huggingface dataset:
A person support apparatus comprising: a support surface adapted to support a cushioning structure and a person thereon, the support surface including a first section and a second section , the first section being pivotable between a raised orientation and a lowered orientation; a litter adapted to support the support surface ; a first accelerometer positioned below the cushioning structure and coupled to at least one of the support surface and the litter , characterized in that the person support apparatus comprises a second accelerometer positioned below the cushioning structure and coupled to at least one of the support surface and the litter ; and a controller in communication with the first and second accelerometers , the controller adapted to process signals from the first and second accelerometers to detect a presence or absence of the person on the support surface and to utilize information regarding a relative position of the second accelerometer with respect to the first accelerometer to estimate a location on the support surface of a disturbance. a support surface adapted to support a cushioning structure and a person thereon, the support surface including a first section and a second section , the first section being pivotable between a raised orientation and a lowered orientation; a litter adapted to support the support surface ; a first accelerometer positioned below the cushioning structure and coupled to at least one of the support surface and the litter , characterized in that the person support apparatus comprises a second accelerometer positioned below the cushioning structure and coupled to at least one of the support surface and the litter ; and a controller in communication with the first and second accelerometers , the controller adapted to process signals from the first and second accelerometers to detect a presence or absence of the person on the support surface and to utilize information regarding a relative position of the second accelerometer with respect to the first accelerometer to estimate a location on the support surface of a disturbance.
Electrical component comprising a coil form and a winding of a wire around the coil form , and comprising a connection area which comprises a wire end of the wire , wherein the connection area is configured for latching with a mounting facility , in which the connection area has a latching edge for latching with the mounting facility .
Electric shaver, comprising at least one cutter unit , a drive unit for driving said at least one cutter unit and a display device for displaying shaver information, wherein said drive unit , when being active, is operable in more than one operation mode, wherein a mode input element is provided for switching the driving unit into different operation modes, characterized in that said mode input element is configured to switch the display device into different display modes for displaying a first set of shaver information when said drive unit is active and a second set of shaver information when said drive unit is inactive.
A method for encoding points of a mesh model, comprising steps of determining (El) that the mesh model comprises repeating instances of a spatially connected component, the spatially connected component having a path between any two polygons in it, and the repeating instances of the spatially connected component being repeated in various positions, scales or orientations, and determining for each repeating instance at least one positional point representative of a position of the repeating instance; clustering the positional points of the repeating instances according to their spatial positions into clusters, each cluster comprising a set of points which are spatially aggregated; characterized by encoding into the bitstream indications of a boundary position of a bounding box defined for each cluster and the clustered positional points using KD-tree coding, wherein for each cluster a separate KD-tree is generated. determining (El) that the mesh model comprises repeating instances of a spatially connected component, the spatially connected component having a path between any two polygons in it, and the repeating instances of the spatially connected component being repeated in various positions, scales or orientations, and determining for each repeating instance at least one positional point representative of a position of the repeating instance; clustering the positional points of the repeating instances according to their spatial positions into clusters, each cluster comprising a set of points which are spatially aggregated; characterized by encoding into the bitstream indications of a boundary position of a bounding box defined for each cluster and the clustered positional points using KD-tree coding, wherein for each cluster a separate KD-tree is generated.
A sample plate for an ion source comprising: one or more ionisation regions, each ionisation region comprising a first electrode and a second separate electrode ; and a voltage device for applying a voltage between said first and second electrodes in order to maintain an electric field between said first and second electrodes , wherein said voltage device is arranged and adapted to apply a DC voltage between said first and second electrodes ; wherein said first and second electrodes are arranged and adapted so that, when one or more droplets are deposited in an ionisation region so as to extend between said first electrode and said second electrode , an electrical pathway is provided between said first electrode and said second electrode via said one or more droplets , such that an electric field is maintained within said one or more droplets . one or more ionisation regions, each ionisation region comprising a first electrode and a second separate electrode ; and a voltage device for applying a voltage between said first and second electrodes in order to maintain an electric field between said first and second electrodes , wherein said voltage device is arranged and adapted to apply a DC voltage between said first and second electrodes ; wherein said first and second electrodes are arranged and adapted so that, when one or more droplets are deposited in an ionisation region so as to extend between said first electrode and said second electrode , an electrical pathway is provided between said first electrode and said second electrode via said one or more droplets , such that an electric field is maintained within said one or more droplets .
A method for measuring coating thickness of steel plate, comprising the following steps: prior to applying the coating, measuring the strip thickness T strip using a steel strip thickness measuring device , and strip length L of steel strip that forms coil using a strip length measuring device , and after applying the coating, coiling the steel strip to form a coil and measuring outer diameter R and inner diameter R 0 of the coil with coating using a coil size measuring device , obtaining the coating thickness T coating using a controlling device according to the following formula T coating = π 4 R 2 − R 0 2 / L − T strip , wherein R, R 0 , L, T strip and T coating are in the same unit. prior to applying the coating, measuring the strip thickness T strip using a steel strip thickness measuring device , and strip length L of steel strip that forms coil using a strip length measuring device , and after applying the coating, coiling the steel strip to form a coil and measuring outer diameter R and inner diameter R 0 of the coil with coating using a coil size measuring device , obtaining the coating thickness T coating using a controlling device according to the following formula T coating = π 4 R 2 − R 0 2 / L − T strip , wherein R, R 0 , L, T strip and T coating are in the same unit.
A wind turbine comprising at least a support structure and one or more turbine blades, wherein the support structure is notionally divided into an upper section and a lower section, the upper section being that part of the support structure having overlap with the turbine blades' sweep area, and the lower section being the remaining part of the support structure below it not having overlap with the turbine blades' sweep area, wherein the upper section is adapted along substantially the whole of its axial length and at least partially around its circumference to have a reduced radar cross section (RCS), and wherein the lower section is not so adapted.
An aqueous formulation for the topical treatment of skin conditions, comprising: a) 2-30 parts by weight undissolved borax particles; b) 0.01-10 parts by weight undissolved sulphur particles; and c) 20-95 parts by weight water, wherein the ratio of undissolved borax particles to undissolved sulphur particles is in the range of 20:1 to 1.5:1 at 20 °C. a) 2-30 parts by weight undissolved borax particles; b) 0.01-10 parts by weight undissolved sulphur particles; and c) 20-95 parts by weight water, wherein the ratio of undissolved borax particles to undissolved sulphur particles is in the range of 20:1 to 1.5:1 at 20 °C.
A power tool comprising: a housing ; a brushless motor disposed within the housing, the motor comprising a stator having a plurality of windings and a rotor; a power switch circuit that supplies power from a power source to the brushless motor; an ON/OFF switch that selectively cuts off supply of power to the motor based on a user action; and a controller configured to sense a state of the ON/OFF switch and configured to receive at least one signal associated with a phase current of the motor, detect an angular position of the rotor based on the phase current of the motor, and apply a drive signal to the power switch circuit to control a commutation of the motor based on the detected angular position of the rotor, wherein, if the supply of power to the motor is turned OFF to cause the motor to slow down and is turned back ON while the rotor speed exceeds a speed threshold, the controller electronically brakes the motor for a time interval to measure the phase current of the motor and detects the angular position of the rotor based on the measured phase current, wherein the controller is configured to determine the rotor speed based on a frequency of change in the rotor position. a housing ; a brushless motor disposed within the housing, the motor comprising a stator having a plurality of windings and a rotor; a power switch circuit that supplies power from a power source to the brushless motor; an ON/OFF switch that selectively cuts off supply of power to the motor based on a user action; and a controller configured to sense a state of the ON/OFF switch and configured to receive at least one signal associated with a phase current of the motor, detect an angular position of the rotor based on the phase current of the motor, and apply a drive signal to the power switch circuit to control a commutation of the motor based on the detected angular position of the rotor, wherein, if the supply of power to the motor is turned OFF to cause the motor to slow down and is turned back ON while the rotor speed exceeds a speed threshold, the controller electronically brakes the motor for a time interval to measure the phase current of the motor and detects the angular position of the rotor based on the measured phase current, wherein the controller is configured to determine the rotor speed based on a frequency of change in the rotor position.
An oligonucleotide which has one of the following nucleotide sequences: (i) SEQ ID NO: 4, 6, 8, 10, 12, 14, 16, 18 or a complement thereof, or (ii) SEQ ID NO: 5, 7, 9, 11, 13, 15, 17, 19 or a complement thereof. (i) SEQ ID NO: 4, 6, 8, 10, 12, 14, 16, 18 or a complement thereof, or (ii) SEQ ID NO: 5, 7, 9, 11, 13, 15, 17, 19 or a complement thereof.
A mobile terminal comprising a main body, wherein a front surface of the main body is provided with a display screen , whereby the display screen comprises a hard display screen connected to the main body and a flexible display screen connected to the hard display screen , the hard display screen is located directly above the main body, the flexible display screen protrudes from the main body, the flexible display screen is seamlessly connected with the hard display screen , the flexible display screen comprises a first flexible display screen connected to the hard display screen and a second flexible display screen connected to the first flexible display screen , a first fold line is formed between the first flexible display screen and the second flexible display screen , and the flexible display screen is foldable along the first fold line ; the hard display screen is activated due to an activation signal of the hard display screen which is generated when a physical key of the mobile terminal is pressed or the mobile terminal receives an external call, and the flexible display screen is activated due to a specific gesture input applied to a touch sensing layer provided on the flexible display screen , the flexible display screen may not be activated when the hard display screen is activated, or the flexible display screen may be activated after the hard display screen is activated, the hard display screen may be in an off-screen state when the flexible display screen is activated.
A method of wireless communication at a user equipment, UE , comprising: receiving a first component carrier transmitted according to a first coverage enhancement technique; and receiving a second component carrier transmitted according to a second coverage enhancement technique, wherein the second coverage enhancement technique is different from the first coverage enhancement technique; wherein the first coverage enhancement technique and the second coverage enhancement technique each comprise bundling; and all control channels are allocated to the component carrier requiring the least coverage enhancement and thus having the least bundling. receiving a first component carrier transmitted according to a first coverage enhancement technique; and receiving a second component carrier transmitted according to a second coverage enhancement technique, wherein the second coverage enhancement technique is different from the first coverage enhancement technique; wherein the first coverage enhancement technique and the second coverage enhancement technique each comprise bundling; and all control channels are allocated to the component carrier requiring the least coverage enhancement and thus having the least bundling.
A starter supplemental lubrication system for a gas turbine engine, the starter supplemental lubrication system comprising: a pneumatic starter operable to drive rotation of a rotor shaft of a gas turbine engine through an accessory gearbox , the pneumatic starter configured to receive a primary lubricant flow at a first rotational speed range and receive a supplemental lubricant flow at a second rotational speed range that is less than the first rotational speed range; wherein the primary lubricant flow is received from an engine lubrication system and the second rotational speed range provides insufficient lubrication from the engine lubrication system to the pneumatic starter , the starter supplemental lubrication system being characterised in that it comprises a supplemental lubricant pump operable to supply the supplemental lubricant flow at the second rotational speed range. a pneumatic starter operable to drive rotation of a rotor shaft of a gas turbine engine through an accessory gearbox , the pneumatic starter configured to receive a primary lubricant flow at a first rotational speed range and receive a supplemental lubricant flow at a second rotational speed range that is less than the first rotational speed range; wherein the primary lubricant flow is received from an engine lubrication system and the second rotational speed range provides insufficient lubrication from the engine lubrication system to the pneumatic starter , the starter supplemental lubrication system being characterised in that it comprises a supplemental lubricant pump operable to supply the supplemental lubricant flow at the second rotational speed range.
A computer implemented method of access control for a user device having at least one component for determining behaviours of the user, the method comprising: accessing a machine learning classifier trained based on at least one prior behaviour of the user using the device, the classifier classifying user behaviour as compliant or non-compliant such that compliant behaviour is determined by the classifier to be consistent with prior behaviour for permitting access to the device; initialising a measure of a period since a most recent compliant behaviour occurred; and responsive to a determination that a subsequent behaviour is classified as non-compliant and that the period meets a threshold beyond which access to the device is to be prevented, requesting a credential-based authentication of the user and permitting access to the device in response to the credential-based authentication, wherein permitting access to the device further includes re-initialising the measure of the period and constructively training the classifier based on the subsequent behaviour as a compliant behaviour by providing the subsequent behaviour as an additional training example. accessing a machine learning classifier trained based on at least one prior behaviour of the user using the device, the classifier classifying user behaviour as compliant or non-compliant such that compliant behaviour is determined by the classifier to be consistent with prior behaviour for permitting access to the device; initialising a measure of a period since a most recent compliant behaviour occurred; and responsive to a determination that a subsequent behaviour is classified as non-compliant and that the period meets a threshold beyond which access to the device is to be prevented, requesting a credential-based authentication of the user and permitting access to the device in response to the credential-based authentication, wherein permitting access to the device further includes re-initialising the measure of the period and constructively training the classifier based on the subsequent behaviour as a compliant behaviour by providing the subsequent behaviour as an additional training example.
A MEMS microforce sensor for determining a mechanical property of a sample by sensing a deflection and measuring a force comprising: An outer frame , a cold movable body , a heatable movable body , an indenter tip , at least one bridge , capacitor electrodes , a heating resistor , wherein - the heating resistor is connected to the heatable movable body , characterized in that : - the cold movable body is connected to the outer frame by a series of flexures , - the heatable movable body is connected to the outer frame by a series of heat sink flexures , - the cold movable body and the heatable movable body are mechanically connected by the at least one bridge while reducing the heat being transferred from said heatable movable body into said cold movable body , - the outer frame and the cold movable body form together the cold zone of the MEMS microforce sensor and said heatable movable body and the indenter tip form the hot zone of the MEMS microforce sensor , - capacitor electrodes are measuring a force applied on the sample by sensing the deflection of the cold movable body relative to the outer frame by a change of electrical capacitance. An outer frame , a cold movable body , a heatable movable body , an indenter tip , at least one bridge , capacitor electrodes , a heating resistor , wherein - the heating resistor is connected to the heatable movable body , - the heating resistor is connected to the heatable movable body , characterized in that : - the cold movable body is connected to the outer frame by a series of flexures , - the heatable movable body is connected to the outer frame by a series of heat sink flexures , - the cold movable body and the heatable movable body are mechanically connected by the at least one bridge while reducing the heat being transferred from said heatable movable body into said cold movable body , - the outer frame and the cold movable body form together the cold zone of the MEMS microforce sensor and said heatable movable body and the indenter tip form the hot zone of the MEMS microforce sensor , - capacitor electrodes are measuring a force applied on the sample by sensing the deflection of the cold movable body relative to the outer frame by a change of electrical capacitance. - the cold movable body is connected to the outer frame by a series of flexures , - the heatable movable body is connected to the outer frame by a series of heat sink flexures , - the cold movable body and the heatable movable body are mechanically connected by the at least one bridge while reducing the heat being transferred from said heatable movable body into said cold movable body , - the outer frame and the cold movable body form together the cold zone of the MEMS microforce sensor and said heatable movable body and the indenter tip form the hot zone of the MEMS microforce sensor , - capacitor electrodes are measuring a force applied on the sample by sensing the deflection of the cold movable body relative to the outer frame by a change of electrical capacitance.
A polymeric coordination compound capable of forming a microporous metal organic framework, characterized by repeating structural units of formula of M 2 (L 1 )· x DMA, wherein M is selected from Zn, Cd, and Zr; L 1 is selected from 4',4"',4""',4"""'-(ethene-1,1,2,2-tetrayl)tetrakis([1,1'-biphenyl]-3-fluoro-4- carboxylic acid) (tcbpe-F), or 4',4"',4""',4"""'-(ethene-1,1,2,2-tetrayl)tetrakis([1,1'-biphenyl]-4-carboxylic acid) (tcbpe); and x is 0 or an integer.
Multiple nozzle body for arranging on a spray boom , extending transversely to the direction of travel of the field sprayer , of an agricultural field sprayer , having a main housing connected to a feed line (8.1), wherein at least one inflow line (8.2) with a delivery port branches off from the feed line (8.1), wherein a dispensing-element carrier that is freely rotatable about its central axis of rotation and is settable in different positions is arranged on the underside of the main housing , wherein the dispensing-element carrier has a plurality of connecting lines that are selectively connectable to the delivery port of the inflow line (8.2) for the respective dispensing position and each have a receiving port (20.1), wherein the connecting lines each open out at the free ends of coupling connectors , arranged in the lower plane (19.1) of the dispensing-element carrier , for the arrangement of dispensing elements , characterized in that a bypass line having an inlet opening (21.1) and an outlet opening (21.2) is arranged in the dispensing-element carrier , in that an auxiliary outflow opening (22.1) having adjoining auxiliary outflow lines (22.1) that branch into two branch lines (22.2) and face in diametrically opposite directions is arranged in the main housing , in that in each case at least one coupling connector (10.1) for the arrangement of dispensing elements is arranged at the free ends of the respective auxiliary outflow line (22.1), in that the coupling connectors (10.1) are each arranged at a distance (C) of 12.5 cm from the axis of rotation of the rotatable dispensing-element carrier .