mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: at an electronic device with one or more processors and memory: while the electronic device is in a locked state and in communication with an external accessory device: receiving a natural language input; determining whether the natural language input corresponds to a secure task request; and in accordance with a determination that the natural language input corresponds to a secure task request: determining whether one or more states of the external accessory device satisfy a set of authentication criteria; and in accordance with a determination that the one or more states of the external accessory device satisfy the set of authentication criteria: initiating, by the electronic device, a secure task corresponding to the natural language input; and providing an output indicative of the initiated secure task. receiving a natural language input; determining whether the natural language input corresponds to a secure task request; and in accordance with a determination that the natural language input corresponds to a secure task request: determining whether one or more states of the external accessory device satisfy a set of authentication criteria; and in accordance with a determination that the one or more states of the external accessory device satisfy the set of authentication criteria: initiating, by the electronic device, a secure task corresponding to the natural language input; and providing an output indicative of the initiated secure task. determining whether one or more states of the external accessory device satisfy a set of authentication criteria; and in accordance with a determination that the one or more states of the external accessory device satisfy the set of authentication criteria: initiating, by the electronic device, a secure task corresponding to the natural language input; and providing an output indicative of the initiated secure task. initiating, by the electronic device, a secure task corresponding to the natural language input; and providing an output indicative of the initiated secure task.
An uplink signal transmission method, comprising: reserving, by a first terminal, a first time interval on an uplink data transmission channel, wherein the first terminal does not send uplink data within the first time interval, the first time interval is used by a second terminal to perform channel listening before sending a random access preamble, and the first time interval is determined by using one or more of the following parameters: a start moment (t1) at which the uplink data transmission channel arrives at a network device, an end moment (t2) at which the uplink data transmission channel arrives at the network device, a start moment (t3) at which the second terminal performs the channel listening, an end moment (t4) at which the second terminal performs the channel listening, duration (T LBT ) in which the second terminal performs the channel listening, or an uplink timing advance (TA) of the first terminal, wherein if 0≤t1-t4<TA, a start moment (t5) of the first time interval is equal to t1-(1/2xTA), and an end moment (t6) of the first time interval is equal to t4+(1/2xTA); or if 0<t4-t1≤T LBT , t5=t1-(1/2xTA) and t6=t4+(1/2xTA); or if T LBT <t4-t1≤t2-t1-(1/2xTA), t5=t4-(1/2xTA)-T LBT and t6=t4+(1/2xTA); or if t2-t1-(1/2xTA)<t4-t1<t2-t1+T LBT , t5=t4-(1/2xTA)-T LBT and t6=t2-+(1/2xTA). a start moment (t1) at which the uplink data transmission channel arrives at a network device, an end moment (t2) at which the uplink data transmission channel arrives at the network device, a start moment (t3) at which the second terminal performs the channel listening, an end moment (t4) at which the second terminal performs the channel listening, duration (T LBT ) in which the second terminal performs the channel listening, or an uplink timing advance (TA) of the first terminal, wherein if 0≤t1-t4<TA, a start moment (t5) of the first time interval is equal to t1-(1/2xTA), and an end moment (t6) of the first time interval is equal to t4+(1/2xTA); or if 0<t4-t1≤T LBT , t5=t1-(1/2xTA) and t6=t4+(1/2xTA); or if T LBT <t4-t1≤t2-t1-(1/2xTA), t5=t4-(1/2xTA)-T LBT and t6=t4+(1/2xTA); or if t2-t1-(1/2xTA)<t4-t1<t2-t1+T LBT , t5=t4-(1/2xTA)-T LBT and t6=t2-+(1/2xTA).
A wireless ultrasound probe suitable for use with a cable comprising: a probe case ; an array transducer located in the case; an acquisition circuit located in the case and coupled to the array transducer; a transceiver located in the case and being adapted to wirelessly transmit image information signals to a host system ; a power circuit located in the case and being adapted to provide energizing voltage to the array transducer, the acquisition circuit, and the transceiver; a battery located in the case and coupled to the power circuit; characterised in that said wireless ultrasound probe further comprises a magnetic cable connector accessible from outside the case; wherein the magnetic cable connector comprises a mating area , which is flush with the surrounding probe surface; and a cable which is connectible to the cable connector by magnetic attraction adapted for conveying image information signals. a probe case ; an array transducer located in the case; an acquisition circuit located in the case and coupled to the array transducer; a transceiver located in the case and being adapted to wirelessly transmit image information signals to a host system ; a power circuit located in the case and being adapted to provide energizing voltage to the array transducer, the acquisition circuit, and the transceiver; a battery located in the case and coupled to the power circuit; characterised in that said wireless ultrasound probe further comprises a magnetic cable connector accessible from outside the case; wherein the magnetic cable connector comprises a mating area , which is flush with the surrounding probe surface; and a cable which is connectible to the cable connector by magnetic attraction adapted for conveying image information signals.
A method by a multicast and broadcast-session management function, MB-SMF , in a wireless communication system, the method comprising: receiving , from an application function, AF , through a network exposure function/multicast and broadcast service function, NEF/MBSF , a request message for allocating a temporary mobile group identity, TMGI; transmitting , to the AF through the NEF/MBSF , a response message including the TMGI; receiving , from the AF through the NEF/MBSF , multicast and broadcast service, MBS, information including a service type indicating whether the service is a broadcast service or a multicast service; determining that the service is the broadcast service based on the service type; and transmitting , to an access and mobility management function, AMF , a resource setup request for an MBS session. receiving , from an application function, AF , through a network exposure function/multicast and broadcast service function, NEF/MBSF , a request message for allocating a temporary mobile group identity, TMGI; transmitting , to the AF through the NEF/MBSF , a response message including the TMGI; receiving , from the AF through the NEF/MBSF , multicast and broadcast service, MBS, information including a service type indicating whether the service is a broadcast service or a multicast service; determining that the service is the broadcast service based on the service type; and transmitting , to an access and mobility management function, AMF , a resource setup request for an MBS session.
An apparatus for placement on the abdomen of a subject to monitor uterine contractions of the subject, the apparatus comprising: a light source , and a light detector , and a reflection surface facing the light source and light detector, arranged to provide optical communication between the two via reflection, and wherein one of the light source and light detector is fixed relative to the reflection surface , and the other is adapted to be moveable relative to the reflection surface responsive to uterine contractions, to thereby cause a variation in light intensity received at the light detector, the variation in light intensity being representative of uterine contractions of the subject. a light source , and a light detector , and a reflection surface facing the light source and light detector, arranged to provide optical communication between the two via reflection, and wherein one of the light source and light detector is fixed relative to the reflection surface , and the other is adapted to be moveable relative to the reflection surface responsive to uterine contractions, to thereby cause a variation in light intensity received at the light detector, the variation in light intensity being representative of uterine contractions of the subject.
Watch case for wristwatches comprising: - a middle part comprising a side wall having two sides arranged on either side of a median plane extending in a longitudinal direction of the watch band; - two side members arranged on either side of the middle part , each side member extending beyond the space occupied by the middle part in the longitudinal direction of the watch band and having a median portion of complementary shape to the corresponding side of the middle part , each side member being slidably and removably attached to the middle part ; - a bezel secured to the middle part on an upper face of the middle part ; - a back cover attached to a lower face of the middle part ; characterized in that each side member is blocked in translation in the direction of sliding on the middle part by the bezel . - a middle part comprising a side wall having two sides arranged on either side of a median plane extending in a longitudinal direction of the watch band; - two side members arranged on either side of the middle part , each side member extending beyond the space occupied by the middle part in the longitudinal direction of the watch band and having a median portion of complementary shape to the corresponding side of the middle part , each side member being slidably and removably attached to the middle part ; - a bezel secured to the middle part on an upper face of the middle part ; - a back cover attached to a lower face of the middle part ;
A card edge connection unit, wherein a connection board of a card edge module is inserted into a board insertion slot provided in an inner housing of a card edge connector , the inner housing comprising an upper inner housing and a lower inner housing stacked vertically to cause an electrode group of the connection board to be brought into pressure contact with opposite elastic contacts with a pressure contact force, the opposite elastic contacts are integral with the inner housing , to connect thereto, the board insertion slot is configured to have an opening width that is formed smaller than a thickness of the connection board by a minimum tolerance or slightly less, and to have a tapered surface at an opening edge of the board insertion slot to guide insertion of the connection board , and the upper inner housing and the lower inner housing are configured to be provided inside an outer case of the card edge connector through an upper elastic member and a lower elastic member so as to be freely movable forward and backward in a thickness direction of the connection board , so that positions of the opposite elastic contacts are adjusted by pushing the upper inner housing and the lower inner housing open in accordance with the thickness of the connection board to be inserted into the board insertion slot , characterized in that when a small tolerance connection board having the thinnest thickness t1 is inserted, the positions of the opposite elastic contacts are adjusted such that the elastic contacts are in contact with the electrode groups of the small tolerance connection board in a state of having a distance d1 between the opposite elastic contacts , when a large tolerance connection board having the thickest thickness t2 is inserted, the positions of the opposite elastic contacts are adjusted such that the elastic contacts are in contact with the electrode groups of the large tolerance connection board in a state of having a distance d2 between the opposite elastic contacts , wherein an equation t1 - d1 = t2 - d2 is satisfied.
A compressor comprising: a cylindrical hermetic container ; a compression mechanism unit that is housed in the hermetic container to compress a refrigerant; an electric motor unit that is housed in the hermetic container so as to be aligned with the compression mechanism unit in an axial direction of the hermetic container , and drives the compression mechanism unit ; a first leg that is fixed to the hermetic container at a position near the electric motor unit to support the hermetic container in a horizontal attitude on an installation surface (G); a second leg that is fixed to an end of the hermetic container located on the side of the compression mechanism unit to support the hermetic container in a horizontal attitude on the installation surface (G); an accumulator that is attached to the hermetic container , between the first leg and the second leg ; and a joint port that is provided in the hermetic container to join a refrigerant return pipe , the refrigerant return pipe guiding a refrigerant in the accumulator to the compression mechanism unit , characterized in that the second leg includes a first support portion of plate shape that faces the installation surface (G) and is able to support the hermetic container in a horizontal attitude, and a second support portion of plate shape that is able to support the hermetic container standing in a vertical attitude, and the first support portion extends from a peripheral edge of the second support portion in a direction away from the joint port . a cylindrical hermetic container ; a compression mechanism unit that is housed in the hermetic container to compress a refrigerant; an electric motor unit that is housed in the hermetic container so as to be aligned with the compression mechanism unit in an axial direction of the hermetic container , and drives the compression mechanism unit ; a first leg that is fixed to the hermetic container at a position near the electric motor unit to support the hermetic container in a horizontal attitude on an installation surface (G); a second leg that is fixed to an end of the hermetic container located on the side of the compression mechanism unit to support the hermetic container in a horizontal attitude on the installation surface (G); an accumulator that is attached to the hermetic container , between the first leg and the second leg ; and a joint port that is provided in the hermetic container to join a refrigerant return pipe , the refrigerant return pipe guiding a refrigerant in the accumulator to the compression mechanism unit , characterized in that the second leg includes a first support portion of plate shape that faces the installation surface (G) and is able to support the hermetic container in a horizontal attitude, and a second support portion of plate shape that is able to support the hermetic container standing in a vertical attitude, and the first support portion extends from a peripheral edge of the second support portion in a direction away from the joint port .
A method comprising: operating a media playback appliance in a primary mode associated with a first account ; responsive to receiving a guest mode signal, creating an audio recording using a sound sensing device of the media playback appliance , wherein the audio recording contains audio associated with a media content item played by a device associated with a second account of a media-delivery system ; providing the audio recording from the media playback appliance to the media-delivery system for identification of the media content item and of the second account , wherein an identifier of the media content item is identified based on the audio recording and the second account is identified based on the identified identifier of the media content item ; providing credentials associated with the identified second account from the media-delivery system to the media playback appliance ; and operating the media playback appliance in a guest mode associated with the second account based on the provided credentials. operating a media playback appliance in a primary mode associated with a first account ; responsive to receiving a guest mode signal, creating an audio recording using a sound sensing device of the media playback appliance , wherein the audio recording contains audio associated with a media content item played by a device associated with a second account of a media-delivery system ; providing the audio recording from the media playback appliance to the media-delivery system for identification of the media content item and of the second account , wherein an identifier of the media content item is identified based on the audio recording and the second account is identified based on the identified identifier of the media content item ; providing credentials associated with the identified second account from the media-delivery system to the media playback appliance ; and operating the media playback appliance in a guest mode associated with the second account based on the provided credentials.
A method for synthesizing cDNA by mixing a target RNA, a first oligonucleotide molecule, a second oligonucleotide molecule, and a reverse transcriptase, using the target RNA as a template, the first oligonucleotide molecule comprising a first region that hybridizes to the target RNA at 3' end, and comprising a second region, 5' of the first region, that hybridizes to the second oligonucleotide molecule, wherein the target RNA is a small RNA selected from the group consisting of miRNA, snRNA, snoRNA, piRNA, pri-miRNA, pre-miRNA, siRNA, and shRNA.
Method for forming stacks of rod-shaped objects, such as lumber, in particular slats made of wood, comprising the step: - providing rod-shaped objects, characterized by the steps: - singulating the rod-shaped objects, - moving the singulated rod-shaped objects onwards transversely to their longitudinal extension, and - forming stacks , containing a plurality of rod-shaped objects located one above the other, wherein rod-shaped objects are subjected to a quality check after being singulated, in that unwanted rod-shaped objects, in particular rod-shaped objects with a negative result of the quality check , are separated out prior to stacks being formed, wherein rod-shaped objects are fed in below a lowermost rod-shaped object when forming stacks of rod-shaped objects, and wherein stacks are inserted into a compartment , in particular into a compartment of a slat laying unit . - providing rod-shaped objects, characterized by the steps: - singulating the rod-shaped objects, - moving the singulated rod-shaped objects onwards transversely to their longitudinal extension, and - forming stacks , containing a plurality of rod-shaped objects located one above the other, wherein rod-shaped objects are subjected to a quality check after being singulated, in that unwanted rod-shaped objects, in particular rod-shaped objects with a negative result of the quality check , are separated out prior to stacks being formed, wherein rod-shaped objects are fed in below a lowermost rod-shaped object when forming stacks of rod-shaped objects, and wherein stacks are inserted into a compartment , in particular into a compartment of a slat laying unit . - singulating the rod-shaped objects, - moving the singulated rod-shaped objects onwards transversely to their longitudinal extension, and - forming stacks , containing a plurality of rod-shaped objects located one above the other,
Base profile of a floor profile assembly comprising a support leg , a holding device which is formed to receive in a fastening manner a cover profile provided to cover a joint, wherein at least one bending part is formed on the support leg , said bending part being bendable relative to the support leg in a first vertical direction which, in the intended use, points towards a support surface , and, in the bent state, forms a support for the base profile on the support surface and thereby displaces the holding device , in the intended use, relative to the support leg placeable on the support surface , in a second vertical direction opposite to the first vertical direction.
Membrane for fluid circulation chamber, comprising a circular base with a fixation flap , wherein it projects upwards the body characterized by the membrane continuously narrowing forming vertical indentations and edges alternated up to its superior end , wherein it has a flap for fixing its opposite end.
An actuator device of a hydraulically actuated vehicle brake system having at least one elongated body with a longitudinal axis , having: a lateral surface that extends about its longitudinal axis and forms a cavity , an end boundary configured to close the cavity at one end so as to form a seal, the lateral surface having a predetermined imposed elasticity in the longitudinal direction, and the actuator device being configured to be connected to another component at the end facing the closed end so as to form a seal in such a manner that the connection between the actuator device and the other component is not released when the actuator device moves along the longitudinal axis , and the cavity defined by the lateral surface and the end boundary being completed sealed off from its surroundings, characterised in that, the actuator device can be elastically elongated or compressed by the application of force against the predetermined elasticity in order to reverse an actuator function, and the actuator device is configured such that, when the force ceases to be applied, in order to perform the actuator function it returns to its initial dimensions due to the restoring forces provided by its elasticity. a lateral surface that extends about its longitudinal axis and forms a cavity , an end boundary configured to close the cavity at one end so as to form a seal, the lateral surface having a predetermined imposed elasticity in the longitudinal direction, and the actuator device being configured to be connected to another component at the end facing the closed end so as to form a seal in such a manner that the connection between the actuator device and the other component is not released when the actuator device moves along the longitudinal axis , and the cavity defined by the lateral surface and the end boundary being completed sealed off from its surroundings, characterised in that, the actuator device can be elastically elongated or compressed by the application of force against the predetermined elasticity in order to reverse an actuator function, and the actuator device is configured such that, when the force ceases to be applied, in order to perform the actuator function it returns to its initial dimensions due to the restoring forces provided by its elasticity.
Drive base module (100a; 100b; 100c; 100d; 100g; 100h; 100j), in particular handheld drive base module, advantageously of a modularly constructed multifunctional handheld machine, for connection to various attachment devices (400a; 400c), comprising at least one connection device (126a; 126b; 126c), which has at least one drive-technological interface (128a; 128b, 130c) and a data-technological interface (156a; 156b) for connection to at least one attachment device (400a; 400c), and comprising at least one drive unit (110a; 110b; 110c; 110d), in particular an electric motor, for driving the attachment device (400a; 400c) in a state in which the attachment device (400a; 400c) is connected to the connection device (126a; 126b; 126c), and in particular comprising at least one rechargeable battery unit, characterized by at least one information output unit (370a; 370b; 370c) provided at least for outputting information to an operator acoustically and/or haptically.