mhurhangee/patent-ind-claim-en huggingface dataset:
A device including a near-field electromagnetic induction, NFEMI, antenna , comprising: a first substrate ; a first inductive coil coupled to one side of the first substrate, the first inductive coil having a first end coupled to a first feeding connection and a second end coupled to a second feeding connection ; a second inductive coil coupled to the one side of the first substrate, the second inductive coil having a first end coupled to the second end of the first inductive coil and a second end, wherein the second inductive coil is formed into a first planar surface; and a third inductive coil coupled to a side opposite to the one side of the first substrate and formed into a second planar surface; wherein the first surface including the second inductive coil and the second surface including the third inductive coil are configured to form a first capacitance ; wherein the third inductive coil includes a first end galvanically coupled to the second end of the second inductive coil; wherein the first inductive coil is configured to receive or transmit non-propagating quasi-static near-field magnetic induction signals; and wherein the second and third inductive coils are configured to receive or transmit non-propagating quasi-static near-field electric induction signals. a first substrate ; a first inductive coil coupled to one side of the first substrate, the first inductive coil having a first end coupled to a first feeding connection and a second end coupled to a second feeding connection ; a second inductive coil coupled to the one side of the first substrate, the second inductive coil having a first end coupled to the second end of the first inductive coil and a second end, wherein the second inductive coil is formed into a first planar surface; and a third inductive coil coupled to a side opposite to the one side of the first substrate and formed into a second planar surface; wherein the first surface including the second inductive coil and the second surface including the third inductive coil are configured to form a first capacitance ; wherein the third inductive coil includes a first end galvanically coupled to the second end of the second inductive coil; wherein the first inductive coil is configured to receive or transmit non-propagating quasi-static near-field magnetic induction signals; and wherein the second and third inductive coils are configured to receive or transmit non-propagating quasi-static near-field electric induction signals.
A method of wireless communication performed by a base station , comprising: transmitting (505; 710), to a user equipment, UE , an instruction for triggering the UE to transmit an uplink random access channel, RACH, message, the instruction identifying at least a RACH preamble index corresponding to a RACH preamble to be used for the uplink RACH message; transmitting (510; 720), to a plurality of neighbor base stations , information that identifies at least the RACH preamble index; receiving (520; 625; 730) the uplink RACH message from the UE; receiving (530; 630; 740), from the plurality of neighbor base stations, feedback that indicates respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; and estimating (535; 635; 750) a position of the UE based at least in part on a timing with which the uplink RACH message was received by the base station and at least two of the respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; wherein the uplink RACH message is received via contiguous resource blocks. transmitting (505; 710), to a user equipment, UE , an instruction for triggering the UE to transmit an uplink random access channel, RACH, message, the instruction identifying at least a RACH preamble index corresponding to a RACH preamble to be used for the uplink RACH message; transmitting (510; 720), to a plurality of neighbor base stations , information that identifies at least the RACH preamble index; receiving (520; 625; 730) the uplink RACH message from the UE; receiving (530; 630; 740), from the plurality of neighbor base stations, feedback that indicates respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; and estimating (535; 635; 750) a position of the UE based at least in part on a timing with which the uplink RACH message was received by the base station and at least two of the respective timings with which the uplink RACH message was received by the plurality of neighbor base stations; wherein the uplink RACH message is received via contiguous resource blocks.
A microwavable aerosol dispenser comprising: A microwavable polymeric outer container having a closed end bottom at a first end and an open neck at a second end and defining an outer container volume therein, a product delivery device for providing a flow path to ambient for a product disposed in said outer container , product disposed in fluid communication with said product delivery device, a dispensing valve assembly for selectively dispensing said product from said aerosol dispenser , and propellant disposed within said outer container and pressurizing said product to a gage pressure greater than ambient, to provide for selective delivery of said product from the aerosol dispenser and said outer container having a safety valve therethrough and operating to relieve propellant pressure upon over-pressurizing said aerosol dispenser in a microwave oven ; characterized in that the safety valve is a single use safety valve and that the safety valve comprises a localized microwave receptor. A microwavable polymeric outer container having a closed end bottom at a first end and an open neck at a second end and defining an outer container volume therein, a product delivery device for providing a flow path to ambient for a product disposed in said outer container , product disposed in fluid communication with said product delivery device, a dispensing valve assembly for selectively dispensing said product from said aerosol dispenser , and propellant disposed within said outer container and pressurizing said product to a gage pressure greater than ambient, to provide for selective delivery of said product from the aerosol dispenser and said outer container having a safety valve therethrough and operating to relieve propellant pressure upon over-pressurizing said aerosol dispenser in a microwave oven ; characterized in that the safety valve is a single use safety valve and that the safety valve comprises a localized microwave receptor.
An introducer sheath for insertion into the body of a patient through an access site (A) of the body, the introducer sheath comprising: a longitudinal sheath member for insertion into the access site (A) to carry out intravascular work; and a radiopaque marker element arranged over the outer surface of the longitudinal sheath member , in which introducer sheath the radiopaque marker element is moveable along at least part of the longitudinal length of the longitudinal sheath member from a first position, at which the radiopaque marker element is not in contact with the access site (A), to a second position, at which the radiopaque marker element abuts the access site (A) such that insertion of the radiopaque marker element into the access site (A) is prevented. a longitudinal sheath member for insertion into the access site (A) to carry out intravascular work; and a radiopaque marker element arranged over the outer surface of the longitudinal sheath member , in which introducer sheath the radiopaque marker element is moveable along at least part of the longitudinal length of the longitudinal sheath member from a first position, at which the radiopaque marker element is not in contact with the access site (A), to a second position, at which the radiopaque marker element abuts the access site (A) such that insertion of the radiopaque marker element into the access site (A) is prevented.
A method comprising: predicting, by a device , a failure of a first tunnel in a software-defined wide area network, SD-WAN; determining, by the device , that no backup tunnel for the first tunnel exists in the SD-WAN that can satisfy one or more service level agreements, SLAs, of traffic on the first tunnel, were the traffic rerouted from the first tunnel onto a backup tunnel; predicting, by the device and using a machine learning model, that a backup tunnel for the first tunnel exists in the SD-WAN that can satisfy an SLA of a subset of the traffic on the first tunnel, in response to determining that no backup tunnel exists in the SD-WAN that can satisfy the one or more SLAs of the traffic on the first tunnel; and proactively rerouting, by the device, the subset of the traffic on the first tunnel onto the backup tunnel, in advance of the predicted failure of the first tunnel. predicting, by a device , a failure of a first tunnel in a software-defined wide area network, SD-WAN; determining, by the device , that no backup tunnel for the first tunnel exists in the SD-WAN that can satisfy one or more service level agreements, SLAs, of traffic on the first tunnel, were the traffic rerouted from the first tunnel onto a backup tunnel; predicting, by the device and using a machine learning model, that a backup tunnel for the first tunnel exists in the SD-WAN that can satisfy an SLA of a subset of the traffic on the first tunnel, in response to determining that no backup tunnel exists in the SD-WAN that can satisfy the one or more SLAs of the traffic on the first tunnel; and proactively rerouting, by the device, the subset of the traffic on the first tunnel onto the backup tunnel, in advance of the predicted failure of the first tunnel.
A pressure sensor with a sensor housing, wherein the sensor housing comprises at least one sensor body which is formed from at least two sections , both, the first and the second section of the sensor body comprise at least a section of a fluid channel which fluid channel is connected to a pressure measuring element , characterized in that a first section is a premanufactured element, manufactured by way of conventional moulding methods and/or material-removing manufacturing methods onto which a second section is integrally formed as one piece by way of a generative manufacturing method, i.e. 3D printing, such that the second section has been directly printed onto the first section.
A safety system for securing an escape route, comprising: • a door actuator for manually mechanically opening a door , which can be disposed rotatably or displaceably, • an electric door interlocking for interlocking the door , and • a release element , in particular an emergency button for unlocking the door interlocking , • wherein the release element is incorporated into the door actuator , • wherein the safety system comprises a lock with a lock casing , characterized in that a current and/or data carrying connection of the release element is realized via the lock . • a door actuator for manually mechanically opening a door , which can be disposed rotatably or displaceably, • an electric door interlocking for interlocking the door , and • a release element , in particular an emergency button for unlocking the door interlocking , • wherein the release element is incorporated into the door actuator , • wherein the safety system comprises a lock with a lock casing ,
A user interface, UI, display method comprising: displaying a first screen comprising at least one shortcut icon on a touch screen of an electronic device , displaying an operation window over the first screen, wherein the operation window comprises one or more setting items including a setting item for a screen brightness setting, wherein the setting item for the screen brightness setting comprises a scroll bar and a point on the scroll bar, wherein a brightness of the touch screen corresponds to a position of the point on the scroll bar; while a touch drag input is received on the setting item for the screen brightness setting, controlling at least a part of a remaining part of the operation window except for the setting item for the screen brightness setting not to be displayed on the touch screen so that the first screen including the at least one shortcut icon is visible together with the setting item for the screen brightness setting of the operation window, and adjusting the brightness of the touch screen according to the position of the point on the scroll bar, wherein the position of the point on the scroll bar is changed according to a position associated with the touch drag input being changed; and re-displaying the at least the part of the remaining part of the operation window which is not displayed while receiving the touch drag input on the touch screen upon a removal of the touch drag input on the setting item for the screen brightness setting. displaying a first screen comprising at least one shortcut icon on a touch screen of an electronic device , displaying an operation window over the first screen, wherein the operation window comprises one or more setting items including a setting item for a screen brightness setting, wherein the setting item for the screen brightness setting comprises a scroll bar and a point on the scroll bar, wherein a brightness of the touch screen corresponds to a position of the point on the scroll bar; while a touch drag input is received on the setting item for the screen brightness setting, controlling at least a part of a remaining part of the operation window except for the setting item for the screen brightness setting not to be displayed on the touch screen so that the first screen including the at least one shortcut icon is visible together with the setting item for the screen brightness setting of the operation window, and adjusting the brightness of the touch screen according to the position of the point on the scroll bar, wherein the position of the point on the scroll bar is changed according to a position associated with the touch drag input being changed; and re-displaying the at least the part of the remaining part of the operation window which is not displayed while receiving the touch drag input on the touch screen upon a removal of the touch drag input on the setting item for the screen brightness setting.
A mobile terminal, comprising: a mobile terminal body, comprising a circuit board that is disposed in the mobile terminal body; an insulation rear housing that covers the mobile terminal body, comprising an inner side of the insulation rear housing that is a surface facing the mobile terminal body; and an antenna, comprising: a feed disposed in the mobile terminal body; and a first radiating element carried by an insulation film layer ; characterized in that , the mobile terminal body further comprises: the insulation film layer that covers the inner side of the insulation rear housing ; and a first support , disposed on the circuit board , the first support is insulated, the antenna further comprises: a first electric-conductor disposed on the first support , the first electric-conductor is electrically connected to the feed, wherein a gap is formed by the first electric-conductor and the first radiating element , and the first electric-conductor indirectly couples the first radiating element in a capacitively coupled manner through the gap, wherein a height of the first radiating element relative to the first support is between 0.2 mm to 0.6 mm. a mobile terminal body, comprising a circuit board that is disposed in the mobile terminal body; an insulation rear housing that covers the mobile terminal body, comprising an inner side of the insulation rear housing that is a surface facing the mobile terminal body; and an antenna, comprising: a feed disposed in the mobile terminal body; and a first radiating element carried by an insulation film layer ; a feed disposed in the mobile terminal body; and a first radiating element carried by an insulation film layer ; the insulation film layer that covers the inner side of the insulation rear housing ; and a first support , disposed on the circuit board , the first support is insulated, the antenna further comprises: a first electric-conductor disposed on the first support , the first electric-conductor is electrically connected to the feed, wherein a gap is formed by the first electric-conductor and the first radiating element , and the first electric-conductor indirectly couples the first radiating element in a capacitively coupled manner through the gap, wherein a height of the first radiating element relative to the first support is between 0.2 mm to 0.6 mm.
A device for applying a load on a cement plug in a well , characterised in that the device comprises: - a housing , arranged to be lowered into a well; - a clamping mechanism , arranged to fixate a position of the housing relative to the well in an engaged state; - an actuator connected to the housing, comprising: - a force input for receiving an input signal; - a force output for exerting an output force in response to the input signal; and - a load mechanism , coupled to the force output; wherein the load mechanism is arranged to apply the load on the cement plug. - a housing , arranged to be lowered into a well; - a clamping mechanism , arranged to fixate a position of the housing relative to the well in an engaged state; - an actuator connected to the housing, comprising: - a force input for receiving an input signal; - a force output for exerting an output force in response to the input signal; and - a load mechanism , coupled to the force output; - a force input for receiving an input signal; - a force output for exerting an output force in response to the input signal; and - a load mechanism , coupled to the force output;
A pop-up apparatus for a camera mirror system disposed inside a panel of a body of a vehicle, the pop-up apparatus comprising: a camera mirror assembly comprising: the camera mirror system , which provides a rear view of a vehicle, a camera mirror housing disposed to enclose the camera mirror system and configured to move to an outside of the panel , and a camera mirror frame configured to receive a driving force from a driving unit ; and the driving unit configured to open a cover of the panel while driving the camera mirror assembly to move to the outside of the panel through an opened portion of the panel in linkage with the camera mirror frame , wherein the driving unit comprises: a driving gear configured to receive the driving force from a driver; a rotating gear connected to one end of the camera mirror frame to rotate along an outer circumferential surface of the driving gear ; and a rack gear configured to be engaged at a first end thereof with the driving gear such that the rack gear is movable in a width direction of the vehicle, the rack gear being operatively connectable at a second end thereof to the cover of the panel . a camera mirror assembly comprising: the camera mirror system , which provides a rear view of a vehicle, a camera mirror housing disposed to enclose the camera mirror system and configured to move to an outside of the panel , and a camera mirror frame configured to receive a driving force from a driving unit ; and the camera mirror system , which provides a rear view of a vehicle, a camera mirror housing disposed to enclose the camera mirror system and configured to move to an outside of the panel , and a camera mirror frame configured to receive a driving force from a driving unit ; and the driving unit configured to open a cover of the panel while driving the camera mirror assembly to move to the outside of the panel through an opened portion of the panel in linkage with the camera mirror frame , wherein the driving unit comprises: a driving gear configured to receive the driving force from a driver; a rotating gear connected to one end of the camera mirror frame to rotate along an outer circumferential surface of the driving gear ; and a rack gear configured to be engaged at a first end thereof with the driving gear such that the rack gear is movable in a width direction of the vehicle, the rack gear being operatively connectable at a second end thereof to the cover of the panel . a driving gear configured to receive the driving force from a driver; a rotating gear connected to one end of the camera mirror frame to rotate along an outer circumferential surface of the driving gear ; and a rack gear configured to be engaged at a first end thereof with the driving gear such that the rack gear is movable in a width direction of the vehicle, the rack gear being operatively connectable at a second end thereof to the cover of the panel .
A computer-implemented method for improving utilization of portable medical devices by a practitioner, the method comprising: determining a plurality of device states within a test cycle that are to be monitored, at least one of the device states corresponding to when a portable medical device is in the possession of a patient and at least two of said device states corresponding to when the portable medical device is in the possession of the practitioner; monitoring the time one or more portable medical devices are in one of the device states; determining that the time spent in the one device state by one portable medical device or the average time spent in the one device state by more than one portable medical device is greater than an optimum time; and wherein the plurality of device states comprise one or more of: a state corresponding to the portable medical device undergoing a recharging process; and a state corresponding to the portable medical device undergoing a cleaning process, and wherein the method further comprises, responsive to determining that the time, or the average time, spent in the state corresponding to the portable medical device undergoing one or more of a recharging process and a cleaning process by one or more than one portable medical device is greater than an optimum time, determining that an inefficiency exists in the usage of said one or more than one portable medical device, and providing an indication if the time spent is greater than the optimum time. determining a plurality of device states within a test cycle that are to be monitored, at least one of the device states corresponding to when a portable medical device is in the possession of a patient and at least two of said device states corresponding to when the portable medical device is in the possession of the practitioner; monitoring the time one or more portable medical devices are in one of the device states; determining that the time spent in the one device state by one portable medical device or the average time spent in the one device state by more than one portable medical device is greater than an optimum time; and wherein the plurality of device states comprise one or more of: a state corresponding to the portable medical device undergoing a recharging process; and a state corresponding to the portable medical device undergoing a cleaning process, and a state corresponding to the portable medical device undergoing a recharging process; and a state corresponding to the portable medical device undergoing a cleaning process, and wherein the method further comprises, responsive to determining that the time, or the average time, spent in the state corresponding to the portable medical device undergoing one or more of a recharging process and a cleaning process by one or more than one portable medical device is greater than an optimum time, determining that an inefficiency exists in the usage of said one or more than one portable medical device, and providing an indication if the time spent is greater than the optimum time.