mhurhangee/patent-ind-claim-en huggingface dataset:
A power inductor comprising: a body ; at least one base material disposed within the body ; at least one coil pattern disposed on at least one surface of the base material ; an insulation film disposed between the coil pattern (300. 310. 320) and the body (100. 100a. 100b); and an external electrode disposed outside the body (100.100a. 100b) and connected to the coil pattern , wherein the body comprises a plurality of magnetic layers and insulation layers , which are alternately laminated characterized in that the insulation layers contain metal magnetic powder and thermal conductive filler. a body ; at least one base material disposed within the body ; at least one coil pattern disposed on at least one surface of the base material ; an insulation film disposed between the coil pattern (300. 310. 320) and the body (100. 100a. 100b); and an external electrode disposed outside the body (100.100a. 100b) and connected to the coil pattern , wherein the body comprises a plurality of magnetic layers and insulation layers , which are alternately laminated characterized in that the insulation layers contain metal magnetic powder and thermal conductive filler.
A data processing method for fusing signals from a first data collector and a second data collector, wherein an output frame rate of the first data collector is a first frame rate, and an output frame rate of the second data collector is a second frame rate, the first frame rate is less than the second frame rate, characterized in that the method comprises: generating, by a terminal, a supplementary signal frame of the first data collector in the terminal, and determining, by the terminal, an input time stamp of the supplementary signal frame coinciding with an input time stamp of a signal of the second data collector (S101); inputting, by the terminal, the supplementary signal frame into a first input queue of the first data collector, and obtaining, by the terminal, a second original signal frame of the second data collector currently inputted into a second input queue, when a current time reaches the input time stamp of the supplementary signal frame (S102); and performing, by the terminal, signal fusion on the supplementary signal frame in the first input queue and the second original signal frame in the second input queue (S103). generating, by a terminal, a supplementary signal frame of the first data collector in the terminal, and determining, by the terminal, an input time stamp of the supplementary signal frame coinciding with an input time stamp of a signal of the second data collector (S101); inputting, by the terminal, the supplementary signal frame into a first input queue of the first data collector, and obtaining, by the terminal, a second original signal frame of the second data collector currently inputted into a second input queue, when a current time reaches the input time stamp of the supplementary signal frame (S102); and performing, by the terminal, signal fusion on the supplementary signal frame in the first input queue and the second original signal frame in the second input queue (S103).
A cartridge lid , comprising: an outer lid member provided with an ink filling hole and a venting hole ; and characterized in comprising an inner lid member attached to the outer lid member and overlapping the venting hole; wherein an expansion space is formed between the outer lid member and the inner lid member, the expansion space has an inlet through which ink is able to flow into the expansion space, and the expansion space is in communication with external environment through the venting hole. an outer lid member provided with an ink filling hole and a venting hole ; and characterized in comprising an inner lid member attached to the outer lid member and overlapping the venting hole; wherein an expansion space is formed between the outer lid member and the inner lid member, the expansion space has an inlet through which ink is able to flow into the expansion space, and the expansion space is in communication with external environment through the venting hole.
A method for controlling a circuit configured to produce a power supply voltage (Vamp) and a power supply current (Idd) for supplying a power amplifier (PA) in an envelope tracking (ET) system, the method comprising: receiving a switching signal (DRV) having a switching frequency by a switching regulator ; monitoring the switching frequency; reconfiguring an inductance coupled at an output of the switching regulator between a plurality of inductance values based at least on the switching frequency; receiving the envelope tracking signal at an input of a linear amplifier configured to produce the power supply voltage (Vamp) and a first current (lamp), wherein the switching regulator receives the switching signal (DRV) that is generated based on the envelope tracking signal and produces a second current (Isw) that is provided at an output terminal of the reconfigurable inductor which is coupled to the output of the linear amplifier and the sum of said first and second currents (lamp, Isw) is the power supply current (Idd); generating the switching signal for the switching regulator based on the envelope tracking signal; and comparing the frequency of the envelope tracking signal to the switching frequency of the switching signal, and in accordance therewith, changing the inductance to decrease the inductance as the frequency of the envelope tracking signal increases and to increase the inductance as the frequency of the envelope tracking signal decreases. receiving a switching signal (DRV) having a switching frequency by a switching regulator ; monitoring the switching frequency; reconfiguring an inductance coupled at an output of the switching regulator between a plurality of inductance values based at least on the switching frequency; receiving the envelope tracking signal at an input of a linear amplifier configured to produce the power supply voltage (Vamp) and a first current (lamp), wherein the switching regulator receives the switching signal (DRV) that is generated based on the envelope tracking signal and produces a second current (Isw) that is provided at an output terminal of the reconfigurable inductor which is coupled to the output of the linear amplifier and the sum of said first and second currents (lamp, Isw) is the power supply current (Idd); generating the switching signal for the switching regulator based on the envelope tracking signal; and comparing the frequency of the envelope tracking signal to the switching frequency of the switching signal, and in accordance therewith, changing the inductance to decrease the inductance as the frequency of the envelope tracking signal increases and to increase the inductance as the frequency of the envelope tracking signal decreases.
Pump group of a cooling circuit of a vehicle, comprising: - a valve group suitable to regulate the passage of a predefined quantity of cooling liquid in the cooling circuit; - a pump body having a housing compartment in which said valve group is extractably insertable; - an impeller that aspirates cooling liquid through an aspiration section and sends said cooling liquid under pressure to a delivery channel comprised in the pump body suitable to be fluidly connected to the cooling circuit; wherein the housing compartment is formed transversely to the delivery channel identifying, upstream of the valve group , at least one inlet delivery channel and, downstream of the valve group , outlet delivery channels ; the pump group being characterized by the fact that the valve group extends along a main axis (Y-Y) and comprises: - an obturator group rotatable about said axis main (Y-Y), wherein the obturator group comprises a plurality of active portions , separated from each other, arranged axially side by side along the main axis (Y-Y) commandable in rotation, wherein the consecutive active portions are positioned angularly offset from each other with respect to said main axis (Y-Y), wherein the rotation of each active portion corresponds to the regulation of the passage of the cooling fluid towards a respective channel of the cooling system through the respective outlet delivery channel ; - at least one separation wall located between two consecutive active portions suitable to axially divide the intern of the valve group in distinct ducts, in such a way to divide predefined quantities of cooling liquid towards each active portion . - a valve group suitable to regulate the passage of a predefined quantity of cooling liquid in the cooling circuit; - a pump body having a housing compartment in which said valve group is extractably insertable; - an impeller that aspirates cooling liquid through an aspiration section and sends said cooling liquid under pressure to a delivery channel comprised in the pump body suitable to be fluidly connected to the cooling circuit; - an obturator group rotatable about said axis main (Y-Y), wherein the obturator group comprises a plurality of active portions , separated from each other, arranged axially side by side along the main axis (Y-Y) commandable in rotation, wherein the consecutive active portions are positioned angularly offset from each other with respect to said main axis (Y-Y), wherein the rotation of each active portion corresponds to the regulation of the passage of the cooling fluid towards a respective channel of the cooling system through the respective outlet delivery channel ; - at least one separation wall located between two consecutive active portions suitable to axially divide the intern of the valve group in distinct ducts, in such a way to divide predefined quantities of cooling liquid towards each active portion .
A method for assessing an alarm event generated in a physiological monitoring system , the method comprising: validating the alarm event for a monitored physiological parameter in a processor ; identifying one or more qualitative measures associated with the alarm event, wherein the qualitative measures comprise one or more of: a) a calculated trajectory of the monitored physiological parameter, wherein the calculated trajectory is calculated based upon the overall change in the physiological parameter over a predetermined period of time; b) a calculated time period between alarm events; and c) the duration of the alarm event; wherein each of the one or more qualitative measures comprises a value from a range, wherein one end of the range is for more clinically relevant alarm events and the opposite end of the range is for less clinically relevant alarm events; determining a clinical relevancy score for the alarm event based on the value of the one or more qualitative measures, wherein the clinical relevancy score indicates the priority that the clinician should give the alarm event; and displaying the clinical relevancy score and the alarm event. validating the alarm event for a monitored physiological parameter in a processor ; identifying one or more qualitative measures associated with the alarm event, wherein the qualitative measures comprise one or more of: a) a calculated trajectory of the monitored physiological parameter, wherein the calculated trajectory is calculated based upon the overall change in the physiological parameter over a predetermined period of time; b) a calculated time period between alarm events; and c) the duration of the alarm event; wherein each of the one or more qualitative measures comprises a value from a range, wherein one end of the range is for more clinically relevant alarm events and the opposite end of the range is for less clinically relevant alarm events; a) a calculated trajectory of the monitored physiological parameter, wherein the calculated trajectory is calculated based upon the overall change in the physiological parameter over a predetermined period of time; b) a calculated time period between alarm events; and c) the duration of the alarm event; wherein each of the one or more qualitative measures comprises a value from a range, wherein one end of the range is for more clinically relevant alarm events and the opposite end of the range is for less clinically relevant alarm events; determining a clinical relevancy score for the alarm event based on the value of the one or more qualitative measures, wherein the clinical relevancy score indicates the priority that the clinician should give the alarm event; and displaying the clinical relevancy score and the alarm event.
Pinning staple for temporarily assembling at least two drilled structural parts , comprising a tubular main body extending along a longitudinal axis X and having a bearing face intended to come into contact with a first face of the structural parts, a resilient clamp able to pass through facing holes made in the said parts, the clamp being able to move in translation along the longitudinal axis, driven by the rotation about said axis of a tie rod provided with a threaded bore cooperating with a threaded end of said clamp, the clamp comprising two arms each ending in a hooking nose intended to come into contact with a last face of the structural parts, the said arms moving apart transversely and progressively along a spacer , placed between the said arms and fixed with respect to the main body , under the effect of the backward movement of the clamp, characterised in that it comprises a compression spring placed inside the main body and holding the threaded end partially engaged in the tapped bore so that the clamp remains constantly aligned with the longitudinal axis.
A three-dimensional measurement apparatus comprising: an attachment portion for attaching the three-dimensional measurement apparatus to a robot ; a flange for attaching an end effector ; a sensor configured to receive light from an object ; and a calculation means for determining three-dimensional information about the object by performing a calculation using data obtained by the sensor, wherein a shortest distance among distances from a center of the flange to an outer peripheral edge of the calculation means is less than or equal to a radius of the attachment portion or the flange, as viewed from the flange. an attachment portion for attaching the three-dimensional measurement apparatus to a robot ; a flange for attaching an end effector ; a sensor configured to receive light from an object ; and a calculation means for determining three-dimensional information about the object by performing a calculation using data obtained by the sensor, wherein a shortest distance among distances from a center of the flange to an outer peripheral edge of the calculation means is less than or equal to a radius of the attachment portion or the flange, as viewed from the flange.
An apparatus for connecting two or more unit operations of a manufacturing process for continuous processing comprising: (a) a valve manifold providing at least three fluid transmission channels comprising a central channel traversing said valve manifold and having an inlet end and an outlet end, a priming channel connecting a separate inlet with said central channel, and a bypass channel connecting a separate outlet with said central channel, each of said channels having at least one independently actuatable valve for independently opening or closing the channel, said central channel inlet being suitable for receiving throughput from an upstream unit operation, and said priming channel inlet being suitable for receiving fluid for filling said priming channel and said central channel, (b) at least one surge receptacle for regulating flow between unit operations and relieving back pressure, said surge receptacle having at least one inlet and at least one outlet, said surge receptacle inlet being connected to the central channel outlet of said valve manifold, and said at least one surge receptacle having the capacity to hold the throughput of a unit operation connected to said valve manifold central channel inlet; wherein said surge receptacle further comprises a vent outlet, said vent outlet communicating the inside of said receptacle with the ambient environment and wherein, optionally, a filter is interposed between said vent outlet and the ambient environment, and said vent outlet further comprises a valve for opening and closing said outlet. (a) a valve manifold providing at least three fluid transmission channels comprising a central channel traversing said valve manifold and having an inlet end and an outlet end, a priming channel connecting a separate inlet with said central channel, and a bypass channel connecting a separate outlet with said central channel, each of said channels having at least one independently actuatable valve for independently opening or closing the channel, said central channel inlet being suitable for receiving throughput from an upstream unit operation, and said priming channel inlet being suitable for receiving fluid for filling said priming channel and said central channel, (b) at least one surge receptacle for regulating flow between unit operations and relieving back pressure, said surge receptacle having at least one inlet and at least one outlet, said surge receptacle inlet being connected to the central channel outlet of said valve manifold, and said at least one surge receptacle having the capacity to hold the throughput of a unit operation connected to said valve manifold central channel inlet;
A vacuum cleaner apparatus comprising a first vacuum cleaner unit and a second vacuum cleaner unit , the apparatus comprising a first motor/fan unit and a first dust separation unit arranged in the first vacuum cleaner unit , wherein the first motor/fan unit is configured to generate an airflow through an airflow path of the first vacuum cleaner unit to the first dust separation unit , and wherein the apparatus comprises a second motor/fan unit and a second dust separation unit arranged in the second vacuum cleaner unit , and wherein the second motor/fan unit is configured to generate an airflow from a suction inlet (5', 5") of the second vacuum cleaner unit to the second dust separation unit , characterised in that the apparatus comprises a connection interface configured to removably connect the suction inlet (5', 5") of the second vacuum cleaner unit to the airflow path of the first vacuum cleaner unit , and wherein the apparatus comprises a control arrangement capable of operating the apparatus in a cooperative cleaning mode in which the first and second motor/fan units are operated simultaneously. and wherein the apparatus comprises a second motor/fan unit and a second dust separation unit arranged in the second vacuum cleaner unit , and wherein the second motor/fan unit is configured to generate an airflow from a suction inlet (5', 5") of the second vacuum cleaner unit to the second dust separation unit , characterised in that the apparatus comprises a connection interface configured to removably connect the suction inlet (5', 5") of the second vacuum cleaner unit to the airflow path of the first vacuum cleaner unit , and wherein the apparatus comprises a control arrangement capable of operating the apparatus in a cooperative cleaning mode in which the first and second motor/fan units are operated simultaneously.
Fire protection sleeve for sealing openings passing through walls or ceilings, in particular line feedthroughs , comprising a frame and at least one block made of optionally intumescent material that is arranged therein, the block being a regular polyhedron and the frame having a modular construction, the frame having a plurality of side portions which surround the block on the side edges thereof, and a plurality of front portions which extend perpendicularly to the side portions , characterized in that the block is 2 to 6 mm higher than the side portions , and in that the block is provided with a reinforcing insert .
A hearing device , comprising a first housing for being worn at and/or in a first ear of a user, and a processing unit configured to control functionality of the hearing device , characterized in that, the hearing device further comprises a first radar sensor configured for obtaining first radar data indicative of a difference in the orientation of a head of the user and a further body part of the user, an orientation sensor configured for obtaining orientation data regarding a head orientation of the user, and wherein the processing unit is further configured to: • receive the first radar data from the first radar sensor , • receive the orientation data from the orientation sensor , • determine, based on the orientation data, the head orientation of the user, • output the head orientation of the user, • determine, based on the first radar data, a first relative orientation, wherein the first relative orientation is a difference in the orientation of the head of the user and the further body part of the user, • outputting the first relative orientation, and • based on the first relative orientation, calibrate the orientation sensor . • receive the first radar data from the first radar sensor , • receive the orientation data from the orientation sensor , • determine, based on the orientation data, the head orientation of the user, • output the head orientation of the user, • determine, based on the first radar data, a first relative orientation, wherein the first relative orientation is a difference in the orientation of the head of the user and the further body part of the user, • outputting the first relative orientation, and • based on the first relative orientation, calibrate the orientation sensor .
A method for controlling communication, implemented by a core network device, characterized in that the method comprises: receiving a first communication blocking request message from an unmanned aerial vehicle, UAV, service management system, wherein the first communication blocking request message comprises at least one of a first identifier of a target UAV or a second identifier of a target controller for controlling the target UAV, and the first communication blocking request message instructs the core network device to disconnect a communication connection between the target UAV and the target controller; disconnecting , according to the first communication blocking request message, the communication connection between the target UAV and the target controller; and sending a first communication blocking response message to the UAV service management system, wherein the first communication blocking response message indicates that the communication connection between the target UAV and the target controller has been disconnected. receiving a first communication blocking request message from an unmanned aerial vehicle, UAV, service management system, wherein the first communication blocking request message comprises at least one of a first identifier of a target UAV or a second identifier of a target controller for controlling the target UAV, and the first communication blocking request message instructs the core network device to disconnect a communication connection between the target UAV and the target controller; disconnecting , according to the first communication blocking request message, the communication connection between the target UAV and the target controller; and sending a first communication blocking response message to the UAV service management system, wherein the first communication blocking response message indicates that the communication connection between the target UAV and the target controller has been disconnected.