mhurhangee/patent-ind-claim-en huggingface dataset:
An auxiliary switch comprising: a housing including a first housing part and a second housing part separate from and releasably connected to the first housing part; a printed circuit board fixedly mounted within the housing and having an electrical pad ; a terminal conductor electrically connected to the printed circuit board; and an actuator mechanism mounted within the housing and having an electrical contactor engaged to the terminal conductor, characterised in that the printed circuit board has an electrical contact connected to the electrical pad and the actuator mechanism is configured to move within the housing and at least partially displace the electrical contact while maintaining engagement between the contactor and the terminal conductor. a housing including a first housing part and a second housing part separate from and releasably connected to the first housing part; a printed circuit board fixedly mounted within the housing and having an electrical pad ; a terminal conductor electrically connected to the printed circuit board; and an actuator mechanism mounted within the housing and having an electrical contactor engaged to the terminal conductor, characterised in that the printed circuit board has an electrical contact connected to the electrical pad and the actuator mechanism is configured to move within the housing and at least partially displace the electrical contact while maintaining engagement between the contactor and the terminal conductor.
A micro-hollow cathode discharge device , comprising: a first electrode layer comprising a first electrode, wherein a hole is disposed in the first electrode layer ; a dielectric layer having a first surface that is disposed on the first electrode layer , wherein the hole continues from the first electrode layer through the dielectric layer ; a semi-conducting layer disposed on a second surface of the dielectric layer opposite the first surface, the semi-conducting layer comprising a semiconductor material that spans across the hole such that the hole terminates at the semi-conducting layer ; and a second electrode layer disposed on the semi-conducting layer opposite the dielectric layer , characterized in that said hole is lined by a ceramic that is electrically insulating, and in that said semi-conducting layer comprises carbon tape. a first electrode layer comprising a first electrode, wherein a hole is disposed in the first electrode layer ; a dielectric layer having a first surface that is disposed on the first electrode layer , wherein the hole continues from the first electrode layer through the dielectric layer ; a semi-conducting layer disposed on a second surface of the dielectric layer opposite the first surface, the semi-conducting layer comprising a semiconductor material that spans across the hole such that the hole terminates at the semi-conducting layer ; and a second electrode layer disposed on the semi-conducting layer opposite the dielectric layer , characterized in that said hole is lined by a ceramic that is electrically insulating, and in that said semi-conducting layer comprises carbon tape.
A system for sending packet traffic, comprising: an access device , configured to transmit, according to a forwarding path of to-be-transmitted traffic, a first part of the to-be-transmitted traffic to a forwarding controller for check, and after the check is passed, forward the first part to a destination of the to-be-transmitted traffic, wherein a check policy is deployed on the forwarding controller, and the check policy is used to check access permission and/or a forwarding policy of the to-be-transmitted traffic, wherein the access device is further configured to transmit a second part of the to-be-transmitted traffic to a first forwarding node , wherein the first forwarding node is located on the forwarding path of the to-be-transmitted traffic, the first forwarding node is configured to send the second part of the to-be-transmitted traffic to the destination of the to-be-transmitted traffic based on received forwarding indication information, the forwarding indication information indicates the first forwarding node to send the to-be-transmitted traffic to the destination, and the second part of the to-be-transmitted traffic is different from the first part of the to-be-transmitted traffic an access device , configured to transmit, according to a forwarding path of to-be-transmitted traffic, a first part of the to-be-transmitted traffic to a forwarding controller for check, and after the check is passed, forward the first part to a destination of the to-be-transmitted traffic, wherein a check policy is deployed on the forwarding controller, and the check policy is used to check access permission and/or a forwarding policy of the to-be-transmitted traffic, wherein the access device is further configured to transmit a second part of the to-be-transmitted traffic to a first forwarding node , wherein the first forwarding node is located on the forwarding path of the to-be-transmitted traffic, the first forwarding node is configured to send the second part of the to-be-transmitted traffic to the destination of the to-be-transmitted traffic based on received forwarding indication information, the forwarding indication information indicates the first forwarding node to send the to-be-transmitted traffic to the destination, and the second part of the to-be-transmitted traffic is different from the first part of the to-be-transmitted traffic
Method for characterizing the state of a road during a journey travelled by a user of said road using a vehicle, by means of a three-axis accelerometer and of a geo-positioning system, the method implementing the following steps: a) during said journey, the acceleration of said road user along three axes is measured (MES) by means of said three-axis accelerometer (ACC) and the position and speed of said road user are measured by means of said geo-positioning system (GPS); b) vibrations engendered by asperities of said road are determined by removing (AFF) from said acceleration measurements the effect of the speed of movement of said road user in the following way: i) when said road user is using a bicycle, said vibrations are determined by means of said acceleration measurements for a predetermined speed range; ii) when said road user is using a motor vehicle or a motorized two-wheeler, said vibrations are determined by dividing said acceleration measurements by a baseline dependent on the speed of said road user; and c) the state of the road is characterized (CAR) via an analysis of said determined vibrations. a) during said journey, the acceleration of said road user along three axes is measured (MES) by means of said three-axis accelerometer (ACC) and the position and speed of said road user are measured by means of said geo-positioning system (GPS); b) vibrations engendered by asperities of said road are determined by removing (AFF) from said acceleration measurements the effect of the speed of movement of said road user in the following way: i) when said road user is using a bicycle, said vibrations are determined by means of said acceleration measurements for a predetermined speed range; ii) when said road user is using a motor vehicle or a motorized two-wheeler, said vibrations are determined by dividing said acceleration measurements by a baseline dependent on the speed of said road user; and i) when said road user is using a bicycle, said vibrations are determined by means of said acceleration measurements for a predetermined speed range; ii) when said road user is using a motor vehicle or a motorized two-wheeler, said vibrations are determined by dividing said acceleration measurements by a baseline dependent on the speed of said road user; and c) the state of the road is characterized (CAR) via an analysis of said determined vibrations.
Driven ground maintenance apparatus, in particular battery-operated lawnmower, having at least one electrical propulsion drive unit , having at least one electrical cultivation drive unit , having at least one open-loop and/or closed-loop control unit configured to actuate the electrical propulsion drive unit to regulate a speed of movement, and having at least one measuring unit configured to measure at least one movement parameter and at least one cultivation parameter, in particular at least one load parameter of the electrical propulsion drive unit and/or the electrical cultivation drive unit , wherein the open-loop and/or closed-loop control unit is configured to actuate the electrical propulsion drive unit to gradually regulate the speed of movement on the basis of at least one movement parameter measured by the measuring unit and on the basis of at least one cultivation parameter measured by the measuring unit , in particular on the basis of a mean value for a plurality of measurements of the at least one cultivation parameter, the open-loop and/or closed-loop control unit being configured to actuate the electrical propulsion drive unit to gradually regulate the speed of movement on the basis of predefined acceleration data that are in particular stored in at least one memory unit of the open-loop and/or closed-loop control unit , characterized in that the acceleration data predefine a plurality of hysteresis-type acceleration and/or braking characteristic curves of the electrical propulsion drive unit , each of the hysteresis-type acceleration and/or braking characteristic curves being associated with a different movement parameter, in particular a different speed of movement.
A wall-mountable electronic clock comprising: one or more physical clock hands configured to indicate a time; an optical sensor configured to capture image data representing at least a portion of a user; a microphone configured to receive an audio input from the user; a digital display configured to provide visual information to the user, at least some of the visual information being provided in response to the captured image data or the audio input, wherein the digital display is further configured to provide a visual interaction with the one or more physical clock hands by combining the one or more physical clocks hands with the information depicted at the display in order to communication information to user; and a speaker configured to provide audio information to the user, at least some of the audio information being provided from a digital voice assistant in response to the captured image data or the audio input. one or more physical clock hands configured to indicate a time; an optical sensor configured to capture image data representing at least a portion of a user; a microphone configured to receive an audio input from the user; a digital display configured to provide visual information to the user, at least some of the visual information being provided in response to the captured image data or the audio input, wherein the digital display is further configured to provide a visual interaction with the one or more physical clock hands by combining the one or more physical clocks hands with the information depicted at the display in order to communication information to user; and a speaker configured to provide audio information to the user, at least some of the audio information being provided from a digital voice assistant in response to the captured image data or the audio input.
A method for producing ultra-high-strength martensitic cold-rolled steel sheet via an ultra-rapid heating process, comprising the steps of: smelting and solidification of steel: steelmaking by converter, electric furnace or induction furnace, production of ingot by continuous casting to produce slab or die casting, wherein the chemical composition of the slab or ingot is 0.1-0.3 wt.% C, 0.5-2.5 wt.% Mn, 0.05-0.3 wt.% Si, 0.05-0.3 wt.% Mo, 0.01-0.04 wt.% Ti, 0.1-0.3 wt.% Cr, 0.001-0.004 wt.% B, and the balance is Fe and unavoidable impurities; hot rolling after slab casting or ingot casting: the slab or ingot obtained in step is heated by 1050-1250 ° C, and rolled by rough rolling mill and hot strip rolling mill to 2.5-15 mm thickness, batched at 500-700 ° C; subjecting the continuous hot-rolled strip obtained after the coiling in step to pickling treatment, and then directly subjected to cold rolling to 0.5-2 mm at room temperature; subjecting the cold-rolled steel sheet obtained in the step to an ultra-rapid heating process, heating the cold-rolled steel sheet to 300-500 °C at a heating rate of 1-10 °C/s, and then reheating at a heating rate of 100-500 °C/s to austenite single-phase zone 850-950 °C, after that, the steel plate is water-cooled immediately after the heat less than 5 s, then the ultra-high strength cold-rolled steel plate is obtained. smelting and solidification of steel: steelmaking by converter, electric furnace or induction furnace, production of ingot by continuous casting to produce slab or die casting, wherein the chemical composition of the slab or ingot is 0.1-0.3 wt.% C, 0.5-2.5 wt.% Mn, 0.05-0.3 wt.% Si, 0.05-0.3 wt.% Mo, 0.01-0.04 wt.% Ti, 0.1-0.3 wt.% Cr, 0.001-0.004 wt.% B, and the balance is Fe and unavoidable impurities; hot rolling after slab casting or ingot casting: the slab or ingot obtained in step is heated by 1050-1250 ° C, and rolled by rough rolling mill and hot strip rolling mill to 2.5-15 mm thickness, batched at 500-700 ° C; subjecting the continuous hot-rolled strip obtained after the coiling in step to pickling treatment, and then directly subjected to cold rolling to 0.5-2 mm at room temperature; subjecting the cold-rolled steel sheet obtained in the step to an ultra-rapid heating process, heating the cold-rolled steel sheet to 300-500 °C at a heating rate of 1-10 °C/s, and then reheating at a heating rate of 100-500 °C/s to austenite single-phase zone 850-950 °C, after that, the steel plate is water-cooled immediately after the heat less than 5 s, then the ultra-high strength cold-rolled steel plate is obtained.
Method for communicating a subscriber identity module (eUICC) which is implemented or can be implemented in a terminal and in which at least one profile is configured for use of the mobile terminal in a mobile network, to a server, in which method a status message (m1), by means of which a status change of the profile is indicated, is transmitted by the subscriber identity module (eUICC) to the server, wherein, prior to the transmission of the status message (m1), a step of determining a technology is carried out in the subscriber identity module (eUICC), in which step it is determined which technology the profile corresponds to, and the transmission is carried out in conformance with the technology, and wherein the technology is specified in an application data field (ADF) of the profile.
Device for gripping a container preform, which comprises: - a base ; - a spinner which is mounted on the base and which comprises: o a spindle mounted so as to slide and pivot relative to the base ; o a spinner tip removably fixed on the spindle ; - an ejector at least partially surrounding the spinner , this ejector being able to occupy a working position in which it is secured to the base ; this device being characterized in that : - the spinner tip and the ejector are respectively provided with an imprint and a counter-imprint that are complementary, - the ejector can be removed from the base , and is able to occupy a tooling position in which its counter-imprint cooperates with the imprint of the spinner tip to secure in rotation the ejector and the spinner tip . - a base ; - a spinner which is mounted on the base and which comprises: o a spindle mounted so as to slide and pivot relative to the base ; o a spinner tip removably fixed on the spindle ; o a spindle mounted so as to slide and pivot relative to the base ; o a spinner tip removably fixed on the spindle ; - an ejector at least partially surrounding the spinner , this ejector being able to occupy a working position in which it is secured to the base ; - the spinner tip and the ejector are respectively provided with an imprint and a counter-imprint that are complementary, - the ejector can be removed from the base , and is able to occupy a tooling position in which its counter-imprint cooperates with the imprint of the spinner tip to secure in rotation the ejector and the spinner tip .
Support device for supporting a motor vehicle component , comprising: - a mounting plate which is equipped with securing means able to secure said component and with fastening means able to fasten said mounting plate to a structural element of the motor vehicle, - a deflector which forms a ramp, an end part of which extends at the height of the mounting plate and an opposite end of which is inclined with respect to the mounting plate . - a mounting plate which is equipped with securing means able to secure said component and with fastening means able to fasten said mounting plate to a structural element of the motor vehicle, - a deflector which forms a ramp, an end part of which extends at the height of the mounting plate and an opposite end of which is inclined with respect to the mounting plate .
A method performed by a user equipment (111-116), UE, in a wireless communications system , the method comprising: receiving, from a base station (101-103) through radio resource control, RRC, signaling, information associated with an uplink carrier switching from a first uplink carrier of a first cell to a second uplink carrier of a second cell , for transmission of an aperiodic sounding reference signal, SRS; performing the uplink carrier switching from the first uplink carrier to the second uplink carrier, based on the information associated with the uplink carrier switching; and in response to receiving downlink control information of a first format for transmission of the aperiodic SRS, suspending uplink transmission on the first uplink carrier of the first cell and performing uplink transmission of the aperiodic SRS on the second uplink carrier of the second cell, wherein the downlink control information of the first format is padded equal to a size of downlink control information of a second format. receiving, from a base station (101-103) through radio resource control, RRC, signaling, information associated with an uplink carrier switching from a first uplink carrier of a first cell to a second uplink carrier of a second cell , for transmission of an aperiodic sounding reference signal, SRS; performing the uplink carrier switching from the first uplink carrier to the second uplink carrier, based on the information associated with the uplink carrier switching; and in response to receiving downlink control information of a first format for transmission of the aperiodic SRS, suspending uplink transmission on the first uplink carrier of the first cell and performing uplink transmission of the aperiodic SRS on the second uplink carrier of the second cell, wherein the downlink control information of the first format is padded equal to a size of downlink control information of a second format.
A rotary quick-dismounting hinge, comprising a support fixed to a ceramic toilet bowl and provided with an plug pin and a rotary shaft composed of a fixed shaft and a buffer that are coaxially connected for pivoting a toilet seat; wherein a bottom of the fixed shaft is provided with an upright column , the upright column has a pin hole extending from a bottom of the upright column into the fixed shaft , when the plug pin having a height less than a depth of the pin hole is fully inserted into the pin hole to be positioned, the upright column is pressed against the support ; the rotary shaft further comprises a locking device disposed on the fixed shaft and located between the buffer and the pin hole , the locking device is configured to lock the plug pin and linked with the toilet seat; when the toilet seat is turned to a predetermined angle, the locking device is disengaged from a locking groove provided on the plug pin so that the plug pin can be pulled out from the pin hole ; the fixed shaft is axially provided with a reducing shaft , the reducing shaft has a stepped hole extending from an outer end of the reducing shaft to the pin hole and communicating with the pin hole , a buffer shaft of the buffer is inserted and fixed to the stepped hole ; and the locking device is mounted between the reducing shaft and the pin hole . wherein a bottom of the fixed shaft is provided with an upright column , the upright column has a pin hole extending from a bottom of the upright column into the fixed shaft , when the plug pin having a height less than a depth of the pin hole is fully inserted into the pin hole to be positioned, the upright column is pressed against the support ; the rotary shaft further comprises a locking device disposed on the fixed shaft and located between the buffer and the pin hole , the locking device is configured to lock the plug pin and linked with the toilet seat; when the toilet seat is turned to a predetermined angle, the locking device is disengaged from a locking groove provided on the plug pin so that the plug pin can be pulled out from the pin hole ; the fixed shaft is axially provided with a reducing shaft , the reducing shaft has a stepped hole extending from an outer end of the reducing shaft to the pin hole and communicating with the pin hole , a buffer shaft of the buffer is inserted and fixed to the stepped hole ; and the locking device is mounted between the reducing shaft and the pin hole .
A water-treatment filter module comprising a membrane for filtering raw water; and a spacer laminated to the membrane and providing a plurality of passages for passing raw water through the membrane, wherein the spacer comprises a first member extending in a first direction; and a second member extending in a second direction different from the first direction and disposed so as to form spacer cells by intersecting with the first member , and at least one of the first member and the second member is wound in a spiral shape having a predetermined pitch (p) of a predetermined radius of the spiral shape around the extended direction, wherein the spacer is obtainable by a method comprising the steps of: extruding a strand through an extrusion nozzle ; rotating a rotating roll and simultaneously moving at least one of the rotating roll and the extrusion nozzle along the axial direction of the rotating roll , thereby winding the strand on the rotating roll in a spiral shape to form a helical strand; and arranging a plurality of helical strands in a cross fashion without any contact point to manufacture a spacer . a spacer laminated to the membrane and providing a plurality of passages for passing raw water through the membrane, wherein the spacer comprises a first member extending in a first direction; and a second member extending in a second direction different from the first direction and disposed so as to form spacer cells by intersecting with the first member , and at least one of the first member and the second member is wound in a spiral shape having a predetermined pitch (p) of a predetermined radius of the spiral shape around the extended direction, wherein the spacer is obtainable by a method comprising the steps of: extruding a strand through an extrusion nozzle ; rotating a rotating roll and simultaneously moving at least one of the rotating roll and the extrusion nozzle along the axial direction of the rotating roll , thereby winding the strand on the rotating roll in a spiral shape to form a helical strand; and arranging a plurality of helical strands in a cross fashion without any contact point to manufacture a spacer . extruding a strand through an extrusion nozzle ; rotating a rotating roll and simultaneously moving at least one of the rotating roll and the extrusion nozzle along the axial direction of the rotating roll , thereby winding the strand on the rotating roll in a spiral shape to form a helical strand; and arranging a plurality of helical strands in a cross fashion without any contact point to manufacture a spacer .