mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transferring one or more files between a first device and at least one other device , the method comprising: placing the one or more files in one or more special-purpose folders associated with an ad hoc file sharing service at the first device, wherein the ad hoc file sharing service is configured to automatically make files placed in the special-purpose folders available for sharing using the ad hoc file sharing service; activating the ad hoc file sharing service in response to the placing the one or more files in the one or more special-purpose folders; in response to the activating the ad hoc file sharing service, transmitting , by the first device, an advertisement of the ad hoc file sharing service of the first device to each of the at least one other device, wherein the advertisement includes a first identity associated with the first device; in response to the transmitting, receiving, at the first device, a request from a second identity of the at least one other device to access the ad hoc file sharing service of the first device; granting, by the first device, access to the ad hoc file sharing service to the second identity of the at least one other device based at least in part on the request; establishing a connection with the at least one other device in response to the granting; and transferring the one or more files with the at least one other device using the established connection. placing the one or more files in one or more special-purpose folders associated with an ad hoc file sharing service at the first device, wherein the ad hoc file sharing service is configured to automatically make files placed in the special-purpose folders available for sharing using the ad hoc file sharing service; activating the ad hoc file sharing service in response to the placing the one or more files in the one or more special-purpose folders; in response to the activating the ad hoc file sharing service, transmitting , by the first device, an advertisement of the ad hoc file sharing service of the first device to each of the at least one other device, wherein the advertisement includes a first identity associated with the first device; in response to the transmitting, receiving, at the first device, a request from a second identity of the at least one other device to access the ad hoc file sharing service of the first device; granting, by the first device, access to the ad hoc file sharing service to the second identity of the at least one other device based at least in part on the request; establishing a connection with the at least one other device in response to the granting; and transferring the one or more files with the at least one other device using the established connection.
An electronic device for reducing an eye fatigue level of a user comprising: a display ; a wireless communication circuit; and at least one processor , memory storing instructions that, when executed by the at least one processor , cause the electronic device to: operatively connect with an external electronic device worn by the user by using the wireless communication circuit; determine whether the user is gazing at the display of the electronic device by using at least one first sensor; in response to the user gazing at the electronic device , acquire a shaking pattern of the electronic device by using at least one second sensor; when the acquired shaking pattern corresponds to a predetermined condition, acquire a first feature value and a second feature value which are related to a change of position between the electronic device and the external electronic device by using at least one third sensor; determine an eye fatigue level of the user, based on the first feature value and the second feature value; and control the display , based on the determined fatigue level, to reduce the eye fatigue level of the user. a display ; a wireless communication circuit; and at least one processor , memory storing instructions that, when executed by the at least one processor , cause the electronic device to: operatively connect with an external electronic device worn by the user by using the wireless communication circuit; determine whether the user is gazing at the display of the electronic device by using at least one first sensor; in response to the user gazing at the electronic device , acquire a shaking pattern of the electronic device by using at least one second sensor; when the acquired shaking pattern corresponds to a predetermined condition, acquire a first feature value and a second feature value which are related to a change of position between the electronic device and the external electronic device by using at least one third sensor; determine an eye fatigue level of the user, based on the first feature value and the second feature value; and control the display , based on the determined fatigue level, to reduce the eye fatigue level of the user. operatively connect with an external electronic device worn by the user by using the wireless communication circuit; determine whether the user is gazing at the display of the electronic device by using at least one first sensor; in response to the user gazing at the electronic device , acquire a shaking pattern of the electronic device by using at least one second sensor; when the acquired shaking pattern corresponds to a predetermined condition, acquire a first feature value and a second feature value which are related to a change of position between the electronic device and the external electronic device by using at least one third sensor; determine an eye fatigue level of the user, based on the first feature value and the second feature value; and control the display , based on the determined fatigue level, to reduce the eye fatigue level of the user.
A tool coupler (100;100'), comprising: a first component having: a ring coupler having mating features and rotatable between a first position and a second position, wherein the ring coupler comprises cogs distributed on an outside thereof; and an actuator functionally connected to the ring coupler to rotate the ring coupler between the first position and the second position, wherein the actuator has gearing that meshes with the cogs; and a second component having a profile complementary to the ring coupler. a first component having: a ring coupler having mating features and rotatable between a first position and a second position, wherein the ring coupler comprises cogs distributed on an outside thereof; and an actuator functionally connected to the ring coupler to rotate the ring coupler between the first position and the second position, wherein the actuator has gearing that meshes with the cogs; and a ring coupler having mating features and rotatable between a first position and a second position, wherein the ring coupler comprises cogs distributed on an outside thereof; and an actuator functionally connected to the ring coupler to rotate the ring coupler between the first position and the second position, wherein the actuator has gearing that meshes with the cogs; and a second component having a profile complementary to the ring coupler.
An agricultural machine comprising: a vehicle body including a front wheel and a rear wheel ; an obstacle detector device to detect an obstacle; and a position changer mechanism to change a position of the obstacle detector device between a detection position (Q1) that is a predetermined position for the obstacle detector device to detect an obstacle and an evacuation position (Q2) for the obstacle detector device to evacuate toward the vehicle body from the detection position (Q1), characterized in that the position changer mechanism includes a first support arm fixed to the vehicle body and extending outward in a width direction of the vehicle body and a second support arm turnably supported by the first support arm and provided with the obstacle detector device , and the second support arm is turnable relative to the first support arm to switch between a first position where the second support arm extends outward in the width direction of the vehicle body from the first support arm to locate the obstacle detector device in the detection position (Q1) and a second position where the second support arm extends from the first support arm in a direction different from the extending direction of the second support arm in the first position to locate the obstacle detector device in the evacuation position (Q2), wherein the position changer mechanism is further configured to move the obstacle detector device into the evacuation position (Q2) to evacuate from the detection position (Q1) toward the vehicle body side. a vehicle body including a front wheel and a rear wheel ; an obstacle detector device to detect an obstacle; and a position changer mechanism to change a position of the obstacle detector device between a detection position (Q1) that is a predetermined position for the obstacle detector device to detect an obstacle and an evacuation position (Q2) for the obstacle detector device to evacuate toward the vehicle body from the detection position (Q1), characterized in that the position changer mechanism includes a first support arm fixed to the vehicle body and extending outward in a width direction of the vehicle body and a second support arm turnably supported by the first support arm and provided with the obstacle detector device , and the second support arm is turnable relative to the first support arm to switch between a first position where the second support arm extends outward in the width direction of the vehicle body from the first support arm to locate the obstacle detector device in the detection position (Q1) and a second position where the second support arm extends from the first support arm in a direction different from the extending direction of the second support arm in the first position to locate the obstacle detector device in the evacuation position (Q2),
System for blocking a privacy-lockable sanitary compartment provided with a frame and a moveable access in the form of a door, comprising a device for blocking the access to said privacy-lockable compartment, at least one detection device configured to detect the presence of at least one person inside the privacy-locked compartment, means for processing the data coming from the detection device, and means for controlling the blocking device that are connected to the means for processing the data from the detection device and configured to actuate the blocking device , following receipt of a command to block access to the privacy-lockable compartment and provided that the detection device does not detect anyone inside the privacy-lockable compartment, in order to block said access, characterized in that the blocking device comprises a cylinder provided with a piston controlled by the control means, a sleeve actuatable by said piston of the cylinder and a latch , said sleeve being actuatable between a blocked position in which the sleeve is fitted about the latch and a usage position in which the latch can be released from the sleeve , the latch being arranged on either the moveable access or the frame , and the cylinder and the sleeve being arranged on the other of the frame and the moveable access .
An absorbable copolymer of the structure A-B-A comprising end segments A and middle segment B, wherein end-segments A comprise polymerized p-dioxanone blocks and the middle segment B is a copolymer comprising epsilon-caprolactone and a minor amount of a lactone monomer selected from the group consisting of L(-)-lactide, D(+)-lactide, and meso-lactide, and wherein said middle segment B is fully amorphous and contains 60 mole percent to 95 mole percent of polymerized epsilon-caprolactone, and 5 mole percent to 40 mole percent of polymerized lactone monomer, and wherein the total amount of polymerized p-dioxanone in the absorbable copolymer is between 80 mole percent to 95 mole percent.
Contact module for an electrical connector element having at least one contact element receiving member for receiving an electrical contact element, the contact module being constructed so as to be able to be introduced with a rear end at the front in an introduction direction (E) into a module shaft of a housing of the connector element and having at least one counter-catch element in order to secure the contact module against being pulled out of the module shaft counter to the introduction direction (E), wherein the at least one counter-catch element is arranged at the rear end , characterised in that the at least one counter-catch element is arranged at least partially in a pocket which is formed on the contact module , wherein side walls of the contact module extending substantially parallel with the introduction direction (E) at least partially flank the at least one counter-catch element and wherein the at least one counter-catch element is arranged between two rows of contact receiving members , which extend substantially parallel with the introduction direction (E) and which are arranged beside each other in a transverse direction (Y) of the connector element said transverse direction (Y) extending substantially perpendicularly relative to the introduction direction (E), wherein each contact receiving member extends substantially parallel with a vertical direction (Z) of the connector element , the vertical direction extending substantially perpendicular to the introduction direction (E) and to the transverse direction (Y).
A water-soluble package for holding a unit dose composition, the water-soluble package comprising a water-soluble substrate having a thickness from 30 micrometres to 250 micrometres, said substrate comprising: (i). a film-forming material; and, (ii). 0.2 to 5wt% surfactant; wherein the substrate has uniformly dispersed therein gas bubbles having an average diameter less than the total thickness of the substrate. (i). a film-forming material; and, (ii). 0.2 to 5wt% surfactant;
A cutting blade, in particular a scythe-like blade or spiral blade or circular blade, for an apparatus for slicing food products, in particular for a highspeed slicer, the cutting blade rotating about an axis of rotation during a cutting operation, having a radially outer peripheral edge which acts as a blade edge and which has a curved extent about the axis of rotation ; and having a plurality of cutting teeth which are arranged distributed following one another along the peripheral edge , wherein each cutting tooth has a blade edge which comprises a cutting surface and a cutting edge radially outwardly bounding the cutting surface ; wherein the cutting edges lie in a common cutting plane (SE); and wherein the cutting surfaces each extend inclined with respect to the cutting plane (SE) and intersect the cutting plane (SE) at a tilt angle (KW), with the cutting edges forming the respective intersection line between the cutting surface and the cutting plane (SE), wherein the respective cutting surfaces of two cutting teeth directly following one another are connected to one another by a transition surface , with the transition surface being formed as a recess projecting backwards with respect to the cutting surfaces , characterized in that each cutting surface is connected both to the cutting surface of a directly preceding cutting tooth and to the cutting surface of a directly following cutting tooth by one of the recesses.
A network authentication method, comprising: receiving, by an authentication network element , a request to access a data network, DN, by a user equipment, UE, the authentication network element is an authentication, authorization, accounting, AAA, server; receiving, by the authentication network element , a first authentication identifier of the UE and a second authentication identifier of the UE sent by a session management function, SMF, apparatus , wherein the first authentication identifier of the UE has been authenticated by an authentication server function network element, AUSF; and the second authentication identifier of the UE is an identifier used by the UE to request to access the DN; and verifying, by the authentication network element based on first binding information, whether the first authentication identifier of the UE and the second authentication identifier of the UE satisfy the first binding relationship, to obtain an authentication result, wherein the first binding information comprises first binding relationships of one or more pairs of first authentication identifiers and second authentication identifiers, the first authentication identifier in the first binding information indicates an identifier used for authentication performed by the AUSF, and the second authentication identifier in the first binding information indicates an identifier used for authentication on access of the UE to the DN. receiving, by an authentication network element , a request to access a data network, DN, by a user equipment, UE, the authentication network element is an authentication, authorization, accounting, AAA, server; receiving, by the authentication network element , a first authentication identifier of the UE and a second authentication identifier of the UE sent by a session management function, SMF, apparatus , wherein the first authentication identifier of the UE has been authenticated by an authentication server function network element, AUSF; and the second authentication identifier of the UE is an identifier used by the UE to request to access the DN; and verifying, by the authentication network element based on first binding information, whether the first authentication identifier of the UE and the second authentication identifier of the UE satisfy the first binding relationship, to obtain an authentication result, wherein the first binding information comprises first binding relationships of one or more pairs of first authentication identifiers and second authentication identifiers, the first authentication identifier in the first binding information indicates an identifier used for authentication performed by the AUSF, and the second authentication identifier in the first binding information indicates an identifier used for authentication on access of the UE to the DN.
A cover positionable surrounding an assembly joining pipe elements , said cover comprising: a first cover portion defining a first recess for receiving said assembly, said first cover portion having a first sidewall defining a first channel and a second sidewall defining a second channel , said first and second channels being in communication with said first recess , said first and second channels for receiving said pipe elements ; a second cover portion defining a second recess for receiving said assembly, said second cover portion having a third sidewall defining a third channel and a fourth sidewall defining a fourth channel , said third and fourth channels being in communication with said second recess , said third and fourth channels for receiving said pipe elements ; said first and second cover portions being joined to one another to surround said assembly and said pipe elements at a seam , characterized in thatsaid seam comprising a furrow facing outwardly away from said first and second recesses . a first cover portion defining a first recess for receiving said assembly, said first cover portion having a first sidewall defining a first channel and a second sidewall defining a second channel , said first and second channels being in communication with said first recess , said first and second channels for receiving said pipe elements ; a second cover portion defining a second recess for receiving said assembly, said second cover portion having a third sidewall defining a third channel and a fourth sidewall defining a fourth channel , said third and fourth channels being in communication with said second recess , said third and fourth channels for receiving said pipe elements ; said first and second cover portions being joined to one another to surround said assembly and said pipe elements at a seam ,
A lighting system for a vehicle having a vehicle structure, said lighting system comprising: a headlight housing ; a primary high beam element disposed within the headlight housing for forming a primary high beam light output; a secondary high beam element disposed within the headlight housing for forming a secondary high beam light output, the secondary high beam element being discrete from and vertically aligned with the primary high beam element and comprising a first secondary high beam element and a second secondary high beam element ; a lean angle sensor coupled to the vehicle structure for generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the first secondary high beam element and the second secondary high beam element in response to the lean angle signal. a headlight housing ; a primary high beam element disposed within the headlight housing for forming a primary high beam light output; a secondary high beam element disposed within the headlight housing for forming a secondary high beam light output, the secondary high beam element being discrete from and vertically aligned with the primary high beam element and comprising a first secondary high beam element and a second secondary high beam element ; a lean angle sensor coupled to the vehicle structure for generating a lean angle signal; and a controller coupled to the lean angle sensor for controlling the first secondary high beam element and the second secondary high beam element in response to the lean angle signal.
A cosmetic container, comprising: a container body ; an airless discharge pump installed to the container body ; a piston installed in the container body so that a topmost level of content contained in the container body reaches a content inlet of the airless discharge pump as the piston moves upward along and on an inner wall of the container body with operation of the airless discharge pump; an indicator indicating content amount remaining in the container body in association with rising movement of the piston , a thread fixing portion is installed at a bottom face of the piston ; and a thread is connecting each other the thread fixing portion and the indicator , wherein the indicator operates when the thread is drawn up with the rising movement of the piston , characterized in that the indicator comprises an indicating pointer drawn around by the thread so as to rotate; a winding groove in and along which the thread , coupled to the indicating pointer , is wound; and a torsion spring suppressing the indicating pointer in an elastic manner from movement. a container body ; an airless discharge pump installed to the container body ; a piston installed in the container body so that a topmost level of content contained in the container body reaches a content inlet of the airless discharge pump as the piston moves upward along and on an inner wall of the container body with operation of the airless discharge pump; an indicator indicating content amount remaining in the container body in association with rising movement of the piston , a thread fixing portion is installed at a bottom face of the piston ; and a thread is connecting each other the thread fixing portion and the indicator , wherein the indicator operates when the thread is drawn up with the rising movement of the piston , characterized in that the indicator comprises an indicating pointer drawn around by the thread so as to rotate; a winding groove in and along which the thread , coupled to the indicating pointer , is wound; and a torsion spring suppressing the indicating pointer in an elastic manner from movement.