mhurhangee/patent-ind-claim-en huggingface dataset:
An identity information processing method performed by a database control system, comprising: receiving , by the database control system, registration information sent by a third-party application server, wherein the registration information comprises an Internet Protocol, IP, address of a user equipment, UE, and external identity information of the UE, and the external identity information is allocated by the third-party application server to the UE; sending , by the database control system, the IP address to a target network element; receiving , by the database control system, intra-network identity information of the UE that is returned by the target network element based on the IP address; and establishing , by the database control system, a correspondence between the external identity information and the intra-network identity information; wherein the target network element comprises a packet data network gateway, PGW, and the intra-network identity information comprises an international mobile subscriber identity, IMSI, and/or a mobile subscriber international ISDN number, MSISDN. receiving , by the database control system, registration information sent by a third-party application server, wherein the registration information comprises an Internet Protocol, IP, address of a user equipment, UE, and external identity information of the UE, and the external identity information is allocated by the third-party application server to the UE; sending , by the database control system, the IP address to a target network element; receiving , by the database control system, intra-network identity information of the UE that is returned by the target network element based on the IP address; and establishing , by the database control system, a correspondence between the external identity information and the intra-network identity information; wherein the target network element comprises a packet data network gateway, PGW, and the intra-network identity information comprises an international mobile subscriber identity, IMSI, and/or a mobile subscriber international ISDN number, MSISDN.
A server comprising: a communication unit configured to communicate with: a first social media server ; and a second social media server ; a controller communicatively coupled to the communication unit, the controller configured to: operate a first virtual client for communicating with first clients of the first social media server; operate a second virtual client for communicating with second clients of the second social media server; receive, via the communication unit, a call request to initiate a call between a first given client of the first social media server and a second given client of the second social media server; conduct, via the communication unit, the call between the first given client and the second given client by controlling: the first virtual client to communicate with the given first client via the first social media server ; the second virtual client to communicate with the given second client via the second social media server ; and the first virtual client to communicate with the second virtual client . a communication unit configured to communicate with: a first social media server ; and a second social media server ; a controller communicatively coupled to the communication unit, the controller configured to: operate a first virtual client for communicating with first clients of the first social media server; operate a second virtual client for communicating with second clients of the second social media server; receive, via the communication unit, a call request to initiate a call between a first given client of the first social media server and a second given client of the second social media server; conduct, via the communication unit, the call between the first given client and the second given client by controlling: the first virtual client to communicate with the given first client via the first social media server ; the second virtual client to communicate with the given second client via the second social media server ; and the first virtual client to communicate with the second virtual client . operate a first virtual client for communicating with first clients of the first social media server; operate a second virtual client for communicating with second clients of the second social media server; receive, via the communication unit, a call request to initiate a call between a first given client of the first social media server and a second given client of the second social media server; conduct, via the communication unit, the call between the first given client and the second given client by controlling: the first virtual client to communicate with the given first client via the first social media server ; the second virtual client to communicate with the given second client via the second social media server ; and the first virtual client to communicate with the second virtual client . the first virtual client to communicate with the given first client via the first social media server ; the second virtual client to communicate with the given second client via the second social media server ; and the first virtual client to communicate with the second virtual client .
System having a cylindrical tool shaft of a tool , having a tool receptacle having a receiving opening for clamping the cylindrical tool shaft and having a stop , which is insertable into the receiving opening , for the cylindrical tool shaft having at least two radially external, lateral abutment faces , which are able to be placed against an inner side of the receiving opening, wherein a bending point is located respectively at the lateral ends of the abutment faces of the stop and between the abutment faces of the stop , and the bending points are connected via legs that extend substantially in a straight manner, characterized in that the legs of mutually facing bending points of two adjacent abutment faces , which meet at the bending point located therebetween, enclose an acute angle and the insertable stop behaves in a radially elastic manner.
An array with a plurality of capillaries , in particular for thermophoresis measurements, wherein the capillaries are arranged in the same plane and are mechanically attached to the array , and wherein at least one first free end of each capillary projects from the array in such a way that the free ends of the capillaries may be inserted simultaneously into wells of a microwell plate, wherein stacking elements in the shape of at least one projecting tooth and at least one configured recess are provided at the array , wherein, when the arrays are stacked, the recess engages with the tooth of an adjacent array from the stack. wherein at least one first free end of each capillary projects from the array in such a way that the free ends of the capillaries may be inserted simultaneously into wells of a microwell plate, wherein stacking elements in the shape of at least one projecting tooth and at least one configured recess are provided at the array , wherein, when the arrays are stacked, the recess engages with the tooth of an adjacent array from the stack.
A vehicle occupant restraint device comprising: a three-point seatbelt device comprising a shoulder belt extending from an upper portion on one seat width direction end side of a seatback configuring a vehicle seat on which an occupant (P) sits, toward a buckle at a lower portion on another seat width direction end side; a shoulder belt anchor that is provided for the shoulder belt to pass through at a shoulder opening on the one seat width direction end side of an upper section of the seatback ; and a mover device that moves the shoulder belt anchor toward a top-to-bottom direction lower side of the seatback when the seatback , which is configured to tilt rearward from an upright state, has been tilted rearward by at least a predetermined angle or greater with respect to a vertical direction, wherein the mover device moves the shoulder belt anchor toward the top-to-bottom direction lower side of the seatback coupled to rearward tilting of the seatback , characterized in that the mover device comprises a push-pull wire coupling the shoulder belt anchor to part of a seat cushion provided at the vehicle seat . a three-point seatbelt device comprising a shoulder belt extending from an upper portion on one seat width direction end side of a seatback configuring a vehicle seat on which an occupant (P) sits, toward a buckle at a lower portion on another seat width direction end side; a shoulder belt anchor that is provided for the shoulder belt to pass through at a shoulder opening on the one seat width direction end side of an upper section of the seatback ; and a mover device that moves the shoulder belt anchor toward a top-to-bottom direction lower side of the seatback when the seatback , which is configured to tilt rearward from an upright state, has been tilted rearward by at least a predetermined angle or greater with respect to a vertical direction, wherein the mover device moves the shoulder belt anchor toward the top-to-bottom direction lower side of the seatback coupled to rearward tilting of the seatback , characterized in that the mover device comprises a push-pull wire coupling the shoulder belt anchor to part of a seat cushion provided at the vehicle seat .
Sensor for a thermal flowmeter, said sensor comprising: a sensor pot , wherein the sensor pot has a first longitudinal axis and a lateral surface as well as an open first end and a closed second end with a pot bottom , wherein the first longitudinal axis intersects the first end and the second end, particularly perpendicularly, and wherein a bottom surface of the pot bottom , oriented in the direction of the first end, is essentially planar; and at least a sensor element , wherein the sensor element is arranged in the sensor pot in the area of the pot bottom ; and a solder layer , which is designed to thermally connect the sensor element to the pot bottom , characterized in that the sensor element is positioned in a defined manner in relation to the bottom surface by at least three spacers , wherein the at least three spacers feature a hardened sinter paste, and wherein the at least three spacers define a polygon with a number of corners corresponding to the number of spacers. a sensor pot , wherein the sensor pot has a first longitudinal axis and a lateral surface as well as an open first end and a closed second end with a pot bottom , wherein the first longitudinal axis intersects the first end and the second end, particularly perpendicularly, and wherein a bottom surface of the pot bottom , oriented in the direction of the first end, is essentially planar; and at least a sensor element , wherein the sensor element is arranged in the sensor pot in the area of the pot bottom ; and a solder layer , which is designed to thermally connect the sensor element to the pot bottom , characterized in that the sensor element is positioned in a defined manner in relation to the bottom surface by at least three spacers , wherein the at least three spacers feature a hardened sinter paste, and wherein the at least three spacers define a polygon with a number of corners corresponding to the number of spacers.
A perspiration simulator , characterized by comprising: a porous plate provided horizontally and allowing vapor to pass through; a uniform heat block fixed in contact with an underside of the porous plate and comprising one or more open top cavities of which the area in cross-section parallel to the underside of the porous plate changes in a vertical direction; a heating device heating the uniform heat block ; and a first water supply device supplying water to the cavities and controlling a water level in the cavities . a porous plate provided horizontally and allowing vapor to pass through; a uniform heat block fixed in contact with an underside of the porous plate and comprising one or more open top cavities of which the area in cross-section parallel to the underside of the porous plate changes in a vertical direction; a heating device heating the uniform heat block ; and a first water supply device supplying water to the cavities and controlling a water level in the cavities .
A method for a home subscriber server comprising receiving provisioning from a provisioning server , wherein said provisioning comprising at least an internet protocol multimedia public identity and a pre-defined range of internet protocol multimedia private identity associated with the internet protocol multimedia public identity, wherein an explicit amount of the internet protocol multimedia private identity within the pre-defined range is not provisioned, receiving a request comprising a first internet protocol multimedia public identity and its associated internet protocol multimedia private identity from an interrogating/serving-call session control function , determining the first internet protocol multimedia public identity already exists in the home subscriber server , determining the received internet protocol multimedia private identity is not identical to any internet protocol multimedia private identity already provisioned and corresponding to a user that already exists in the home subscriber server , determining the received internet protocol multimedia private identity is not identical to any internet protocol multimedia private identity in a temporary profile, determining the received internet protocol multimedia private identity is within a pre-defined range of internet protocol multimedia private identity associated with the first internet protocol multimedia public identity, creating a temporary internet protocol multimedia private identity identical to the received internet protocol multimedia private identity and a temporary profile for the received internet protocol multimedia private identity.
A vertical industry user system, comprising a service provider device and a core network element, wherein the core network element is configured to: obtain a distribution instruction; and according to the distribution instruction, configure a core network identification number for the core network element, distribute a provider identification number to the service provider device; and the service provider device is configured to receive the provider identification number, wherein the core network identification number comprises first service parameter information, wherein the provider identification number comprises second service parameter information, further comprising a base station, wherein the core network element is configured to: distribute a base station identification number to the base station; and the base station is configured to receive the base station identification number, wherein the base station identification number comprises third service parameter information., further comprising a terminal, wherein the terminal is configured to receive a terminal identification number distributed by the service provider device, wherein the terminal identification number comprises fourth service parameter information, and characterized in that the core network identification number further comprises at least a first time parameter; the provider identification number further comprises at least a second time parameter; the base station identification number further comprises at least a third time parameter; and the terminal identification number further comprises at least a fourth time parameter.
A metal fitting for a toeboard of a scaffolding, comprising a metal fitting body extending in a longitudinal direction of the metal fitting body (L K ) from a first end region of the metal fitting body designed for connection to a toeboard and/or connected to a toeboard to a second end region of the metal fitting body designed for securing on a scaffolding , wherein at least one securing protrusion is provided in the second end region of the metal fitting body extending substantially in the longitudinal direction of the metal fitting body (L K ), wherein at least one support protrusion is provided extending in a first transverse direction (Q 1 ) transverse to the longitudinal direction (L K ) of the metal fitting body, wherein the at least one securing protrusion is offset in the first transverse direction (Q 1 ) relative to a metal fitting body base plane (E) of the metal fitting body and the metal fitting body has an offset region projecting substantially in the first transverse direction (Q 1 ) out of the base plane of the metal fitting body (E) and supporting the at least one securing protrusion , characterized in that the support projection extends in the first transverse direction (Q 1 ) past the at least one securing protrusion .
A method for authenticating users of mobile communication devices through mobility traces, comprising the following steps: - recording one or more interactions of a user with at least one network element through a mobile device of the user subscribed in a network service provider ; - recording, by the at least one network element a unique identifier of the mobile device , a unique identifier of the user, a unique identifier of the network element and a timestamp (T) associated with the recorded interactions , wherein the recorded interactions are turning on/off the mobile device , making/receiving a call in the mobile device , location change of the network element , technology change of the mobile communication, request to data access via the mobile communication technology, SMS sending/receiving, or network ping exchange for alive confirmation; - by using all the data recorded in the previous steps, computing a network interaction track, NIT, by the network service provider ; - by using the computed NIT, obtaining at the network service provider an authentication result indicating either a success or a failure of the user authentication; and - sending an authentication status check request to the network service provider from a third-party service provider to which the user is asking access through the mobile device , the authentication status check request comprising the user identifier and the timestamp (T) for which the authentication status is requested to be checked, and sending the authentication result from the network service provider to the third-party service provider . - recording one or more interactions of a user with at least one network element through a mobile device of the user subscribed in a network service provider ; - recording, by the at least one network element a unique identifier of the mobile device , a unique identifier of the user, a unique identifier of the network element and a timestamp (T) associated with the recorded interactions , wherein the recorded interactions are turning on/off the mobile device , making/receiving a call in the mobile device , location change of the network element , technology change of the mobile communication, request to data access via the mobile communication technology, SMS sending/receiving, or network ping exchange for alive confirmation; - by using all the data recorded in the previous steps, computing a network interaction track, NIT, by the network service provider ; - by using the computed NIT, obtaining at the network service provider an authentication result indicating either a success or a failure of the user authentication; and - sending an authentication status check request to the network service provider from a third-party service provider to which the user is asking access through the mobile device , the authentication status check request comprising the user identifier and the timestamp (T) for which the authentication status is requested to be checked, and sending the authentication result from the network service provider to the third-party service provider .
Rope handling system for handling of synthetic rope, comprising: - a synthetic rope comprising at least a first rope section and second rope section interconnected by a first connector ; and - a rope storage device comprising: ∘ a first rope reel , having a horizontal spooling axle , onto which at least the length of the first rope section is spooled, and ∘ a level winding mechanism extending across the horizontal spooling axle of the first rope reel to spool in and/ or spool out rope, characterized in that the rope storage device further comprises ∘ a second rope reel , adjacent and spaced from the first rope reel , onto which at least the length of the second rope section is spooled, ∘ a connector storage space provided between the first and second rope reels, into which the first connector is housed. - a synthetic rope comprising at least a first rope section and second rope section interconnected by a first connector ; and - a rope storage device comprising: ∘ a first rope reel , having a horizontal spooling axle , onto which at least the length of the first rope section is spooled, and ∘ a level winding mechanism extending across the horizontal spooling axle of the first rope reel to spool in and/ or spool out rope, characterized in that the rope storage device further comprises ∘ a second rope reel , adjacent and spaced from the first rope reel , onto which at least the length of the second rope section is spooled, ∘ a connector storage space provided between the first and second rope reels, into which the first connector is housed. ∘ a first rope reel , having a horizontal spooling axle , onto which at least the length of the first rope section is spooled, and ∘ a level winding mechanism extending across the horizontal spooling axle of the first rope reel to spool in and/ or spool out rope, characterized in that the rope storage device further comprises ∘ a second rope reel , adjacent and spaced from the first rope reel , onto which at least the length of the second rope section is spooled, ∘ a connector storage space provided between the first and second rope reels, into which the first connector is housed.
Process for preparing metal-containing films comprising (a) depositing a metal-containing compound from the gaseous state onto a solid substrate and (b) bringing the solid substrate with the deposited metal-containing compound in contact with a compound of general formula (I) wherein Z is a C 2 -C 4 alkylene group, and R is an alkyl group, an alkenyl group, an aryl group, or a silyl group. (a) depositing a metal-containing compound from the gaseous state onto a solid substrate and (b) bringing the solid substrate with the deposited metal-containing compound in contact with a compound of general formula (I) wherein Z is a C 2 -C 4 alkylene group, and R is an alkyl group, an alkenyl group, an aryl group, or a silyl group. wherein Z is a C 2 -C 4 alkylene group, and R is an alkyl group, an alkenyl group, an aryl group, or a silyl group.