mhurhangee/patent-ind-claim-en huggingface dataset:
A method by a core network node of a core network of a wireless communication system for authenticating a user equipment, UE, to the core network, comprising: receiving a first authentication request to authenticate the UE to the core network; transmitting an identifier associated with the UE to a second core network node in response to receiving the first authentication request; receiving a message from a second core network node instructing the core network node to transmit the authentication request to an external authentication entity; determining that the UE should be authenticated by the external authentication entity that is external to the wireless communication system; transmitting a second authentication request to the external authentication entity, the second authentication request identifying the UE; receiving an authentication response from the external authentication entity verifying authenticity of the UE, the authentication response including a master key; and deriving a first key for securing communications with the UE from the master key. receiving a first authentication request to authenticate the UE to the core network; transmitting an identifier associated with the UE to a second core network node in response to receiving the first authentication request; receiving a message from a second core network node instructing the core network node to transmit the authentication request to an external authentication entity; determining that the UE should be authenticated by the external authentication entity that is external to the wireless communication system; transmitting a second authentication request to the external authentication entity, the second authentication request identifying the UE; receiving an authentication response from the external authentication entity verifying authenticity of the UE, the authentication response including a master key; and deriving a first key for securing communications with the UE from the master key.
Method for straightening hair, comprising the steps of: - heating a plate for hair to a working temperature (T) ; - applying to the hair a gas flow that changes the gas environment around the hair; - simultaneously passing the plate slowly over one lock at a time carrying out a plurality of passages; characterized in that the gas environment around the hair during the passage of the plate is enriched with hydrogen by a gas flow generator comprising a hydrogen generator . - heating a plate for hair to a working temperature (T) ; - applying to the hair a gas flow that changes the gas environment around the hair; - simultaneously passing the plate slowly over one lock at a time carrying out a plurality of passages; characterized in that the gas environment around the hair during the passage of the plate is enriched with hydrogen by a gas flow generator comprising a hydrogen generator .
Heat exchanger element for forming a first substance chamber of a heat exchanger for indirect heat transfer, - with a casing tube , - with a layer tube , running inside the casing tube , for introducing a layer of a medium into the intermediate space between the layer tube and the casing tube , which intermediate space forms the first substance chamber of the heat exchanger , and - with a descending tube , running inside the layer tube , for feeding the medium into the layer tube . - with a casing tube , - with a layer tube , running inside the casing tube , for introducing a layer of a medium into the intermediate space between the layer tube and the casing tube , which intermediate space forms the first substance chamber of the heat exchanger , and - with a descending tube , running inside the layer tube , for feeding the medium into the layer tube .
Head-up display system comprising a housing, a combiner to display information in an operating position (O) and a cover to protect the combiner , wherein the combiner is movable between the operating position (O) and a storage position (S) and wherein the cover is movable between an open position (P) and a closed position (C) to protect the combiner in its storage position (S) with the cover in its closed position wherein the head-up display system comprises a drive mechanism to move the cover between its open position (P) and its closed position (C), which drive mechanism comprises a main lever and a support lever that is pivoted with a moving end to the main lever and with a fixed end to the housing, wherein the main lever is pivoted with a cover end to the cover and with a driver end to a rotational drive mechanism to drive an essentially linear movement of the cover end of the main lever during the movement of the cover between its open position (P) and its closed position (C), characterized in that the cover is only connected with the cover end of the main lever to the drive mechanism , and wherein the main lever and the support lever of the drive mechanism are essentially in a parallel plane to the cover in its open position (P) and its closed position (C).
A flow energy installation, in particular encased wind turbine, having an annular casing , which defines a longitudinal axis and which is at least approximately rotationally symmetrical in relation to the longitudinal axis , and which has the cross-section of an airfoil profile , and the radially inner upper side of which delimits a flow channel for a fluid, having an annular guide element , which is at least approximately rotationally symmetrical in relation to the longitudinal axis , and the greatest external diameter of which is less than the least inside width of the flow channel , and the guide-element leading edge of which is arranged upstream from the leading edge of the casing in the direction of flow (S) of the fluid, and the guide-element trailing edge of which is arranged upstream from the least inside width of the flow channel , and having a propeller , which is arranged in the flow channel , is rotatable about the longitudinal axis and is impinged on by the fluid, for the purpose of driving an electrical generator , characterized in that the guide-element trailing edge is arranged downstream from the leading edge and the propeller , as viewed in the direction of flow (S), is located at least approximately at the guide-element trailing edge .
A security check system for identifying objects of interest from multiple objects without physical tag, comprising: an object-of-interest determining device for determining whether an object is an object of interest based on X-ray scanned images of the object which are acquired through X-ray scanning; an image mark applying device for acquiring images related to selected objects among the multiple objects through a first camera after the object-of-interest determining device has determined whether the object is the object of interest and recording image marks of the selected objects from the images acquired by the first camera, wherein the image mark is an image feature of the object and an image feature of a person carrying the object; and a mark detecting device for acquiring images through a second camera after the image mark applying device acquires the images related to the selected objects and detecting the image marks from the images acquired by the second camera, wherein the security check system is configured to identify whether the object is the object of interest based on the detection of the mark detecting device and to provide a warning accordingly. an object-of-interest determining device for determining whether an object is an object of interest based on X-ray scanned images of the object which are acquired through X-ray scanning; an image mark applying device for acquiring images related to selected objects among the multiple objects through a first camera after the object-of-interest determining device has determined whether the object is the object of interest and recording image marks of the selected objects from the images acquired by the first camera, wherein the image mark is an image feature of the object and an image feature of a person carrying the object; and a mark detecting device for acquiring images through a second camera after the image mark applying device acquires the images related to the selected objects and detecting the image marks from the images acquired by the second camera, wherein the security check system is configured to identify whether the object is the object of interest based on the detection of the mark detecting device and to provide a warning accordingly.
Apparatus for interfacing with a touchscreen coupled to a monitor of an electronic device, comprising: an overlay adapted to mount over the touchscreen of the electronic device, said overlay being formed of an electrically non-conductive material with a number of openings ; an electrically conductive plate mounted to said overlay , said electrically conductive plate being formed with said openings ; a number of tactile actuators each mounted to said overlay and coupled to said electrically conductive plate at one of said openings , each of said tactile actuators having a first end which projects outwardly from said overlay in position to be manipulated by a user of the apparatus and a second end which mounts at least one conductive pad , said at least one conductive pad of each tactile actuator being movable into engagement and disengagement with the surface of the touchscreen , or being in continuous engagement with and movable along the surface of the touchscreen , in response to manipulation of said first end of a respective tactile actuator by the user of the apparatus; a controller coupled to the touchscreen and to the monitor of the electronic device, said controller being effective to monitor the position of said conductive pads of said tactile actuators relative to the surface of the touchscreen of the electronic device and to control one or more of graphic images and text displayed on the monitor of the electronic device dependent on said position of said conductive pads on the surface of the touchscreen . an overlay adapted to mount over the touchscreen of the electronic device, said overlay being formed of an electrically non-conductive material with a number of openings ; an electrically conductive plate mounted to said overlay , said electrically conductive plate being formed with said openings ; a number of tactile actuators each mounted to said overlay and coupled to said electrically conductive plate at one of said openings , each of said tactile actuators having a first end which projects outwardly from said overlay in position to be manipulated by a user of the apparatus and a second end which mounts at least one conductive pad , said at least one conductive pad of each tactile actuator being movable into engagement and disengagement with the surface of the touchscreen , or being in continuous engagement with and movable along the surface of the touchscreen , in response to manipulation of said first end of a respective tactile actuator by the user of the apparatus; a controller coupled to the touchscreen and to the monitor of the electronic device, said controller being effective to monitor the position of said conductive pads of said tactile actuators relative to the surface of the touchscreen of the electronic device and to control one or more of graphic images and text displayed on the monitor of the electronic device dependent on said position of said conductive pads on the surface of the touchscreen .
A communication system comprising: a portable terminal ; a mobility management device for managing mobility of the portable terminal ; a first gateway for connecting the portable terminal to a first network; and a second gateway for connecting the portable terminal to a second network, wherein the mobility management device is configured to determine whether to connect the portable terminal to the first network via the first gateway or connect the portable terminal to the second network via the second gateway based on a location of the portable terminal , to transmit first contract information to the portable terminal to cause the portable terminal to use the first contract information for connection to the first network via the first gateway in case of determining to connect the portable terminal to the first network, and to transmit second contract information to the portable terminal to cause the portable terminal to use the second contract information for connection to the second network via the second gateway in case of determining to connect the portable terminal to the second network.
Method for managing a lane change of a vehicle equipped with an automated driving system , hereinafter host vehicle , the method comprising the following steps: - determining whether the gap between a first vehicle, or front vehicle , traveling on an adjacent lane, called the target lane , and a second vehicle, or rear vehicle , traveling on the target lane, is sufficient for insertion of the host vehicle under nominal conditions; - if the gap between the front vehicle and the rear vehicle is not sufficient for insertion of the host vehicle under nominal conditions, and if the risk of collision with the rear vehicle is estimated to be significantly higher than the risk of collision with the vehicle in front , changing lanes from the host vehicle to the target lane, by temporarily lowering a set value by a minimum safety gap vis-à-vis the front vehicle from a nominal value to a low value; - when the host vehicle is on the target lane and inserted between the front vehicle and the rear vehicle , gradually increasing the set value of the minimum safety gap with respect to the front vehicle up to its nominal value. - determining whether the gap between a first vehicle, or front vehicle , traveling on an adjacent lane, called the target lane , and a second vehicle, or rear vehicle , traveling on the target lane, is sufficient for insertion of the host vehicle under nominal conditions; - if the gap between the front vehicle and the rear vehicle is not sufficient for insertion of the host vehicle under nominal conditions, and if the risk of collision with the rear vehicle is estimated to be significantly higher than the risk of collision with the vehicle in front , changing lanes from the host vehicle to the target lane, by temporarily lowering a set value by a minimum safety gap vis-à-vis the front vehicle from a nominal value to a low value; - when the host vehicle is on the target lane and inserted between the front vehicle and the rear vehicle , gradually increasing the set value of the minimum safety gap with respect to the front vehicle up to its nominal value.
Interferometer element for use in a spectrometer , with the interferometer element having the following feature: - a micromechanical Fabry-Pérot filter element (FPI1, FPI2), which has at least a first mirror element , a second mirror element , and a third mirror element , which are arranged in series in an optical path of the interferometer element , and with a first distance between the first and second mirror elements and a second distance between the second and third mirror elements being modifiable, a resonator cavity of a first Fabry-Pérot interferometer (FPI1) being formed between the first mirror element and the second mirror element , and a resonator cavity of a second Fabry-Pérot interferometer (FPI2) being formed between the second mirror element and the third mirror element , - a control unit for electrically controlling a modification of the first and second distances, characterized in that the control unit is embodied and configured to modify, with a jointly applied voltage and/or a jointly applied current for changing the first and second distances , the first distance by a distance value other than the second distance . - a micromechanical Fabry-Pérot filter element (FPI1, FPI2), which has at least a first mirror element , a second mirror element , and a third mirror element , which are arranged in series in an optical path of the interferometer element , and with a first distance between the first and second mirror elements and a second distance between the second and third mirror elements being modifiable, a resonator cavity of a first Fabry-Pérot interferometer (FPI1) being formed between the first mirror element and the second mirror element , and a resonator cavity of a second Fabry-Pérot interferometer (FPI2) being formed between the second mirror element and the third mirror element , - a control unit for electrically controlling a modification of the first and second distances,
A molten vitrified material control system comprising the following: a melt chamber configured to contain a molten vitrified material during operation of the control system; a siphon valve configured to facilitate a flow of the molten vitrified material out of said melt chamber, said siphon valve comprising the following: a plate ; and an outlet dam , wherein said outlet dam and said plate together define a melt pool ; and a vacuum-generation system configured to controllably deliver a vacuum to the molten vitrified material in said melt chamber and to thereby regulate a flow of the molten vitrified material from said melt chamber and into the melt pool. a melt chamber configured to contain a molten vitrified material during operation of the control system; a siphon valve configured to facilitate a flow of the molten vitrified material out of said melt chamber, said siphon valve comprising the following: a plate ; and an outlet dam , wherein said outlet dam and said plate together define a melt pool ; and a plate ; and an outlet dam , wherein said outlet dam and said plate together define a melt pool ; and a vacuum-generation system configured to controllably deliver a vacuum to the molten vitrified material in said melt chamber and to thereby regulate a flow of the molten vitrified material from said melt chamber and into the melt pool.
A method for testing an application, when the application is tested, the method comprises: providing, by a test client, a link address of a webpage file to the tested application, wherein the test client is a test client device or a test client application, the tested application is a browser or an application with a built-in browser component, the webpage file comprises codes for simulating a malicious attack, when the tested application loads the webpage file according to the link address, the tested application executes the codes comprised in the webpage file to read content of a private file in a private directory of the tested application in a local terminal device where the tested application is located; when the tested application successfully reads the content of the private file, the tested application transmits a message carrying the content of the private file to a test server through the local terminal device, wherein the test server determines whether the tested application has a security loophole according to the message transmitted by the tested application; wherein when the tested application loads the webpage file according to the link address, the tested application displays a preconfigured webpage and postpones a response for a predefined period of time through executing the codes, and when the predefined period of time expires, the tested application reads the content of the private file according to the private directory address in the webpage file. providing, by a test client, a link address of a webpage file to the tested application, wherein the test client is a test client device or a test client application, the tested application is a browser or an application with a built-in browser component, the webpage file comprises codes for simulating a malicious attack, when the tested application loads the webpage file according to the link address, the tested application executes the codes comprised in the webpage file to read content of a private file in a private directory of the tested application in a local terminal device where the tested application is located; when the tested application successfully reads the content of the private file, the tested application transmits a message carrying the content of the private file to a test server through the local terminal device, wherein the test server determines whether the tested application has a security loophole according to the message transmitted by the tested application; wherein when the tested application loads the webpage file according to the link address, the tested application displays a preconfigured webpage and postpones a response for a predefined period of time through executing the codes, and when the predefined period of time expires, the tested application reads the content of the private file according to the private directory address in the webpage file.
A control device of an automatic transmission that controls the automatic transmission including a friction engagement element capable of continuously changing a transmission torque, the control device comprising: a first heat load estimation means configured to estimate a heat load state in the friction engagement element based on an indication value of the transmission torque based on the friction engagement element target engagement capacity according to at least an accelerator opening, characterized by comprising an estimation stop means configured to stop the estimation of the heat load state based on a difference state where the indication value of the transmission torque differs from an estimated value of the transmission torque actually transmitted by the friction engagement element . a first heat load estimation means configured to estimate a heat load state in the friction engagement element based on an indication value of the transmission torque based on the friction engagement element target engagement capacity according to at least an accelerator opening, characterized by comprising an estimation stop means configured to stop the estimation of the heat load state based on a difference state where the indication value of the transmission torque differs from an estimated value of the transmission torque actually transmitted by the friction engagement element .
A vehicle barrier apparatus for receiving an impact from an oncoming vehicle and for placement adjacent to a kerb or adjacent to two opposing kerbs therebetween, comprising: one or more barrier members ; one or more support members adapted for ground engagement by placement upon a ground or floor surface , and at least one of which includes at least one said barrier member; a kerb-abutment member connected to at least one support member and extending laterally rearward of the one or more barrier members and one or more support members in a direction opposite to a side of the vehicle barrier apparatus that is intended to receive the impact from the oncoming vehicle, the kerb-abutment member being adapted for placement alongside the kerb adjacent to a part of said ground or floor surface other than that over which the at least one support member extends in placement thereupon, the kerb-abutment member configured to be urged against the kerb by the impact to prevent rotation of the support member to which the kerb abutment member is connected. one or more barrier members ; one or more support members adapted for ground engagement by placement upon a ground or floor surface , and at least one of which includes at least one said barrier member; a kerb-abutment member connected to at least one support member and extending laterally rearward of the one or more barrier members and one or more support members in a direction opposite to a side of the vehicle barrier apparatus that is intended to receive the impact from the oncoming vehicle, the kerb-abutment member being adapted for placement alongside the kerb adjacent to a part of said ground or floor surface other than that over which the at least one support member extends in placement thereupon, the kerb-abutment member configured to be urged against the kerb by the impact to prevent rotation of the support member to which the kerb abutment member is connected.