mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a relay-proxy device, wherein the relay-proxy device has a first interface for receiving encrypted traffic flows being communicated over a connection between a first node and a second node via the relay-proxy device, and a second interface for forwarding received encrypted parts of the received encrypted traffic flows, and wherein the relay-proxy device is configured with at least one key, the method comprising: receiving a traffic flow in an encrypted transport protocol on the first interface, the traffic flow comprising an encrypted first part and an encrypted second part; decrypting the first part of the traffic flow with the at least one key, wherein the second part of the traffic flow cannot be decrypted with the at least one key; performing a management function in respect of a received traffic flow based on a content of the decrypted first part of the traffic flow; and forwarding at least the encrypted second part of the received traffic flow to the second interface for onward communication according to the connection. receiving a traffic flow in an encrypted transport protocol on the first interface, the traffic flow comprising an encrypted first part and an encrypted second part; decrypting the first part of the traffic flow with the at least one key, wherein the second part of the traffic flow cannot be decrypted with the at least one key; performing a management function in respect of a received traffic flow based on a content of the decrypted first part of the traffic flow; and forwarding at least the encrypted second part of the received traffic flow to the second interface for onward communication according to the connection.
A bag system , comprising: a. a main bag , including a front side , wherein: i. a slit is disposed along the front side; and ii. a buckle is coupled to an interior surface of the front side; and b. a supplemental bag , removably coupled to the main bag, and including a connector , wherein: i. the connector is disposed along a back side of the supplemental bag; and ii. the connector is disposed through the slit and removably coupled to the buckle, the connector and the buckle thereby comprising a latch assembly , characterized in that a profile of the connector is U-shaped. a. a main bag , including a front side , wherein: i. a slit is disposed along the front side; and ii. a buckle is coupled to an interior surface of the front side; and i. a slit is disposed along the front side; and ii. a buckle is coupled to an interior surface of the front side; and b. a supplemental bag , removably coupled to the main bag, and including a connector , wherein: i. the connector is disposed along a back side of the supplemental bag; and ii. the connector is disposed through the slit and removably coupled to the buckle, the connector and the buckle thereby comprising a latch assembly , characterized in that a profile of the connector is U-shaped. i. the connector is disposed along a back side of the supplemental bag; and ii. the connector is disposed through the slit and removably coupled to the buckle, the connector and the buckle thereby comprising a latch assembly , characterized in that a profile of the connector is U-shaped.
A network switching method, wherein the method comprises: transmitting (S101), by an electronic device, data by using a wireless local area network; when a data transmission delay of the wireless local area network is greater than a first threshold, switching, by the electronic device, to transmitting (S102) data by using both the wireless local area network and a mobile network; and when the electronic device transmits data by using both the wireless local area network and the mobile network, if the data transmission delay of the wireless local area network is greater than a second threshold, and a data transmission delay of the mobile network is less than the second threshold, switching, by the electronic device, to transmitting (S103) data by using the mobile network, wherein the first threshold is less than the second threshold. transmitting (S101), by an electronic device, data by using a wireless local area network; when a data transmission delay of the wireless local area network is greater than a first threshold, switching, by the electronic device, to transmitting (S102) data by using both the wireless local area network and a mobile network; and when the electronic device transmits data by using both the wireless local area network and the mobile network, if the data transmission delay of the wireless local area network is greater than a second threshold, and a data transmission delay of the mobile network is less than the second threshold, switching, by the electronic device, to transmitting (S103) data by using the mobile network, wherein the first threshold is less than the second threshold.
A method performed by an Application Server , AS, of registering a non-Subscriber Identity Module, SIM, mobile terminal with a wireless network , the method comprising: receiving (S101) a request for registration of the non-SIM mobile terminal , the non-SIM mobile terminal being associated with a trusted SIM mobile terminal by means of an identifier of the non-SIM mobile terminal, the trusted SIM mobile terminal previously having registered the association with the non-SIM mobile terminal at the Application Server using said identifier; issuing (S102) a virtual International Mobile Station Equipment Identity, vIMEI, for the non-SIM mobile terminal based on the association with the trusted SIM mobile terminal ; providing (S103) an Equipment Identity Register , EIR, with the vIMEI; providing (S104) a certificate issuing entity in the network with the vIMEI; receiving (S105), from the certificate issuing entity , a certificate issued based on the vIMEI; and providing (S106) the non-SIM mobile terminal with the issued certificate. receiving (S101) a request for registration of the non-SIM mobile terminal , the non-SIM mobile terminal being associated with a trusted SIM mobile terminal by means of an identifier of the non-SIM mobile terminal, the trusted SIM mobile terminal previously having registered the association with the non-SIM mobile terminal at the Application Server using said identifier; issuing (S102) a virtual International Mobile Station Equipment Identity, vIMEI, for the non-SIM mobile terminal based on the association with the trusted SIM mobile terminal ; providing (S103) an Equipment Identity Register , EIR, with the vIMEI; providing (S104) a certificate issuing entity in the network with the vIMEI; receiving (S105), from the certificate issuing entity , a certificate issued based on the vIMEI; and providing (S106) the non-SIM mobile terminal with the issued certificate.
An aircraft gas turbine engine aircraft gas turbine engine comprising: a main engine shaft ; a main engine shaft bearing arrangement configured to rotatably support the main engine shaft ; and an electric machine comprising a rotor and a stator ; wherein the rotor is mounted to the main engine shaft and is rotatably supported by a further electric machine bearing arrangement extending between the rotor and the stator , the stator is mounted to a static structure of the gas turbine engine by a mount member extending generally rearward or forward from the gas turbine engine static structure to the electric machine stator , and the stator is cantilevered from the static structure , wherein the main engine shaft comprises a radially inner portion joined to a radially outer portion separated by an annular space , and the electric machine rotor is mounted to the radially outer portion of the main engine shaft , the radially outer portion comprising a flexible bellows arrangement (182a-c) configured to permit movement between the radially inner and radially outer main engine shaft portions in use, the flexible bellows arrangement (182a-c) comprising a lower stiffness relative to the stator mount member . a main engine shaft ; a main engine shaft bearing arrangement configured to rotatably support the main engine shaft ; and an electric machine comprising a rotor and a stator ; wherein the rotor is mounted to the main engine shaft and is rotatably supported by a further electric machine bearing arrangement extending between the rotor and the stator , the stator is mounted to a static structure of the gas turbine engine by a mount member extending generally rearward or forward from the gas turbine engine static structure to the electric machine stator , and the stator is cantilevered from the static structure , wherein the main engine shaft comprises a radially inner portion joined to a radially outer portion separated by an annular space , and the electric machine rotor is mounted to the radially outer portion of the main engine shaft , the radially outer portion comprising a flexible bellows arrangement (182a-c) configured to permit movement between the radially inner and radially outer main engine shaft portions in use, the flexible bellows arrangement (182a-c) comprising a lower stiffness relative to the stator mount member .
A pharmaceutical composition comprising Weissella cibaria WIKIM28 (Accession No. KCCM11879P) or its culture as an active ingredient for use in the prevention or treatment of colorectal cancer.
A method for scanning a graphic medium scan target, the method comprising the steps of: taking an image of the scan target over an exposure duration, and actuating a light source to, upon actuation, illuminate the scan target for an illumination duration, including deactivating the illumination of the scan target upon an expiration of the illumination duration, the illumination duration being brief relative to the exposure duration, and wherein the illumination duration ends during the exposure duration; running an Automatic Exposure Control algorithm to adjust the exposure duration, or adjusting the exposure duration using values stored in firmware, and, using the adjusted exposure duration, repeating the image taking, the light source actuating and deactivating , and the adjusting according to the Automatic Exposure Control algorithm or the values stored in firmware. taking an image of the scan target over an exposure duration, and actuating a light source to, upon actuation, illuminate the scan target for an illumination duration, including deactivating the illumination of the scan target upon an expiration of the illumination duration, the illumination duration being brief relative to the exposure duration, and wherein the illumination duration ends during the exposure duration; running an Automatic Exposure Control algorithm to adjust the exposure duration, or adjusting the exposure duration using values stored in firmware, and, using the adjusted exposure duration, repeating the image taking, the light source actuating and deactivating , and the adjusting according to the Automatic Exposure Control algorithm or the values stored in firmware.
Gas block for a self-loading weapon having: an assembly portion for fastening the gas block to a gun barrel , a gas cylinder which can be connected to a barrel bore in the gun barrel via a gas port , a gas piston arranged in the gas cylinder in a longitudinally displaceable manner for driving a gas pressure reloading mechanism, wherein a terminating element can be detachably coupled with the end of the gas cylinder facing the gun shaft, which terminating element has a port for the gas piston , characterized in that a fastening device (57, 58a,b) is provided as a closure portion on the outer circumference of the gas cylinder at its end facing the shaft, and the terminating element encloses in its inside a matching closure portion (85a,b, 87a,b), wherein the closure portions (57, 58a,b; 85a,b, 87a,b) are configured as a bayonet catch, and a gas piston lug which can be mounted in an at least partially longitudinally displaceable manner within a cylindrical, in particular multi-part gas port in the gas block is provided at the end of the gas piston on the muzzle side. an assembly portion for fastening the gas block to a gun barrel , a gas cylinder which can be connected to a barrel bore in the gun barrel via a gas port , a gas piston arranged in the gas cylinder in a longitudinally displaceable manner for driving a gas pressure reloading mechanism, wherein a terminating element can be detachably coupled with the end of the gas cylinder facing the gun shaft, which terminating element has a port for the gas piston , characterized in that a fastening device (57, 58a,b) is provided as a closure portion on the outer circumference of the gas cylinder at its end facing the shaft, and the terminating element encloses in its inside a matching closure portion (85a,b, 87a,b), wherein the closure portions (57, 58a,b; 85a,b, 87a,b) are configured as a bayonet catch, and a gas piston lug which can be mounted in an at least partially longitudinally displaceable manner within a cylindrical, in particular multi-part gas port in the gas block is provided at the end of the gas piston on the muzzle side.
A control device for receiving from a source synchronous interface having a data bus and a source clock, the control device comprising: a data path comprising a data delay unit coupled to a data input of a sampling circuit; a clock path comprising a clock delay unit coupled to a clock input of the sampling circuit; a multiplexing circuit operable to selectively couple a reference clock or the data bus to an input of the data delay unit, and selectively couple the reference clock or the source clock to an input of the clock delay unit; and a calibration unit coupled to a data output of the sampling circuit, the calibration unit operable to adjust delay values of the data delay unit and the clock delay unit based on the data output of the sampling circuit to establish and maintain a relative delay between the data path and the clock path. a data path comprising a data delay unit coupled to a data input of a sampling circuit; a clock path comprising a clock delay unit coupled to a clock input of the sampling circuit; a multiplexing circuit operable to selectively couple a reference clock or the data bus to an input of the data delay unit, and selectively couple the reference clock or the source clock to an input of the clock delay unit; and a calibration unit coupled to a data output of the sampling circuit, the calibration unit operable to adjust delay values of the data delay unit and the clock delay unit based on the data output of the sampling circuit to establish and maintain a relative delay between the data path and the clock path.
A communication apparatus using a carrier configuration which includes no region for mapping a physical downlink control channel PDCCH and in which an enhanced physical downlink control channel EPDCCH is mapped in a data region, the communication apparatus comprising: circuitry , which, in operation, generates allocation information indicating one or more resources which form a search space, for onto which the EPDCCH is mapped, using a physical HARQ indicator channel, PHICH, Config and spare region in a master information block ,MIB; and a transmitter , which, in operation, transmits the allocation information and the EPDCCH mapped on a search space to a terminal. circuitry , which, in operation, generates allocation information indicating one or more resources which form a search space, for onto which the EPDCCH is mapped, using a physical HARQ indicator channel, PHICH, Config and spare region in a master information block ,MIB; and a transmitter , which, in operation, transmits the allocation information and the EPDCCH mapped on a search space to a terminal.
A computing device (120; 120-1, 120-2, 120-M) comprising: a processor ; and machine readable instructions, stored on a tangible machine readable medium, when executed by the processor , configure the processor to: collect, during a predetermined time period, responses received from a domain name server (130; 130-N) to queries sent to the domain name server by the computing device (120; 120-1, 120-2, 120-M), the responses including internet protocol (IP) addresses; characterised in configuring the processor to: collect IP addresses accessed by the computing device (120; 120-1, 120-2, 120-M) during the predetermined time period; compare the IP addresses received by the computing device (120; 120-1, 120-2, 120-M) in the responses from the domain name server (130; 130-N) to the IP addresses accessed by the computing device (120; 120-1, 120-2, 120-M); and detect domain name server tunneling based on the comparison. a processor ; and machine readable instructions, stored on a tangible machine readable medium, when executed by the processor , configure the processor to: collect, during a predetermined time period, responses received from a domain name server (130; 130-N) to queries sent to the domain name server by the computing device (120; 120-1, 120-2, 120-M), the responses including internet protocol (IP) addresses; characterised in configuring the processor to: collect IP addresses accessed by the computing device (120; 120-1, 120-2, 120-M) during the predetermined time period; compare the IP addresses received by the computing device (120; 120-1, 120-2, 120-M) in the responses from the domain name server (130; 130-N) to the IP addresses accessed by the computing device (120; 120-1, 120-2, 120-M); and detect domain name server tunneling based on the comparison. collect, during a predetermined time period, responses received from a domain name server (130; 130-N) to queries sent to the domain name server by the computing device (120; 120-1, 120-2, 120-M), the responses including internet protocol (IP) addresses; characterised in configuring the processor to: collect IP addresses accessed by the computing device (120; 120-1, 120-2, 120-M) during the predetermined time period; compare the IP addresses received by the computing device (120; 120-1, 120-2, 120-M) in the responses from the domain name server (130; 130-N) to the IP addresses accessed by the computing device (120; 120-1, 120-2, 120-M); and detect domain name server tunneling based on the comparison.
A refrigerating appliance , comprising: an inner door selectively coupled with an outer door ; an appliance door closure assembly , comprising: an anchor in connection with the inner door and defining a retention space ; and a latch assembly in connection with the outer door , the latch assembly comprising: a first cam having a first contact surface and pivotally coupled to a base wherein the first cam is rotatable between an inclined position and a neutral position; and a second cam having a second contact surface engaged with the first contact surface of the first cam , wherein the second cam is rotatable between an unlocked position and a locked position, the unlocked and locked positions corresponding with the inclined and neutral positions, respectively, wherein the second cam defines a hook configured to be selectively engaged with the retention space of the anchor , wherein the second contact surface of the second cam includes a first portion and a second portion , wherein the first portion is positioned substantially flush with the first contact surface of the first cam when the second cam is in the locked position and wherein the second portion is positioned substantially flush with the first contact surface of the first cam when the second cam is in the unlocked position. an inner door selectively coupled with an outer door ; an appliance door closure assembly , comprising: an anchor in connection with the inner door and defining a retention space ; and a latch assembly in connection with the outer door , the latch assembly comprising: a first cam having a first contact surface and pivotally coupled to a base wherein the first cam is rotatable between an inclined position and a neutral position; and a second cam having a second contact surface engaged with the first contact surface of the first cam , wherein the second cam is rotatable between an unlocked position and a locked position, an anchor in connection with the inner door and defining a retention space ; and a latch assembly in connection with the outer door , the latch assembly comprising: a first cam having a first contact surface and pivotally coupled to a base wherein the first cam is rotatable between an inclined position and a neutral position; and a second cam having a second contact surface engaged with the first contact surface of the first cam , wherein the second cam is rotatable between an unlocked a first cam having a first contact surface and pivotally coupled to a base wherein the first cam is rotatable between an inclined position and a neutral position; and a second cam having a second contact surface engaged with the first contact surface of the first cam , wherein the second cam is rotatable between an unlocked position and a locked position,
A method of inspecting a conveyor having opposing sides and a length, the conveyor including an endless belt and a plurality of roller structures disposed in spaced relation along at least a portion of the length of the conveyor and under a top flight of the belt for supporting the belt while material is being conveyed on the belt, each roller structure including at least one roller constructed and arranged to rotate about an axis as the belt is conveyed with the material, the method comprising the steps of (a) orienting an unmanned vehicle , having sensor structure thereon, at one side of the conveyor , and (b) causing the vehicle to travel with respect to the portion of the length of the conveyor while the sensor structure obtains data regarding a state of at least a portion of the belt and rollers of the plurality of roller structures while the conveyor is operating, wherein, while the vehicle is traveling, the sensor structure obtains the data only while being adjacent to the one side of the conveyer, without moving under the top flight of the belt, characterized in that , the vehicle is capable of flight and the step of causing the vehicle to travel includes causing the vehicle to travel in the air adjacent to the conveyor . (a) orienting an unmanned vehicle , having sensor structure thereon, at one side of the conveyor , and (b) causing the vehicle to travel with respect to the portion of the length of the conveyor while the sensor structure obtains data regarding a state of at least a portion of the belt and rollers of the plurality of roller structures while the conveyor is operating, wherein, while the vehicle is traveling, the sensor structure obtains the data only while being adjacent to the one side of the conveyer, without moving under the top flight of the belt, characterized in that , the vehicle is capable of flight and the step of causing the vehicle to travel includes causing the vehicle to travel in the air adjacent to the conveyor .