mhurhangee/ep-ind-claims huggingface dataset:
A method for distributing electronic access control clients to mobile wireless devices, the method comprising, at an apparatus that manages a plurality of electronic access control clients: determining an ownership of at least one electronic access control client of the plurality of electronic access control clients; determining whether the at least one electronic access control client has not been previously duplicated; and upon determining that the at least one electronic access control client has not been previously duplicated; encrypting the at least one electronic access control client to produce an encrypted electronic access control client for transfer to the mobile wireless device, and transferring the encrypted electronic access control client to the mobile wireless device. determining an ownership of at least one electronic access control client of the plurality of electronic access control clients; determining whether the at least one electronic access control client has not been previously duplicated; and upon determining that the at least one electronic access control client has not been previously duplicated; encrypting the at least one electronic access control client to produce an encrypted electronic access control client for transfer to the mobile wireless device, and transferring the encrypted electronic access control client to the mobile wireless device. encrypting the at least one electronic access control client to produce an encrypted electronic access control client for transfer to the mobile wireless device, and transferring the encrypted electronic access control client to the mobile wireless device.
A flat antenna element including: a radiating patch, a ground plane below the radiating patch, and at least one impedance transformer including: a feed-point arm that has a first end electrically connected to an individual feed line and a second end which is electrically connected to the radiating patch, characterized in that the impedance transformer further comprises at least one additional feeding arm capacitively coupled to the radiating patch, wherein said second end electrically connected to the radiating patch has a width to yield a level of impedance, for the arm, which is more than the level of impedance of the patch. a radiating patch, a ground plane below the radiating patch, and at least one impedance transformer including: a feed-point arm that has a first end electrically connected to an individual feed line and a second end which is electrically connected to the radiating patch, characterized in that the impedance transformer further comprises at least one additional feeding arm capacitively coupled to the radiating patch, wherein said second end electrically connected to the radiating patch has a width to yield a level of impedance, for the arm, which is more than the level of impedance of the patch. a feed-point arm that has a first end electrically connected to an individual feed line and a second end which is electrically connected to the radiating patch, characterized in that the impedance transformer further comprises at least one additional feeding arm capacitively coupled to the radiating patch, wherein said second end electrically connected to the radiating patch has a width to yield a level of impedance, for the arm, which is more than the level of impedance of the patch.
A method, performed by a user equipment, UE, (710, 802) configured to communicate in a 5G network, of authentication between an edge enabler client, EEC, (714, 814) of the UE (710, 802) and an edge configuration server, ECS, (708, 822) or an edge enabler server, EES, (706, 824) based on an architecture for authentication and key management for applications, AKMA, the method comprising: performing primary authentication with the 5G network to obtain a K AUSF generating a K AKMA and an A-KID; providing to the EEC (714, 814) the K AKMA and an EEC identifier, ID, for the EEC (714, 814) to generate a K edge, the K AKMA and the EEC ID being used by the EEC (714, 814) to compute a MAC EEC; and sending to the ECS (708, 822) or the EES (706, 824) an application registration request, the application registration request including the EEC ID, the MAC EEC, and the A-KID. performing primary authentication with the 5G network to obtain a K AUSF generating a K AKMA and an A-KID; providing to the EEC (714, 814) the K AKMA and an EEC identifier, ID, for the EEC (714, 814) to generate a K edge, the K AKMA and the EEC ID being used by the EEC (714, 814) to compute a MAC EEC; and sending to the ECS (708, 822) or the EES (706, 824) an application registration request, the application registration request including the EEC ID, the MAC EEC, and the A-KID.
A mobile terminal comprising: a wireless communication unit configured to transceive data with an external device by wireless communication; a touchscreen (130,151); a memory; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the touchscreen when the touchscreen is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control an incoming call screen for providing limited functions only to be displayed on the touchscreen. a wireless communication unit configured to transceive data with an external device by wireless communication; a touchscreen (130,151); a memory; and a controller characterized in that the controller is configured to: in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the touchscreen when the touchscreen is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control an incoming call screen for providing limited functions only to be displayed on the touchscreen. in response to a 1st signal indicating a web lock function being received from a mobile communication network via the wireless communication unit while a basic lock is previously set in the mobile terminal, execute the web lock function for controlling a 1st substitute screen including a password input window to be displayed on the touchscreen when the touchscreen is activated, if a 2nd signal indicating a memory wipe function is received from the mobile communication network via the wireless communication unit, execute a memory wipe function for deleting a user file and a system setting from the memory, and if there is an incoming call after the execution of the web lock function, control an incoming call screen for providing limited functions only to be displayed on the touchscreen.
An optical transceiver (1, 100) comprising: a ring resonator, a first waveguide comprising, in succession, an input-output section, a coupling section coupled to a first portion of the ring resonator and an amplification section coupled to a first optical reflector, the first optical reflector being suitable for reflecting light toward the coupling section, a second waveguide comprising, in succession, a reception section, a coupling section coupled to a second portion of the ring resonator and a reflection section coupled to a second optical reflector, the second optical reflector being suitable for reflecting light toward the coupling section, a gain medium arranged in the amplification section of the first waveguide and suitable for producing a stimulated light transmission, and an optical detector coupled to the reception section of the second waveguide. a ring resonator, a first waveguide comprising, in succession, an input-output section, a coupling section coupled to a first portion of the ring resonator and an amplification section coupled to a first optical reflector, the first optical reflector being suitable for reflecting light toward the coupling section, a second waveguide comprising, in succession, a reception section, a coupling section coupled to a second portion of the ring resonator and a reflection section coupled to a second optical reflector, the second optical reflector being suitable for reflecting light toward the coupling section, a gain medium arranged in the amplification section of the first waveguide and suitable for producing a stimulated light transmission, and an optical detector coupled to the reception section of the second waveguide.
A clothing for a machine for producing a fibrous web, in particular a paper, board, tissue or cellulose web, comprising a base structure having a top side and a running side and, at least on one side, a nonwoven layer, said nonwoven layer having a functional zone which extends over more than 50 μm in the thickness direction of the clothing and which comprises a first portion and a second portion of nonwoven fibres, the nonwoven fibres of the first portion consisting of or comprising a polyurethane, in particular a thermoplastic polyurethane, while the nonwoven fibres of the second portion consist of a polymer material which does not comprise polyurethane, in particular a thermoplastic polyurethane, while the nonwoven fibres of the second portion consist of a polymer material which does not comprise polyurethane, the first portion constituting between 10% and 60% by weight, preferably between 15% and 50% by weight, particularly preferably between 20% and 45% by weight of the functional zone, characterized in that the PU material used for the nonwoven fibres of the first portion has a hardness of between 35 Shore D and 85 Shore D, in particular between 50 Shore D and 80 Shore D.
A method for evaluating renal status in a subject, comprising: determining a measured value for a urine TIMP2 concentration and a urine IGFBP7 concentration; determining a measured value for a urine output and optionally further of a serum creatinine concentration; combining the measured values obtained into a single value to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result(s) to one or more of diagnosis, risk stratification, prognosis, classifying and monitoring of the renal status of the subject. determining a measured value for a urine TIMP2 concentration and a urine IGFBP7 concentration; determining a measured value for a urine output and optionally further of a serum creatinine concentration; combining the measured values obtained into a single value to provide an assay result; and correlating the assay result to the renal status of the subject, wherein said correlation step comprises correlating the assay result(s) to one or more of diagnosis, risk stratification, prognosis, classifying and monitoring of the renal status of the subject.
A seat for a vehicle, the seat comprising: a seat cushion configured to move between a seat position at which an occupant to be seated in the seat cushion and a shelf position moved upward from the seat position substantially in parallel; and a seatback comprising: a seatback lower, and a seatback upper configured to pivot in a vehicle front-rear direction relative to right and left side walls of the vehicle; characterised in that when the seat cushion is placed at the seat position, a lower end of the seatback lower makes contact with a top face of the seat cushion, and the seatback upper is placed above the seatback lower; and when the seat cushion is placed at the shelf position, the seatback lower is placed behind the seatback upper in the vehicle front-rear direction, the seatback upper is adapted to pivot relative to side walls of the vehicle so that a lower end of the seatback upper is placed forward in the vehicle front-rear direction in comparison with a case where the seat cushion is placed at the seat position, and the lower end makes contact with the top face of the seat cushion. a seat cushion configured to move between a seat position at which an occupant to be seated in the seat cushion and a shelf position moved upward from the seat position substantially in parallel; and a seatback comprising: a seatback lower, and a seatback upper configured to pivot in a vehicle front-rear direction relative to right and left side walls of the vehicle; a seatback lower, and a seatback upper configured to pivot in a vehicle front-rear direction relative to right and left side walls of the vehicle; characterised in that when the seat cushion is placed at the seat position, a lower end of the seatback lower makes contact with a top face of the seat cushion, and the seatback upper is placed above the seatback lower; and when the seat cushion is placed at the shelf position, the seatback lower is placed behind the seatback upper in the vehicle front-rear direction, the seatback upper is adapted to pivot relative to side walls of the vehicle so that a lower end of the seatback upper is placed forward in the vehicle front-rear direction in comparison with a case where the seat cushion is placed at the seat position, and the lower end makes contact with the top face of the seat cushion.
A bus bar laminate stacked body according to the method of claim 6, laminated through an insulating member with a plurality of mounted electronic components, a first bus bar and a second bus bar each comprising a region for soldering the external terminals (1110, 1120) of the electronic component, the first bus bar includes an opening, the second bus bar protrudes to the first bus bar side, comprising a protrusion body is a region to be soldered, the protrusion body of the second bus bar is disposed at a position corresponding to the opening, the region for soldering the protrusion body and the region for soldering the first bus bar of the bus bar stacked body, have the same height to the extent that soldering the external terminals (1110, 1120) of the electronic component by reflow soldering is possible.
An anti-slip unit included in soles of shoes to provide an anti-slip function for the shoes, the anti-slip unit comprising: a main body including an inner space and a spike through-hole configured to connect the inner space and the outside; a spike provided in the inner space so as to be movable along the spike through-hole; a movable member in the inner space so as to be movable and configured to move to allow the spike to be moved; a manipulation member configured to pass through the main body and coupled with the movable member; and a fastening screw threaded into the manipulation member and configured to cause the movable member and the manipulation member to be coupled with each other, wherein the movable member moves between a first position in which at least part of the spike is concealed in the inner space and a second position in which the spike is exposed outside the main body and an exposed state of the spike is maintained, and wherein the movable member having a disc shape is provided in the inner space so as to be rotatable about an axis oriented in a direction corresponding to a vertical direction and rotates between the first position and the second position. a main body including an inner space and a spike through-hole configured to connect the inner space and the outside; a spike provided in the inner space so as to be movable along the spike through-hole; a movable member in the inner space so as to be movable and configured to move to allow the spike to be moved; a manipulation member configured to pass through the main body and coupled with the movable member; and a fastening screw threaded into the manipulation member and configured to cause the movable member and the manipulation member to be coupled with each other, wherein the movable member moves between a first position in which at least part of the spike is concealed in the inner space and a second position in which the spike is exposed outside the main body and an exposed state of the spike is maintained, and wherein the movable member having a disc shape is provided in the inner space so as to be rotatable about an axis oriented in a direction corresponding to a vertical direction and rotates between the first position and the second position.
A rigging connector comprising an elongate body having a central bridge portion and opposing first and second end portions extending from the central bridge portion; a securement member formed in the first end portion of the body and defining a throat opening with the central bridge portion; first and second anchor legs formed in the second end portion of the body, the first and second anchor legs (114, 116) extending from the central bridge portion in a parallel relationship and defining a gap therebetween for receiving a portion of a support line; a shear pin operable to retain the support line at least partially within the gap; a shackle mounting hole defined in the first end portion and having a center axis extending transverse to the shear pin; and a safety latch movable between open and closed positions to selectively open and close the throat opening of the securement member, characterized in that a first end of the safety latch is configured to pivot about a pin connected to the central bridge portion within a first cavity defined in the elongate body. an elongate body having a central bridge portion and opposing first and second end portions extending from the central bridge portion; a securement member formed in the first end portion of the body and defining a throat opening with the central bridge portion; first and second anchor legs formed in the second end portion of the body, the first and second anchor legs (114, 116) extending from the central bridge portion in a parallel relationship and defining a gap therebetween for receiving a portion of a support line; a shear pin operable to retain the support line at least partially within the gap; a shackle mounting hole defined in the first end portion and having a center axis extending transverse to the shear pin; and a safety latch movable between open and closed positions to selectively open and close the throat opening of the securement member, characterized in that a first end of the safety latch is configured to pivot about a pin connected to the central bridge portion within a first cavity defined in the elongate body.
A whole-engineering-machine-based method for evaluating extreme pressure and antiwear properties of grease, comprising: injecting the grease onto a key bearing pin of an engineering machine and causing the engineering machine to operate without load; causing the engineering machine to operate under a load of 10% to 150% rated load at least once; recording whether an abnormal noise occurs during the effective operation of the key bearing pin under different loads, and determining a calculated noise peak generated under a corresponding load; viewing and analyzing a wear condition of a surface of the key bearing pin, and a noise peak condition of the key bearing pin; and issuing a whole-engineering-machine-based evaluation report of the extreme pressure and antiwear properties of the grease according to the wear condition and the noise peak condition, wherein the engineering machine is caused to operate once under the load of 10% to 150% rated load for 0.5 min to 100 h, and the calculated noise peak generated under the corresponding load is determined according to a following formula: Max dB 1 + dB 2 + dB 3 + dB 4 + dB 5 5, dB x + dB x − 1 + dB x − 2 + dB x − 3 + dB x − 4 5, wherein dB 1 + dB 2 + dB 3 + dB 4 + dB 5 5 denotes an average value of noise peaks of the key bearing pin during first five times of lowering in N times of lifting of a working device of the engineering machine, and dB x + dB x − 1 + dB x − 2 + dB x − 3 + dB x − 4 5 denotes an average value of noise peaks of the key bearing pin during last five times of lowering in the N times of lifting of the working device of the engineering machine. injecting the grease onto a key bearing pin of an engineering machine and causing the engineering machine to operate without load; causing the engineering machine to operate under a load of 10% to 150% rated load at least once; recording whether an abnormal noise occurs during the effective operation of the key bearing pin under different loads, and determining a calculated noise peak generated under a corresponding load; viewing and analyzing a wear condition of a surface of the key bearing pin, and a noise peak condition of the key bearing pin; and issuing a whole-engineering-machine-based evaluation report of the extreme pressure and antiwear properties of the grease according to the wear condition and the noise peak condition, wherein the engineering machine is caused to operate once under the load of 10% to 150% rated load for 0.5 min to 100 h, and the calculated noise peak generated under the corresponding load is determined according to a following formula: Max dB 1 + dB 2 + dB 3 + dB 4 + dB 5 5, dB x + dB x − 1 + dB x − 2 + dB x − 3 + dB x − 4 5, wherein dB 1 + dB 2 + dB 3 + dB 4 + dB 5 5 denotes an average value of noise peaks of the key bearing pin during first five times of lowering in N times of lifting of a working device of the engineering machine, and dB x + dB x − 1 + dB x − 2 + dB x − 3 + dB x − 4 5 denotes an average value of noise peaks of the key bearing pin during last five times of lowering in the N times of lifting of the working device of the engineering machine.
A referee support arrangement that includes a central mobile unit, a server, and a central control device; the central mobile unit and the server are connected via a wireless communication channel, and the server and the central control device are connected via a communication channel; the central mobile unit includes an internal memory and control unit, a communication module, a power supply unit, a microphone, and one or more touchscreens, wherein the arrangement includes a lineman stick, a camera, an offside and video referee system, and a light signalling system via a wireless communication channel; wherein the central mobile unit is connected to a lineman stick, a camera, an offside and video referee system, and a light signalling system via a wireless communication channel; the central mobile unit is fitted with a distance measuring unit and a lighting unit; the communication module, the distance measuring unit, and the microphone are connected to an internal memory and control unit; the lineman stick is fitted with at least one lighting unit; the light signalling system is fitted with a lighting strip containing lighting units.