mhurhangee/ep-ind-claims huggingface dataset:
A processing method for Device to Device, D2D, discovery, comprising: acquiring, by a broadcaster terminal, a radio resource in a D2D discovery process; and sending, by the broadcaster terminal, a mode indicator and a broadcast identifier through the radio resource, wherein the mode indicator is used for indicating whether a terminal corresponding to the broadcast identifier is the broadcaster terminal or a target terminal which the broadcaster terminal expects to discover; wherein, under a condition that the mode indicator is used for indicating that the terminal corresponding to the broadcast identifier is the target terminal, the method further comprises: receiving, by the broadcaster terminal, another mode indicator and another broadcast identifier corresponding to the target terminal which are sent bv the target terminal, wherein the another mode indicator is used for indicating that the target terminal is another broadcaster terminal. acquiring, by a broadcaster terminal, a radio resource in a D2D discovery process; and sending, by the broadcaster terminal, a mode indicator and a broadcast identifier through the radio resource, wherein the mode indicator is used for indicating whether a terminal corresponding to the broadcast identifier is the broadcaster terminal or a target terminal which the broadcaster terminal expects to discover; wherein, under a condition that the mode indicator is used for indicating that the terminal corresponding to the broadcast identifier is the target terminal, the method further comprises: receiving, by the broadcaster terminal, another mode indicator and another broadcast identifier corresponding to the target terminal which are sent bv the target terminal, wherein the another mode indicator is used for indicating that the target terminal is another broadcaster terminal.
Method for scrubbing an exhaust gas from CO 2 and SO x with x from 1 to 3, comprising the steps: - providing recycled concrete fines with d 90 ≤ 1000 μm and a Rosin-Rammler slope n from 0.6 to 1.4 in dry form or as a slurry, - injecting the recycled concrete fines into the exhaust gas for reaction with CO 2 and SO x to provide in the exhaust gas stream an amount of dry recycled concrete fines ranging from 5 to 30 kg/m 3, and adjustung a relative humidity from 50 to 100 % and a temperature from 40 to 130 °C, - withdrawing partly carbonated and/or sulphurized recycled concrete fines and cleaned exhaust gas - recycling a part of the partly carbonated and sulphurized recycled concrete fines while the remainder is discharged. - providing recycled concrete fines with d 90 ≤ 1000 μm and a Rosin-Rammler slope n from 0.6 to 1.4 in dry form or as a slurry, - injecting the recycled concrete fines into the exhaust gas for reaction with CO 2 and SO x to provide in the exhaust gas stream an amount of dry recycled concrete fines ranging from 5 to 30 kg/m 3, and adjustung a relative humidity from 50 to 100 % and a temperature from 40 to 130 °C, - withdrawing partly carbonated and/or sulphurized recycled concrete fines and cleaned exhaust gas - recycling a part of the partly carbonated and sulphurized recycled concrete fines while the remainder is discharged.
A process for producing aqueous polyurethane preparations, which comprises the steps of: A) providing a solution in at least one solvent of at least one polymeric polyurethane bearing ionizable groups, B) using at least one neutralizing agent to partially neutralize the at least one polymeric polyurethane bearing ionizable groups, where 1 to 60 mol% of the ionizable groups present in the polymeric polyurethane are neutralized, C) dispersing the at least one polymeric polyurethane bearing ionizable groups in water, D) optionally removing the at least one solvent, E) optionally diluting the mixture after solvent removal with further water, F) admixing neutralizing agent after solvent removal. A) providing a solution in at least one solvent of at least one polymeric polyurethane bearing ionizable groups, B) using at least one neutralizing agent to partially neutralize the at least one polymeric polyurethane bearing ionizable groups, where 1 to 60 mol% of the ionizable groups present in the polymeric polyurethane are neutralized, C) dispersing the at least one polymeric polyurethane bearing ionizable groups in water, D) optionally removing the at least one solvent, E) optionally diluting the mixture after solvent removal with further water, F) admixing neutralizing agent after solvent removal.
A transmission apparatus, comprising: an application information table transmission section adapted to transmit an application information table which has an application profile field including an application profile which represents functions required by an application for HbbTV, HbbTV standing for hybrid broadcast broadband television, wherein the application profile is configured from a first bit region of high-order n bits and a second bit region of lower-order (16-n) bits of a bitmap structure, wherein each bit position in the second bit region is assigned to a different function and a type of a function assigned to each bit position in the second bit region relies upon the bit values of the bits in the first bit region. an application information table transmission section adapted to transmit an application information table which has an application profile field including an application profile which represents functions required by an application for HbbTV, HbbTV standing for hybrid broadcast broadband television, wherein the application profile is configured from a first bit region of high-order n bits and a second bit region of lower-order (16-n) bits of a bitmap structure, wherein each bit position in the second bit region is assigned to a different function and a type of a function assigned to each bit position in the second bit region relies upon the bit values of the bits in the first bit region.
Agricultural field spraying device with a spraying unit, which has at least one spraying-liquid and/or liquid container, at least one pump connected to the container and at least one spraying-agent circuit, which has delivery elements, preferably formed as spray nozzles, for delivering the spraying liquid comprising active agents and has lines connecting said delivery elements to the pump, an electronic controlling and/or regulating device, preferably formed as an on-board computer, for controlling and/or regulating the operating mode of the field spraying device during the delivery process, and also means for controlling and/or regulating the delivery process, wherein these means comprise motorized valves which can be activated by the controlling and/or regulating unit, wherein the controlling and/or regulating unit has at least one memory, in which at least one program with preferably different operating modes of the field spraying device is stored, wherein at least one sensor for determining the concentration of the active agent and/or the active agents in the spraying liquid is arranged in the lines of the spraying-agent circuit and/or in the lowermost region of the spraying-agent container, characterized in that at least one program can be stored in the memory, so that the controlling and/or regulating unit is capable of activating the spraying-agent circuit and/or at least one spraying-agent container in such a way that the spraying agent circuit and/or at least one spraying-agent container is cleaned by rinsing with clear water in a cleaning process, wherein, after the spraying process, the cleaning quality is detected by means of the sensor (23, 24) during the cleaning process in the spraying-agent circuit and/or in the spraying-agent container and indicated to the user.
An electrical disconnect device, comprising: • a pair of stationary electrical connection terminals (21A, 22A; 21B, 22B); • a movable bridge (39A, 39B) that is movable between a closed position for making electrical contact between the pair of stationary terminals (21A, 22A; 21B, 22B), and an open position for breaking electrical contact between the pair of stationary terminals (21A, 22A; 21B, 22B); • an electromagnetic control system (31A, 31B) that is adapted to be switched between an open state in which it causes the movable bridge to be positioned (39A, 39B) in its open position, and a closed state in which it causes the movable bridge to be positioned (39A, 39B) in its closed position; and • manual drive means that comprise a knob movable in turning and that are drivable between firstly an operational position in which they allow the movable bridge (39A, 39B) to move freely between its open and closed positions as a function of the open or closed state of the electromagnetic control system (31A, 31B), and secondly a forced-open position in which they hold the movable bridge (39A, 39B) spaced apart from the pair of stationary terminals (21A, 22A; 21B, 22B), regardless of the open or closed state of the electromagnetic control system; the electrical disconnect device being characterized in that said manual drive means are also drivable towards a forced-closed position in which they hold the movable bridge (39A, 39B) in contact with the pair of stationary terminals (21A, 22A; 21B, 22B), regardless of the open or closed state of the electromagnetic control system, and in that the manual drive means comprise a fork that is movable in translation and that includes two pairs of arms that are adapted to hold the movable bridge respectively in contact with, and spaced apart from, the pairs of stationary terminals, and movement conversion means that are adapted to convert the turning movement of the knob into movement in translation of the fork. • a pair of stationary electrical connection terminals (21A, 22A; 21B, 22B); • a movable bridge (39A, 39B) that is movable between a closed position for making electrical contact between the pair of stationary terminals (21A, 22A; 21B, 22B), and an open position for breaking electrical contact between the pair of stationary terminals (21A, 22A; 21B, 22B); • an electromagnetic control system (31A, 31B) that is adapted to be switched between an open state in which it causes the movable bridge to be positioned (39A, 39B) in its open position, and a closed state in which it causes the movable bridge to be positioned (39A, 39B) in its closed position; and • manual drive means that comprise a knob movable in turning and that are drivable between firstly an operational position in which they allow the movable bridge (39A, 39B) to move freely between its open and closed positions as a function of the open or closed state of the electromagnetic control system (31A, 31B), and secondly a forced-open position in which they hold the movable bridge (39A, 39B) spaced apart from the pair of stationary terminals (21A, 22A; 21B, 22B), regardless of the open or closed state of the electromagnetic control system;
A marking instrument for toilet hygiene comprising: a hand deformable barrel containing a flowable hygiene solution; and a nozzle having a conduit therethrough terminating in a nozzle outlet for directing the flowable hygiene solution on to a surface, the conduit being in communication with an outlet of the hand deformable barrel; a standoff member extending a distance (d) beyond the nozzle outlet; characterized by: a number of spokes extending radially inward from a side wall of the conduit to the standoff member to hold a proximal portion of the standoff member within the conduit; wherein in use the standoff member is brought against the surface for the flowable hygiene solution to be dispensed upon, whereby upon squeezing the hand deformable barrel the flowable hygiene solution flows through the conduit and out of the nozzle outlet to be deposited on the surface for marking, the standoff member maintaining a space between the nozzle outlet and the surface for assisting uniform deposition of the flowable hygiene solution upon the surface. a hand deformable barrel containing a flowable hygiene solution; and a nozzle having a conduit therethrough terminating in a nozzle outlet for directing the flowable hygiene solution on to a surface, the conduit being in communication with an outlet of the hand deformable barrel; a standoff member extending a distance (d) beyond the nozzle outlet; characterized by: a number of spokes extending radially inward from a side wall of the conduit to the standoff member to hold a proximal portion of the standoff member within the conduit; wherein in use the standoff member is brought against the surface for the flowable hygiene solution to be dispensed upon, whereby upon squeezing the hand deformable barrel the flowable hygiene solution flows through the conduit and out of the nozzle outlet to be deposited on the surface for marking, the standoff member maintaining a space between the nozzle outlet and the surface for assisting uniform deposition of the flowable hygiene solution upon the surface. a number of spokes extending radially inward from a side wall of the conduit to the standoff member to hold a proximal portion of the standoff member within the conduit; wherein in use the standoff member is brought against the surface for the flowable hygiene solution to be dispensed upon, whereby upon squeezing the hand deformable barrel the flowable hygiene solution flows through the conduit and out of the nozzle outlet to be deposited on the surface for marking, the standoff member maintaining a space between the nozzle outlet and the surface for assisting uniform deposition of the flowable hygiene solution upon the surface.
A method for receiving a downlink signal by a User Equipment, UE, in a wireless communication system, the method comprising: receiving a single downlink control information, DCI; and based on the single DCI, receiving a first downlink signal and a second downlink signal based on a same transport block, TB, characterized by, the single DCI includes information representing i) a first quasi co-location, QCL, relationship between one or more reference signals and a first demodulation-reference signal, DM-RS, of the first downlink signal and ii) a second QCL relationship between one or more reference signals and a second DM-RS of the second downlink signal, and wherein the first downlink signal and the second downlink signal are received in non-overlapping time resources having a same number of symbols. receiving a single downlink control information, DCI; and based on the single DCI, receiving a first downlink signal and a second downlink signal based on a same transport block, TB, characterized by, the single DCI includes information representing i) a first quasi co-location, QCL, relationship between one or more reference signals and a first demodulation-reference signal, DM-RS, of the first downlink signal and ii) a second QCL relationship between one or more reference signals and a second DM-RS of the second downlink signal, and wherein the first downlink signal and the second downlink signal are received in non-overlapping time resources having a same number of symbols.
A method for transmitting unmanned aerial vehicle, UAV, capability information, said method being performed by a network management device and comprising: receiving (S301, S501) a UAV capability information query request, the UAV capability information query request being a request sent by a first base station when a terminal is handed over from a second base station to the first base station; querying (S302, S502) UAV capability information of the terminal according to the UAV capability information query request, the UAV capability information indicating whether the terminal has a capability of using a UAV service; and sending (S303, S503) the UAV capability information to the first base station; wherein the step of receiving the UAV capability information query request comprises: receiving (S301, S501), by the network management device, a path switch request; and wherein the step of sending the UAV capability information to the first base station comprises: sending (S303, S503) a path switch request acknowledge comprising the UAV capability information to the first base station; wherein the UAV service comprises at least one of: a UAV-specific radio resource management, RRM, service; or a UAV-specific power control strategy service. receiving (S301, S501) a UAV capability information query request, the UAV capability information query request being a request sent by a first base station when a terminal is handed over from a second base station to the first base station; querying (S302, S502) UAV capability information of the terminal according to the UAV capability information query request, the UAV capability information indicating whether the terminal has a capability of using a UAV service; and sending (S303, S503) the UAV capability information to the first base station; wherein the step of receiving the UAV capability information query request comprises: receiving (S301, S501), by the network management device, a path switch request; and wherein the step of sending the UAV capability information to the first base station comprises: sending (S303, S503) a path switch request acknowledge comprising the UAV capability information to the first base station; wherein the UAV service comprises at least one of: a UAV-specific radio resource management, RRM, service; or a UAV-specific power control strategy service.
A surgical device, comprising: an elongate shaft (220; 320) comprising a distal end and a proximal end; an actuator (210; 310) operably connected to the proximal end of the elongate shaft (220; 320); and an end effector adapted for attachment to and detachment from the distal end of the elongate shaft (220; 320), the end effector comprising: a laterally deflecting arm (116; 126; 252) dimensioned to engage at least a portion of the distal end of the elongate shaft (220; 320); and a ring (122; 132; 246) comprising a first axial position and a second axial position, wherein in the first position the arm (116; 126; 252) can deflect laterally and in the second position the ring (122; 132; 246) circumscribes the arm (116; 126; 252) and constrains the arm (116; 126; 252) from deflecting laterally, the constraint of the arm (116; 126; 252) by the ring (122; 132; 246) in the second position effecting locking engagement with the shaft (220; 320). an elongate shaft (220; 320) comprising a distal end and a proximal end; an actuator (210; 310) operably connected to the proximal end of the elongate shaft (220; 320); and an end effector adapted for attachment to and detachment from the distal end of the elongate shaft (220; 320), the end effector comprising: a laterally deflecting arm (116; 126; 252) dimensioned to engage at least a portion of the distal end of the elongate shaft (220; 320); and a ring (122; 132; 246) comprising a first axial position and a second axial position, wherein in the first position the arm (116; 126; 252) can deflect laterally and in the second position the ring (122; 132; 246) circumscribes the arm (116; 126; 252) and constrains the arm (116; 126; 252) from deflecting laterally, the constraint of the arm (116; 126; 252) by the ring (122; 132; 246) in the second position effecting locking engagement with the shaft (220; 320). a laterally deflecting arm (116; 126; 252) dimensioned to engage at least a portion of the distal end of the elongate shaft (220; 320); and a ring (122; 132; 246) comprising a first axial position and a second axial position, wherein in the first position the arm (116; 126; 252) can deflect laterally and in the second position the ring (122; 132; 246) circumscribes the arm (116; 126; 252) and constrains the arm (116; 126; 252) from deflecting laterally, the constraint of the arm (116; 126; 252) by the ring (122; 132; 246) in the second position effecting locking engagement with the shaft (220; 320).
Method for allowing access to an area (2, 4) having a blocked entrance, wherein the blocking of the entrance is controlled by an access controller arranged to unblock said entrance upon receipt, from a remote node, of an authorised credential or a message authorising the requested entrance to be unlocked and wherein the remote node is arranged to receive and handle access requests from handheld communication devices, said method comprising: repeatedly generating and updating an override credential in the access controller by an override credential generator of the access controller and sending said updated override credential from the access controller to a remote node and storing the updated override credential as unauthorized credential in a memory of the access controller, repeatedly checking the connectivity between the remote node and the access controller, detecting failure of connectivity between the access controller and the remote node, setting the latest stored override credential as an authorised credential in the access controller in response to said detection of failure of connectivity, receiving at the access controller from a handheld communication device via a short range access point an access request including the last stored override credential, and allowing access through the blocked entrance upon receipt of the last stored override credential in the access request to the area (2, 4) received by the access controller after the override credential has been set to an authorised credential. repeatedly generating and updating an override credential in the access controller by an override credential generator of the access controller and sending said updated override credential from the access controller to a remote node and storing the updated override credential as unauthorized credential in a memory of the access controller, repeatedly checking the connectivity between the remote node and the access controller, detecting failure of connectivity between the access controller and the remote node, setting the latest stored override credential as an authorised credential in the access controller in response to said detection of failure of connectivity, receiving at the access controller from a handheld communication device via a short range access point an access request including the last stored override credential, and allowing access through the blocked entrance upon receipt of the last stored override credential in the access request to the area (2, 4) received by the access controller after the override credential has been set to an authorised credential.
A turbine engine case comprising: an outer cylinder; an inner cylinder; and an attachment extension coupled to and integral with the inner cylinder, the attachment extension extending axially aft of the inner cylinder, the attachment extension being of a smaller diameter than the inner cylinder with a transition section joining the attachment extension to the inner cylinder, characterized in that the attachment extension is configured to be coupled to a CMC housing; and having a ramp situated between the inner cylinder and the attachment extension, the ramp comprising an angle relative to the inner cylinder that is supplemental to an angle of an angle of an axial front face of the CMC housing. an outer cylinder; an inner cylinder; and an attachment extension coupled to and integral with the inner cylinder, the attachment extension extending axially aft of the inner cylinder, the attachment extension being of a smaller diameter than the inner cylinder with a transition section joining the attachment extension to the inner cylinder, characterized in that the attachment extension is configured to be coupled to a CMC housing; and having a ramp situated between the inner cylinder and the attachment extension, the ramp comprising an angle relative to the inner cylinder that is supplemental to an angle of an angle of an axial front face of the CMC housing.