mhurhangee/ep-ind-claims huggingface dataset:
A method of managing a connection between a user equipment and a wireless communication network, the method comprising: an access point of the communication network serving the connection to the user equipment; the access point determining a plurality of target access points (100-2, 100-3); and the access point sending a message (204; 304) to the user equipment, the message (204; 304) indicating said plurality of target access points (100-2, 100-3) and authorizing the user equipment to autonomously switch the connection to one or more of the target access points (100-2, 100-3), characterized in that the message (204; 304) further indicates a condition to be evaluated by the user equipment for triggering the switching to said one or more of the target access points (100-2, 100-3). an access point of the communication network serving the connection to the user equipment; the access point determining a plurality of target access points (100-2, 100-3); and the access point sending a message (204; 304) to the user equipment, the message (204; 304) indicating said plurality of target access points (100-2, 100-3) and authorizing the user equipment to autonomously switch the connection to one or more of the target access points (100-2, 100-3), characterized in that the message (204; 304) further indicates a condition to be evaluated by the user equipment for triggering the switching to said one or more of the target access points (100-2, 100-3).
A recordable, readable storage medium comprising instructions which, when executed by a programmable circuit device cause the programmable circuit device to carry out the steps of: a) auto-monitoring an electrical wiring device configured to selectively deliver an AC power signal to a load; b) controlling, in the programmable circuit device, a stimulus signal, wherein the stimulus signal is configured to control a switch; c) monitoring, in the programmable circuit device, a test signal output from a fault detection circuit to determine an operational state of the electrical wiring device, wherein the test signal is output in response to the stimulus signal being output; d) determining, in the programmable circuit device, a frequency associated with the AC power signal; characterised in that the instructions cause the programmable circuit device to carry out the further steps of e) incrementing a fail tally if the frequency associated with the AC power signal does not stabilize to within a predetermined range of frequencies within a predetermined period of time; f) determining an end-of-life state if at least one selected from the group consisting of the following occurs: the test signal from the fault detection circuit is less than a threshold value, and the fail tally crosses a predetermined limit greater than one; and code for generating an alarm signal when the end-of-life state is determined. a) auto-monitoring an electrical wiring device configured to selectively deliver an AC power signal to a load; b) controlling, in the programmable circuit device, a stimulus signal, wherein the stimulus signal is configured to control a switch; c) monitoring, in the programmable circuit device, a test signal output from a fault detection circuit to determine an operational state of the electrical wiring device, wherein the test signal is output in response to the stimulus signal being output; d) determining, in the programmable circuit device, a frequency associated with the AC power signal; characterised in that the instructions cause the programmable circuit device to carry out the further steps of e) incrementing a fail tally if the frequency associated with the AC power signal does not stabilize to within a predetermined range of frequencies within a predetermined period of time; f) determining an end-of-life state if at least one selected from the group consisting of the following occurs: the test signal from the fault detection circuit is less than a threshold value, and the fail tally crosses a predetermined limit greater than one; and code for generating an alarm signal when the end-of-life state is determined. the test signal from the fault detection circuit is less than a threshold value, and the fail tally crosses a predetermined limit greater than one; and code for generating an alarm signal when the end-of-life state is determined.
A method for controlling a powered ankle prosthesis for a transtibial amputee, wherein the powered ankle prosthesis comprises: - an activity controller in the form of a walking controller, and - a sensor, wherein the powered ankle prosthesis defines a series of states comprising at least a stance phase and a swing phase, the swing phase comprising at least an early swing phase and a late swing phase, wherein within each state the powered ankle prosthesis is programmed to emulate a passive spring and damper system based on a passive impedance function, and wherein the powered ankle prosthesis emulates primarily the passive spring in the early swing phase to provide a stiffness with a neutral equilibrium point and emulates primarily the damper in the late swing phase, the method comprising the steps of - receiving sensor measurements associated with the powered ankle prosthesis, and - based at least on a present state of the powered ankle prosthesis and the sensor measurements, determining whether to switch from the present state to a different state of the powered ankle prosthesis, defining the activity controller. - an activity controller in the form of a walking controller, and - a sensor, wherein the powered ankle prosthesis defines a series of states comprising at least a stance phase and a swing phase, the swing phase comprising at least an early swing phase and a late swing phase, - receiving sensor measurements associated with the powered ankle prosthesis, and - based at least on a present state of the powered ankle prosthesis and the sensor measurements, determining whether to switch from the present state to a different state of the powered ankle prosthesis, defining the activity controller.
An imaging system (20, 120) comprising: an intermediate transfer member operative for transfer of a toner image from an image bearing surface for a subsequent transfer to a substrate; characterized by the ITM having: an outermost surface having a roughness of less than or equal to about 300 Angstroms root-mean-square; an imaging liquid developer system operative to sequentially deposit differently colored layers of pigment containing material onto the outermost surface of the intermediate transfer member; and a controller to control the imaging liquid developer system to sequentially deposit differently colored layers of pigment containing material onto the outer surface, such that at least one of the layers has a final film thickness of less than or equal to 1 μm at 100% coverage of the film. an intermediate transfer member operative for transfer of a toner image from an image bearing surface for a subsequent transfer to a substrate; characterized by the ITM having: an outermost surface having a roughness of less than or equal to about 300 Angstroms root-mean-square; an imaging liquid developer system operative to sequentially deposit differently colored layers of pigment containing material onto the outermost surface of the intermediate transfer member; and a controller to control the imaging liquid developer system to sequentially deposit differently colored layers of pigment containing material onto the outer surface, such that at least one of the layers has a final film thickness of less than or equal to 1 μm at 100% coverage of the film.
A braking device, comprising: a block member; a first brake member for applying a braking force, said first brake member secured to the block member; a second brake member movable relative to the first brake member for applying a braking force; said second brake member being a sliding wedge; characterized in that the first brake member is a fixed wedge and in that the braking device further comprises at least one adjustment member positioned between the first brake member and the block member to adjust a distance between the first brake member and the block member. a block member; a first brake member for applying a braking force, said first brake member secured to the block member; a second brake member movable relative to the first brake member for applying a braking force; said second brake member being a sliding wedge; characterized in that the first brake member is a fixed wedge and in that the braking device further comprises at least one adjustment member positioned between the first brake member and the block member to adjust a distance between the first brake member and the block member.
A home appliance, comprising: an electrical equipment compartment disposed in an upper portion of the home appliance, and including an upper side that is open; an electrical equipment compartment cover covering the open upper side of the electrical equipment compartment, forming at least a portion of an upper surface of the home appliance, and including a speaker hole; a microphone accommodating portion protruding upward from the electrical equipment compartment cover and including a front portion that includes microphone holes laterally spaced apart from each other and which faces toward a front of the home appliance; a microphone unit including a printed circuit board, PCB, disposed behind the microphone holes in the microphone accommodating portion, and microphone chips mounted on the PCB and corresponding respectively to the microphone holes so that a sensing portion of each microphone chip of the microphone chips is aligned with the corresponding microphone hole of the microphone holes; and a speaker unit disposed in the electrical equipment compartment and positioned to emit sound through the speaker hole. an electrical equipment compartment disposed in an upper portion of the home appliance, and including an upper side that is open; an electrical equipment compartment cover covering the open upper side of the electrical equipment compartment, forming at least a portion of an upper surface of the home appliance, and including a speaker hole; a microphone accommodating portion protruding upward from the electrical equipment compartment cover and including a front portion that includes microphone holes laterally spaced apart from each other and which faces toward a front of the home appliance; a microphone unit including a printed circuit board, PCB, disposed behind the microphone holes in the microphone accommodating portion, and microphone chips mounted on the PCB and corresponding respectively to the microphone holes so that a sensing portion of each microphone chip of the microphone chips is aligned with the corresponding microphone hole of the microphone holes; and a speaker unit disposed in the electrical equipment compartment and positioned to emit sound through the speaker hole.
A control device with a valve apparatus (1, 5) and a control block for selectively fluidically connecting and disconnecting fluid connection points (A, P, T) formed on the control block by means of the valve apparatus (1, 5), which has a valve casing and a valve gate longitudinally-displaceably guided inside the valve casing and which controls fluid-conducting connection channels (55, 57, 59) running between the connection points (A, P, T), which connection channels are arranged in the control block, into which the valve apparatus (1, 5) is at least partially inserted wherein, proceeding from the respective fluid connection points (A, P, T), the connection channels (55, 57, 59) respectively connected to the fluid connection points are arranged running parallel to each other until the connection channels open into a respectively assigned control chamber (49, 51, 53) of the valve apparatus (1, 5) and wherein the valve apparatus (1, 5) is held in a receptacle received in the control block, which separates at least two adjacently arranged control chambers (49, 51) from each other, characterised in that, in respect of the parallel arrangement of the connection channels (55, 57, 59), the receptacle for the valve apparatus (1, 5) is accommodated eccentric relative to the displacement axis of the valve gate, which is longitudinally-displaceably guided inside the valve casing, in the control block.
An information processing apparatus for an access point comprising: a control unit configured to: control a first assignment of a first plurality of channel resources for a first wireless communication to a first device and a second assignment of a second plurality of channel resources for a second wireless communication to a second device and send a trigger frame including assignment information indicating the first and second assignment to the first and second devices; and the apparatus further comprising: a communication unit configured to: receive first signals (403, 404, 405) transmitted by the first device by using the first plurality of channel resources assigned to the first device; and receive second signals (406, 407, 408) transmitted by the second device by using the second plurality of channel resources assigned to the second device, wherein the control unit is configured to acquire first status information formed by the first signals received on the first plurality of channel resources and to acquire second status information formed by the second signals received on the second plurality of channel resources. control a first assignment of a first plurality of channel resources for a first wireless communication to a first device and a second assignment of a second plurality of channel resources for a second wireless communication to a second device and send a trigger frame including assignment information indicating the first and second assignment to the first and second devices; and the apparatus further comprising: a communication unit configured to: receive first signals (403, 404, 405) transmitted by the first device by using the first plurality of channel resources assigned to the first device; and receive second signals (406, 407, 408) transmitted by the second device by using the second plurality of channel resources assigned to the second device, wherein the control unit is configured to acquire first status information formed by the first signals received on the first plurality of channel resources and to acquire second status information formed by the second signals received on the second plurality of channel resources. receive first signals (403, 404, 405) transmitted by the first device by using the first plurality of channel resources assigned to the first device; and receive second signals (406, 407, 408) transmitted by the second device by using the second plurality of channel resources assigned to the second device, wherein the control unit is configured to acquire first status information formed by the first signals received on the first plurality of channel resources and to acquire second status information formed by the second signals received on the second plurality of channel resources.
A package comprising: at least one sheet comprising a plurality of peelable cutout strips (410, 420, 430) in the shape of a human nail, at least one of the cutout strips (410, 420, 430) being different in size and/or shape than at least one other cutout strip; each of said at least one sheets having an identifier which uniquely identifies the sheet of nail strips for instructing a computer to print the image on a home printer within the area of the peelable cutout strips; characterized in that the peelable cutout strips (410, 420, 430) are defined by a first nail-shaped cutout portion of an enamel layer and additional perforations or cuts are made in the enamel layer around the first cutout to define longer and/or wider strips than the first cutout portion. at least one sheet comprising a plurality of peelable cutout strips (410, 420, 430) in the shape of a human nail, at least one of the cutout strips (410, 420, 430) being different in size and/or shape than at least one other cutout strip; each of said at least one sheets having an identifier which uniquely identifies the sheet of nail strips for instructing a computer to print the image on a home printer within the area of the peelable cutout strips; characterized in that the peelable cutout strips (410, 420, 430) are defined by a first nail-shaped cutout portion of an enamel layer and additional perforations or cuts are made in the enamel layer around the first cutout to define longer and/or wider strips than the first cutout portion.
A modem device operable in an access terminal, comprising: a wireless communication interface; a memory device adapted to implement a wireless wide area network, WW AN, protocol stack for the wireless communication interface; and a processing circuit communicatively coupled to the wireless communication interface and the memory device, the processing circuit adapted to: monitor a wireless wide area network, WW AN, protocol information from the wireless wide area network, WW AN, protocol stack; and adjust at least one operating parameter provided to the processing circuit in response to the monitored wireless wide area network, WW AN, protocol information; and wherein the processing circuit is adapted to monitor the wireless wide area network, WW AN, protocol information by monitoring at least one of a downlink physical transport block size, an uplink scheduling grant, an automatic repeat request, ARQ, window size, or a transmission buffer status. a wireless communication interface; a memory device adapted to implement a wireless wide area network, WW AN, protocol stack for the wireless communication interface; and a processing circuit communicatively coupled to the wireless communication interface and the memory device, the processing circuit adapted to: monitor a wireless wide area network, WW AN, protocol information from the wireless wide area network, WW AN, protocol stack; and adjust at least one operating parameter provided to the processing circuit in response to the monitored wireless wide area network, WW AN, protocol information; and wherein the processing circuit is adapted to monitor the wireless wide area network, WW AN, protocol information by monitoring at least one of a downlink physical transport block size, an uplink scheduling grant, an automatic repeat request, ARQ, window size, or a transmission buffer status. monitor a wireless wide area network, WW AN, protocol information from the wireless wide area network, WW AN, protocol stack; and adjust at least one operating parameter provided to the processing circuit in response to the monitored wireless wide area network, WW AN, protocol information; and wherein the processing circuit is adapted to monitor the wireless wide area network, WW AN, protocol information by monitoring at least one of a downlink physical transport block size, an uplink scheduling grant, an automatic repeat request, ARQ, window size, or a transmission buffer status.
A method of producing an aqueous dispersion of polyvinylidene fluoride (PVDF), comprising emulsion polymerization of vinylidene fluoride in the presence of a surfactant having a surface tension of ≤ 55 mN/m when added in an amount of 1000 ppm, an organic peroxide and water, to produce an aqueous dispersion that contains PVDF, wherein the surfactant is at least one selected from the surfactants of formulae -: wherein R 1, R 2 each independently are C 1-14 -alkyl or -haloalkyl which, if it contains 2-14 carbons, may contain an oxygen atom between carbon atoms; R 3 is H or -(CH 2) v -COOM 1; R 4 is -SO 3 M 2 or -(CH 2) v -COOM 1; v is an integer of 0-3; M 1 and M 2 each independently are H, an alkali metal or NR 4 wherein R each independently is H or C 1-3 -alkyl; wherein R 5, R 6 each independently are C 1-14 -alkyl or -haloalkyl which, if it contains 2-14 carbons, may contain an oxygen atom between carbon atoms; M 1 each independently is H, an alkali metal or NR 4 wherein R each independently is H or C 1-3 -alkyl; wherein R 7, R 8 each independently are C 1-14 -alkyl or -haloalkyl which, if it contains 2-14 carbons, may contain an oxygen atom between carbon atoms; R 9 is -SO 3 M 2 or -COOM 1; M 1 and M 2 each independently are H, an alkali metal or NR 4 wherein R each independently is H or C 1-3 -alkyl; and w is an integer of 0-3. R 1, R 2 each independently are C 1-14 -alkyl or -haloalkyl which, if it contains 2-14 carbons, may contain an oxygen atom between carbon atoms; R 3 is H or -(CH 2) v -COOM 1; R 4 is -SO 3 M 2 or -(CH 2) v -COOM 1; v is an integer of 0-3; M 1 and M 2 each independently are H, an alkali metal or NR 4 wherein R each independently is H or C 1-3 -alkyl; R 5, R 6 each independently are C 1-14 -alkyl or -haloalkyl which, if it contains 2-14 carbons, may contain an oxygen atom between carbon atoms; M 1 each independently is H, an alkali metal or NR 4 wherein R each independently is H or C 1-3 -alkyl; R 7, R 8 each independently are C 1-14 -alkyl or -haloalkyl which, if it contains 2-14 carbons, may contain an oxygen atom between carbon atoms; R 9 is -SO 3 M 2 or -COOM 1; M 1 and M 2 each independently are H, an alkali metal or NR 4 wherein R each independently is H or C 1-3 -alkyl; and w is an integer of 0-3.
A helmet comprising: an inner shell; an outer shell, configured to be able to displace relative to the inner shell in response to an impact; a sliding interface between the inner shell and the outer shell; and characterised by further comprising: an impact response adjustment mechanism configured to be adjustable such that the response profile of the relative displacement over time of the outer shell in relation to the inner shell in response to an impact on the helmet varies depending on the setting of the impact response adjustment mechanism. an inner shell; an outer shell, configured to be able to displace relative to the inner shell in response to an impact; a sliding interface between the inner shell and the outer shell; and characterised by further comprising: an impact response adjustment mechanism configured to be adjustable such that the response profile of the relative displacement over time of the outer shell in relation to the inner shell in response to an impact on the helmet varies depending on the setting of the impact response adjustment mechanism.
A cooling device for a sublimation section, comprising a reaction kettle provided with a smooth enameled inner wall, a top of the reaction kettle is provided with a gas phase port, a bottom of the reaction kettle is provided with a discharge port, a middle of the reaction kettle is provided with a sublimation gas phase inlet, and a wall of the reaction kettle is further provided with a jacket; characterized in that: a throttle plate with enameled surface is provided in the reaction kettle, a middle of the throttle plate is provided with a first through hole passed vertically through the throttle plate, and the throttle plate are further provided with several second through holes arranged around the first through hole; the throttle plate is a hollow plate, and an inner cavity in the throttle plate is connected to the jacket; a rotating shaft extending downward from the top of the reaction kettle extends vertically downwards into the reaction kettle and passes through the first through hole, and a scraper matching with the throttling plate is provided on a position of the rotating shaft corresponding to an upper side of each throttling plate. a throttle plate with enameled surface is provided in the reaction kettle, a middle of the throttle plate is provided with a first through hole passed vertically through the throttle plate, and the throttle plate are further provided with several second through holes arranged around the first through hole; the throttle plate is a hollow plate, and an inner cavity in the throttle plate is connected to the jacket; a rotating shaft extending downward from the top of the reaction kettle extends vertically downwards into the reaction kettle and passes through the first through hole, and a scraper matching with the throttling plate is provided on a position of the rotating shaft corresponding to an upper side of each throttling plate.