mhurhangee/ep-ind-claims huggingface dataset:
Tower for a high-voltage overhead electric transmission line, wherein said tower has a predetermined shape arranged to define an internal volume of said tower, and carries a first tension side of a first line section and a second tension side of a second line section, wherein said first tension side and said second tension side comprise respective pluralities of first and second tension terminals each associated with a respective phase of the high-voltage overhead electric transmission line; said tower being characterized in that it supports, within said internal volume, a switchgear unit connected at a first end to said first line section and at a second end to said second line section; said switchgear unit, being able to modify the grid configuration, interrupting and restoring the electrical continuity at predetermined points, interrupt the nominal and fault currents, and carry out safety operations, through grounding, of line sections; the switchgear unit including a plurality of switchgear unit poles (17A, 17B, 17C), each associated with a respective phase of the high-voltage overhead electric transmission line; each of said switchgear unit poles (17A, 17B, 17C) comprising a line circuit breaker and at least one line disconnector. wherein said tower has a predetermined shape arranged to define an internal volume of said tower, and carries a first tension side of a first line section and a second tension side of a second line section, wherein said first tension side and said second tension side comprise respective pluralities of first and second tension terminals each associated with a respective phase of the high-voltage overhead electric transmission line; said tower being characterized in that it supports, within said internal volume, a switchgear unit connected at a first end to said first line section and at a second end to said second line section; said switchgear unit, being able to modify the grid configuration, interrupting and restoring the electrical continuity at predetermined points, interrupt the nominal and fault currents, and carry out safety operations, through grounding, of line sections; the switchgear unit including a plurality of switchgear unit poles (17A, 17B, 17C), each associated with a respective phase of the high-voltage overhead electric transmission line; each of said switchgear unit poles (17A, 17B, 17C) comprising a line circuit breaker and at least one line disconnector.
A packet backpressure detection method, wherein the method is applied to a device having a Peripheral Component Interconnect Express, PCIe, port, and the method comprises: storing, by the device in a buffer when each to-be-sent packet in a packet sending queue of a PCIe port in a cache unit becomes a packet that currently needs to be sent at the PCIe port, the packet that currently needs to be sent, wherein the packet that currently needs to be sent is the first packet in the packet sending queue, wherein the packet stored in the buffer is removed from the buffer after being sent by using the PCIe port; recording, by the device, storage duration of each packet stored in the buffer, and accumulating the recorded storage duration of each packet in the buffer, so as to obtain accumulated duration of packet storage in the buffer; resetting, by the device, the accumulated duration to 0 in a preset condition; and when the accumulated duration reaches a first threshold, determining, by the device, that packet backpressure occurs at the PCIe port. storing, by the device in a buffer when each to-be-sent packet in a packet sending queue of a PCIe port in a cache unit becomes a packet that currently needs to be sent at the PCIe port, the packet that currently needs to be sent, wherein the packet that currently needs to be sent is the first packet in the packet sending queue, wherein the packet stored in the buffer is removed from the buffer after being sent by using the PCIe port; recording, by the device, storage duration of each packet stored in the buffer, and accumulating the recorded storage duration of each packet in the buffer, so as to obtain accumulated duration of packet storage in the buffer; resetting, by the device, the accumulated duration to 0 in a preset condition; and when the accumulated duration reaches a first threshold, determining, by the device, that packet backpressure occurs at the PCIe port.
A method, comprising: obtaining, by a serving access node, mobility management properties for a plurality of terminals served by the serving access node, grouping, by the serving access node, the plurality of terminals into groups based on correlating the obtained mobility management properties of the plurality of terminals, and characterized by: deciding, by the serving access node, on the necessity for a handover per group, and forwarding the decision to a target access node, wherein the deciding comprises evaluating a set of mobility management properties associated with at least one reference terminal of the group, where the set of mobility management parameters associated with the at least one reference terminal are mobility management parameters that are received prior to other sets of mobility management properties associated with other terminals of the group. obtaining, by a serving access node, mobility management properties for a plurality of terminals served by the serving access node, grouping, by the serving access node, the plurality of terminals into groups based on correlating the obtained mobility management properties of the plurality of terminals, and characterized by: deciding, by the serving access node, on the necessity for a handover per group, and forwarding the decision to a target access node, wherein the deciding comprises evaluating a set of mobility management properties associated with at least one reference terminal of the group, where the set of mobility management parameters associated with the at least one reference terminal are mobility management parameters that are received prior to other sets of mobility management properties associated with other terminals of the group.
A handheld aerosol-generating device comprising an elongate tubular component having an axial length and accommodating an electric power source, and a mouthpiece portion having at least one air inlet and an outlet communicating with one another, which mouthpiece portion is detachably connected with the elongate tubular component, characterized in that the electric power source is of an annular configuration extending at least about a major part of the axial length of the tubular component, and encloses an elongate receptacle which is open towards the mouthpiece portion, for accommodation of a cartridge comprising a supply of aerosol-forming substrate and an electrically operated vaporizer.
Connecting terminal having an insulating-material housing and having at least one spring clamping unit with a clamping spring and a busbar section in the insulating-material housing, with the clamping spring having a contact section a curved spring area adjacent to the contact section and a clamping section which is designed to clamp an electrical conductor against the busbar section, wherein the clamping spring has an operating section which extends away from the direction of the spring force, which acts on the clamping section, of the clamping spring and is aligned to be acted on by an operating element (16, 31, 33, 39) such that the operating element (16, 31, 33, 39) can be engaged with the operating section in order to exert a tensile force, which acts on the operating section in the opposite direction to the spring force when the operating element (16, 31, 33, 39) is moved, in order to open the clamping spring, characterized in that the operating section of the clamping spring originates from the clamping section of the clamping spring.
A computing system to control sound level exposure, comprising: a sensor link controller to receive a measurement signal from a sound pressure sensor positioned within a headset; an ear damage controller coupled to the sensor link controller, the ear damage controller to adjust one or more characteristics of an audio signal based on the measurement signal; and a speaker link controller coupled to the ear damage controller, the speaker link controller to transmit the audio signal to a speaker positioned within the headset, wherein the ear damage controller includes an exposure analyzer to determine an ear exposure level based on the measurement signal, and wherein at least one of the one or more characteristics is to be adjusted based on the ear exposure level, characterized in that at least one of the one or more characteristics includes a frequency profile of the audio signal, wherein the audio signal includes active noise cancellation content. a sensor link controller to receive a measurement signal from a sound pressure sensor positioned within a headset; an ear damage controller coupled to the sensor link controller, the ear damage controller to adjust one or more characteristics of an audio signal based on the measurement signal; and a speaker link controller coupled to the ear damage controller, the speaker link controller to transmit the audio signal to a speaker positioned within the headset,
A power storage module state estimation apparatus comprising: a parameter calculator configured to calculate a parameter based on a current value of a power storage module, wherein the parameter includes a direction information indicating the direction in which current having a high frequency is flowing in the power storage module, an average current value of the power storage module, and a charge and discharge capacity after the direction in which the current having the high frequency is flowing in the power storage module is switched, said charge and discharge capacity indicating the charge capacity if the direction of the current is changed to charging and indicating the discharge capacity if the direction of the current is changed to discharging; characterized by a hysteresis compensator configured to use the parameter to calculate a compensation amount for compensating an open circuit voltage of the power storage module and to calculate a post-compensation open circuit voltage based on the open circuit voltage and the calculated compensation amount, wherein the power storage module state estimation apparatus further comprises a charging state calculator configured to calculate a charging state value of the power storage module using the post-compensation open circuit voltage of the power storage module. a parameter calculator configured to calculate a parameter based on a current value of a power storage module, wherein the parameter includes a direction information indicating the direction in which current having a high frequency is flowing in the power storage module, an average current value of the power storage module, and a charge and discharge capacity after the direction in which the current having the high frequency is flowing in the power storage module is switched, said charge and discharge capacity indicating the charge capacity if the direction of the current is changed to charging and indicating the discharge capacity if the direction of the current is changed to discharging; characterized by a hysteresis compensator configured to use the parameter to calculate a compensation amount for compensating an open circuit voltage of the power storage module and to calculate a post-compensation open circuit voltage based on the open circuit voltage and the calculated compensation amount, wherein the power storage module state estimation apparatus further comprises a charging state calculator configured to calculate a charging state value of the power storage module using the post-compensation open circuit voltage of the power storage module.
A liquid formulation comprising: (i) 29.4 percent by weight of water; (ii) 68.6 percent by weight of propylene glycol; and (iii) 2 percent by weight of nicotine. (i) 29.4 percent by weight of water; (ii) 68.6 percent by weight of propylene glycol; and (iii) 2 percent by weight of nicotine.
A power tool, comprising: a housing; a motor disposed in the housing, the motor having an output shaft; a gear case attached to the housing, the gear case including a rear end closer to the motor and a forward end further from the motor, the gear case containing gears arranged to be driven by the output shaft of the motor; a bearing assembly extending from the forward end of the gear case, the bearing assembly supporting a driveshaft arranged to be rotated by the gears about an axis of rotation; and a chuck assembly extending from the driveshaft, the chuck assembly including elongate chuck jaws located entirely forward of and/or at least partly radially outwardly of the bearing assembly, the chuck assembly also including a chuck sleeve, wherein rotation of the chuck sleeve is arranged to cause the chuck jaws to open or close, wherein the chuck sleeve surrounds an entire circumference of at least a portion of the bearing assembly and surrounds the chuck jaws along at least part of their length. a housing; a motor disposed in the housing, the motor having an output shaft; a gear case attached to the housing, the gear case including a rear end closer to the motor and a forward end further from the motor, the gear case containing gears arranged to be driven by the output shaft of the motor; a bearing assembly extending from the forward end of the gear case, the bearing assembly supporting a driveshaft arranged to be rotated by the gears about an axis of rotation; and a chuck assembly extending from the driveshaft, the chuck assembly including elongate chuck jaws located entirely forward of and/or at least partly radially outwardly of the bearing assembly, the chuck assembly also including a chuck sleeve, wherein rotation of the chuck sleeve is arranged to cause the chuck jaws to open or close, wherein the chuck sleeve surrounds an entire circumference of at least a portion of the bearing assembly and surrounds the chuck jaws along at least part of their length.
A specific pharmacological chaperone for α-Gal A for use in the treatment of Fabry disease in a patient expressing a mutant form of α-Gal A and identified as responding to treatment with the specific pharmacological chaperone, wherein the patient is identified as responding to treatment with the specific pharmacological chaperone for α-Gal A by a method which comprises a. seeding first and second host cells in an assay container; b. contacting first host cells with the pharmacological chaperone specific for α-Gal A; and c. comparing α-Gal A activity in second host cells not contacted with the specific pharmacological chaperone, with α-Gal A activity in the first host cell contacted with the specific pharmacological chaperone, wherein the specific pharmacological chaperone for α-Gal A is 1-deoxygalactonojirimycin or a pharmaceutically acceptable salt thereof; the first and second host cells are HEK-293 MSR cells which express the mutant form of α-Gal A of the patient; and wherein: a 1.3 to 40 fold increase in α-Gal A activity in the first host cells contacted with the specific pharmacological chaperone compared to the activity of the α-Gal A expressed by the second host cells not contacted with the specific pharmacological chaperone; or α-Gal A activity in the first host cells contacted with the specific pharmacological chaperone of at least about 2 to 100% of α-Gal A activity of HEK-293 MSR cells which express a wild type form of α-Gal A; indicates that the patient will respond to treatment with the specific pharmacological chaperone. a. seeding first and second host cells in an assay container; b. contacting first host cells with the pharmacological chaperone specific for α-Gal A; and c. comparing α-Gal A activity in second host cells not contacted with the specific pharmacological chaperone, with α-Gal A activity in the first host cell contacted with the specific pharmacological chaperone, a 1.3 to 40 fold increase in α-Gal A activity in the first host cells contacted with the specific pharmacological chaperone compared to the activity of the α-Gal A expressed by the second host cells not contacted with the specific pharmacological chaperone; or α-Gal A activity in the first host cells contacted with the specific pharmacological chaperone of at least about 2 to 100% of α-Gal A activity of HEK-293 MSR cells which express a wild type form of α-Gal A;
A compact pulling apparatus (10, 300), including: a watertight elongated housing (14, 304) extending along a longitudinal axis and defining an inner chamber (30, 314), the housing (14, 304) including a top wall and a bottom wall; a track (12, 302) disposed around the housing (14, 304) along its longitudinal axis and enabling the apparatus (10, 300) to move when the track (12, 302) is rotatably driven around the housing (14, 304); a handlebar connected to the housing and extending substantially rearward; a driving motor (32, 310) for the track (12, 302), the motor (32, 310) being located within the inner chamber (30, 314) of the housing (14, 304) and including an output shaft mechanically connected to the track (12, 302); and a ventilation circuit for the inner chamber (30, 314) of the housing (14, 304), the ventilation circuit including an air inlet and an air outlet which communicate with the exterior of the housing (14, 304), characterized in that the ventilation circuit, which includes a thermostat and at least one ventilator, allows keeping a temperature above the freezing point inside the inner chamber (30, 314) when the outside temperature is lower and allows cooling the interior of the inner chamber (30, 314) when its temperature is above an upper threshold. a watertight elongated housing (14, 304) extending along a longitudinal axis and defining an inner chamber (30, 314), the housing (14, 304) including a top wall and a bottom wall; a track (12, 302) disposed around the housing (14, 304) along its longitudinal axis and enabling the apparatus (10, 300) to move when the track (12, 302) is rotatably driven around the housing (14, 304); a handlebar connected to the housing and extending substantially rearward; a driving motor (32, 310) for the track (12, 302), the motor (32, 310) being located within the inner chamber (30, 314) of the housing (14, 304) and including an output shaft mechanically connected to the track (12, 302); and a ventilation circuit for the inner chamber (30, 314) of the housing (14, 304), the ventilation circuit including an air inlet and an air outlet which communicate with the exterior of the housing (14, 304), characterized in that the ventilation circuit, which includes a thermostat and at least one ventilator, allows keeping a temperature above the freezing point inside the inner chamber (30, 314) when the outside temperature is lower and allows cooling the interior of the inner chamber (30, 314) when its temperature is above an upper threshold.
A blood collection system, comprising: a needle assembly, comprising a needle configured to receive an evacuated blood collection tube; a tubing, comprising a distal end and a proximal end, wherein the proximal end is coupled to the needle assembly, wherein the tubing comprises a first flow channel and a second flow channel, wherein the first flow channel is configured to collapse at a lower pressure differential than the second flow channel. a needle assembly, comprising a needle configured to receive an evacuated blood collection tube; a tubing, comprising a distal end and a proximal end, wherein the proximal end is coupled to the needle assembly, wherein the tubing comprises a first flow channel and a second flow channel, wherein the first flow channel is configured to collapse at a lower pressure differential than the second flow channel.
Cover for a poultry container for holding live poultry, comprising: - two substantially parallel guides; - plural longitudinal supports, on opposite sides moveable connected to the guides; - a flexible cover sheet, connected to the longitudinal supports; and wherein the parallel guides are provided with preferred holding locations for preferred positioning of the longitudinal supports onto the guides characterised in that the longitudinal supports are moveable from two opposite sides allowing the cover to open from both ends of the first and second guides. - two substantially parallel guides; - plural longitudinal supports, on opposite sides moveable connected to the guides; - a flexible cover sheet, connected to the longitudinal supports; and wherein the parallel guides are provided with preferred holding locations for preferred positioning of the longitudinal supports onto the guides characterised in that the longitudinal supports are moveable from two opposite sides allowing the cover to open from both ends of the first and second guides.
A communication control method, comprising: generating, by a first radio access network device (800, 1000), a first message; and sending, by the first radio access network device (800, 1000), the first message to a second radio access network device (900, 1100), wherein the first message comprises identifier of a radio access network device accessed by a terminal device and downlink status information corresponding to the identifier of the radio access network device accessed by the terminal device, wherein the first radio access network device (800, 1000) is a relay node in a wireless relay communications system for the terminal device, and the second radio access network device (900, 1100) is a parent node of the first radio access network device (800, 1000) or a donor base station of the first radio access network device (800, 1000) in the wireless relay communications system, wherein the method further comprises: receiving, by the first radio access network device (800, 1000), a second message from the second radio access network device (900, 1100), wherein the second message comprises a reporting manner and/or at least one reporting granularity. generating, by a first radio access network device (800, 1000), a first message; and sending, by the first radio access network device (800, 1000), the first message to a second radio access network device (900, 1100), wherein the first message comprises identifier of a radio access network device accessed by a terminal device and downlink status information corresponding to the identifier of the radio access network device accessed by the terminal device, wherein the first radio access network device (800, 1000) is a relay node in a wireless relay communications system for the terminal device, and the second radio access network device (900, 1100) is a parent node of the first radio access network device (800, 1000) or a donor base station of the first radio access network device (800, 1000) in the wireless relay communications system, wherein the method further comprises: receiving, by the first radio access network device (800, 1000), a second message from the second radio access network device (900, 1100), wherein the second message comprises a reporting manner and/or at least one reporting granularity.