mhurhangee/ep-ind-claims huggingface dataset:
A network side device, characterized by comprising: a generating unit, configured to generate an access trigger message, wherein the access trigger message carries a temporary mobile group identity, TMGI, allocated to a user equipment, UE, wherein the TMGI is the core network group identity of the UE; and a sending unit, configured to send the access trigger message to packet trigger an access operation of the UE for the TMGI; and the network side device is located on a core network, and further configured to: generate a multipoint control channel, MCCH, message carrying the TMGI, as the access trigger message; send the access trigger message to packet trigger an access operation of the UE for the TMGI; and set an access parameter for controlling the UE access according to cell load and the amount of UEs belonging to the TMGI in a cell or according to the cell load, and carry the access parameter in the MCCH message. a generating unit, configured to generate an access trigger message, wherein the access trigger message carries a temporary mobile group identity, TMGI, allocated to a user equipment, UE, wherein the TMGI is the core network group identity of the UE; and a sending unit, configured to send the access trigger message to packet trigger an access operation of the UE for the TMGI; and the network side device is located on a core network, and further configured to: generate a multipoint control channel, MCCH, message carrying the TMGI, as the access trigger message; send the access trigger message to packet trigger an access operation of the UE for the TMGI; and set an access parameter for controlling the UE access according to cell load and the amount of UEs belonging to the TMGI in a cell or according to the cell load, and carry the access parameter in the MCCH message. generate a multipoint control channel, MCCH, message carrying the TMGI, as the access trigger message; send the access trigger message to packet trigger an access operation of the UE for the TMGI; and set an access parameter for controlling the UE access according to cell load and the amount of UEs belonging to the TMGI in a cell or according to the cell load, and carry the access parameter in the MCCH message.
An air conditioner comprising: an indoor heat exchanger in an indoor unit; an outdoor heat exchanger in an outdoor unit; a pipe connector connecting a refrigerant pipe attached to the indoor heat exchanger to a refrigerant pipe attached to the outdoor heat exchanger; and a flammable refrigerant filling each of the refrigerant pipes, wherein the indoor unit includes: an air blow circuit housing the indoor heat exchanger; an underframe; a pipe connection housing section located on a back surface of the underframe of the indoor unit, the pipe connection housing section housing the pipe connector; and a leak detection sensor that detects a leak of the flammable refrigerant, the leak detection sensor being disposed in the air blow circuit, and wherein the indoor unit further includes a communication path having a flow path area and communicatively connecting the air blow circuit to the pipe connection housing section. an indoor heat exchanger in an indoor unit; an outdoor heat exchanger in an outdoor unit; a pipe connector connecting a refrigerant pipe attached to the indoor heat exchanger to a refrigerant pipe attached to the outdoor heat exchanger; and a flammable refrigerant filling each of the refrigerant pipes, wherein the indoor unit includes: an air blow circuit housing the indoor heat exchanger; an underframe; a pipe connection housing section located on a back surface of the underframe of the indoor unit, the pipe connection housing section housing the pipe connector; and a leak detection sensor that detects a leak of the flammable refrigerant, the leak detection sensor being disposed in the air blow circuit, and an air blow circuit housing the indoor heat exchanger; an underframe; a pipe connection housing section located on a back surface of the underframe of the indoor unit, the pipe connection housing section housing the pipe connector; and a leak detection sensor that detects a leak of the flammable refrigerant, the leak detection sensor being disposed in the air blow circuit, and wherein the indoor unit further includes a communication path having a flow path area and communicatively connecting the air blow circuit to the pipe connection housing section.
A method of transmitting an uplink channel by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, downlink control information (i) including a field for a code point mapped to one of candidate values for a timing offset value for transmission of an uplink data channel to which at least one of channel state information, CSI, reporting or transmission of uplink data and (ii) representing a type related to an usage of an uplink data channel; and transmitting the uplink data channel to the base station, based on the timing offset value determined by (i) the type related to the usage of the uplink data channel represented by downlink control information and (ii) the code point of the field included in the downlink control information, wherein the candidate values for the timing offset value are configured based on the type related to the usage of the uplink data channel, wherein the type related to the usage of the uplink data channel comprises i) a first type in which only the CSI reporting is allocated, ii) a second type in which both the CSI reporting and the uplink data are allocated, and iii) a third type in which only the uplink data is allocated, and wherein at least two mapping configurations between (i) values of the code point and (ii) the candidate values for the timing offset value are configured for the first type, the second type and the third type. receiving, from a base station, downlink control information (i) including a field for a code point mapped to one of candidate values for a timing offset value for transmission of an uplink data channel to which at least one of channel state information, CSI, reporting or transmission of uplink data and (ii) representing a type related to an usage of an uplink data channel; and transmitting the uplink data channel to the base station, based on the timing offset value determined by (i) the type related to the usage of the uplink data channel represented by downlink control information and (ii) the code point of the field included in the downlink control information, wherein the candidate values for the timing offset value are configured based on the type related to the usage of the uplink data channel, wherein the type related to the usage of the uplink data channel comprises i) a first type in which only the CSI reporting is allocated, ii) a second type in which both the CSI reporting and the uplink data are allocated, and iii) a third type in which only the uplink data is allocated, and wherein at least two mapping configurations between (i) values of the code point and (ii) the candidate values for the timing offset value are configured for the first type, the second type and the third type.
A plastic container comprising: a cup-shaped container body having a generally annular sidewall defining an open end; a container lid having a main body sized large enough to close the open end of the container body, an annular sealing flange extending from a bottom surface of the main body and into the annular sidewall in a closed position, the bottom surface of the main body including a seat portion radially outward from the sealing flange; a living hinge coupling the container lid and container body into a one-piece construction, the container lid pivoting through the living hinge between an open position and the closed position; and in the open position the seat portion includes a pair of side portions (162, 164) and a front portion, characterized in that the pair of side portions (162, 164) is pre-curved in a convex manner and the front portion is pre-curved in a concave manner. a cup-shaped container body having a generally annular sidewall defining an open end; a container lid having a main body sized large enough to close the open end of the container body, an annular sealing flange extending from a bottom surface of the main body and into the annular sidewall in a closed position, the bottom surface of the main body including a seat portion radially outward from the sealing flange; a living hinge coupling the container lid and container body into a one-piece construction, the container lid pivoting through the living hinge between an open position and the closed position; and in the open position the seat portion includes a pair of side portions (162, 164) and a front portion, characterized in that the pair of side portions (162, 164) is pre-curved in a convex manner and the front portion is pre-curved in a concave manner.
A method performed by a terminal, the method comprising: receiving a terminal capability enquiry message from a base station; setting, if an evolved universal terrestrial radio access, EUTRA, indicator is included in the terminal capability enquiry message, a radio access technology, RAT, type of a terminal capability message to EUTRA; and transmitting the terminal capability message including at least one band combination information on at least one band combination supported by the terminal, wherein the at least one band combination information includes at least one band parameter, wherein the at least one band parameter includes information indicating a band, and information on carrier aggregation, CA, information and information about a number of MIMO layers, and wherein the CA information is associated with aggregated bandwidth configuration and maximum number of cells of the band combination. receiving a terminal capability enquiry message from a base station; setting, if an evolved universal terrestrial radio access, EUTRA, indicator is included in the terminal capability enquiry message, a radio access technology, RAT, type of a terminal capability message to EUTRA; and transmitting the terminal capability message including at least one band combination information on at least one band combination supported by the terminal, wherein the at least one band combination information includes at least one band parameter, wherein the at least one band parameter includes information indicating a band, and information on carrier aggregation, CA, information and information about a number of MIMO layers, and wherein the CA information is associated with aggregated bandwidth configuration and maximum number of cells of the band combination.
A module for the formation of a walkable surface, the module comprising the following elements: - A top panel suitable for forming such walkable surface; - A bottom panel; - A thermally insulating surface and a heating device configured for emanating heat, both comprised between the bottom panel and the top panel; - The insulating surface being in form of a panel of insulating material placed above the bottom panel and with the heating device comprising a pipe for the passage of a vector fluid arranged over the thermally insulating surface such that said pipe is comprised between the top panel and the panel of insulating material; - Characterized in that the thermally insulating surface is a prebuilt element and wherein connecting means are further provided and configured to exert a mechanical action according to an approaching direction of the top panel to the bottom panel in such a manner so as to keep the elements of the module stacked on each other, said connecting means being further configured to be removable in such a manner that, on removal, said elements constituting the module result in being separable and/or accessible each other. - A top panel suitable for forming such walkable surface; - A bottom panel; - A thermally insulating surface and a heating device configured for emanating heat, both comprised between the bottom panel and the top panel; - The insulating surface being in form of a panel of insulating material placed above the bottom panel and with the heating device comprising a pipe for the passage of a vector fluid arranged over the thermally insulating surface such that said pipe is comprised between the top panel and the panel of insulating material; - Characterized in that the thermally insulating surface is a prebuilt element and wherein connecting means are further provided and configured to exert a mechanical action according to an approaching direction of the top panel to the bottom panel in such a manner so as to keep the elements of the module stacked on each other, said connecting means being further configured to be removable in such a manner that, on removal, said elements constituting the module result in being separable and/or accessible each other.
Method of characterizing a field-effect transistor (100; 1000), comprising: a step of application, to the gate (106G; 1006G) of the transistor, by a first pulsed current-vs.-voltage characteristic measurement system configured to submit the gate to voltage pulses and to measure a resulting electric current (I dis), of a single ramp of the gate voltage (V G); a step of measurement of a drain current (I D) and of a gate capacitance of the transistor (100; 1000) during the application of the ramp of the gate voltage (V G); and a step of interpretation both of variations of the gate capacitance and of variations of the drain current (I D) of the transistor. a step of application, to the gate (106G; 1006G) of the transistor, by a first pulsed current-vs.-voltage characteristic measurement system configured to submit the gate to voltage pulses and to measure a resulting electric current (I dis), of a single ramp of the gate voltage (V G); a step of measurement of a drain current (I D) and of a gate capacitance of the transistor (100; 1000) during the application of the ramp of the gate voltage (V G); and a step of interpretation both of variations of the gate capacitance and of variations of the drain current (I D) of the transistor.
Rail clamp handling arrangement, for moving a clamping element from a position in which said element fastens a rail to a railroad sleeper to a sleeper releasing position or vice-versa, comprising a support structure (501, 502) having a lower part and an upper part, said lower part having a central rail fitting recess and arranged to extend transversally in relation to a central plane common with the longitudinal extension of the rail when in operation, wherein there is arranged a pair of mirror symmetrically arranged pivotable lever arms (400, 700) and wherein said lower part is arranged with connection means providing pivot points (401, 701) at an intermediate point of said pair of pivotable lever arms (400, 700), a power and transmission arrangement (2, 3, 6) arranged to simultaneously move an upper part (405, 705) of said lever arms (400,700) via an upper pivotal connection (402, 702), a lower part (406,706) of said lever arms (400, 700) comprising contact devices (403, 703) arranged to move a clamping element, wherein said power and transmission arrangement (2, 3, 6) includes a power unit in the form of an electric motor attached to said upper part and a rotatable threaded shaft having oppositely arranged threads to transfer torque applied via said power and transmission arrangement (2, 3, 6) into pivotal mirror wise movement of said lever arms (400, 700), wherein said transmission arrangement (2, 3, 6) includes a first part attached to said upper part.
Accessory component for a push-off trailer, which component can replace the entire standard rear wall of the push-off trailer and which contains means for metering and conveying bulk material which is intended to be unloaded, characterised in that the accessory component has at least one metering roller for loosening and metering the bulk material, a rotary feeder, a conveying fan for pneumatically conveying the bulk material and a screw conveyor, which is provided below the metering roller and which supplies the bulk material which is intended to be unloaded to the rotary feeder, and wherein the accessory component which is constructed as a rear wall has a U-shaped cross-section, the two members (2a, 2b) of the U between which the metering roller and the screw conveyor are supported being connected by means of a base sheet, at the lower side of which the conveying fan and the rotary feeder are arranged.
A female electrical terminal comprising: a box portion extending longitudinally from an attachment portion to an open forward end that is configured to receive a male electrical terminal, wherein the box portion is provided by an upper wall and a lower wall joined by a first lateral wall and a second lateral wall, wherein the second lateral wall is joined to the lower wall opposite the first lateral wall, wherein a portion of the upper wall overlaps and abuts a longitudinal edge of the second lateral wall at a rearward end of the box portion, wherein the rearward end is opposite the open forward end, wherein the upper wall defines a cutout, and the second lateral wall includes a tab received in the cutout, wherein the second lateral wall includes a lateral indentation longitudinally aligned with the tab, and wherein the first and second lateral walls (60, 62) respectively include first and second notches (72, 74) that respectively provide first and second ledges (76, 78), wherein the upper wall has a folded end portion overlapping the first and second ledges (76, 78). a box portion extending longitudinally from an attachment portion to an open forward end that is configured to receive a male electrical terminal, wherein the box portion is provided by an upper wall and a lower wall joined by a first lateral wall and a second lateral wall, wherein the second lateral wall is joined to the lower wall opposite the first lateral wall, wherein a portion of the upper wall overlaps and abuts a longitudinal edge of the second lateral wall at a rearward end of the box portion, wherein the rearward end is opposite the open forward end, wherein the upper wall defines a cutout, and the second lateral wall includes a tab received in the cutout, wherein the second lateral wall includes a lateral indentation longitudinally aligned with the tab, and wherein the first and second lateral walls (60, 62) respectively include first and second notches (72, 74) that respectively provide first and second ledges (76, 78), wherein the upper wall has a folded end portion overlapping the first and second ledges (76, 78).
A liquid ejecting head comprising: a driving substrate including a driving element configured to, in response to a signal from an external controller, expand or contract so that a liquid is discharged from a pressure chamber through a nozzle, and a connection portion connecting the driving element to a wiring substrate connectable to the external controller; a sealing member that covers the connection portion and a part of the wiring substrate; and a mask plate, characterized in that: the mask plate has an L-shaped cross section with a top plate portion partially covering a part of the driving substrate including the connection portion and contacting the sealing member, and a side plate portion disposed on an outer periphery of the driving substrate, and at least a surface of the mask plate on an ejecting side of the top plate portion is formed to be flat. a driving substrate including a driving element configured to, in response to a signal from an external controller, expand or contract so that a liquid is discharged from a pressure chamber through a nozzle, and a connection portion connecting the driving element to a wiring substrate connectable to the external controller; a driving element configured to, in response to a signal from an external controller, expand or contract so that a liquid is discharged from a pressure chamber through a nozzle, and a connection portion connecting the driving element to a wiring substrate connectable to the external controller; a sealing member that covers the connection portion and a part of the wiring substrate; and a mask plate, the mask plate has an L-shaped cross section with a top plate portion partially covering a part of the driving substrate including the connection portion and contacting the sealing member, and a side plate portion disposed on an outer periphery of the driving substrate, and at least a surface of the mask plate on an ejecting side of the top plate portion is formed to be flat.
A chemical pre-concentrator comprising: an elongated conduit defining a flow path between two ends (108A, 108B); and a heating element at least partially coated with a sorbent material and disposed within the conduit, characterised in that the heating element is in the form of an electrically conductive strip defining both a plurality of apertures (112, 710) through the strip and a series of undulations spaced along the flow path. an elongated conduit defining a flow path between two ends (108A, 108B); and a heating element at least partially coated with a sorbent material and disposed within the conduit, characterised in that the heating element is in the form of an electrically conductive strip defining both a plurality of apertures (112, 710) through the strip and a series of undulations spaced along the flow path.
A method for controlling a process with a plurality of field devices in a process plant using a plurality of regulatory controllers, wherein the plurality of regulatory controllers are connected to a remote supervisory controller over a communication link and to a local supervisory controller over a process bus for receiving set points, the method comprising a. monitoring transmission of control data between the remote supervisory controller and the plurality of controllers over the communication link, wherein the control data includes information associated with one or more measured process variables, and one or more set points in relation to one or more control process variables, generated by the remote supervisory controller using a remote process model based on the information associated with the one or more measured process variables; b. determining one or more functional correlations between the one or more measured process variables and the one or more control process variables, based on the control data and a predetermined correlation function for configuring a local process model of the local supervisory controller; c. configuring the local process model based on the determined one or more functional correlations; and d. providing one or more intermediate set points in relation to the one or more control process variables using the configured local process model, to the plurality of controllers for regulating the one or more field devices, upon an intermediate failure of the communication link; wherein the communication link recovers from the intermediate failure within a predetermined time period. a. monitoring transmission of control data between the remote supervisory controller and the plurality of controllers over the communication link, wherein the control data includes information associated with one or more measured process variables, and one or more set points in relation to one or more control process variables, generated by the remote supervisory controller using a remote process model based on the information associated with the one or more measured process variables; b. determining one or more functional correlations between the one or more measured process variables and the one or more control process variables, based on the control data and a predetermined correlation function for configuring a local process model of the local supervisory controller; c. configuring the local process model based on the determined one or more functional correlations; and d. providing one or more intermediate set points in relation to the one or more control process variables using the configured local process model, to the plurality of controllers for regulating the one or more field devices, upon an intermediate failure of the communication link; wherein the communication link recovers from the intermediate failure within a predetermined time period.