mhurhangee/ep-ind-claims huggingface dataset:
A credit control server, comprising: a rating engine; a session control module to: receive a request for service units, associated with a charging session, from a client or service element that is providing a network service to an end user, and obtain one or more input parameters from the request for service units and passing the one or more input parameters to a charging unit determination module, and the charging unit determination module to: obtain account data associated with the request for service units from an account balance management module, determine, based on a dynamically configurable logic received via a user interface, a unit type based on the account data, and pass the determined unit type to the rating engine, where the rating engine is to: rate credit and grant service units based on at least the determined unit type, and forward an indication of the granted service units of the determined unit type to the session control module for return to the client or service element characterized by that: the charging unit determination module is further to determine the unit type based on the one or more input parameters. a rating engine; a session control module to: receive a request for service units, associated with a charging session, from a client or service element that is providing a network service to an end user, and obtain one or more input parameters from the request for service units and passing the one or more input parameters to a charging unit determination module, and receive a request for service units, associated with a charging session, from a client or service element that is providing a network service to an end user, and obtain one or more input parameters from the request for service units and passing the one or more input parameters to a charging unit determination module, and the charging unit determination module to: obtain account data associated with the request for service units from an account balance management module, determine, based on a dynamically configurable logic received via a user interface, a unit type based on the account data, and pass the determined unit type to the rating engine, obtain account data associated with the request for service units from an account balance management module, determine, based on a dynamically configurable logic received via a user interface, a unit type based on the account data, and pass the determined unit type to the rating engine, where the rating engine is to: rate credit and grant service units based on at least the determined unit type, and forward an indication of the granted service units of the determined unit type to rate credit and grant service units based on at least the determined unit type, and forward an indication of the granted service units of the determined unit type to the session control module for return to the client or service element characterized by that: the charging unit determination module is further to determine the unit type based on the one or more input parameters. the charging unit determination module is further to determine the unit type based on the one or more input parameters.
An enclosure for use in a fiber optic distribution network, the enclosure comprising: a housing including first and second housing pieces (24, 26) configured to be coupled together to define a housing interior, the first and second housing pieces interfacing at an interface location that extends about a perimeter of the housing; a gasket for providing a perimeter seal between the first housing piece and the second housing piece, the gasket being positioned between the first and second housing pieces at the interface location; characterised by the gasket having a transverse cross-sectional shape including a web having a length that extends between first and second ends (122, 124), the web including first and second sides (126, 128) that extend along the length between the first and second ends, the transverse cross-sectional shape having enlarged heads at the first and second ends, the transverse cross-sectional shape having at least one first rib that projects outwardly from the first side of the web at a location between the enlarged heads and at least one second rib that projects outwardly from the second side of the web at a location between the enlarged heads, and the gasket being compressed between the first and second housing pieces in a compression orientation parallel to the length of the web such that the web is axially compressed along its length, wherein the transverse cross-sectional shape of the gasket is symmetric about an axis that is parallel to the length of the web and that bisects the web. a housing including first and second housing pieces (24, 26) configured to be coupled together to define a housing interior, the first and second housing pieces interfacing at an interface location that extends about a perimeter of the housing; a gasket for providing a perimeter seal between the first housing piece and the second housing piece, the gasket being positioned between the first and second housing pieces at the interface location; characterised by the gasket having a transverse cross-sectional shape including a web having a length that extends between first and second ends (122, 124), the web including first and second sides (126, 128) that extend along the length between the first and second ends, the transverse cross-sectional shape having enlarged heads at the first and second ends, the transverse cross-sectional shape having at least one first rib that projects outwardly from the first side of the web at a location between the enlarged heads and at least one second rib that projects outwardly from the second side of the web at a location between the enlarged heads, and the gasket being compressed between the first and second housing pieces in a compression orientation parallel to the length of the web such that the web is axially compressed along its length, wherein the transverse cross-sectional shape of the gasket is symmetric about an axis that is parallel to the length of the web and that bisects the web.
An enhanced bending machine suitable for performing bending operations according to determined forms and/or patterns for a tubular element or profile, comprising a framework which supports and accommodates working members suitable for bending a tubular element or profile, driving and moving members for driving and moving said working members, and adjustment members for adjusting the working members, the working members comprising three operating rollers or pulleys (14, 14', 14'') supported by their respective output shafts (16, 16', 16''), one output shaft being movable hence capable of getting closer to/moving away from the output shafts (16', 16'') whose position is fixed by means of adjustment members which comprises a guide supporting said output shaft and slidable with respect to the framework, the bending machine being characterized in that all three output shafts (16, 16', 16'') supporting the operating rollers or pulleys (14, 14', 14'') are drivers by way of the same driving member that comprises a worm-toothed shaft arranged internally to the framework and rotatably supported, the axis of rotation being perpendicular to that of the output shafts (16, 16', 16''), the rotational driving of the movable output shaft being performed by way of a toothed wheel, which meshes said worm-toothed shaft and which is secured to the movable shaft and with said toothed wheel which forces the movable output shaft to rotate with respect to its own axis, and the rotational driving of the fixed output shafts (16', 16'') being performed by way of a transmission, which receives motion from the same worm-toothed shaft.
A method for transmitting uplink control information, performed by a terminal, the method comprising: in a case that a configured grant PUSCH is type 2, obtaining a target parameter of first control information configured by radio resource control, RRC, signaling; obtaining a target parameter of each of second control information indicated by downlink control information, DCI, wherein the target parameter is used for determining the number of resource elements, REs, to be occupied by the first control information and each of the second control information in the configured grant PUSCH; determining positions of REs to be occupied by the first control information and determining positions of REs to be occupied by each of the second control information; and based on the number of REs and the positions of REs, sending the first control information and the second control information through the configured grant PUSCH; wherein the first control information is configured grant uplink control information, CG-UCI, the second control information comprises at least one of hybrid automatic repeat request acknowledgement, HARQ-ACK, and channel state information, CSI. in a case that a configured grant PUSCH is type 2, obtaining a target parameter of first control information configured by radio resource control, RRC, signaling; obtaining a target parameter of each of second control information indicated by downlink control information, DCI, wherein the target parameter is used for determining the number of resource elements, REs, to be occupied by the first control information and each of the second control information in the configured grant PUSCH; determining positions of REs to be occupied by the first control information and determining positions of REs to be occupied by each of the second control information; and based on the number of REs and the positions of REs, sending the first control information and the second control information through the configured grant PUSCH; wherein the first control information is configured grant uplink control information, CG-UCI, the second control information comprises at least one of hybrid automatic repeat request acknowledgement, HARQ-ACK, and channel state information, CSI.
A refrigeration apparatus provided with a refrigerant circuit having a plurality of refrigerant circulating routes and capable of operation in a mode where the plurality of refrigerant circulating routes differ in at least one of refrigerant evaporation temperature and refrigerant condensation temperature, wherein a compressor of the refrigerant circuit comprises a single casing in which a first compression mechanism linked to a first refrigerant circulating route and a second compression mechanism linked to a second refrigerant circulating route are arranged, characterized in that the first and second compression mechanisms (31, 32) are scroll compression mechanisms disposed to axially adjoin each other, and the first and second compression mechanisms (31, 32) differ from each other in compression ratio.
Plant for handling cardboard reels for feeding tube-forming machines, comprising a reel pick-up station configured to receive a stack of superimposed cardboard reels, a station for unwinding the reels comprising at least an unwinding unit adapted to support the reels to be unwound in a position which favors their unwinding, in the unwinding station being also provided splice means configured to splice a tail portion of a running out reel (1 Y) with a new reel to continuously unwind the reels progressively arranged in the unwinding station, and handling means for moving the reels along a path comprised between the reel pick-up station and the unwinding station, wherein it comprises a programmable control unit configured and programmed for controlling the reel pick-up means, the at least one unwinding unit and the splice means according to a continuous cycle wherein, while a reel is unwound on a relative support of said at least one unwinding unit, another reel is positioned on another support of the same unwinding unit and said supports are cyclically moved by respective mechanical moving means to occupy at least a predetermined loading position and at least one different predetermined exhaustion position, and wherein the splice means cyclically perform the splice of an end portion of a reel in the run-out phase with an initial portion of another reel arranged in the loading position, and characterized in that the means for handling the reels comprise pneumatic means adapted to pressurize a space inside the stack of reels, in which said space includes the interface between an uppermost reel of the stack and the underlying reel, and mechanical or pneumatic gripping means configured and controlled for gripping and respectively releasing the uppermost reel of the stack.
A computerized system which allows a handicapped or a paralyzed user to fully control a personal computer or similar electronic device, comprising: a) a capturer device being capable of capturing input taken from the group consisting of: head movements, facial movements, thoughts, emotions, and combination thereof from said user, translating said input to actions, and sending said actions to a core engine; b) a core engine which receives and interprets said actions, said core engine is adapted to change an advanced user interface and the state of said computer or electrical device; and c) an advanced User Interface which holds the features that defines the screen and interface presented to said user, said User Interface changes the screen presented to said user; wherein said user interface includes a hierarchical pointing device layout that simulates a mouse navigation and selection, for allowing said user to click or double-click on any point on said screen and to zoom-in by dividing the screen to sections having different colors, and selecting one specific section to focus on, wherein the selected section is divided by colors also to four sections, and one of those four sections is selected, repeatedly. a) a capturer device being capable of capturing input taken from the group consisting of: head movements, facial movements, thoughts, emotions, and combination thereof from said user, translating said input to actions, and sending said actions to a core engine; b) a core engine which receives and interprets said actions, said core engine is adapted to change an advanced user interface and the state of said computer or electrical device; and c) an advanced User Interface which holds the features that defines the screen and interface presented to said user, said User Interface changes the screen presented to said user;
A method for finishing work pieces ready to use, the work pieces having circumferential surfaces that are rotation symmetrical about a Z-axis and optionally non-rotation symmetrical, centric and optionally eccentrical circumferential surfaces of bearings and adjacent lateral surfaces wherein the work pieces are in particular crank shafts, characterized in that - after chipping coarse machining and subsequent optional partial hardening, fine machining of the circumferential surfaces is performed as follows: - as a first fine machining step with a defined edge (7, 7') a fine turning is performed with a precision of 5 μm or better with respect to circularity and/or 20 μm or better with respect to diameter by single point turning, wherein - in that a turning tool that is sufficiently slender to move into the bearing location is moveable in a X-direction and also rotatable about a B-axis fabricates the enveloping surface including both corners of the bearing without a shoulder by turning, - wherein the edges of the bearing are turned with a turning tool that is arranged at a slant angle to the X-direction, and - machining the bearing by turning with the engaging turning tool includes an additional feed movement in the X-direction. - after chipping coarse machining and subsequent optional partial hardening, fine machining of the circumferential surfaces is performed as follows: - as a first fine machining step with a defined edge (7, 7') a fine turning is performed with a precision of 5 μm or better with respect to circularity and/or 20 μm or better with respect to diameter by single point turning, - in that a turning tool that is sufficiently slender to move into the bearing location is moveable in a X-direction and also rotatable about a B-axis fabricates the enveloping surface including both corners of the bearing without a shoulder by turning, - wherein the edges of the bearing are turned with a turning tool that is arranged at a slant angle to the X-direction, and - machining the bearing by turning with the engaging turning tool includes an additional feed movement in the X-direction.
A movement monitoring system for monitoring a movement of a lift car of a lift system, containing - a first movement detection module for determining a first adjusted movement value (P1, S1, V1) in a first time interval, - a first acceleration sensor for detecting a first acceleration of the lift car, characterised in that the first movement detection module determines the first time interval for determining the first adjusted movement value (P1, S1, V1) of the lift car as a function of the first acceleration of the lift car. - a first movement detection module for determining a first adjusted movement value (P1, S1, V1) in a first time interval, - a first acceleration sensor for detecting a first acceleration of the lift car,
Nozzle device comprising a nozzle head for atomising a fluid or a fluid mixture, wherein an outlet opening through which a fluid or a fluid mixture can be conducted out of the nozzle head to the environment is formed in the nozzle head, particularly at the end thereof, and at least one pipe element which is connected with the nozzle head and through which a fluid or a fluid mixture can be fed to the nozzle head, wherein disturbance means in the form of at least one depression (20, 21) are provided at an outer surface of the nozzle head, particularly at a predetermined spacing from the outlet opening, in such a way that atmosphere flowing past the outer surface of the nozzle head in the region of the disturbance means is subjected to turbulence, wherein the depression is formed to be annular and the outlet opening is surrounded by the annular depression, characterised in that the annular depression is embedded in the end-face outer surface of the nozzle head.
Component insert with a sealing plug, wherein the component insert is a wire thread insert or a thread insert with passage bore and/or open-worked side walls and/or shell openings and which is mouldable into at least a flowable, curable material or into a fibrous material soaked therewith so that an inner side of the component insert is keepable free of the material, wherein the sealing plug comprises the following features: a. a cylinder-like, particularly a cylindrical or hollow-cylindrical, conical or truncated cone-like sealing body having a radial outer side which is adaptable or adapted to the inner side of the component insert, wherein b. the sealing plug comprises at least one removable mounting aid at a closed end of the sealing body, so that the sealing plug is insertable into the component insert with the mounting aid first. a. a cylinder-like, particularly a cylindrical or hollow-cylindrical, conical or truncated cone-like sealing body having a radial outer side which is adaptable or adapted to the inner side of the component insert, wherein b. the sealing plug comprises at least one removable mounting aid at a closed end of the sealing body, so that the sealing plug is insertable into the component insert with the mounting aid first.
An unattached traffic bollard (1; 101; 201) comprising an elongated upright part (2; 102; 202) and a base part (3; 103; 203) arranged to be placed onto the underlying surface, wherein the upright part (2; 102; 202) is arranged to be releasably mounted onto the base part (3; 103; 203) from the top side thereof, wherein the upright part (2; 102; 202) is arranged to be mounted onto the base part (3; 103; 203) by entering a bottom end of the upright part (2; 102; 202) into an opening in the base part (3; 103; 203) prior to rotating the upright part (2; 102; 202) relative to the base part (3; 103; 203) in order to lock the upright part (2; 102; 202) and the base part (3; 103; 203) to each other, wherein the opening in the base part (3; 103; 203) comprises a through-going hole (104; 204) continuing all the way through the base part (3; 103; 203) in a direction, which, when the traffic bollard (1; 101; 201) is in use, is substantially vertical, characterized in that the upright part (2; 102; 202) and the base part (3; 103; 203) are arranged so that one or more additional base parts (3; 103; 203) can be mounted around the upright part (2; 102; 202) without being attached thereto by arranging them with their through-going holes around the top end of the upright part (2; 102; 202) and sliding them downward the upright part (2; 102; 202) until they rest on the base part (3; 103; 203), to which the upright part (2; 102; 202) is locked.
A printer, comprising: a thermal head; a connecting part capable of being connected to and disconnected from the thermal head; wherein connecting of the connecting part to the thermal head establishes a connection of the thermal head to a control circuit; a head cover of the thermal head, the head cover being configured to move between a first position and a second position different from the first position to connect and disconnect the thermal head and the connecting part; and the connecting part being configured to connect and disconnect from the thermal head by the movement of the head cover by a user, the printer further comprising: f a housing; and a printer cover that is rotatable relative to the housing, wherein the connecting part is configured to move relative to the printer cover, f and characterized in that rotation of the head cover relative to the printer cover connects or disconnects the thermal head and the connecting part. a thermal head; a connecting part capable of being connected to and disconnected from the thermal head; wherein connecting of the connecting part to the thermal head establishes a connection of the thermal head to a control circuit; a head cover of the thermal head, the head cover being configured to move between a first position and a second position different from the first position to connect and disconnect the thermal head and the connecting part; and the connecting part being configured to connect and disconnect from the thermal head by the movement of the head cover by a user, the printer further comprising: f a housing; and a printer cover that is rotatable relative to the housing, wherein the connecting part is configured to move relative to the printer cover, f and characterized in that rotation of the head cover relative to the printer cover connects or disconnects the thermal head and the connecting part.