mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger core comprising a medium inlet and a medium outlet for the heat transfer medium to be cooled and a plurality of plates (141, 142, 151, 152) extending from a first end to a second end of the heat exchanger core and defining flow conduits (140, 150) therebetween from the medium inlet to the medium outlet, the heat exchanger core further comprising a plurality of fins between the plates for directing a coolant medium across the flow conduit, and wherein one of the flow conduits has a larger cross-section than the other flow conduits, and wherein the inlet is provided at the one of the flow conduits between the first end and the second end of the heat exchanger core, the second end of the heat exchanger core forming a medium header into which the fluid flows from a second end of the one of the flow conduits and from which the medium flows into an inlet end of the other flow conduits, the other flow conduits each having an outlet end adjacent the first end of the heat exchanger core, the outlet ends being in medium flow connection with the medium outlet of the heat exchanger core; and characterised in that the one flow conduit is a middle conduit of the plurality of flow conduits (140, 150).
A vehicle, in particular a heavy goods vehicle, having a chassis, a cabin supported by the chassis, the cabin comprising a cabin front surface facing forwards in the vehicle's normal direction of movement, a cabin front corner section on a side of the cabin front surface, and a cabin side section which extends from the cabin front corner section rearwards in the vehicle's normal direction of movement, the chassis comprising a chassis front surface facing forwards in the vehicle's normal direction of movement, a chassis front corner section on a side of the chassis front surface, a chassis side section which extends from the chassis front corner section rearwards in the vehicle's normal direction of movement and a chassis corner transition region between the chassis front surface and the chassis side section, the cabin side section being provided with a door and a door opening, the door being hingeably mounted to the cabin around a door hinge for blocking access or allowing access to the door opening, the door opening having a lower door opening edge, the vehicle comprising a number of steps (13A-13C) leading to the door opening, each of the steps (13A-13C) being supported by the cabin or the chassis, wherein an upper step of the number of steps (13A-13C) is positioned at a distance below the lower door opening edge, wherein the steps (13A-13C) are placed within one or more recesses (14A, 14B) in the cabin or the chassis and wherein the door comprises a lower door extension extending downwardly for covering at least one of the recesses (14A, 14B) when the door is in a position blocking access to the door opening, characterized in that the vehicle comprises a door extension seal mounted to the chassis corner transition region, the door extension seal extending from the chassis corner transition region outwards towards the lower door extension and engaging the lower door extension in a forward portion thereof, the door extension seal having an upper edge positioned in a vertical direction above the lower door opening edge and a lower edge positioned in vertical direction below the upper step.
A driving system which drives a plant by giving control input, the system comprising: a first measuring instrument which measures a first controlled variable related to a position of a first section of the plant; a second measuring instrument (18X 1) which measures a second controlled variable related to a position of a second section of the plant that shows a behavior including a resonance mode in opposite phase to a rigid-body mode that the first section shows; and a controller (50 1) which obtains a third controlled variable by performing a filter processing (52 4, 52 5) based on a measurement result of the first and the second measuring instruments, and gives the control input obtained using the third controlled variable to the plant; wherein the controller (50 1) obtains the third controlled variable by obtaining synthetic quantity x c =αX 2 +βX 1 using measurement results of the first and the second controlled variables x 2, x 1 by the first and the second measuring instruments (18X, 18X 1) and transfer function α, β, and by performing filter processing (52 4, 52 5) on the synthetic quantity and one of measurement results of the first and the second measuring instruments (18X, 18X 1). a first measuring instrument which measures a first controlled variable related to a position of a first section of the plant; a second measuring instrument (18X 1) which measures a second controlled variable related to a position of a second section of the plant that shows a behavior including a resonance mode in opposite phase to a rigid-body mode that the first section shows; and a controller (50 1) which obtains a third controlled variable by performing a filter processing (52 4, 52 5) based on a measurement result of the first and the second measuring instruments, and gives the control input obtained using the third controlled variable to the plant; wherein the controller (50 1) obtains the third controlled variable by obtaining synthetic quantity x c =αX 2 +βX 1 using measurement results of the first and the second controlled variables x 2, x 1 by the first and the second measuring instruments (18X, 18X 1) and transfer function α, β, and by performing filter processing (52 4, 52 5) on the synthetic quantity and one of measurement results of the first and the second measuring instruments (18X, 18X 1).
A wireless device, WD,, configured to communicate with a network node, the WD comprising processing circuitry configured to: receive a cancellation indication of uplink resources to be cancelled; determine protected uplink resources, the protected uplink resources being uplink resources designated by the network node to be protected from cancellation, wherein the determined protected uplink resources include uplink resources for uplink control channel transmissions; and cancel transmissions on uplink resources indicated to be cancelled other than uplink resources determined to be protected from cancellation, wherein the uplink resources for uplink control channel transmissions are excluded from being canceled even if the cancellation indication indicates that the resources to be cancelled are overlapping with the uplink resources for uplink control channel transmissions. receive a cancellation indication of uplink resources to be cancelled; determine protected uplink resources, the protected uplink resources being uplink resources designated by the network node to be protected from cancellation, wherein the determined protected uplink resources include uplink resources for uplink control channel transmissions; and cancel transmissions on uplink resources indicated to be cancelled other than uplink resources determined to be protected from cancellation, wherein the uplink resources for uplink control channel transmissions are excluded from being canceled even if the cancellation indication indicates that the resources to be cancelled are overlapping with the uplink resources for uplink control channel transmissions.
Valve having a housing, a solenoid arranged in the housing, a pin movable by the solenoid, a closing member movable by the movement of the pin, a second housing part connected to the housing and arranged so as to surround the closing member in the closed position of the valve, wherein the second housing part has an opening in its lateral surface and has a radially encircling sealing surface at its end facing away from the housing, the second housing part has a sealing seat which is assigned to the end of the second housing part, which faces away from the housing and against which the closing member bears in the closed state of the valve, characterized in that the pin has a first driver which moves the closing member into an open position in that the pin has a second driver which holds the closing member in a closed position, and in that the two drivers (18, 19) are spaced apart axially so that only one driver (18, 19) is in contact with the closing member.
Device equipped with a tank for containing a first substance and suitable for closing the mouth of a bottle for containing a second substance to be kept separated from the first substance until the moment of the mixing with it, wherein said device comprises a closure cap associable with said mouth and in the internal volume of which a tank is defined for containing said first substance, wherein said tank has an end which, in assembling conditions of said device on said bottle, faces the bottom of said bottle and which is closed by a frangible base, and breaking means of said frangible base associated in a movable manner with said closure cap and actuatable from the outside for breaking said frangible base, wherein said closure cap comprises: - a first tubular body which is at least partially, axially and in a seal manner, insertable into said mouth and in the internal volume of which said tank is defined, and - a second tubular body which is made from a material impermeable to fluids, axially inserted with interference making an interlock fixing into said first tubular body and closed at a transversal section by a lamina portion which is also made from a material impermeable to fluids, wherein - said frangible base comprises said lamina portion and the walls of said second tubular body adhere in a seal manner to at least one portion of the internal lateral surface of said first tubular body which delimits said tank so as to form an internal coating, and wherein - the height of the walls of said second tubular body is substantially equal to the height of said first tubular body which defines said tank, characterised by the walls of said second tubular body adhering in a seal manner to the internal surface of said first tubular body so as to form a complete and continuous internal coating of said tank. - a first tubular body which is at least partially, axially and in a seal manner, insertable into said mouth and in the internal volume of which said tank is defined, and - a second tubular body which is made from a material impermeable to fluids, axially inserted with interference making an interlock fixing into said first tubular body and closed at a transversal section by a lamina portion which is also made from a material impermeable to fluids, wherein - said frangible base comprises said lamina portion and the walls of said second tubular body adhere in a seal manner to at least one portion of the internal lateral surface of said first tubular body which delimits said tank so as to form an internal coating, and wherein - the height of the walls of said second tubular body is substantially equal to the height of said first tubular body which defines said tank, characterised by the walls of said second tubular body adhering in a seal manner to the internal surface of said first tubular body so as to form a complete and continuous internal coating of said tank.
A method comprising: spreading, at a base station, non-broadcast content in a first time slot of a transmission with a first spreading code specific to a transmitter of the base station; spreading broadcast content in a second time slot adjacent to the first time slot in the transmission with a broadcast spreading code common to the transmitter of the base station and at least one other transmitter; and time-synchronizing with the at least one other transmitter the transmission of the broadcast content spread with the broadcast spreading code common to the transmitter of the base station and the at least one other transmitter. spreading, at a base station, non-broadcast content in a first time slot of a transmission with a first spreading code specific to a transmitter of the base station; spreading broadcast content in a second time slot adjacent to the first time slot in the transmission with a broadcast spreading code common to the transmitter of the base station and at least one other transmitter; and time-synchronizing with the at least one other transmitter the transmission of the broadcast content spread with the broadcast spreading code common to the transmitter of the base station and the at least one other transmitter.
A method for determining an initial state of a scrambling sequence in a distributed antenna system, DAS, the method comprising: receiving a first value and a second value through high-level signalling, the first value being associated with a cell identifier shared by a plurality of transmission points and the second value being associated with a position of a channel state information reference signal, CSI-RS, port associated with a transmission point of the plurality of transmission points; and determining an initial state of a scrambling sequence, based on the first value, the second value, a number of a scrambling code identification and a slot number within a radio frame. receiving a first value and a second value through high-level signalling, the first value being associated with a cell identifier shared by a plurality of transmission points and the second value being associated with a position of a channel state information reference signal, CSI-RS, port associated with a transmission point of the plurality of transmission points; and determining an initial state of a scrambling sequence, based on the first value, the second value, a number of a scrambling code identification and a slot number within a radio frame.
A protector that positions and holds, on an insertion inlet side, a convoluted conduit covering a wire harness, comprising: a main body having a bottom wall; and a lid provided separately from the main body and covering an upper surface opening of the main body, characterized in that the main body having two side walls (13A, 13B); locks capable of mutually connecting the main body and the lid are provided on both sides in a length direction of each of the main body and the lid and the locks of the lid are provided in symmetrical positions to enable connection with the locks of the main body even when the lid is rotated by 180 degrees; a convoluted conduit engagement portion having ribs that fit troughs of a large-diameter convoluted conduit extends from the bottom wall on one end side in the length direction of the main body to internal surfaces of the two side walls (13A, 13B); a large-diameter convoluted conduit engagement portion having ribs that fit the troughs of the large-diameter convoluted conduit is provided on an internal surface on one end side in the length direction of the lid while a small-diameter convoluted conduit engagement portion having ribs that fit troughs of a small-diameter convoluted conduit is provided on an internal surface on the other end side; and the convoluted conduit engagement portions (20, 33, 35) on both the main body side and the lid side include a plurality of ribs (21, 34, 36) having the same pitch and allow the lid to be rotated by 180 degrees to correspond to an outer diameter of an inserted convoluted conduit and to connect to the main body. a main body having a bottom wall; and a lid provided separately from the main body and covering an upper surface opening of the main body, characterized in that the main body having two side walls (13A, 13B);
A rotor and stator assembly comprising a shaft sealing apparatus, which is installed in an annular space between the rotor and the stator surrounding an outer circumference side of the rotor and divides the annular space into a low-pressure side region and a high-pressure side region in an axial direction of the rotor by a sealing apparatus body supported on the stator, the sealing apparatus body including: a seal ring that is supported on the stator so as to enclose the rotor, is formed in a divided structure from a movable seal ring and a stationary seal ring whose circumferential ends are adjacent to each other, and is configured so that the movable seal ring is biased toward a radial outer side thereof by an elastic body; and a seal body including a plurality of thin seal pieces that are stacked, wherein the plurality of thin seal pieces extends from the seal ring toward a radial inner side of the rotor in a circumferential direction of the rotor; wherein the seal body is provided with a plurality of communicating parts that are through-holes causing the low-pressure side region and the high-pressure side region to communicate with each other, the plurality of communicating parts are formed in the circumferential direction of the seal body continuously provided in the circumferential direction, at the time of rated operation, when the sealing apparatus body is located at a radial inner side of the rotor, when there is only a slight seal clearance between the seal body and the rotor, the communicating parts function as holes connecting the low-pressure side region and the high-pressure side region of the seal body, and the communicating parts are each formed by making lengths of the continuing numerous ones of the thin seal pieces constituting the seal body shorter than those of the other thin seal pieces, characterized in that a size of each communicating part is set to 1mm square by reducing the lengths of 20 consecutive thin seal pieces by 1mm, a thickness of each thin seal piece being 0.05mm. a seal ring that is supported on the stator so as to enclose the rotor, is formed in a divided structure from a movable seal ring and a stationary seal ring whose circumferential ends are adjacent to each other, and is configured so that the movable seal ring is biased toward a radial outer side thereof by an elastic body; and a seal body including a plurality of thin seal pieces that are stacked, wherein the plurality of thin seal pieces extends from the seal ring toward a radial inner side of the rotor in a circumferential direction of the rotor;
An image pickup apparatus including an image pickup system disposed at a rear of an objective optical system, wherein the objective optical system includes a plurality of lenses and a plurality of lens frames, the plurality of lens frames comprising at least: a moving lens frame; a second lens frame which includes an intermediate portion, a contact portion and a fitting portion provided on the rear end side of the contact portion; and a third lens frame which is configured to receive the moving lens frame and to hold the second lens frame, the third lens frame including a cylindrical shape portion with an inner surface, wherein a step portion is provided on the inner surface of the cylindrical shape portion and a space portion is provided on a rear side of the step portion; wherein the second lens frame is received in the space portion of the third lens frame, wherein the intermediate portion is brought into contact with an end face on the rear side of the step portion via the contact portion and wherein the fitting portion is fitted on the inner surface of the space portion, the second lens frame being formed such that a gap is formed between the inner surface of the space portion and the inserted second lens frame; and wherein the inner surface of the cylindrical shape portion on a front side of the step portion serves as a slide surface on which the moving lens frame advances and retracts in an optical axis direction. a moving lens frame; a second lens frame which includes an intermediate portion, a contact portion and a fitting portion provided on the rear end side of the contact portion; and a third lens frame which is configured to receive the moving lens frame and to hold the second lens frame, the third lens frame including a cylindrical shape portion with an inner surface, wherein a step portion is provided on the inner surface of the cylindrical shape portion and a space portion is provided on a rear side of the step portion;
A current rectifier for being arranged at an intake region of a fan, having an axial inflow side and an axial outflow side, said current rectifier comprising a plurality of intersecting struts formed by at least one circumferential strut (3, 4) and at least one radial strut (6, 7), characterized in that a pressure measuring channel having at least one opening facing the outflow side is formed in at least one of the struts, and wherein the pressure measuring channel has a measuring opening for connecting a measuring line for connection to a pressure sensor or a pressure sensor is integrated in the pressure measuring channel.
A method for moving application related records between distributed cloud domains (206a to 206w) when a user terminal changes its physical location and a predetermined condition is fulfilled, the user terminal being connected to a telecommunication network and using an application (App), the method comprising: determining that a user terminal location has changed at least from a first network area of the telecommunication network to a second network area, wherein the second network area belongs either to the telecommunication network or to another telecommunication network; considering two or more constraints associated with (i) a location of the user terminal in the second network area, (ii) a location of a cloud component of the application (App) in a first cloud domain associated with the first network area, and (iii) a location of a second cloud domain associated with the second network area, wherein the two or more constraints include at least cloud resource availability and mobile network signal strength; evaluating whether the two or more constraints fulfill the predetermined condition for the second cloud domain and for the first cloud domain; and moving the application related records from the first cloud domain to the second cloud domain when a result of the evaluating step is positive for the second cloud domain and negative for the first cloud domain, wherein the first and second cloud domains (206n, 206w) belong to one or more distributed cloud providers. determining that a user terminal location has changed at least from a first network area of the telecommunication network to a second network area, wherein the second network area belongs either to the telecommunication network or to another telecommunication network; considering two or more constraints associated with (i) a location of the user terminal in the second network area, (ii) a location of a cloud component of the application (App) in a first cloud domain associated with the first network area, and (iii) a location of a second cloud domain associated with the second network area, wherein the two or more constraints include at least cloud resource availability and mobile network signal strength; evaluating whether the two or more constraints fulfill the predetermined condition for the second cloud domain and for the first cloud domain; and moving the application related records from the first cloud domain to the second cloud domain when a result of the evaluating step is positive for the second cloud domain and negative for the first cloud domain,
An article having at least one colored luminous region, in particular for display, said article comprising at least one glass-ceramic substrate having a luminous transmission ranging from 0.8% to 40% and an optical transmission of at least 0.1% for at least one wavelength in the range extending from 420 to 780 nm, at least one light source, and at least one color optical filter obtained by inkjet printing and having a thickness comprised between 5 and 50 μm, this filter presenting a luminous transmission of at least 5%, so as to form at least one colored luminous region, in particular for display, in at least one region of the glass-ceramic substrate.