mhurhangee/ep-ind-claims huggingface dataset:
Pressure regulating valve having a housing in which a control slide valve is accommodated movably in the direction of a longitudinal axis, wherein the housing has an inflow port, a return flow port and an outlet port, wherein the housing forms together with the control slide valve a first and a second orifice (41; 42), the free cross-sectional areas of which are adjustable in opposite directions by movement of the control slide valve, wherein the inflow port is fluidically connected via the first orifice to the outlet port, wherein the return flow port is fluidically connected via the second orifice to the outlet port, wherein an armature, which is accommodated in a pole tube movably in the direction of the longitudinal axis, is provided, wherein the armature demarcates a first and a second fluid space (51; 52) one from the other in the pole tube, the volumes of which are adjustable in opposite directions by displacement of the armature, wherein the armature is motionally coupled, via a coupling rod, with the control slide valve, wherein the coupling rod extends with a constant first outer cross-sectional shape in the direction of the longitudinal axis, wherein the coupling rod and the control slide valve delimit in their inside, in some sections, a third fluid space, which extends in the direction of the longitudinal axis, wherein the first fluid space is fluidically connected via the third fluid space to the outlet port, characterized in that the third fluid space is delimited in some sections by a pressure transmission pin, which extends with a constant second outer cross-sectional shape in the direction of the longitudinal axis, wherein the pressure transmission pin, with its end facing toward the armature, projects into the control slide valve, wherein it is supported, with its end facing away from the armature, at least indirectly against the housing, wherein a hydraulically effective area of the second outer cross-sectional shape is larger than a hydraulically effective area of the first outer cross-sectional shape.
Door opener having a housing for installing in a moveable door leaf or a stationary doorframe and having a door opener latch moveably mounted in the housing, said door opener latch being switched by an actuator between a release position and a blocking position, wherein the actuator comprises an electric coil having an extendable tappet, and the tappet actuates an interposed blocking member in order to switch the door opener latch between the release position and the blocking position, characterised in that the electric coil has a two-part coil beaker (54a, 54b) surrounding the coil winding, having a first part surrounding the coil winding and a second part surrounding the coil winding, wherein the two parts (54a, 54b), surrounding the coil winding, of the coil beaker are mounted moveably in relation to each other, and the first part, surrounding the coil winding, of the coil beaker is connected to the tappet shiftable via the coil.
A method of executing a plurality of threads, including a first thread and a set of remaining threads, on a computer processor core, the method comprising: determining that a start interpretive execution exit condition exists; determining that the computer processor core is or is not within a grace period, wherein the grace period is a period of additional time added to a time slice allocated to the computer processor core when the time slice is about to expire; characterized in that, if within the grace period, entering by the first thread a start interpretive execution exit sync loop without signaling to any of the set of remaining threads; and remaining by the first thread in the start interpretive execution exit sync loop until the grace period expires or each of the remaining threads enters a corresponding start interpretive execution exit sync loop; determining that the grace period has expired for the computer processor core; signaling, by the first thread, each of the remaining threads to proceed to the corresponding start interpretive execution exit sync loop based on expiration of the grace period. determining that a start interpretive execution exit condition exists; determining that the computer processor core is or is not within a grace period, wherein the grace period is a period of additional time added to a time slice allocated to the computer processor core when the time slice is about to expire; characterized in that, if within the grace period, entering by the first thread a start interpretive execution exit sync loop without signaling to any of the set of remaining threads; and remaining by the first thread in the start interpretive execution exit sync loop until the grace period expires or each of the remaining threads enters a corresponding start interpretive execution exit sync loop; determining that the grace period has expired for the computer processor core; signaling, by the first thread, each of the remaining threads to proceed to the corresponding start interpretive execution exit sync loop based on expiration of the grace period.
A pulsing tool for use with a tubular string, comprising: a motor unit; and a pulsing unit coupled to the motor unit, the pulsing unit including: a tubular housing; a mandrel having an inlet opening and an outlet opening; and a flow control bushing configured to periodically block the outlet opening from fluid communication during rotation of the mandrel relative to the flow control bushing, thereby creating a pressure oscillation which causes movement of the tubular string; characterised in that: the pulsing unit further comprises an annular area disposed between the tubular housing and the mandrel and between the inlet opening and the outlet opening and blocked from fluid communication between the inlet opening and the outlet opening; wherein: the inlet opening is in fluid communication with the motor unit via the annular area; and the outlet opening is in periodic communication with the annular area during rotation of the mandrel. a motor unit; and a pulsing unit coupled to the motor unit, the pulsing unit including: a tubular housing; a mandrel having an inlet opening and an outlet opening; and a flow control bushing configured to periodically block the outlet opening from fluid communication during rotation of the mandrel relative to the flow control bushing, thereby creating a pressure oscillation which causes movement of the tubular string; a tubular housing; a mandrel having an inlet opening and an outlet opening; and a flow control bushing configured to periodically block the outlet opening from fluid communication during rotation of the mandrel relative to the flow control bushing, thereby creating a pressure oscillation which causes movement of the tubular string; characterised in that: the pulsing unit further comprises an annular area disposed between the tubular housing and the mandrel and between the inlet opening and the outlet opening and blocked from fluid communication between the inlet opening and the outlet opening; wherein: the inlet opening is in fluid communication with the motor unit via the annular area; and the outlet opening is in periodic communication with the annular area during rotation of the mandrel. the pulsing unit further comprises an annular area disposed between the tubular housing and the mandrel and between the inlet opening and the outlet opening and blocked from fluid communication between the inlet opening and the outlet opening; wherein: the inlet opening is in fluid communication with the motor unit via the annular area; and the outlet opening is in periodic communication with the annular area during rotation of the mandrel. the inlet opening is in fluid communication with the motor unit via the annular area; and the outlet opening is in periodic communication with the annular area during rotation of the mandrel.
A work machine comprising: a work area setting device adapted to set a work area for performing operation restriction control of a work machine; an acquisition device (502, 503) adapted to acquire at least one of a position or an attitude of the work machine; a controller adapted to switch between an enabled state, in which the operation restriction control of the work machine in the work area is enabled, and a disabled state, in which the operation restriction control of the work machine in the work area is disabled, and, when the operation restriction control is switched to the enabled state, perform the operation restriction control of the work machine in the work area; and characterised by a designated area setting device adapted to set any given designated area in a worksite and an enable or disable setting of the operation restriction control in the work area depending on the designated area, wherein, when the work machine intrudes on the designated area, the controller puts the operation restriction control in the work area to an enabled state or disabled state according to the enable or disable setting of the operation restriction control depending on the designated area set in the designated area setting device. a work area setting device adapted to set a work area for performing operation restriction control of a work machine; an acquisition device (502, 503) adapted to acquire at least one of a position or an attitude of the work machine; a controller adapted to switch between an enabled state, in which the operation restriction control of the work machine in the work area is enabled, and a disabled state, in which the operation restriction control of the work machine in the work area is disabled, and, when the operation restriction control is switched to the enabled state, perform the operation restriction control of the work machine in the work area; and characterised by a designated area setting device adapted to set any given designated area in a worksite and an enable or disable setting of the operation restriction control in the work area depending on the designated area, wherein, when the work machine intrudes on the designated area, the controller puts the operation restriction control in the work area to an enabled state or disabled state according to the enable or disable setting of the operation restriction control depending on the designated area set in the designated area setting device.
A flat paperboard that may be folded or rolled to form an eating utensil, for attachment to a portable food container, comprising: - a deformable sheet defining a lid section and a scooping section with scoring in the lid section, the lid section being attached to the scooping section, with a score line along the intersection of the scooping section and the edge of the lid section such that the scooping section is foldable under the lid section, wherein the middle of the lid section is scored to assist in curving the scooping section, and wherein in use the scooping section is unfoldable along the score line and deployable outwardly of the lid section, the lid section then being foldable or bendable in the other direction perpendicularly to the score line, along said score in the middle of the lid section which thereby becomes a handle for the eating utensil, characterised in that the deformable sheet further contains a first curved score and a second curved score that extend from the edge of the lid section opposite to the scooping section, cross the score line at the intersection of the scooping section and the edge of the lid section and end at the edges of the scooping section, thereby creating an inverted arching shape resulting in a structurally strong scooping section due to the tension and compression forces created. - a deformable sheet defining a lid section and a scooping section with scoring in the lid section, the lid section being attached to the scooping section, with a score line along the intersection of the scooping section and the edge of the lid section such that the scooping section is foldable under the lid section, wherein the middle of the lid section is scored to assist in curving the scooping section, and wherein in use the scooping section is unfoldable along the score line and deployable outwardly of the lid section, the lid section then being foldable or bendable in the other direction perpendicularly to the score line, along said score in the middle of the lid section which thereby becomes a handle for the eating utensil, with scoring in the lid section, the lid section being attached to the scooping section, with a score line along the intersection of the scooping section and the edge of the lid section such that the scooping section is foldable under the lid section, wherein the middle of the lid section is scored to assist in curving the scooping section, and
Sweeping device for disposal on a mechanically driven sweeping or cleaning machine, having - a support which is disposable so as to be rotatable on the sweeping or cleaning machine and on which a plurality of receptacles for in each case at least one sweeping element are disposed, - wherein a mounting (18; 118; 218) for releasably holding at least one sweeping element is configured on each receptacle, and having - a central locking element (30; 300) which is disposed on the support so as to be movable between a releasing position and a locking position, wherein the central locking element (30; 300) in the locking position interacts with all of the receptacles, with all of the mountings (18; 118; 218), or with all of the sweeping elements that are disposed in receptacles, and blocks releasing of the sweeping element from the respective mounting, characterized in that the central locking element (30; 300) is disposed on the support so as to be rotatable between the releasing position and the locking position, and by means of a detent element is positionally fixable in the locking position on the support. - a support which is disposable so as to be rotatable on the sweeping or cleaning machine and on which a plurality of receptacles for in each case at least one sweeping element are disposed, - wherein a mounting (18; 118; 218) for releasably holding at least one sweeping element is configured on each receptacle, and having - a central locking element (30; 300) which is disposed on the support so as to be movable between a releasing position and a locking position, wherein the central locking element (30; 300) in the locking position interacts with all of the receptacles, with all of the mountings (18; 118; 218), or with all of the sweeping elements that are disposed in receptacles, and blocks releasing of the sweeping element from the respective mounting, characterized in that the central locking element (30; 300) is disposed on the support so as to be rotatable between the releasing position and the locking position, and by means of a detent element is positionally fixable in the locking position on the support.
Load bearing profile comprising a web and a flansh (17, 18) placed perpendicularly at each of the ends of the said web, characterized in that - the said web comprises a single longitudinal structural element comprising projections and recesses positioned in alternation, the said projections and the said recesses respectively defining contact surfaces placed in one and the same plane parallel to the longitudinal axis of the said structural element, the said web being a corrugated longitudinal element, - each of the said flanshes (17, 18) has an open hollow profile, the said profile comprising at least one substantially U-shaped portion, - the said web has each of its lateral edges partially inserted in a corresponding hollow profile and secured thereto in such a way that the base of the U is placed furthest towards the outside of the said profile, and - at least one of the said flanshes (17, 18) comprises pairs of holes which are uniformly spaced along the longitudinal axis of the said structural element, the said holes being positioned facing each other in the arms of the U, the pitch spacing between two consecutive pairs of holes being an integer multiple k of the pitch of the corrugation. - the said web comprises a single longitudinal structural element comprising projections and recesses positioned in alternation, the said projections and the said recesses respectively defining contact surfaces placed in one and the same plane parallel to the longitudinal axis of the said structural element, the said web being a corrugated longitudinal element, - each of the said flanshes (17, 18) has an open hollow profile, the said profile comprising at least one substantially U-shaped portion, - the said web has each of its lateral edges partially inserted in a corresponding hollow profile and secured thereto in such a way that the base of the U is placed furthest towards the outside of the said profile, and - at least one of the said flanshes (17, 18) comprises pairs of holes which are uniformly spaced along the longitudinal axis of the said structural element, the said holes being positioned facing each other in the arms of the U, the pitch spacing between two consecutive pairs of holes being an integer multiple k of the pitch of the corrugation.
A device suitable for an outdoor switching apparatus of an electrical power line, the switching apparatus being enclosed within a case, said device comprising: - a wall made of electrically conductive material capable of blocking sun rays; - a fastening assembly for fastening the wall with respect to the case in a position for blocking, at least partially, sun rays from hitting the case during day time, the fastening assembly having at least one spacer for spacing the wall with respect to the case, thus delimiting an air gap between the wall and the case; the device being characterized in that the at least one spacer is made of insulating material and in that the device further comprises at least one electrical connector for electrically connecting the wall to circuitry of the switching apparatus, located inside the case. - a wall made of electrically conductive material capable of blocking sun rays; - a fastening assembly for fastening the wall with respect to the case in a position for blocking, at least partially, sun rays from hitting the case during day time, the fastening assembly having at least one spacer for spacing the wall with respect to the case, thus delimiting an air gap between the wall and the case;
An expanded particle producing apparatus configured to produce expanded particles by: dispersing polyolefin resin particles in a vessel with water and a dispersing agent; maintaining an internal temperature and an internal pressure of the vessel at a certain temperature and a certain pressure; and thereafter releasing the polyolefin resin particles to an atmosphere having a pressure lower than the internal pressure of the vessel, the expanded particle producing apparatus being characterized by comprising a blade stirrer including a stirrer base and an impeller blade that is attached to the stirrer base, the blade stirrer being positioned such that a ratio L1/L2 of a distance L1 to a depth L2 is not less than 0.01 and not more than 0.2 and that a central axis of the blade stirrer coincides with a central axis of the vessel, the distance L1 being a distance from a bottom of the vessel to a center of the stirrer base in a direction of a depth of the vessel, the depth L2 being the depth of the vessel, wherein, in 60% or more of a bottommost line of the impeller blade, a shortest distance C from any point on the bottommost line of the impeller blade to an inner wall of the vessel is 5 mm to 100 mm. the expanded particle producing apparatus being characterized by comprising a blade stirrer including a stirrer base and an impeller blade that is attached to the stirrer base, the blade stirrer being positioned such that a ratio L1/L2 of a distance L1 to a depth L2 is not less than 0.01 and not more than 0.2 and that a central axis of the blade stirrer coincides with a central axis of the vessel, the distance L1 being a distance from a bottom of the vessel to a center of the stirrer base in a direction of a depth of the vessel, the depth L2 being the depth of the vessel, wherein, in 60% or more of a bottommost line of the impeller blade, a shortest distance C from any point on the bottommost line of the impeller blade to an inner wall of the vessel is 5 mm to 100 mm.
A method for use in a user equipment, UE, in idle mode and having at least one packet data network, PDN, connection comprising local internet protocol access, LIPA, connectivity at a first cell having a first cell characteristic, the method comprising: receiving, from an Access Stratum, AS, of the UE, an Access Stratum notification that the UE has moved into a second cell having a second cell characteristic, where each of the first and second cell characteristics comprises a closed subscriber group, CSG, ID, or a cell ID; and in response to the AS notification, sending, by the UE to a network, a Non Access Stratum, NAS, message based on the second cell characteristic being different from the first cell characteristic; wherein the UE determines whether LIPA continuity is provided in the second cell based on the CSG ID of the first cell being different from the CSG ID of the second cell, or the second cell being a non-CSG cell or not having a CSG ID, or the UE moving to a different CSG cell with the same CSG ID of the first cell. receiving, from an Access Stratum, AS, of the UE, an Access Stratum notification that the UE has moved into a second cell having a second cell characteristic, where each of the first and second cell characteristics comprises a closed subscriber group, CSG, ID, or a cell ID; and in response to the AS notification, sending, by the UE to a network, a Non Access Stratum, NAS, message based on the second cell characteristic being different from the first cell characteristic; wherein the UE determines whether LIPA continuity is provided in the second cell based on the CSG ID of the first cell being different from the CSG ID of the second cell, or the second cell being a non-CSG cell or not having a CSG ID, or the UE moving to a different CSG cell with the same CSG ID of the first cell.
Device for filling pressurized gas tanks, in particular hydrogen gas tanks of motor vehicles, the device comprising at least one gas source, a transfer circuit comprising at least one upstream end connected to the source and at least one downstream distribution end suitable for being removably connected to a tank to be filled, the device comprising a set of buffer storage container(s) (6 to 8) connected in parallel to the transfer circuit between the upstream and downstream ends via a set of respective connecting valve(s) (16 to 18, 26 to 28), the transfer circuit further comprising at least one compressor, the compressor having an intake inlet connected to the upstream end of the circuit via at least one upstream valve, the compressor comprising a discharge outlet connected to the buffer storage container (s) (6 to 8) via a set of discharge valve(s) (46 to 88), the device being such that the circuit comprises balance lines (11, 12, 13) connecting the at least one upstream end of the circuit to the buffer storage container(s) (6, 7, 8), said balance lines (11, 12, 13) being configured to allow the transfer of a stream of fluid from the source to the buffer storage container(s) (6, 7, 8) by pressure balancing, the device being characterized in that said balance lines (11, 12, 13) comprise a flow limiting member (21, 22, 23).