mhurhangee/ep-ind-claims huggingface dataset:
A method of Dual Radio Access Transfer of an IP Multimedia session, IMS, in an alerting phase for the Packet Switched to Circuit Switched direction, the method comprising: initiating an IMS media session towards a terminating mobile station, UE; during a session alerting phase, making a determination at the UE that a DRVCC transfer is required from a Packet Switched, PS, to a Circuit Switched, CS, access; sending a SIP message from the UE to a Service Centralization and Continuity Application Server, SCC-AS, over the PS access, informing the SCC-AS of the DRVCC transfer; responding to receipt of the SIP message at the SCC-AS by sending a SIP INVITE from the SCC-AS towards a Mobile Switching Centre, MSC, serving the UE in the CS access, the INVITE including an identity of the UE as a called party identity and the Session Transfer Number, STN, as the calling party identity; and responding to receipt of said INVITE at the MSC, or to receipt of associated CS signalling, by sending from the MSC to the UE a CS Setup message, whereupon the MSC is placed in a state in which it expects a CS Answer from the UE. initiating an IMS media session towards a terminating mobile station, UE; during a session alerting phase, making a determination at the UE that a DRVCC transfer is required from a Packet Switched, PS, to a Circuit Switched, CS, access; sending a SIP message from the UE to a Service Centralization and Continuity Application Server, SCC-AS, over the PS access, informing the SCC-AS of the DRVCC transfer; responding to receipt of the SIP message at the SCC-AS by sending a SIP INVITE from the SCC-AS towards a Mobile Switching Centre, MSC, serving the UE in the CS access, the INVITE including an identity of the UE as a called party identity and the Session Transfer Number, STN, as the calling party identity; and responding to receipt of said INVITE at the MSC, or to receipt of associated CS signalling, by sending from the MSC to the UE a CS Setup message, whereupon the MSC is placed in a state in which it expects a CS Answer from the UE.
Length-adjustable connecting rod for a reciprocating-piston machine having at least one first rod part having a small connecting rod eye and a second rod part having a large connecting rod eye, which two rod parts (6, 9) can be moved in relation to each other and/or in each other in a telescopic manner, wherein the second rod part forms a guiding cylinder and the first rod part forms a piston element that can be longitudinally displaced in the guiding cylinder, wherein on the side of the piston element facing the large connecting rod eye between the second rod part and the piston element, a first high-pressure chamber is positioned, into which at least one first oil channel leads, in which in particular a first check valve is arranged that opens in direction of the first high-pressure chamber, wherein from the first high pressure chamber at least a first return channel extends, wherein an outflow cross section of said return channel can be closed by a control valve in a first position and opened in a second position, wherein the control valve comprises a control piston which can be axially displaced in an accommodating bore of the second rod part of the connecting rod, which in particular can be displaced by a return spring into the first position and by means of an actuating force against the force of the return spring into the second position, wherein the piston element is designed as a double-acting piston, preferably as a stepped piston, characterized in that the control piston can be actuated electromagnetically and/or hydraulically by the oil pressure of the reciprocating-piston machine, wherein in on side of the piston element facing the small connecting rod eye between a holding part fixedly connected with the second rod part and the piston element a second high-pressure chamber is positioned, in which at least one second oil channel leads, in which a second check valve is arranged that opens in direction of the second high-pressure chamber.
Missile comprising at least one separable propulsion stage and a terminal vehicle that is arranged to the front of the separable propulsion stage, said missile being provided at the front with a separable protective fairing comprising at least two individual shells (3, 4), said missile comprising a connecting part (10A, 10B) connected to the missile, towards the rear beyond the position of the rear end of the terminal vehicle, and said protective fairing, when it is fitted to the missile, surrounding the whole of said terminal vehicle and is connected by a rear end to the connecting part (10A, 10B) by means of articulated connecting elements, characterised in that it has at least one internal pressure regulation unit, in that said internal pressure regulation unit comprises at least one valve arranged in at least one channel generating a passage of air between the interior of the protective fairing and the exterior of the missile, and in that said at least one channel is made in said connecting part (10A, 10B).
A power delivery apparatus comprising a power source device, a power sink device and a data transmission link, the power source device connected to one end of the data transmission link, the power sink device selectively connectable to another end of the data transmission link, the data transmission link configured to permit transmission of data between the power source device and the power sink device when the power sink device is connected to the data transmission link, wherein the power source device is configured to apply a periodic sensing voltage to the data transmission link, the power delivery apparatus further including a sensing device configured to detect, via the application of the periodic sensing voltage to the data transmission link, whether the power sink device is connected to the data transmission link, and the power source device is configured so that, in response to the power sink device being detected as connected to the data transmission link, the power source device applies a power supply voltage to the data transmission link to supply electric power to the power sink device via the data transmission link so as to enable a normal operation of the power sink device, characterized in that the periodic sensing voltage is lower than the power supply voltage.
A process for realising an upper for shoes, using at least a first and second group of needles of a needle-bearing cylinder of a circular knitting machine, each needle of said first group and of said second group of needles being used in a tuck-stitch or loop position and/or in a plain drop stitch position and/or in a missed or bridle stitch position at least during the forward rotation of said needle-bearing cylinder, said at least first and second group (3, 4) of needles being used alternatively in said at least forward rotation of said needle-bearing cylinder so as to knit several yarns together without having to continuously cut them, said first and second group (3, 4) of needles, during the formation of said upper, realising at least one opening of the tip of the upper, characterised by arranging a seam aligned with the axis of a sole to which said upper is to be anchored, said seam closing the opening obtained with needles in a missed or bridle stitch position the number of which increases or decreases at each change of rotation direction of said needle-bearing cylinder.
A ball screw comprising a screw shaft, a nut, and a plurality of balls, wherein, the screw shaft passes through the nut, a rolling path along which the balls roll is formed by a helical groove formed on an outer peripheral surface of the screw shaft and a helical groove formed on an inner peripheral surface of the nut, the balls are disposed in the rolling path, and a seal is attached to at least one end of ends of the nut in a moving direction of the nut, characterized in that the seal surrounds an outer periphery of the screw shaft and comprises: a seal mountain inside the seal entering the helical groove of the screw shaft; a tubular portion exposed axially outside the nut; a grease reservoir portion provided on an inner peripheral surface of a portion of the tubular portion disposed in the nut so as to form a space with respect to the screw shaft; a discharge outlet communicating the grease reservoir portion to an outer peripheral surface of the tubular portion and open to the outer peripheral surface of the tubular portion; and a slit communicating with the discharge outlet, extending in the tubular portion of the seal in parallel with an axial line of the screw shaft, and the slit is inclined with respect to a line in a diameter direction of the screw shaft in a counterclockwise direction as viewed from an outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has right-hand threads and the slit is inclined with respect to the line in a clockwise direction as viewed from the outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has left-hand threads. a seal mountain inside the seal entering the helical groove of the screw shaft; a tubular portion exposed axially outside the nut; a grease reservoir portion provided on an inner peripheral surface of a portion of the tubular portion disposed in the nut so as to form a space with respect to the screw shaft; a discharge outlet communicating the grease reservoir portion to an outer peripheral surface of the tubular portion and open to the outer peripheral surface of the tubular portion; and a slit communicating with the discharge outlet, extending in the tubular portion of the seal in parallel with an axial line of the screw shaft, and the slit is inclined with respect to a line in a diameter direction of the screw shaft in a counterclockwise direction as viewed from an outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has right-hand threads and the slit is inclined with respect to the line in a clockwise direction as viewed from the outer end face of the tubular portion in the axial direction of the screw shaft when the screw shaft has left-hand threads.
A method for using curves to emulate soft body deformation in computer animation, the method comprising: accessing a reference model mapped to a deformation curve for a computer-generated character, the reference model including a mesh of vertices representing a soft body layer of the character and the deformation curve including a plurality of sample points, wherein each sample point is associated with a vector normal to said sample point on the deformation curve, and wherein each vertex of the model is mapped to a parametric location on the curve; receiving a movement of at least one selected sample point on the curve to a deformation position, the movement having a vector direction, thereby causing the curve to deform to a post-movement deformation curve along said vector direction; calculating an offset between the parametric location of each vertex in the pre-movement and the post-movement deformation curve; calculating primary movements of the vertices of the model along the direction of the calculated offset; calculating a vector perpendicular to the normal vector of the at least one selected sample point; calculating secondary movements of the vertices of the reference model along the direction of the calculated perpendicular vector; moving (430, 210) the vertices of the model according to the calculated primary and secondary movements; and outputting the model with the moved vertices for rendering to emulate the soft body deformation of the character. accessing a reference model mapped to a deformation curve for a computer-generated character, the reference model including a mesh of vertices representing a soft body layer of the character and the deformation curve including a plurality of sample points, wherein each sample point is associated with a vector normal to said sample point on the deformation curve, and wherein each vertex of the model is mapped to a parametric location on the curve; receiving a movement of at least one selected sample point on the curve to a deformation position, the movement having a vector direction, thereby causing the curve to deform to a post-movement deformation curve along said vector direction; calculating an offset between the parametric location of each vertex in the pre-movement and the post-movement deformation curve; calculating primary movements of the vertices of the model along the direction of the calculated offset; calculating a vector perpendicular to the normal vector of the at least one selected sample point; calculating secondary movements of the vertices of the reference model along the direction of the calculated perpendicular vector; moving (430, 210) the vertices of the model according to the calculated primary and secondary movements; and outputting the model with the moved vertices for rendering to emulate the soft body deformation of the character.
A sample pump device that comprises: a flexible pouch that comprises front and rear panels (1a, 1b), wherein a first portion of the front and rear panels (1a, 1b) are sealed to each other to define a reservoir inside the flexible pouch for holding a flowable product; a rigid frame that comprises a stem, wherein a second portion of the front and rear panels (1a, 1b) are sealed against the rigid frame, such that the stem depends into the product reservoir; a stem attachment that comprises: a hollow vertical shaft that depends from the stem, and a cup that depends from the hollow vertical shaft and extends laterally across the width of the flexible pouch; a passageway passes through the vertical shaft, and terminates in an uptake orifice; a mechanical pump that is housed in the rigid frame, and that is able to draw product from the product reservoir through uptake orifice, and move it toward an actuator that connects to the top of the mechanical pump, outside of the flexible pouch. a flexible pouch that comprises front and rear panels (1a, 1b), wherein a first portion of the front and rear panels (1a, 1b) are sealed to each other to define a reservoir inside the flexible pouch for holding a flowable product; a rigid frame that comprises a stem, wherein a second portion of the front and rear panels (1a, 1b) are sealed against the rigid frame, such that the stem depends into the product reservoir; a stem attachment that comprises: a hollow vertical shaft that depends from the stem, and a cup that depends from the hollow vertical shaft and extends laterally across the width of the flexible pouch; a passageway passes through the vertical shaft, and terminates in an uptake orifice; a hollow vertical shaft that depends from the stem, and a cup that depends from the hollow vertical shaft and extends laterally across the width of the flexible pouch; a passageway passes through the vertical shaft, and terminates in an uptake orifice; a mechanical pump that is housed in the rigid frame, and that is able to draw product from the product reservoir through uptake orifice, and move it toward an actuator that connects to the top of the mechanical pump, outside of the flexible pouch.
Substrate for a microfluidic device, comprising: - at least one microfluidic structure having at least one access port at an upper surface of the substrate; - a first raised support structure positioned on the upper surface adjacent to each access port and surrounding the access port, the first raised support structure partially covering the substrate upper surface, the first raised support structure having an upper surface for receiving an adhesive for mounting a microfluidic component having at least one access port corresponding to the at least one access port of the substrate; the substrate further comprising: - a pattern of at least one second raised support structures for improving the mechanical bonding of the microfluidic component, the pattern of at least one second raised support structures having a same height as the raised support structure, the at least one second raised support structure having an upper surface for receiving the adhesive for mounting the microfluidic component; wherein - the pattern occupies a portion of the upper surface of the substrate not covered by the first raised support structure and/or the at least one access port; - wherein the pattern is evenly distributed over the portion of the upper surface not covered by the first raised support structure and/or the at least one access port; - wherein the second raised support structures have a square, rectangular or round shape as viewed in a top view. - at least one microfluidic structure having at least one access port at an upper surface of the substrate; - a first raised support structure positioned on the upper surface adjacent to each access port and surrounding the access port, the first raised support structure partially covering the substrate upper surface, the first raised support structure having an upper surface for receiving an adhesive for mounting a microfluidic component having at least one access port corresponding to the at least one access port of the substrate; - a pattern of at least one second raised support structures for improving the mechanical bonding of the microfluidic component, the pattern of at least one second raised support structures having a same height as the raised support structure, the at least one second raised support structure having an upper surface for receiving the adhesive for mounting the microfluidic component; wherein - the pattern occupies a portion of the upper surface of the substrate not covered by the first raised support structure and/or the at least one access port; - wherein the pattern is evenly distributed over the portion of the upper surface not covered by the first raised support structure and/or the at least one access port; - wherein the second raised support structures have a square, rectangular or round shape as viewed in a top view.
Method of protecting a mobile device, having an active operating system inside, against malware, the mobile device comprising a backup operating system, the backup operating system being stored in the mobile device separately from the active operating system OS, the method comprising the steps of: - providing inside the mobile device or generated by a user of the mobile device a signal indicative of an assumed presence of malware in the mobile device; - analysing the signal; - the mobile device replacing in response to the signal the active operating system with the backup operating system. - providing inside the mobile device or generated by a user of the mobile device a signal indicative of an assumed presence of malware in the mobile device; - analysing the signal; - the mobile device replacing in response to the signal the active operating system with the backup operating system.
A door seal, comprising: a first seal mechanism including a first seal portion provided at a door end of a door (2, 6) and a second seal portion configured to contact the first seal portion when the door (2, 6) is closed; and a second seal mechanism including a third seal portion provided at the door end of the door (2, 6) and positioned differently in a thickness direction of the door (2, 6) from the first seal portion and a fourth seal portion configured to contact the third seal portion when the door (2, 6) is closed, wherein when the door (2, 6) is closed, a first contact surface formed by the first seal portion and the second seal portion extends in a different direction than a second contact surface formed by the third seal portion and the fourth seal portion, wherein the first seal mechanism includes a projection as one of the seal portions thereof and a projection as the other seal portion thereof, characterized in that the second seal mechanism includes a projection as one of the seal portions thereof and a recess as the other of the seal portions thereof, and the projection and the recess are constructed and shaped such that, when the door (2, 6) is closed, the projection is fitted in the recess and contacts the recess at both widthwise side surfaces (28a, 28b) thereof, and a projection length, in a direction (A1, A2, B1, B2) in which the door (2, 6) moves, of the projection of the second seal mechanism is greater than a projection length, in the direction (A1, A2, B1, B2) in which the door (2, 6) moves, of the projections (25, 26) of the first seal mechanism. a first seal mechanism including a first seal portion provided at a door end of a door (2, 6) and a second seal portion configured to contact the first seal portion when the door (2, 6) is closed; and a second seal mechanism including a third seal portion provided at the door end of the door (2, 6) and positioned differently in a thickness direction of the door (2, 6) from the first seal portion and a fourth seal portion configured to contact the third seal portion when the door (2, 6) is closed, wherein when the door (2, 6) is closed, a first contact surface formed by the first seal portion and the second seal portion extends in a different direction than a second contact surface formed by the third seal portion and the fourth seal portion, wherein the first seal mechanism includes a projection as one of the seal portions thereof and a projection as the other seal portion thereof, characterized in that the second seal mechanism includes a projection as one of the seal portions thereof and a recess as the other of the seal portions thereof, and the projection and the recess are constructed and shaped such that, when the door (2, 6) is closed, the projection is fitted in the recess and contacts the recess at both widthwise side surfaces (28a, 28b) thereof, and a projection length, in a direction (A1, A2, B1, B2) in which the door (2, 6) moves, of the projection of the second seal mechanism is greater than a projection length, in the direction (A1, A2, B1, B2) in which the door (2, 6) moves, of the projections (25, 26) of the first seal mechanism.
A method of backwashing a membrane filtration system comprising at least one permeable hollow membrane, the method comprising the step of applying a pressurised gas (19,20) to permeate remaining present in the system when the filtration process is stopped or suspended to provide liquid for backwashing pores of the permeable hollow membrane during a backwashing process, characterised in that the pressurised gas is applied at one of: a first and a second value of pressure, wherein the first value is higher than the second value, and in that a selection between the first and the second pressure values is determined according to a measured value of membrane permeability or membrane resistance.