mhurhangee/ep-ind-claims huggingface dataset:
A jettable material firing chamber (900, 1000) formed by a floor of the firing chamber (900, 1000), walls forming an edge of the firing chamber (900, 1000) and defining an inlet, through which jettable material enters the firing chamber (900, 1000), and a second layer, the firing chamber (900, 1000) comprising: a free-floating plug within the firing chamber (900, 1000); and at least one holding post (912, 1012, 1014) extending partially between the floor of the firing chamber (900, 1000) and the second layer (104, 512), wherein the free-floating plug is arranged between at least one wall of the firing chamber (900, 1000) in which the inlet is defined and the at least one holding post (912, 1012, 1014), the at least one wall and the at least one holding post (912, 1012, 1014) arranged to restrict movement of the free-floating plug from its position between the at least one wall and the at least one holding post into areas of the firing chamber (900, 1000) other than those defined by the at least one holding post and the at least one wall. a free-floating plug within the firing chamber (900, 1000); and at least one holding post (912, 1012, 1014) extending partially between the floor of the firing chamber (900, 1000) and the second layer (104, 512), wherein the free-floating plug is arranged between at least one wall of the firing chamber (900, 1000) in which the inlet is defined and the at least one holding post (912, 1012, 1014), the at least one wall and the at least one holding post (912, 1012, 1014) arranged to restrict movement of the free-floating plug from its position between the at least one wall and the at least one holding post into areas of the firing chamber (900, 1000) other than those defined by the at least one holding post and the at least one wall.
Exhaust-gas turbocharger which comprises a compressor housing having a fresh-air inlet duct and comprises an electric wastegate actuator integrated into the compressor housing, the electric wastegate actuator being thermally coupled to the fresh-air inlet duct and having components which are arranged adjacent to the fresh-air inlet duct, characterized in that the components of the electric wastegate actuator surround the fresh-air inlet duct in a U-shaped manner.
A roll of material comprising: interleaving material wound together with glass ribbon, wherein a pressure between layers in the roll is ≤ 10 pounds-force per square inch (69 kPa), and is greater than 0 pounds-force per square inch (0 kPa). interleaving material wound together with glass ribbon, wherein a pressure between layers in the roll is ≤ 10 pounds-force per square inch (69 kPa), and is greater than 0 pounds-force per square inch (0 kPa).
An oligonucleotide which targets an Alpha-L-Iduronidase (IDUA) natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of Alpha-L-Iduronidase (IDUA).
A method implemented by a wireless device for circuit switched, CS, fallback from a first network that does not provide circuit switched domain service, the method comprising: receiving from the first network a paging message for circuit switched fallback to a circuit switched network (14,78), wherein the paging message is indicative of one of a plurality of categories of circuit switched domain service on a circuit switched network; mapping one of a plurality of establishment causes to the category of circuit switched domain service; transmitting- a request message for initiating the establishment of an initial circuit switched radio connection, the request message including the mapped establishment cause; and, using the service on the circuit switched network (14,78). receiving from the first network a paging message for circuit switched fallback to a circuit switched network (14,78), wherein the paging message is indicative of one of a plurality of categories of circuit switched domain service on a circuit switched network; mapping one of a plurality of establishment causes to the category of circuit switched domain service; transmitting- a request message for initiating the establishment of an initial circuit switched radio connection, the request message including the mapped establishment cause; and, using the service on the circuit switched network (14,78).
A method, comprising: receiving, at a device in a network, privatized network trace data that comprises round trip time information for hops along a communication path; grouping, by the device, the trace data into a plurality of network segments based on the round trip time information, wherein grouping the trace data into the plurality of network segments based on the round trip time information comprises sorting, by the device, the trace data by round trip time, and, based on the sorting, assigning, by the device, each of the round trip times to one of the plurality of network segments using a machine learning classifier; based on the grouping, calculating, by the device, a segment trip time metric for one or more of the network segments based on the round trip time information associated with the one or more network segments to determine characteristics of the communication path; and based on the calculating, identifying, by the device, one of the network segments as a source of delay along the communication path based on calculated segment trip time metrics for the plurality of network segments. receiving, at a device in a network, privatized network trace data that comprises round trip time information for hops along a communication path; grouping, by the device, the trace data into a plurality of network segments based on the round trip time information, wherein grouping the trace data into the plurality of network segments based on the round trip time information comprises sorting, by the device, the trace data by round trip time, and, based on the sorting, assigning, by the device, each of the round trip times to one of the plurality of network segments using a machine learning classifier; based on the grouping, calculating, by the device, a segment trip time metric for one or more of the network segments based on the round trip time information associated with the one or more network segments to determine characteristics of the communication path; and based on the calculating, identifying, by the device, one of the network segments as a source of delay along the communication path based on calculated segment trip time metrics for the plurality of network segments.
Device for damping torsion oscillation particularly for a friction clutch, for example for a motor vehicle, of the type comprising at least one damper comprising: • substantially coaxial rotary input and output elements, • a first coupling element of axisymmetric overall shape coupled in rotation to the rotary input element, • a second coupling element of axisymmetric overall shape coupled in rotation to the rotary output element, • damping means comprising elastic members borne by the first and second coupling elements, and • means for limiting angular deflection between the first and second coupling elements, the said device being characterized in that the limiting means comprise complementary angular limiting means (142, 191) formed, on the one hand, on the rotary output element and, on the other hand, on a limiting member coupled in rotation to the rotary input element, in that the limiting member is of axisymmetric overall shape, and in that the limiting member transmits the torque of the rotary input element to the rotary output element via the limiting member when the deflection angle reaches the limiting angle. • substantially coaxial rotary input and output elements, • a first coupling element of axisymmetric overall shape coupled in rotation to the rotary input element, • a second coupling element of axisymmetric overall shape coupled in rotation to the rotary output element, • damping means comprising elastic members borne by the first and second coupling elements, and • means for limiting angular deflection between the first and second coupling elements,
An improved hubcap with turbine effect for a vehicle wheel, in particular for a motor vehicle wheel, said wheel having a cylindrical, peripheral rim, a central hub and a disc with perforations connecting the central hub to the peripheral rim, and said improved hubcap having a central portion and aerodynamic blades, which are distributed on the exterior of said central portion and which are distributed on the exterior of said central portion and which are situated facing the perforations of the disc of the wheel so as to create a flow of air permitting the lateral wake of the vehicle to be improved, said improved hubcap comprising two circular deflectors (27, 28), extending from the internal surface of the hubcap, intended to direct the flow of air towards the perforations of the disc of the wheel, namely a first deflector, designated "interior deflector", directed towards the edge of the perforations closest to the centre ("XX'") of the wheel, and a second deflector, designated "exterior deflector", directed towards the edge of the perforations closest to the exterior periphery of the wheel, said improved hubcap being characterized in that there is provided, at the end of each of the two deflectors (27, 28), between the hubcap and the disc of the wheel, a flexible, circular seal (37, 38), which permits a tightness to be guaranteed between the hubcap and the disc of the wheel and, consequently, an optimum flow of air on the perforations of the disc of the wheel.
A method for coating profile sections made of metallic or non-metallic material with a metal sheet strip, said sheet strip having a superficial hardness greater than that of said profile and adhering to said profile at any point of one of the faces of said sheet strip, wherein, without interrupting the progress of the production line: - the other said profile sections are successively conveyed one after another onto a production line, - a continuous strip of a coating material in the form of metal sheet strip is successively applied on these profile sections, eventually after shaping, in order to bond it to each profile section, in order to coat it on the face or faces to be coated, - the conveying of said profile sections is performed one after another with a separation between them, - after adhesion by gluing, the downstream and upstream ends, respectively, of two successive sections (2A, 2B) or the downstream and upstream ends of the same section are identified, - at these two downstream and upstream (7B, 7A) ends, respectively, two separate cutting operations are carried out by cutting means used for machining, taking into consideration the separation between said profile sections (2A, 2B) or the separation between said ends (6A, 7A) and the position of said section. - the other said profile sections are successively conveyed one after another onto a production line, - a continuous strip of a coating material in the form of metal sheet strip is successively applied on these profile sections, eventually after shaping, in order to bond it to each profile section, in order to coat it on the face or faces to be coated, - the conveying of said profile sections is performed one after another with a separation between them, - after adhesion by gluing, the downstream and upstream ends, respectively, of two successive sections (2A, 2B) or the downstream and upstream ends of the same section are identified, - at these two downstream and upstream (7B, 7A) ends, respectively, two separate cutting operations are carried out by cutting means used for machining, taking into consideration the separation between said profile sections (2A, 2B) or the separation between said ends (6A, 7A) and the position of said section.
A pin and bush pivot coupling for connecting a pair of mutually rotatable modules (15-16; 15-17; 16-17; 16-44; 16-43), the first module of the pair having at least one first coupling member consisting of two bushes and the second module of the pair having at least one second coupling member consisting of one bush which is located in the coupling between the bushes of the first module, characterized in that each coupling member (Z1, Z2) comprises at least one internal channel (19, 20) ending in an outlet opening (19', 20') and enabling flow of a pneumatic medium, the coupling further including a hollow pin extending through both coupling members (Z1, Z2), the pin being mounted in the coupling immovably with respectto one of the coupling members (Z1, Z2) and rotatably with respect to the other of the coupling members (Z1, Z2), and wherein the pin-rotatable coupling member (Z1, Z2) comprises a sealed chamber and the pin comprises: - a first hole thightly communicating with the outlet opening of the internal channel (19, 20) located in the pin-immovable coupling member (Z1, Z2) and - at least one second hole providing pneumatic communication via the sealed chamber with the outlet opening of the internal channel (19, 20) located in the pin-rotatable coupling member (Z1, Z2), so that the pin ensures a thigh pneumatic communication between the internal channels (19, 20) of neighboring modules (15, 16, 17, 43, 44) during their movement. - a first hole thightly communicating with the outlet opening of the internal channel (19, 20) located in the pin-immovable coupling member (Z1, Z2) and - at least one second hole providing pneumatic communication via the sealed chamber with the outlet opening of the internal channel (19, 20) located in the pin-rotatable coupling member (Z1, Z2),
A balloon catheter system for dilating the outflow tract of a sinus cavity comprising: a device comprising: a metallic inner guide member having a proximal end, a distal end, and a lumen extending along a length thereof and terminating at the distal end; a shaft coupled to a balloon, the shaft having a first lumen along at least a portion thereof containing the metallic inner guide member, the shaft and balloon being slidably mounted over the metallic inner guide member, the shaft having a second lumen operatively coupled to the interior of the balloon; and a handle disposed along a proximal portion of the metallic inner guide member and coupled to the shaft; an inflation port disposed at the handle, the inflation port being coupled to the second lumen of the shaft; an irrigation/aspiration port disposed in the handle, the irrigation/aspiration port communicating with the lumen of the metallic inner guide member; a least one tracking element disposed on the balloon catheter; and an inflation device configured to couple with the inflation port. a device comprising: a metallic inner guide member having a proximal end, a distal end, and a lumen extending along a length thereof and terminating at the distal end; a shaft coupled to a balloon, the shaft having a first lumen along at least a portion thereof containing the metallic inner guide member, the shaft and balloon being slidably mounted over the metallic inner guide member, the shaft having a second lumen operatively coupled to the interior of the balloon; and a handle disposed along a proximal portion of the metallic inner guide member and coupled to the shaft; an inflation port disposed at the handle, the inflation port being coupled to the second lumen of the shaft; an irrigation/aspiration port disposed in the handle, the irrigation/aspiration port communicating with the lumen of the metallic inner guide member; a least one tracking element disposed on the balloon catheter; and a metallic inner guide member having a proximal end, a distal end, and a lumen extending along a length thereof and terminating at the distal end; a shaft coupled to a balloon, the shaft having a first lumen along at least a portion thereof containing the metallic inner guide member, the shaft and balloon being slidably mounted over the metallic inner guide member, the shaft having a second lumen operatively coupled to the interior of the balloon; and a handle disposed along a proximal portion of the metallic inner guide member and coupled to the shaft; an inflation port disposed at the handle, the inflation port being coupled to the second lumen of the shaft; an irrigation/aspiration port disposed in the handle, the irrigation/aspiration port communicating with the lumen of the metallic inner guide member; a least one tracking element disposed on the balloon catheter; and an inflation device configured to couple with the inflation port.
A metal container comprising a neck defining a longitudinal axis, wherein said neck includes a wall of constant, or at least approximately constant, thickness which is ended by a free edge delimiting an orifice and in which are arranged at least two beads (7, 8): - a first bead forming at least one thread, and - a second, convex bead forming a ring collar arranged between said thread and a neck base, wherein said ring collar includes a lateral face extended by two flanks, a lower one and an upper one, and said lower flank is delimited by a rounded external edge and by a rounded internal edge, connected to said lateral face and to said neck base, respectively, characterized in that: a) said thread includes: a1) a cross-section radius at the crest comprised between 0.85 and 1.2 mm, and a2) a cross-section radius at the root comprised between 0.5 and 0.7 mm, b) the lower flank of the ring collar, diverging with respect to the upper flank towards the longitudinal axis, defines an angle comprised between 20° and 30° with respect to a plane perpendicular to the longitudinal axis, c) the external edge of the lower flank of the ring collar has a cross-section radius comprised between 0.7 and 0.9 mm, and d) the internal edge of the lower flank of the ring collar is arranged at a distance comprised between 13 and 15 mm with respect to said free edge of the ring. - a first bead forming at least one thread, and - a second, convex bead forming a ring collar arranged between said thread and a neck base, a) said thread includes: a1) a cross-section radius at the crest comprised between 0.85 and 1.2 mm, and a2) a cross-section radius at the root comprised between 0.5 and 0.7 mm, a1) a cross-section radius at the crest comprised between 0.85 and 1.2 mm, and a2) a cross-section radius at the root comprised between 0.5 and 0.7 mm, b) the lower flank of the ring collar, diverging with respect to the upper flank towards the longitudinal axis, defines an angle comprised between 20° and 30° with respect to a plane perpendicular to the longitudinal axis, c) the external edge of the lower flank of the ring collar has a cross-section radius comprised between 0.7 and 0.9 mm, and d) the internal edge of the lower flank of the ring collar is arranged at a distance comprised between 13 and 15 mm with respect to said free edge of the ring.
Process for tempering plastic melt inside a pipe extrusion device, wherein the plastic melt flows via one or several flow channels from at least one melt inlet to at least one melt outlet, the plastic melt flowing around at least one tempering element inside the flow channel between the melt inlet and the melt outlet, the plastic melt which flows around the tempering element being tempered by means of said tempering element, the degree of tempering being varied by means of the tempering element, whereby the degree of tempering can be equal or different at all parts of the tempering element, characterized in that the tempering element features one or several openings which are flown through by a fluid, and that the flow of the fluid is adjusted in one or several of the openings through adjustment of the cross section with the help of means, said means, which are designed as blocking elements in the form of small sliders, being driven into or out of the cross section of the openings.
A playback device for playing back video images from a recording medium, wherein a main-view video stream, a sub-view video stream, and a graphics stream are recorded on the recording medium, the main-view video stream includes main-view pictures constituting main views of stereoscopic video images, the sub-view video stream includes sub-view pictures and metadata, the sub-view pictures constituting sub-views of stereoscopic video images, the graphics stream includes graphics data constituting monoscopic graphics images, the main-view pictures are each rendered on a main-view video plane, when being played back, the sub-view pictures are each rendered on a sub-view video plane, when being played back, the graphics data is rendered on a graphics plane, when being played back, the metadata is provided in each group of pictures, GOP, constituting the sub-view video stream and includes offset information, characterized in that the offset information is control information specifying offset control, the offset control is a process to provide a left offset and a right offset for horizontal coordinates in the graphics plane to generate a pair of graphics planes, and then combine the pair of graphics planes separately with the main-view video plane and the sub-view video plane, the sub-view video stream is multiplexed in a transport stream, TS, TS packets constituting the TS each have a header including a TS priority flag indicating a priority of the TS packet, and TS packets containing the metadata each have a different value of the TS priority flag from TS packets containing the sub-view pictures, the playback device comprising: a reading unit operable to read stream data from the recording medium; a decoding unit operable to decode the stream data read by the reading unit into at least either of video planes and graphics planes; a TS priority filter unit operable to monitor the TS priority flags of the TS packets included in the stream data, and extract the TS packets containing the metadata; a metadata processing unit operable to extract the metadata from the TS packets extracted by the TS priority filter unit; and a plane combining unit operable to perform offset control onto the graphics plane in accordance with offset information included in the metadata extracted by the metadata processing unit. a reading unit operable to read stream data from the recording medium; a decoding unit operable to decode the stream data read by the reading unit into at least either of video planes and graphics planes; a TS priority filter unit operable to monitor the TS priority flags of the TS packets included in the stream data, and extract the TS packets containing the metadata; a metadata processing unit operable to extract the metadata from the TS packets extracted by the TS priority filter unit; and a plane combining unit operable to perform offset control onto the graphics plane in accordance with offset information included in the metadata extracted by the metadata processing unit.