mhurhangee/ep-ind-claims huggingface dataset:
A valve for an exhaust gas recirculation line in an engine, comprising: a first barrel having an inlet end for receiving exhaust from a first group of one or more cylinders; a second barrel having an inlet end for receiving exhaust from a second group of one or more cylinders; a center barrel disposed between the first barrel and the second barrel and having an outlet opening for directing exhaust gas toward an intake of the engine, the first barrel and the center barrel being adapted to be in fluid communication through a first inlet opening, and the second barrel and the center barrel being adapted to be in fluid communication through a second inlet opening; and a poppet valve comprising a stem and a first valve head and a second valve head mounted on the stem, a first valve seat against which the first valve head is arranged to be seated in the first barrel around the first inlet opening, and a second valve seat against which the second valve head is arranged to be seated in the center barrel around the second inlet opening, the poppet valve being movable between a closed position in which the first valve head is seated against the first valve seat and the second valve head is seated against the second valve seat and an open position in which the first valve head is moved in the first barrel away from the first valve seat and the second valve head is moved in the center barrel away from the second valve seat, characterized in that the center barrel includes one or more vanes arranged to direct flow from the second inlet opening toward the outlet opening. a first barrel having an inlet end for receiving exhaust from a first group of one or more cylinders; a second barrel having an inlet end for receiving exhaust from a second group of one or more cylinders; a center barrel disposed between the first barrel and the second barrel and having an outlet opening for directing exhaust gas toward an intake of the engine, the first barrel and the center barrel being adapted to be in fluid communication through a first inlet opening, and the second barrel and the center barrel being adapted to be in fluid communication through a second inlet opening; and a poppet valve comprising a stem and a first valve head and a second valve head mounted on the stem, a first valve seat against which the first valve head is arranged to be seated in the first barrel around the first inlet opening, and a second valve seat against which the second valve head is arranged to be seated in the center barrel around the second inlet opening, the poppet valve being movable between a closed position in which the first valve head is seated against the first valve seat and the second valve head is seated against the second valve seat and an open position in which the first valve head is moved in the first barrel away from the first valve seat and the second valve head is moved in the center barrel away from the second valve seat, characterized in that the center barrel includes one or more vanes arranged to direct flow from the second inlet opening toward the outlet opening.
A slide fastener comprising: a pair of fastener tapes formed with a pattern on a front surface thereof; a pair of fastener element rows respectively provided along opposing side edge portions of the pair of fastener tapes; a slider configured to engage and disengage the pair of fastener element rows; and a film member fixed to the front surface of the pair of fastener tapes such that the pattern is visible, wherein the film member is provided with a concave-convex shape on a surface thereof, characterized in that the pattern of the fastener tapes and the concave-convex shape of the film member correspond to each other and to one of (a) animal skin, (b) a woven or knitting which is formed by performing weaving or knitting of fibers or bamboo strips, (c) woodgrain, and (d) stone pitching. a pair of fastener tapes formed with a pattern on a front surface thereof; a pair of fastener element rows respectively provided along opposing side edge portions of the pair of fastener tapes; a slider configured to engage and disengage the pair of fastener element rows; and a film member fixed to the front surface of the pair of fastener tapes such that the pattern is visible, wherein the film member is provided with a concave-convex shape on a surface thereof, characterized in that the pattern of the fastener tapes and the concave-convex shape of the film member correspond to each other and to one of (a) animal skin, (b) a woven or knitting which is formed by performing weaving or knitting of fibers or bamboo strips, (c) woodgrain, and (d) stone pitching.
A method for a proof of knowledge enrollment or authentication, the method comprising: accepting by a processor a plurality of input actions on an image wherein each input action comprises a set of two points (804, 805, 814, 816) and an associated drag path (802, 810, 812) between the two points; and authenticating the proof of knowledge by the processor based on the plurality of input actions and whether or not the drag path of a first input action crosses the drag path of a second input action. accepting by a processor a plurality of input actions on an image wherein each input action comprises a set of two points (804, 805, 814, 816) and an associated drag path (802, 810, 812) between the two points; and authenticating the proof of knowledge by the processor based on the plurality of input actions and whether or not the drag path of a first input action crosses the drag path of a second input action.
Device for detecting strains and transmitting detected data, comprising an electrically insulating matrix in which there are embedded at least: - one or more strain sensors, made as resistive conductive elements, the dimensional variations of which bring about variations of electrical resistance; - an electronic circuit electrically connected to said one or more sensors at corresponding contacts or pads and adapted to detect said electrical resistance variations; - an antenna electrically connected to said electronic circuit at corresponding contacts or pads and adapted to transmit said electrical resistance variations detected by said electronic circuit to an external instrument, wherein said one or more strain sensors are made of a material selected from the group comprising electrically conductive resins and electrically conductive inks, characterized in that a shielding layer made of ferritic material coupled to said electronic circuit and to said antenna is further embedded in said electrically insulating matrix. - one or more strain sensors, made as resistive conductive elements, the dimensional variations of which bring about variations of electrical resistance; - an electronic circuit electrically connected to said one or more sensors at corresponding contacts or pads and adapted to detect said electrical resistance variations; - an antenna electrically connected to said electronic circuit at corresponding contacts or pads and adapted to transmit said electrical resistance variations detected by said electronic circuit to an external instrument, wherein said one or more strain sensors are made of a material selected from the group comprising electrically conductive resins and electrically conductive inks, characterized in that a shielding layer made of ferritic material coupled to said electronic circuit and to said antenna is further embedded in said electrically insulating matrix.
A semiconductor device package, comprising: a first semiconductor device comprising a heat-generating region located on an end thereof; a second semiconductor device attached to the first semiconductor device, at least a portion of the heat-generating region extending laterally beyond an end of the second semiconductor device; and a thermally insulating material at least partially covering said end of the second semiconductor device. a first semiconductor device comprising a heat-generating region located on an end thereof; a second semiconductor device attached to the first semiconductor device, at least a portion of the heat-generating region extending laterally beyond an end of the second semiconductor device; and a thermally insulating material at least partially covering said end of the second semiconductor device.
Bale opener for use in a feeding line of a biomass energy plant, the bale opener comprising - at least two disintegration members, wherein each disintegration member is rotatable around a respective rotation axis and in the direction of that rotation axis has a first end and a second end, - an inlet for feeding bales in a feeding direction to the disintegration members, - an outlet for discharging loosened bale material from the disintegration members, and - a drive system being operable to drive the disintegration members to rotate around their respective rotation axis, characterised in that each disintegration member is provided with a plurality of blades that are radially disposed in a mill-wheel arrangement, the blades extending outwardly from a radially inner edge to a radially outer edge and from a first edge at the first end to a second edge in a direction towards the second end, wherein under operation the first edges are moved in a direction of rotation transversely of the first edges so as to sweep the first edges in a scraping movement across the cross-section of the bales, and that the inlet is arranged opposite the first end of the disintegration members so as to feed the bales to a processing region at the first end of the disintegration members, wherein the two disintegration members are arranged so as to gear into each other by moving in a counter rotative manner under operation in order to sweep the blades (8a, 8b) of both disintegration members (2a, 2b) through an overlap volume. - at least two disintegration members, wherein each disintegration member is rotatable around a respective rotation axis and in the direction of that rotation axis has a first end and a second end, - an inlet for feeding bales in a feeding direction to the disintegration members, - an outlet for discharging loosened bale material from the disintegration members, and - a drive system being operable to drive the disintegration members to rotate around their respective rotation axis,
A system for indicating a tire condition comprising: a sensor configured to sense a variable affecting an internal gas temperature of a tire (132,134), a processor configured to be in at least one of electrical communication and radio frequency ("RF") communication with the sensor, wherein the processor is configured to receive the variable; characterised in that the processor is configured to calculate an estimated internal gas temperature of the tire (132,134), and the processor is configured to determine whether the tire (132,134) is appropriate to inflate or deflate based on the estimated internal gas temperature of the tire (132, 134), wherein the variable affecting the internal gas temperature of the tire (132,134) includes at least one of a distance travelled on a surface, a frictional coefficient of the surface and a brake temperature. a sensor configured to sense a variable affecting an internal gas temperature of a tire (132,134), a processor configured to be in at least one of electrical communication and radio frequency ("RF") communication with the sensor, wherein the processor is configured to receive the variable; characterised in that the processor is configured to calculate an estimated internal gas temperature of the tire (132,134), and the processor is configured to determine whether the tire (132,134) is appropriate to inflate or deflate based on the estimated internal gas temperature of the tire (132, 134), wherein the variable affecting the internal gas temperature of the tire (132,134) includes at least one of a distance travelled on a surface, a frictional coefficient of the surface and a brake temperature.
Sensor module for measuring the axle speeds and weights of two-track vehicles, which travel in a direction of travel along a carriageway with two lanes (S, S'), comprising a plurality of piezoelectric strip sensors (A, B, C, D), wherein all the strip sensors (A, B, C, D) are arranged orthogonally to the direction of travel, wherein first strip sensors (A, D) are spaced from each other in the direction of travel of the sensor module via a fixed longitudinal offset which is greater than the maximum wheel contact length, and form a first lane group, second strip sensors (B, C) are spaced from each other in the direction of travel of the sensor module via a fixed longitudinal offset which is greater than the maximum wheel contact length, and form a second lane group, wherein strip sensors (A, D) of the first lane group are arranged with an offset from strip sensors (B, C) of the second lane group transversely to the direction of travel, so that each lane group (I, II) covers one lane of the carriageway, wherein the first strip sensors (A, B) of each lane group (I, II) and the second strip sensors (C, D) of each lane group (I, II) are arranged with an offset (LAB or LCD) between 1 cm and 15 cm relative to each other in the direction of travel, and sensor module 1 has a module length (LABCD) less than 80 cm. all the strip sensors (A, B, C, D) are arranged orthogonally to the direction of travel, wherein first strip sensors (A, D) are spaced from each other in the direction of travel of the sensor module via a fixed longitudinal offset which is greater than the maximum wheel contact length, and form a first lane group, second strip sensors (B, C) are spaced from each other in the direction of travel of the sensor module via a fixed longitudinal offset which is greater than the maximum wheel contact length, and form a second lane group, wherein strip sensors (A, D) of the first lane group are arranged with an offset from strip sensors (B, C) of the second lane group transversely to the direction of travel, so that each lane group (I, II) covers one lane of the carriageway, wherein the first strip sensors (A, B) of each lane group (I, II) and the second strip sensors (C, D) of each lane group (I, II) are arranged with an offset (LAB or LCD) between 1 cm and 15 cm relative to each other in the direction of travel, and sensor module 1 has a module length (LABCD) less than 80 cm.
Conductor connection contact having at least one soldering connection area (13, 13b) for connection to a printed circuit board (17a, 17b, 17c, 17d, 17e) and having at least one plug-in contact connection with a spring clamping element, wherein the plug-in contact connection is formed on a connection area of the conductor connection contact, which connection area is at a distance from the plane of the soldering connection area (13a, 13b) and has a plug-in opening and at least one spring-elastic clamping tongue for forming the spring clamping element, and that the connection area merges with at least two foot sections which are each connected to a soldering connection area (13a, 13b) or have a soldering connection area (13a, 13b) on their side which is averted from the connection area, characterized in that the conductor connection contact has a further plug-in contact connection, of which the insertion direction for inserting a conductor into the further plug-in connection runs substantially orthogonally in relation to an insertion direction of the plug-in contact connection which is formed on the connection area.
A greeting card comprising: a planar greeting card portion; a greeting card cover moveably coupled to said planar greeting card portion to move from an open position to a closed position adjacent to said planar greeting card portion; wherein said greeting card cover is coupled to said greeting card portion via a vertical hinge; a gift storage compartment coupled below said planar greeting card portion, wherein said gift storage compartment comprises a volume and depth for storing an item; wherein said greeting card cover can open and close relative to said planar greeting card portion without moving said gift storage compartment; and wherein said gift storage compartment is coupled to said planar greeting card portion and not the greeting card cover, such that when said greeting card is in the orientation where said hinge is vertical, said gift storage compartment is below said planar greeting card portion. a planar greeting card portion; a greeting card cover moveably coupled to said planar greeting card portion to move from an open position to a closed position adjacent to said planar greeting card portion; wherein said greeting card cover is coupled to said greeting card portion via a vertical hinge; a gift storage compartment coupled below said planar greeting card portion, wherein said gift storage compartment comprises a volume and depth for storing an item; wherein said greeting card cover can open and close relative to said planar greeting card portion without moving said gift storage compartment; and wherein said gift storage compartment is coupled to said planar greeting card portion and not the greeting card cover, such that when said greeting card is in the orientation where said hinge is vertical, said gift storage compartment is below said planar greeting card portion.
Apparatus for the press-hardening of components, having at least one furnace, a press arranged downstream of the at least one furnace, and a transport apparatus, wherein means for transportation of the components are moveably mounted in the transport apparatus, characterised in that the means are moveable with the components along the transport apparatus, through the furnace and into the press, wherein the transport apparatus is continuous between the furnace and the press, and wherein transport of the components from the furnace to the press can be carried out without manipulation.
A process for the preparation of a film comprising a sulfur-molybdenum cluster composition, the process comprising: preparing a precursor comprising a first molybdenum compound, calcinating the precursor, sulfurizing the precursor, and reducing the precursor in presence of a second molybdenum compound and of a reducing agent. preparing a precursor comprising a first molybdenum compound, calcinating the precursor, sulfurizing the precursor, and reducing the precursor in presence of a second molybdenum compound and of a reducing agent.
A stopper configured to be positioned inside a barrel of an injection device for injecting at least one composition, said stopper comprising: - a gasket comprising a proximal end, a distal end, a lateral wall, and a through hole extending from the proximal end to the distal end, - an insert inserted in the through hole, wherein the stopper is adapted to deform between: - a closed configuration wherein the gasket cooperates with the insert to hermetically close the through hole, for preventing flow of the composition between the proximal end and the distal end of the gasket, and - an open configuration wherein the gasket cooperates with the insert to open a fluidic pathway in the through hole between the proximal end and the distal end of the gasket for allowing flow of the composition wherein: - the proximal end of the gasket comprises a membrane, - the insert comprises an inner chamber having a distal opening and at least one lateral opening, - the gasket comprises a cavity extending around each lateral opening of the insert, and wherein: - in the closed configuration, the membrane is configured to cooperate with the insert to close the cavity, for preventing flow of the composition between the proximal end and the distal end of the gasket, and - in the open configuration, the membrane is configured to deform toward the cavity under a positive difference of pressure between the composition situated proximally from the proximal end of the gasket and a fluid present distally from the distal end of the gasket exerted onto said membrane to open the fluidic pathway between the proximal end of the gasket, the cavity, the inner chamber and the distal end of the gasket. - a gasket comprising a proximal end, a distal end, a lateral wall, and a through hole extending from the proximal end to the distal end, - an insert inserted in the through hole, - a closed configuration wherein the gasket cooperates with the insert to hermetically close the through hole, for preventing flow of the composition between the proximal end and the distal end of the gasket, and - an open configuration wherein the gasket cooperates with the insert to open a fluidic pathway in the through hole between the proximal end and the distal end of the gasket for allowing flow of the composition - the proximal end of the gasket comprises a membrane, - the insert comprises an inner chamber having a distal opening and at least one lateral opening, - the gasket comprises a cavity extending around each lateral opening of the insert, - in the closed configuration, the membrane is configured to cooperate with the insert to close the cavity, for preventing flow of the composition between the proximal end and the distal end of the gasket, and - in the open configuration, the membrane is configured to deform toward the cavity under a positive difference of pressure between the composition situated proximally from the proximal end of the gasket and a fluid present distally from the distal end of the gasket exerted onto said membrane to open the fluidic pathway between the proximal end of the gasket, the cavity, the inner chamber and the distal end of the gasket.
Process for the synthesis of tapentadol comprising the alkylation of the ketone with an ethyl metal halide in an organic solvent to yield the compound (VIII) characterized in that the compound is obtained by means of resolution of the racemic compound; said resolution comprises the steps of: a) reaction of the racemic compound with a chiral acid in a polar solvent or mixture of polar solvents and subsequent precipitation of the chiral salt b') treatment of the chiral salt with an aqueous basic solution to yield the compound c') extraction of the compound with an organic solvent. a) reaction of the racemic compound with a chiral acid in a polar solvent or mixture of polar solvents and subsequent precipitation of the chiral salt b') treatment of the chiral salt with an aqueous basic solution to yield the compound c') extraction of the compound with an organic solvent.
A system comprising: a local user system to interact with an implantable medical device; and a local input device, communicatively coupled to the local user system to generate local events for programming and interrogating the implantable medical device; wherein, to operate the local user system, the local user system is adapted to receive and process said local events to program or interrogate the implantable medical device from the local input device and receive and process remote events from a remote user system communicatively coupled to the local user system over a network communication link (106, 114), characterised in that the local user system is adapted to monitor the network communication link and abort processing of a remote event in response to detecting an issue with the quality of service of the network communication link. a local user system to interact with an implantable medical device; and a local input device, communicatively coupled to the local user system to generate local events for programming and interrogating the implantable medical device; wherein, to operate the local user system, the local user system is adapted to receive and process said local events to program or interrogate the implantable medical device from the local input device and receive and process remote events from a remote user system communicatively coupled to the local user system over a network communication link (106, 114), characterised in that the local user system is adapted to monitor the network communication link and abort processing of a remote event in response to detecting an issue with the quality of service of the network communication link.