mhurhangee/ep-ind-claims huggingface dataset:
An automatic injector comprising a housing (14,16), an activation mechanism, an actuation mechanism, and a syringe cartridge having a plunger and a needle assembly, wherein the actuation mechanism comprises a first actuation spring, a first actuation pill, a second actuation spring, and a second actuation pill, wherein in an initial configuration the first actuation spring resides in a compressed, energized state substantially within an upper portion of first actuation pill and the second actuation spring resides in a compressed, energized state between the first actuation pill and the second actuation pill, and wherein the first actuation pill has one or more locking hooks at a proximal end of the first actuation pill which initially engage a locking plateau at an interior proximal end of the housing (14,16).
An exhaust gas system for an internal combustion piston engine, comprising a manifold with several manifold pipes Z1-Z4 and an exhaust gas fitting (2.1), as well as an exhaust gas guide element with an exhaust gas pipe fitting (3.1), which can be connected via the exhaust gas pipe fitting (3.1) to the exhaust gas fitting (2.1), wherein the manifold and at least the exhaust gas pipe fitting (3.1) of the exhaust gas guide element each have a partition wall (2.2, 3.2), each of them forming two separate exhaust gas channels A2a, A2b, A3a, A3b each with a flow axis S2, S3, and having in the region of the fitting (2.1, 3.1) an end face (2.2s, 3.2s) running transversely to the flow axis S2, characterized in that the exhaust gas fitting (2.1) bears directly against the exhaust gas pipe fitting (3.1) and is welded thereto, wherein the end face (2.2s) of the partition wall (2.2) of the manifold or at least an edge segment R1, an edge segment R2 and/or a core segment K of the end face (2.2s) at least partially contact the exhaust gas pipe fitting (3.1) formed from cast iron in the axial direction at least when the internal combustion piston engine is in a warm state, wherein the end face (3.2s) of the partition wall (3.2) of the exhaust gas pipe fitting (3.1) has a groove (3.3) serving as a connection element, of length 13, with a groove base (3.3G) into which the other end face (2.2s) of the partition wall (2.2) of the manifold can be inserted to join the partition walls (2.2, 3.2), wherein the length 13 corresponds to an internal diameter di3 of the exhaust gas pipe fitting (3.1).
An image storage device comprising: imaging means for imaging a time-varying object and storing corresponding time-varying image data, wherein a face image is included in said corresponding time-varying image data; face-image detecting means for detecting the face image included in the time-varying image data; facial-expression-correlation estimating means for estimating a facial expression correlation representing a degree of correlation between a facial expression in the detected face image and a predetermined reference facial expression, the face image being included in time-varying image data; facial-expression estimating means for detecting, through estimation based on transition of the facial expression correlation, a situation where the facial expression in the face image and the predetermined reference facial expression are expected to come to have a predetermined correlative relationship within a predetermined period; and image-storage controlling means for exercising control so that the image data in the predetermined period from the detection is maintained in image-data storage means. imaging means for imaging a time-varying object and storing corresponding time-varying image data, wherein a face image is included in said corresponding time-varying image data; face-image detecting means for detecting the face image included in the time-varying image data; facial-expression-correlation estimating means for estimating a facial expression correlation representing a degree of correlation between a facial expression in the detected face image and a predetermined reference facial expression, the face image being included in time-varying image data; facial-expression estimating means for detecting, through estimation based on transition of the facial expression correlation, a situation where the facial expression in the face image and the predetermined reference facial expression are expected to come to have a predetermined correlative relationship within a predetermined period; and image-storage controlling means for exercising control so that the image data in the predetermined period from the detection is maintained in image-data storage means.
A rotary electric machine stator (10; 11) comprising: a stator core that includes an annular stator yoke, and a plurality of teeth that protrude toward an inner peripheral side from the annular stator yoke; and a multi-layer winding coil (14; 80; 82; 84) that is wound around a rectangular cross-section that is perpendicular to a radial direction of each tooth, the multi-layer winding coil (14; 80; 82; 84) being arranged with a predetermined number of steps in the radial direction of each tooth, each step of the multi-layer winding coil (14; 80; 82; 84) including a lowest layer coil of one winding and a surface layer coil of another winding; and a first insulating resin layer (30, 31) that is arranged between each tooth and the lowest layer coil, or between an insulator that is fixed to each tooth and the lowest layer coil; characterized by further comprising: a second insulating resin layer (40a, 40b, 40c, 40d; 42a, 42b, 42c, 42d; 44; 48) that is arranged locally at curved portions (50a, 50b, 50c, 50d) of the surface layer coil that correspond to corner portions (52a, 52b, 52c, 52d) of four corners of the rectangular cross-section of each tooth, the second insulating resin layer (40a, 40b, 40c, 40d; 42a, 42b, 42c, 42d; 44; 48) being arranged extending across the predetermined number of steps of the surface layer coil. a stator core that includes an annular stator yoke, and a plurality of teeth that protrude toward an inner peripheral side from the annular stator yoke; and a multi-layer winding coil (14; 80; 82; 84) that is wound around a rectangular cross-section that is perpendicular to a radial direction of each tooth, the multi-layer winding coil (14; 80; 82; 84) being arranged with a predetermined number of steps in the radial direction of each tooth, each step of the multi-layer winding coil (14; 80; 82; 84) including a lowest layer coil of one winding and a surface layer coil of another winding; and a first insulating resin layer (30, 31) that is arranged between each tooth and the lowest layer coil, or between an insulator that is fixed to each tooth and the lowest layer coil; characterized by further comprising: a second insulating resin layer (40a, 40b, 40c, 40d; 42a, 42b, 42c, 42d; 44; 48) that is arranged locally at curved portions (50a, 50b, 50c, 50d) of the surface layer coil that correspond to corner portions (52a, 52b, 52c, 52d) of four corners of the rectangular cross-section of each tooth, the second insulating resin layer (40a, 40b, 40c, 40d; 42a, 42b, 42c, 42d; 44; 48) being arranged extending across the predetermined number of steps of the surface layer coil.
In a first edge node coupled to a first site, a method of migrating control of at least one virtual private network, VPN, from a native border gateway protocol, BGP, peer session to a software-defined networking, SDN, central controller, wherein the native BGP peer session is ran by using a native BGP software residing on the first edge node, the method comprising: receiving a first software agent from the SDN central controller for installation on the first edge node; using the first software agent on the first edge node to perform the steps of: taking over the native BGP peer session with a second edge node coupled to a second site; receiving a first VPN route with a first VPN label from the SDN central controller and sending the first VPN route with the first VPN label to the second edge node; and receiving a second VPN route with a second VPN label from the second edge node coupled to the second site and sending the second VPN route with the second VPN label to the SDN central controller. receiving a first software agent from the SDN central controller for installation on the first edge node; using the first software agent on the first edge node to perform the steps of: taking over the native BGP peer session with a second edge node coupled to a second site; receiving a first VPN route with a first VPN label from the SDN central controller and sending the first VPN route with the first VPN label to the second edge node; and receiving a second VPN route with a second VPN label from the second edge node coupled to the second site and sending the second VPN route with the second VPN label to the SDN central controller. taking over the native BGP peer session with a second edge node coupled to a second site; receiving a first VPN route with a first VPN label from the SDN central controller and sending the first VPN route with the first VPN label to the second edge node; and receiving a second VPN route with a second VPN label from the second edge node coupled to the second site and sending the second VPN route with the second VPN label to the SDN central controller.
A system for vehicular monitoring and control of one or more trucks, wherein each of the one or more trucks is characterised in that it comprises a first electronic control unit; and a second electronic control unit, wherein the first electronic control unit is configured to receive a first copy of a control command over a first communication protocol, wherein the second electronic control unit is configured to receive a second copy of the control command over a second communication protocol, determine whether the first copy is identical to the second copy, execute the control command when the first copy is identical to the second copy, and reject the control command when the first copy differs from the second copy. a first electronic control unit; and a second electronic control unit, wherein the first electronic control unit is configured to receive a first copy of a control command over a first communication protocol, wherein the second electronic control unit is configured to receive a second copy of the control command over a second communication protocol, determine whether the first copy is identical to the second copy, execute the control command when the first copy is identical to the second copy, and reject the control command when the first copy differs from the second copy.
System for blasting objects, via at least one blasting head, with a blasting medium which is constituted by a blasting fluid comprising a mixture of a transport liquid, e.g. water, and an abrasive material which is mainly not soluble in that transport liquid, wherein the blasting fluid comprises more than 40%, preferably between 70% and 90% and more preferably about 80% abrasive material, where the blasting fluid is supplied to a relevant blasting head via a blasting fluid inlet and where, furthermore, gas of gas mixture under high pressure is supplied to the blasting head via a gas inlet, which gas is combined with the blasting fluid thus constituting the blasting medium, which blasting medium is squirted with force to the object, where the blasting fluid is collected via collecting means and stored in storage means in order to be used for the blasting again, wherein - the collecting means include a collecting floor and a collection reservoir, where the collecting floor is arranged for collecting the blasting fluid and transporting the collected blasting fluid to the collection reservoir, - the storage means include a storage reservoir and homogenizing means for storing and/or supplying blasting fluid having a mainly homogeneous and constant constitution, - a first pumping circuit is provided, arranged for pumping the collected blasting fluid towards the storage reservoir, and - a second pumping circuit is provided, arranged for pumping the mainly homogeneous blasting fluid from the storage reservoir to the at least one blasting head, - wherein the storage means comprise a third pumping circuit, arranged for circulating and/or keeping in motion the blasting fluid in the storage reservoir such that the blasting fluid in the storage reservoir keeps a mainly homogeneous constitution. - the collecting means include a collecting floor and a collection reservoir, where the collecting floor is arranged for collecting the blasting fluid and transporting the collected blasting fluid to the collection reservoir, - the storage means include a storage reservoir and homogenizing means for storing and/or supplying blasting fluid having a mainly homogeneous and constant constitution, - a first pumping circuit is provided, arranged for pumping the collected blasting fluid towards the storage reservoir, and - a second pumping circuit is provided, arranged for pumping the mainly homogeneous blasting fluid from the storage reservoir to the at least one blasting head, - wherein the storage means comprise a third pumping circuit, arranged for circulating and/or keeping in motion the blasting fluid in the storage reservoir such that the blasting fluid in the storage reservoir keeps a mainly homogeneous constitution.
A thermoform packaging machine comprising a film punch unit including a die and a punch, characterized in that the die and the punch, making use of a joint stroke drive, are movable orthogonally to a film conveying plane towards and away from each other, a first stroke mechanism being provided for transmitting a movement from the stroke drive to the punch and a second stroke mechanism being provided for transmitting a movement of the stroke drive to a movement of the die, and wherein the stroke drive is arranged above the film conveying plane.
A cryogenic exhaust removal apparatus, comprising: an exhaust collection reservoir having a volume of exhaust gas; a housing (182, 222, 242, 272, 292, 312, 322, 332, 352) having an inlet for fluidly coupling to a source of water and an outlet for fluidly coupling to a drain, wherein the inlet is configured to be fluidly coupled to a faucet; a suction chamber (188, 188', 236, 248, 280, 340, 358) in fluid communication with the housing (182, 222, 242, 272, 292, 312, 322, 332, 352), wherein the suction chamber (188, 188', 236, 248, 280, 340, 358) is further configured to be detachably coupled to the exhaust collection reservoir via an exhaust line, wherein introduction of water through the inlet generates a pressure reduction within the suction chamber (188, 188', 236, 248, 280, 340, 358) such that the volume of exhaust gas is drawn from the exhaust collection reservoir and into the housing (182, 222, 242, 272, 292, 312, 322, 332, 352) for dissolving into the water and out through the drain. an exhaust collection reservoir having a volume of exhaust gas; a housing (182, 222, 242, 272, 292, 312, 322, 332, 352) having an inlet for fluidly coupling to a source of water and an outlet for fluidly coupling to a drain, wherein the inlet is configured to be fluidly coupled to a faucet; a suction chamber (188, 188', 236, 248, 280, 340, 358) in fluid communication with the housing (182, 222, 242, 272, 292, 312, 322, 332, 352), wherein the suction chamber (188, 188', 236, 248, 280, 340, 358) is further configured to be detachably coupled to the exhaust collection reservoir via an exhaust line, wherein introduction of water through the inlet generates a pressure reduction within the suction chamber (188, 188', 236, 248, 280, 340, 358) such that the volume of exhaust gas is drawn from the exhaust collection reservoir and into the housing (182, 222, 242, 272, 292, 312, 322, 332, 352) for dissolving into the water and out through the drain.
A gripper for a robot, which comprises a base plate pivotable about an rotational axis and from which a plurality of gripper jaws (4, 5, 6) distributed in the circumferential direction extend, a surface of a gripper jaw (4, 5, 6) comprising a first recess which is adapted to the outer contour of a first object to be gripped, and at least another recess which is adapted to the outer contour of another object to be gripped, said two recesses (8, 10) being of different shapes and at least partially overlapping and arranged in different planes, characterized in that a gripper jaw (4, 5, 6, 21) comprises a clamping device having an inner part (13, 22) and an outer part (12, 23) movable relative to the inner part (13, 22), the outer part (12, 23) being displaceable between an outer position, where it is spaced from the inner part (13, 22), and an inner position, where an object can be gripped.
A composition comprising: a) a nematicide oil; and b) a blend comprising a lecithin and a surfactant, wherein (i) the nematicide oil is selected from the group consisting of sesame oil, canola oil, mustard oil, and combinations of any thereof, (ii) the surfactant is selected from the group consisting of an ethyoxylated monoglyceride, a fatty acid ethyoxylate, and a combination thereof, said surfactant having a HLB value of 10-18; wherein (iii) the ratio by weight of lecithin to surfactant in the blend is in the range from 1:1 to 9:1 (iv) the ratio by weight of the nematicidal agent of (i) to the blend comprising a lecithin and a surfactant is in the range from 1:1 to 9:1. (i) the nematicide oil is selected from the group consisting of sesame oil, canola oil, mustard oil, and combinations of any thereof, (ii) the surfactant is selected from the group consisting of an ethyoxylated monoglyceride, a fatty acid ethyoxylate, and a combination thereof, said surfactant having a HLB value of 10-18; wherein (iii) the ratio by weight of lecithin to surfactant in the blend is in the range from 1:1 to 9:1 (iv) the ratio by weight of the nematicidal agent of (i) to the blend comprising a lecithin and a surfactant is in the range from 1:1 to 9:1.
Roller device, comprising - an attachment bolt, - a roller mounted onto the attachment bolt, wherein the roller is configured as a roller unit which has at least one attachment bush, a bearing and a roller, wherein the attachment bush, the bearing and the roller are connected to one another detachably and wherein the roller is rotatably mounted about the attachment bush via the bearing, and - a fastening system for the detachable axial fixing of the attachment bush of the roller unit to the attachment bolt, wherein the fastening system is configured as a clip-fastening system for mounting the roller unit on the attachment bolt without using tools, wherein the clip-fastening system comprises a groove in the inner surface of the attachment bush and a groove in the surface of the attachment bolt and a flexible securing ring, which is mounted in the two grooves (32, 43), in order to prevent the roller unit from being pulled off, characterised in that the clip-fastening system is provided with a release device, wherein the groove in the attachment bolt is formed by the attachment bolt itself and a plate detachably fixed in front of the end face of the attachment bolt. - an attachment bolt, - a roller mounted onto the attachment bolt, wherein the roller is configured as a roller unit which has at least one attachment bush, a bearing and a roller, wherein the attachment bush, the bearing and the roller are connected to one another detachably and wherein the roller is rotatably mounted about the attachment bush via the bearing, and - a fastening system for the detachable axial fixing of the attachment bush of the roller unit to the attachment bolt, wherein the fastening system is configured as a clip-fastening system for mounting the roller unit on the attachment bolt without using tools, wherein the clip-fastening system comprises a groove in the inner surface of the attachment bush and a groove in the surface of the attachment bolt and a flexible securing ring, which is mounted in the two grooves (32, 43), in order to prevent the roller unit from being pulled off, characterised in that the clip-fastening system is provided with a release device, wherein the groove in the attachment bolt is formed by the attachment bolt itself and a plate detachably fixed in front of the end face of the attachment bolt.
A fan comprising: - a fan rotor having a plurality of slots, with the slots each receiving a fan blade, - the fan blades comprising: a radially inner dovetail supporting a radially outer airfoil; and the dovetail having a radial thickness which is less in a circumferentially central portion of the dovetail than circumferentially opposing outer edges (102, 104); characterized in that the fan further comprises a spacer configured to be disposed radially between a radial inner surface of the dovetail and a rotor, wherein the spacer includes a radial outer surface matching a contour of at least a portion of the radial inner surface of the dovetail; wherein the radial inner surface has a single concave shape; wherein the spacer includes opposed planar sidewalls that slope inwardly from the radial outer surface toward a convex radially inner surface opposed to the radially outer surface such that the radial outer surface extends outwardly of the radially inner surface of the dovetail. - a fan rotor having a plurality of slots, with the slots each receiving a fan blade, - the fan blades comprising: a radially inner dovetail supporting a radially outer airfoil; and the dovetail having a radial thickness which is less in a circumferentially central portion of the dovetail than circumferentially opposing outer edges (102, 104); characterized in that the fan further comprises a spacer configured to be disposed radially between a radial inner surface of the dovetail and a rotor, wherein the spacer includes a radial outer surface matching a contour of at least a portion of the radial inner surface of the dovetail; wherein the radial inner surface has a single concave shape; wherein the spacer includes opposed planar sidewalls that slope inwardly from the radial outer surface toward a convex radially inner surface opposed to the radially outer surface such that the radial outer surface extends outwardly of the radially inner surface of the dovetail. a radially inner dovetail supporting a radially outer airfoil; and the dovetail having a radial thickness which is less in a circumferentially central portion of the dovetail than circumferentially opposing outer edges (102, 104); characterized in that the fan further comprises a spacer configured to be disposed radially between a radial inner surface of the dovetail and a rotor, wherein the spacer includes a radial outer surface matching a contour of at least a portion of the radial inner surface of the dovetail; wherein the radial inner surface has a single concave shape; wherein the spacer includes opposed planar sidewalls that slope inwardly from the radial outer surface toward a convex radially inner surface opposed to the radially outer surface such that the radial outer surface extends outwardly of the radially inner surface of the dovetail.
Method for regulating a clocked buck/boost converter, wherein a buck converter switching element is driven with a common clock frequency with a first pulse-width-modulated switching signal (Sig S1) and a boost converter switching element is driven with a second pulse-width-modulated switching signal (Sig S2) for conversion of an input voltage (U IN) into a regulated output voltage (U OUT), wherein a regulator signal (U REG) of an output voltage regulator is used for creating the pulse-width-modulated switching signals (Sig S1, Sig S2), characterised in that the buck/boost converter is operated in a discontinuous mode with valley switching, that the choke current (i L) or the current through the buck converter switching element is detected and compared with a reference current (I Ref), that the regulator signal (U REG) is amplified to the extent to which reaching the reference current (I Ref) occurs temporally before a switch-off pulse of the first pulse-width-modulated switching signal (Sig S1) and that the second pulse-width-modulated switching signal (Sig S2) is created by means of the amplified regulator signal (U V).