mhurhangee/ep-ind-claims huggingface dataset:
A hydrodynamic bearing assembly for a drivetrain of a wind turbine, comprising: a shaft; a semispherical convex surface provided on an outer surface of the shaft, the semispherical convex surface extending circumferentially around the shaft and having a convex cross-sectional profile oriented along a longitudinal axis of the shaft; a bearing housing arranged circumferentially around the semispherical convex surface, the bearing housing comprising a reservoir in a bottom portion thereof for a bearing fluid; and a static semispherical concave bearing surface in the bearing housing that defines a bearing interface with the semispherical convex surface on the shaft, wherein a layer of the fluid is provided in the bearing interface as the shaft and rotates through the reservoir; characterized in that the static semispherical concave bearing surface comprises a plurality of static bearing pads mounted in the bearing housing and disposed circumferentially outboard of the semispherical convex surface; and wherein the bearing pads comprise inclined axial end faces, and the cover member and the axial stop comprise inclined engagement surfaces that contact the inclined axial end faces. a shaft; a semispherical convex surface provided on an outer surface of the shaft, the semispherical convex surface extending circumferentially around the shaft and having a convex cross-sectional profile oriented along a longitudinal axis of the shaft; a bearing housing arranged circumferentially around the semispherical convex surface, the bearing housing comprising a reservoir in a bottom portion thereof for a bearing fluid; and a static semispherical concave bearing surface in the bearing housing that defines a bearing interface with the semispherical convex surface on the shaft, wherein a layer of the fluid is provided in the bearing interface as the shaft and rotates through the reservoir; characterized in that the static semispherical concave bearing surface comprises a plurality of static bearing pads mounted in the bearing housing and disposed circumferentially outboard of the semispherical convex surface;
An engine device for a work vehicle, the engine device configured to include a first case for removing particulate matter in exhaust gas of an engine and a second case for removing nitrogen oxides in the exhaust gas of the engine, and configured to connect the first case to the second case via a urea mixing pipe, comprising: that the engine, the first case, and the second case are integrally adhered, and the engine, the first case, and the second case are configured to be integrally vibrated in a swingable manner, that the first case is formed in such a manner as to be divided into an exhaust intake side case and an exhaust discharge side case, and the exhaust discharge side case is configured to be separable in a state where the exhaust intake side case is supported on the side of the engine, and characterized in that an exhaust outlet pipe is extended in the direction of the cylindrical axial line of the first case on an outer side of the exhaust discharge side case and the exhaust gas outlet side of the exhaust outlet pipe is extended in the direction intersecting with the cylindrical axial line of the first case. that the engine, the first case, and the second case are integrally adhered, and the engine, the first case, and the second case are configured to be integrally vibrated in a swingable manner, that the first case is formed in such a manner as to be divided into an exhaust intake side case and an exhaust discharge side case, and the exhaust discharge side case is configured to be separable in a state where the exhaust intake side case is supported on the side of the engine, and characterized in that an exhaust outlet pipe is extended in the direction of the cylindrical axial line of the first case on an outer side of the exhaust discharge side case and the exhaust gas outlet side of the exhaust outlet pipe is extended in the direction intersecting with the cylindrical axial line of the first case.
A vehicle door frame structure comprising: a door frame including a substantially T-shaped portion (112, 212) in plan view, the T-shaped portion comprising a double-face contact portion at which two vertical wall sections (102, 104) are in surface contact with each other, a first flange section (120, 220) extending towards a vehicle front-side from an edge portion of one of the vertical wall sections at the double-face contact portion, and a second flange section (130, 230) extending towards a vehicle rear-side from an edge portion of the other of the vertical wall sections at the double-face contact portion; a garnish (150, 250) provided at a vehicle width direction outer side of the first flange section (120, 220) and the second flange section (130, 230) of the door frame; and a joining member joining the garnish (150, 250) to the first flange section (120, 220) and the second flange section (130, 230), the joining member disposed straddling the first flange section (120, 220) and the second flange section (130, 230) so as to cover a vehicle width direction outer side end portion of the double-face contact portion in side view, characterized in that the joining member is a double-sided adhesive tape, and wherein in an area provided with the joining member, a first protrusion portion (251, 252, 253) is provided projecting towards a vehicle width direction inner side at at least one of a portion of the garnish facing the first flange section or a portion of the garnish facing the second flange section, and wherein the first flange section (120, 220) is folded back on itself to the vehicle width direction inner side in a vicinity of a vehicle front-side edge portion (150A, 250A) of the garnish (150, 250), and the second flange section (130, 230) is folded back on itself to the vehicle width direction inner side in a vicinity of a vehicle rear-side edge portion (150B, 250B) of the garnish (150, 250). a door frame including a substantially T-shaped portion (112, 212) in plan view, the T-shaped portion comprising a double-face contact portion at which two vertical wall sections (102, 104) are in surface contact with each other, a first flange section (120, 220) extending towards a vehicle front-side from an edge portion of one of the vertical wall sections at the double-face contact portion, and a second flange section (130, 230) extending towards a vehicle rear-side from an edge portion of the other of the vertical wall sections at the double-face contact portion; a garnish (150, 250) provided at a vehicle width direction outer side of the first flange section (120, 220) and the second flange section (130, 230) of the door frame; and a joining member joining the garnish (150, 250) to the first flange section (120, 220) and the second flange section (130, 230), the joining member disposed straddling the first flange section (120, 220) and the second flange section (130, 230) so as to cover a vehicle width direction outer side end portion of the double-face contact portion in side view,
A compression-bonded magnet with a case, comprising a compression-bonded magnet including a rare earth magnet powder and a resin binder of a thermosetting resin, a case for inserting the compression-bonded magnet, and a sealing member, wherein the compression-bonded magnet is formed by compression-molding a mixture comprising the rare earth magnet powder and the resin binder into a green compact and curing the resin binder contained in the green compact, the compression-bonded magnet and the green compact are in an approximately columnar shape, the sealing member is fixed at an insertion opening part for the compression-bonded magnet provided in the case, the compression-bonded magnet is hermetically sealed by the sealing member and the case, and the sealing member is interposed between a part of the column upper surface side of the outer peripheral surface of the compression-bonded magnet and the case, wherein the green compact has a step part which is in non-contact with the case, at least in the end part on the column upper surface side of its outer peripheral surface, and a thermosetting resin is charged into the step part, so that a part of the sealing member is formed in the step part.
A method for intelligent adjustment of an immersive multimedia workload in a portable computing device, PCD, the method comprising: monitoring one or more performance indicators comprising a motion to photon latency associated with the immersive multimedia workload; monitoring one or more thermal sensors, wherein the one or more thermal sensors indicate thermal energy generation in the PCD; determining (510; 515) a likelihood of a thermal event based on the one or more thermal sensors, wherein determining the likelihood of a thermal event further comprises estimating a time to throttle in units of frames; identifying a thermally aggressive processing component in the PCD, wherein the thermally aggressive processing component is actively processing a portion of the immersive multimedia workload; identifying a performance parameter associated with the thermally aggressive processing component, based on the likelihood of a thermal event; adjusting a setting of the identified performance parameter, wherein adjusting the setting modifies an overall power consumption by the thermally aggressive processing component such that the likelihood of a thermal event is reduced and the motion to photon latency is optimized. monitoring one or more performance indicators comprising a motion to photon latency associated with the immersive multimedia workload; monitoring one or more thermal sensors, wherein the one or more thermal sensors indicate thermal energy generation in the PCD; determining (510; 515) a likelihood of a thermal event based on the one or more thermal sensors, wherein determining the likelihood of a thermal event further comprises estimating a time to throttle in units of frames; identifying a thermally aggressive processing component in the PCD, wherein the thermally aggressive processing component is actively processing a portion of the immersive multimedia workload; identifying a performance parameter associated with the thermally aggressive processing component, based on the likelihood of a thermal event; adjusting a setting of the identified performance parameter, wherein adjusting the setting modifies an overall power consumption by the thermally aggressive processing component such that the likelihood of a thermal event is reduced and the motion to photon latency is optimized.
Load-break or short-circuit current switch comprising a main circuit for the circulation of the electric current and a secondary circuit for the circulation of the shunt electric current, wherein the main circuit comprises a switch-disconnector provided with a fixed contact and a moving contact, and wherein the secondary circuit comprises a vacuum switch which in turn comprises a fixed contact and a moving contact, the vacuum switch being activated by the movement of the moving contact of the switch - disconnector, wherein the moving contact of the switch-disconnector of the main circuit comprises an actuating means that moves integral with said moving contact of the switch-disconnector, said actuating means being connected to the moving contact of the switch-disconnector by means of a first articulation element, so that the actuating means acts on the vacuum switch in the opening sequence of the load-break or short-circuit current switch, and characterized in that the vacuum switch is connected to a fixed part of the secondary circuit by means of a second articulation element, so that the vacuum switch comprises a movement around said second articulation element.
A drug delivery device, comprising: a body (104, 116) having a reservoir disposed therein for containing a medicament and a surface for contacting a patient's skin; an injection needle for penetrating the patient's skin, the needle being in fluid communication with the reservoir; a pressurization unit and a plunger movable within the body under a force of the pressurization unit for contacting the reservoir; and indicator means (424, 452) visible outside the device for indicating that delivery of the medicament is substantially complete, wherein motion of the plunger activates the indicator means, and wherein the indicator means converts the motion of the plunger into motion of the indicator means visible from outside the device; characterized in that said indicator means comprises a post (428, 466) rotatably disposed within the body and having a helical face (432, 460); and the helical face of the post bears against an edge of the plunger such that motion of the plunger rotates the post from an initial position to a second position, indicating that delivery of the medicament is substantially complete. a body (104, 116) having a reservoir disposed therein for containing a medicament and a surface for contacting a patient's skin; an injection needle for penetrating the patient's skin, the needle being in fluid communication with the reservoir; a pressurization unit and a plunger movable within the body under a force of the pressurization unit for contacting the reservoir; and indicator means (424, 452) visible outside the device for indicating that delivery of the medicament is substantially complete, wherein motion of the plunger activates the indicator means, and wherein the indicator means converts the motion of the plunger into motion of the indicator means visible from outside the device; characterized in that said indicator means comprises a post (428, 466) rotatably disposed within the body and having a helical face (432, 460); and the helical face of the post bears against an edge of the plunger such that motion of the plunger rotates the post from an initial position to a second position, indicating that delivery of the medicament is substantially complete.
Compounds of formula wherein R 1 ' is methyl; R 1 is selected from the group consisting of i) methyl, ii) ethyl, iii) trifluoromethyl iv) hydroxymethyl, v) cyclopropyl, and vi) cyano; or R 1 ' and R 1 together with the carbon atom to which they are attached form 1,1-dioxo-tetrahydro-thiophen-3-yl; R 2 is selected from the group consisting of i) hydrogen, ii) methyl, iii) ethyl, iv) isopropyl, v) tert-butyl, vi) cyclopropyl, vii) cyclopropylmethyl, and viii) hydroxymethyl; R 3 is selected from the group consisting of i) hydrogen, ii) chloro, iii) fluoro, iv) methyl v) isopropyl, vi) methoxy, vii) cyano, viii) cyclopropyl, and ix) trifluoromethyl; R 4 is selected from the group consisting of i) hydrogen, ii) chloro, iii) fluoro, and iv) methyl; or pharmaceutically acceptable salts. R 1 ' is methyl; R 1 is selected from the group consisting of i) methyl, ii) ethyl, iii) trifluoromethyl iv) hydroxymethyl, v) cyclopropyl, and vi) cyano; or R 1 ' and R 1 together with the carbon atom to which they are attached form 1,1-dioxo-tetrahydro-thiophen-3-yl; i) methyl, ii) ethyl, iii) trifluoromethyl iv) hydroxymethyl, v) cyclopropyl, and vi) cyano; R 2 is selected from the group consisting of i) hydrogen, ii) methyl, iii) ethyl, iv) isopropyl, v) tert-butyl, vi) cyclopropyl, vii) cyclopropylmethyl, and viii) hydroxymethyl; i) hydrogen, ii) methyl, iii) ethyl, iv) isopropyl, v) tert-butyl, vi) cyclopropyl, vii) cyclopropylmethyl, and viii) hydroxymethyl; R 3 is selected from the group consisting of i) hydrogen, ii) chloro, iii) fluoro, iv) methyl v) isopropyl, vi) methoxy, vii) cyano, viii) cyclopropyl, and ix) trifluoromethyl; i) hydrogen, ii) chloro, iii) fluoro, iv) methyl v) isopropyl, vi) methoxy, vii) cyano, viii) cyclopropyl, and ix) trifluoromethyl; R 4 is selected from the group consisting of i) hydrogen, ii) chloro, iii) fluoro, and iv) methyl; or pharmaceutically acceptable salts. i) hydrogen, ii) chloro, iii) fluoro, and iv) methyl;
A braking device of the tilting system of a vehicle with more than two wheels, said vehicle having at least two wheels which tilt by means of said tilting system, the system comprising at least a first hydraulic cylinder and a second hydraulic cylinder, each associated with a respective tilting wheel of the vehicle, said first and second hydraulic cylinder comprising a first and a second upper chamber containing oil, respectively, said first and second chamber being hydraulically connected to each other by a connection pipe, said device comprising further braking means adapted to selectively either prevent or allow the oil flow in said hydraulic connection pipe and at least one central control unit and one or more devices (41, 42, 43 and 44), said central control unit being connected to said braking means and configured to receive and process one or more signals coming from said devices (41, 42, 43 and 44) and to selectively actuate said braking means, characterized in that said braking means comprise a damper with an end part hydraulically connected to said connection pipe, and in that said braking means comprise at least two solenoid valves (31, 32) set on said hydraulic connection pipe between said damper and said first hydraulic cylinder and between said damper and said second hydraulic cylinder, respectively.
A circuit unit device comprising: a first circuit unit including a first insulator and a first circuit conductor assembled into the first insulator, the first circuit conductor including a first contact portion and a first terminal portion; and a second circuit unit superposed on the first circuit unit and comprising a second insulator and a second circuit conductor assembled into the second insulator, the second circuit conductor including a second contact portion and a second terminal portion, wherein a part of the second circuit conductor between the second contact portion and the second terminal portion is exposed and deformable for facilitating assembly of the second circuit unit on the first circuit unit, characterized in that in a state where the second circuit unit is superposed on and coupled to the first circuit unit, the second terminal portion faces an outside part together with the first terminal portion of the first circuit unit from a frame portion formed on the first insulator. a first circuit unit including a first insulator and a first circuit conductor assembled into the first insulator, the first circuit conductor including a first contact portion and a first terminal portion; and a second circuit unit superposed on the first circuit unit and comprising a second insulator and a second circuit conductor assembled into the second insulator, the second circuit conductor including a second contact portion and a second terminal portion, wherein a part of the second circuit conductor between the second contact portion and the second terminal portion is exposed and deformable for facilitating assembly of the second circuit unit on the first circuit unit, in a state where the second circuit unit is superposed on and coupled to the first circuit unit, the second terminal portion faces an outside part together with the first terminal portion of the first circuit unit from a frame portion formed on the first insulator.
A rotary pressure filter which comprises a plurality of zones separated from one another by separation plates, including at least one drying zone, characterized in that the separation plates which seal off the drying zone(s) consist of polyether ether ketone (PEEK) and the separation plates which seal of the other zones consist of polyvinylidene fluoride (PVDF).
A seal assembly, comprising: an inner energizing ring 170) comprising a first thread type on a first internal radial surface; an outer energizing ring; a load ring disposed between the inner energizing ring and the outer energizing ring, the outer energizing ring being threadably connected to the load ring and the load ring being threadably connected to the inner energizing ring; a sealing element connected to the inner energizing ring; a lock ring engageable by the outer energizing ring rotating about the load ring; and wherein the inner energizing ring is configured to rotate in a first direction to move together with the seal assembly in a first axial direction to seat the sealing element between tubular members of an oil and gas mineral extraction system, wherein the outer energizing ring is configured to rotate in the first direction and thereby move in the first axial direction to wedgingly engage the lock ring to bias and expand the lock ring in a radial direction, wherein the load ring is configured to rotate in the first direction to move the load ring, the outer energizing ring, and the lock ring in a second axial direction to set the lock ring to preload the sealing element. an inner energizing ring 170) comprising a first thread type on a first internal radial surface; an outer energizing ring; a load ring disposed between the inner energizing ring and the outer energizing ring, the outer energizing ring being threadably connected to the load ring and the load ring being threadably connected to the inner energizing ring; a sealing element connected to the inner energizing ring; a lock ring engageable by the outer energizing ring rotating about the load ring; and wherein the inner energizing ring is configured to rotate in a first direction to move together with the seal assembly in a first axial direction to seat the sealing element between tubular members of an oil and gas mineral extraction system, wherein the outer energizing ring is configured to rotate in the first direction and thereby move in the first axial direction to wedgingly engage the lock ring to bias and expand the lock ring in a radial direction, wherein the load ring is configured to rotate in the first direction to move the load ring, the outer energizing ring, and the lock ring in a second axial direction to set the lock ring to preload the sealing element.
Method for producing a plug-in connector for plug connection to an associated mating plug-in connector, wherein, in the method, a housing is produced in which a contact insert is to be accommodated, the contact insert forming a plug-in face for plug connection to the mating plug-in connector and having at least one electrical contact element for making electrical contact with at least one mating contact element of the mating plug-in connector, characterized in that a plurality of insert elements which are intended for use on the plug-in connector and are designed for providing different functionalities on the plug-in connector are provided, at least one insert element from the plurality of insert elements is selected, and the at least one selected insert element is connected to the housing during the production of the housing by the housing being produced by means of injection moulding, and, during the production of the housing, the at least one selected insert element being insert-moulded at least in certain sections in such a manner that the at least one selected insert element is connected in an integrally bonded manner to the housing.