mhurhangee/ep-ind-claims huggingface dataset:
A method for enabling access to a storage device (104, 106,108) to a node requesting access to the storage device (104,106,108), wherein the storage device is connected to at least one node in a cluster of nodes (102A, 102B, 102C, 102D), the method comprising: sending a registration key to the storage device, wherein the storage device maintains a node registration table that includes a registration key for each node that has write access to the storage device; setting a registration timer, wherein the length of the registration timer is equivalent to a time period during which each node in the cluster has an opportunity to determine whether the node seeking access to the storage device should be granted the requested access and wherein the nodes of the cluster monitor the registration table and remove entries from non-recognized nodes; upon expiration of the registration timer, reading a registration table from the storage device; determining whether the registration key is stored in the registration table; and if the registration key is stored in the registration table, joining the cluster, wherein joining the cluster enables read/write access to the storage device. sending a registration key to the storage device, wherein the storage device maintains a node registration table that includes a registration key for each node that has write access to the storage device; setting a registration timer, wherein the length of the registration timer is equivalent to a time period during which each node in the cluster has an opportunity to determine whether the node seeking access to the storage device should be granted the requested access and wherein the nodes of the cluster monitor the registration table and remove entries from non-recognized nodes; upon expiration of the registration timer, reading a registration table from the storage device; determining whether the registration key is stored in the registration table; and if the registration key is stored in the registration table, joining the cluster, wherein joining the cluster enables read/write access to the storage device.
Electronic assembly comprising: • a first circuit carrier having a first mounting face for electronic components, • a second circuit carrier having a second mounting face for electronic components, wherein the second circuit carrier with the second mounting face faces the first mounting face of the first circuit carrier and is connected thereto, • at least one electronic component that is connected both to the first mounting face and also to the second mounting face, wherein the component is connected to the first mounting face and to the second mounting face in a firmly bonded manner, wherein the mounting faces (12, 14) each have contact pads so as to provide electrical contact with the at least one electronic component, and the first circuit carrier in a contact region that is formed between the first circuit carrier and the component is configured • in comparison to the first circuit carrier that is surrounding the contact region and • in comparison to the second circuit carrier so as to be elastic in the direction perpendicular with respect to the first mounting face, wherein the material of the first circuit carrier is thinner in the contact region in comparison to the circuit carrier that is surrounding the contact region, characterized in that the first circuit carrier is configured as a laminate having multiple layers that are laminated into the material of the first circuit carrier and wherein one of the layers forms the thinner contact region on which the contact pad together with the component is arranged. • a first circuit carrier having a first mounting face for electronic components, • a second circuit carrier having a second mounting face for electronic components, wherein the second circuit carrier with the second mounting face faces the first mounting face of the first circuit carrier and is connected thereto, • at least one electronic component that is connected both to the first mounting face and also to the second mounting face, wherein wherein the mounting faces (12, 14) each have contact pads so as to provide electrical contact with the at least one electronic component, and the first circuit carrier in a contact region that is formed between the first circuit carrier and the component is configured • in comparison to the first circuit carrier that is surrounding the contact region and • in comparison to the second circuit carrier so as to be elastic in the direction perpendicular with respect to the first mounting face, wherein
An apparatus for coupling an object to a surface, wherein the apparatus comprises: a mounting plate, a mounting bracket, wherein the mounting plate comprises: a mounting portion configured to be coupled with the surface; a receptacle portion configured to receive a mounting bracket; and at least one protrusion extending from the mounting portion; the mounting bracket comprises: a backing portion, wherein the backing portion defines at least one aperture, and the at least one aperture is configured to receive the at least one protrusion when the mounting bracket is disposed in the receptacle portion of the mounting plate; and a coupling portion, wherein the coupling portion is configured to be coupled with the object; and a locking plate, wherein the locking plate is configured to be disposed between at least a portion of the at least one protrusion and at least a portion of the backing portion, said locking plate being configured to hold the mounting bracket against the mounting plate. a mounting plate, a mounting bracket, wherein the mounting plate comprises: a mounting portion configured to be coupled with the surface; a receptacle portion configured to receive a mounting bracket; and at least one protrusion extending from the mounting portion; the mounting bracket comprises: a backing portion, wherein the backing portion defines at least one aperture, and the at least one aperture is configured to receive the at least one protrusion when the mounting bracket is disposed in the receptacle portion of the mounting plate; and a coupling portion, wherein the coupling portion is configured to be coupled with the object; and a mounting portion configured to be coupled with the surface; a receptacle portion configured to receive a mounting bracket; and at least one protrusion extending from the mounting portion; the mounting bracket comprises: a backing portion, wherein the backing portion defines at least one aperture, and the at least one aperture is configured to receive the at least one protrusion when the mounting bracket is disposed in the receptacle portion of the mounting plate; and a coupling portion, wherein the coupling portion is configured to be coupled with the object; and a backing portion, wherein the backing portion defines at least one aperture, and the at least one aperture is configured to receive the at least one protrusion when the mounting bracket is disposed in the receptacle portion of the mounting plate; and a coupling portion, wherein the coupling portion is configured to be coupled with the object; and a locking plate, wherein the locking plate is configured to be disposed between at least a portion of the at least one protrusion and at least a portion of the backing portion, said locking plate being configured to hold the mounting bracket against the mounting plate.
A fluid driving device (100, 100a, 100b, 100c, 100d) comprising: a vibration unit (110, 110c); a signal transmission layer comprising a first conductive zone and a second conductive zone; a piezoelectric element (130, 130d) comprising a first electrode and a second electrode electrically isolated from each other, the first electrode of the piezoelectric element (130, 130d) being electrically connected to the first conductive zone of the signal transmission layer, the second electrode of the piezoelectric element (130, 130d) being electrically connected to the second conductive zone of the signal transmission layer; and a plane unit having at least one hole, the signal transmission layer, the piezoelectric element (130, 130d), and the plane unit being respectively located on one side of the vibration unit (110, 110c) and sequentially stacked together. a vibration unit (110, 110c); a signal transmission layer comprising a first conductive zone and a second conductive zone; a piezoelectric element (130, 130d) comprising a first electrode and a second electrode electrically isolated from each other, the first electrode of the piezoelectric element (130, 130d) being electrically connected to the first conductive zone of the signal transmission layer, the second electrode of the piezoelectric element (130, 130d) being electrically connected to the second conductive zone of the signal transmission layer; and a plane unit having at least one hole, the signal transmission layer, the piezoelectric element (130, 130d), and the plane unit being respectively located on one side of the vibration unit (110, 110c) and sequentially stacked together.
A method for controlling an output voltage of at least one transformer in a power grid, whereby said method comprises the steps of providing said at least one transformer with a power electronics converter, to thereby provide at least one power electronics enhanced transformer (PEET), and an output voltage controller, determining a grid frequency of said power grid, comparing said determined grid frequency with a reference value, producing an error signal corresponding to the difference between said determined grid frequency and said reference value, applying said error signal as feedback to said output voltage controller, and generating a control action to cause said output voltage controller to change the output voltage of said at least one transformer comprising a power electronics converter to limit the difference between the grid frequency and the reference value, whereby said power electronics converter is an AC-AC converter and said method comprises the steps of connecting said AC-AC converter to either a primary side or a secondary side of said a transformer, whereby said AC-AC converter has a first AC side and a second AC side and said method comprises the step of connecting two terminals on said first AC side in parallel to a winding or a part of a winding of said transformer, and connecting said second AC side directly to, or in series with an external circuit line, characterized in that said at least one PEET transformer has one of the following topologies: a) voltage terminals on said first AC side are connected in parallel to one of the windings of said transformer, whereby said transformer has two windings on a PEET-side of said transformer which are isolated from each other, and voltage terminals on said second AC side of said AC-AC converter are connected in series with said external circuit line, b) voltage terminals on said first AC side are connected in parallel to a part of the winding of said transformer and the voltage terminal on said second AC side of said AC-AC converter is connected directly to said external circuit line. a) voltage terminals on said first AC side are connected in parallel to one of the windings of said transformer, whereby said transformer has two windings on a PEET-side of said transformer which are isolated from each other, and voltage terminals on said second AC side of said AC-AC converter are connected in series with said external circuit line, b) voltage terminals on said first AC side are connected in parallel to a part of the winding of said transformer and the voltage terminal on said second AC side of said AC-AC converter is connected directly to said external circuit line.
A therapeutically effective amount of an inhibitor of the host acetyl-CoA-carboxylase for use in the treatment of mycobacterial disease in a host organism, said inhibitor of the host acetyl-CoA-carboxylase being an ACC2 inhibitor selected from the compounds or
A device for monitoring patency of a hose connector and for detecting leakages of fluid out of the hoses or connector, in the medical area, comprising a first sheet of a flexible material; a second sheet of a flexible material; an adhesive layer arranged at said first sheet or said second sheet or both in a pattern for forming a closed pocket when the first sheet and the second sheet are brought together; a removable protection sheet covering said adhesive layer; said closed pocket having a first end and a second end constructed for receiving said hoses and an enlargement area there between constructed for receiving said connector; a detector device arranged for detecting leakage of said fluid into the closed pocket; a tear-off strip, defined by first and second weakening lines (13, 14) arranged in parallel with a mutual distance across said first or second sheet (21, 20), whereby said weakening lines (13, 14) extend from said first end to said second end of said closed pocket; whereby the first sheet is attached to the second sheet via said adhesive layer to form said closed pocket for enclosing said hoses and connector to be monitored so that the adhesive sticks to the hose and connector to a small extent; and whereby when the device should be removed, the tear-off strip is ripped off, which effectively opens the closed pocket, so that the connector and hoses may be removed from the closed pocket. a first sheet of a flexible material; a second sheet of a flexible material; an adhesive layer arranged at said first sheet or said second sheet or both in a pattern for forming a closed pocket when the first sheet and the second sheet are brought together; a removable protection sheet covering said adhesive layer; said closed pocket having a first end and a second end constructed for receiving said hoses and an enlargement area there between constructed for receiving said connector; a detector device arranged for detecting leakage of said fluid into the closed pocket; a tear-off strip, defined by first and second weakening lines (13, 14) arranged in parallel with a mutual distance across said first or second sheet (21, 20), whereby said weakening lines (13, 14) extend from said first end to said second end of said closed pocket; whereby the first sheet is attached to the second sheet via said adhesive layer to form said closed pocket for enclosing said hoses and connector to be monitored so that the adhesive sticks to the hose and connector to a small extent; and whereby when the device should be removed, the tear-off strip is ripped off, which effectively opens the closed pocket, so that the connector and hoses may be removed from the closed pocket.
A determination device comprising: an acquisition means configured to acquire state information indicating a moving state of each of a plurality of first moving objects (CA,..., CG) moving in the same direction on a first road and a moving state of a second moving object (Ca,..., Cc) moving on a second road, the second road merging with the first road, and going to enter the first road and move in the direction; and a determination means configured to determine whether a space for allowing the second moving object (Ca,..., Cc) to enter the first road can be generated with using an acceleration applied to at least one of the plurality of first moving objects (CA,..., CG) to generate the space, the acceleration being calculated on the basis of the state information, characterized in that the determination means is further configured to determine whether to accept an entry and merging of the second moving object (Ca,..., Cc) based on occupant attribute information indicating an attribute of an occupant of the at least one of the first moving object (CA,..., CG) 1. an acquisition means configured to acquire state information indicating a moving state of each of a plurality of first moving objects (CA,..., CG) moving in the same direction on a first road and a moving state of a second moving object (Ca,..., Cc) moving on a second road, the second road merging with the first road, and going to enter the first road and move in the direction; and a determination means configured to determine whether a space for allowing the second moving object (Ca,..., Cc) to enter the first road can be generated with using an acceleration applied to at least one of the plurality of first moving objects (CA,..., CG) to generate the space, the acceleration being calculated on the basis of the state information, characterized in that the determination means is further configured to determine whether to accept an entry and merging of the second moving object (Ca,..., Cc) based on occupant attribute information indicating an attribute of an occupant of the at least one of the first moving object (CA,..., CG) 1.
A control system for controlling manually-operated first and second control sticks, the control system comprising: a first circuit arrangement for receiving force signals representative of a force applied to each control stick resulting from a side to side movement of a control stick and arranged to detect if said force applied is in an inward direction towards the operator or an outward direction away from the operator and to apply a gain factor to each received force signal to produce factored force signals wherein the gain factor applied to a received force signal representative of a force applied in an outward direction is greater than the gain factor applied to a received force signal representative of a force applied in an inward direction; and a second circuit arranged to sum the factored force signals to produce a modified force signal for use in a force feedback control system associated with each control stick, characterised by the control system including first and second force feedback control systems associated, respectively, with the first and second control sticks and arranged to receive the modified force signal and wherein each of said first and second force feedback control systems is configured as a second order Mass Spring Damper system, i.e. a second order MSD system including, respectively, first and second gradient force gain circuits containing independent mappings of force-displacement characteristics.
A method of manufacturing a liquid container containing a content liquid from a preform of a bottomed tubular shape by using a nozzle unit and a mold, wherein: the nozzle unit includes: a blow nozzle having a liquid supply port; and a spare supply tube having, at a lower end thereof, a spare supply port, and the method comprises: an air exhausting step of exhausting the air inside the preform to an outside by supplying a liquid into the preform from the spare supply port located at a bottom portion of the preform; a liquid blow molding step of molding the preform into the liquid container of a shape conforming to an inner surface of the mold by supplying a pressurized liquid from the supply port into the preform; and a headspace forming step of forming a headspace in the liquid container by exhausting a liquid from the inside of the liquid container. the nozzle unit includes: a blow nozzle having a liquid supply port; and a spare supply tube having, at a lower end thereof, a spare supply port, and a blow nozzle having a liquid supply port; and a spare supply tube having, at a lower end thereof, a spare supply port, and the method comprises: an air exhausting step of exhausting the air inside the preform to an outside by supplying a liquid into the preform from the spare supply port located at a bottom portion of the preform; a liquid blow molding step of molding the preform into the liquid container of a shape conforming to an inner surface of the mold by supplying a pressurized liquid from the supply port into the preform; and a headspace forming step of forming a headspace in the liquid container by exhausting a liquid from the inside of the liquid container. an air exhausting step of exhausting the air inside the preform to an outside by supplying a liquid into the preform from the spare supply port located at a bottom portion of the preform; a liquid blow molding step of molding the preform into the liquid container of a shape conforming to an inner surface of the mold by supplying a pressurized liquid from the supply port into the preform; and a headspace forming step of forming a headspace in the liquid container by exhausting a liquid from the inside of the liquid container.
A coupling assembly for transferring a drive torque from a drive shaft to a secondary unit, in particular to a fan wheel, of a motor vehicle, comprising a drive shaft, an output comprising at least one friction surface (20, 30), an armature that is adjustable relative to the output by energizing an energizable winding, said armature having a friction disc coupling means comprising a friction surface (19, 25), and at least one liquid friction coupling means comprising a shear gap (21, 29, 52) filled with a fluid, wherein the friction disc coupling means and the liquid friction coupling means are part of a common coupling designed as a combined friction disc/liquid friction coupling, wherein the adjustable armature delimits the shear gap (21, 29, 52), characterized in that means are provided for adjusting the fluid filling level in the shear gap (21, 29).
A device for collapsing a tubular organ away from an area of an internal organ undergoing treatment by a thermal ablation so as to minimize thermal damage to the tubular organ, the device comprising: a tube portion having at least one internal lumen connecting to at least one fenestration disposed on an outer surface between a proximal end and a distal end; a connecting conduit coupled to the proximal end of said tube portion, said connecting conduit housing a suction line connected to said at least one internal lumen and interfacing with a suction source; a first sealing feature (106, 108) disposed at said proximal end of said tube portion; and a second sealing feature (106, 108) disposed at said distal end of said tube portion; wherein: said tube portion is adapted for insertion into a tubular organ of a mammalian subj ect; said first and second sealing features (106, 108) form reversible seals against the wall of said tubular organ; and said first and second sealing features (106, 108) are configured to selectively expand to contact a wall of the tubular organ and contract to draw away from the wall. a tube portion having at least one internal lumen connecting to at least one fenestration disposed on an outer surface between a proximal end and a distal end; a connecting conduit coupled to the proximal end of said tube portion, said connecting conduit housing a suction line connected to said at least one internal lumen and interfacing with a suction source; a first sealing feature (106, 108) disposed at said proximal end of said tube portion; and a second sealing feature (106, 108) disposed at said distal end of said tube portion; said tube portion is adapted for insertion into a tubular organ of a mammalian subj ect; said first and second sealing features (106, 108) form reversible seals against the wall of said tubular organ; and said first and second sealing features (106, 108) are configured to selectively expand to contact a wall of the tubular organ and contract to draw away from the wall.
Suction jacket device for a kinetic flow power plant, having: a flow inlet opening and a flow outlet opening, which is arranged downstream of the flow inlet opening along a flow direction; and a plurality of jacket housing segments, which extend between the flow inlet opening and the flow outlet opening essentially in the flow direction and are provided in such a manner that the plurality of jacket housing segments jointly form a conically formed jacket body, wherein the plurality of jacket housing segments are continuously movable relative to one another between a first and a second extreme position in such a manner that the flow velocity in the interior of the suction jacket device can be regulated in comparison to the ambient flow, wherein at least some of the plurality of jacket housing segments are produced from an elastic material, and wherein the elastic jacket housing segments are increasingly elastically deformed as the flow velocity increases and reform themselves in a reversible manner as the flow velocity decreases.