mhurhangee/ep-ind-claims huggingface dataset:
A scanning probe microscope combined with a device for modification of a surface of a sample comprising a base elongated along a first geometrical axis (OO 1), on which there are mounted: ∘ a punch provided with a first drive and adapted at least for the modification of the surface of the sample and ∘ a mechanism for the movement of the sample provided with a second drive, the mechanism being installed on the base by means of a hinge and being conjugated with the second drive, the second drive being adapted for moving the sample towards the punch and for modifying of the sample by the punch, the scanning probe microscope further comprising: - a scanning device mounted on the mechanism for the movement of the sample, - the sample fixed on the scanning device, the scanning device being adapted for performing a raster scanning of the sample, - a first clamp provided with a probe adapted for probing the sample and - a control unit adapted for controlling of at least the scanning device and the probe, characterized in that it comprises a platform with a first and a second guides, on which a moveable carriage is mounted, the movable carriage being adapted for moving along the first geometrical axis (OO 1), in that the platform is fixed on the mechanism for the movement of the sample, in that the second drive comprises a first eccentric mounted on a second mechanical axis perpendicular to the first geometrical axis (OO 1) in a first case 10, the first eccentric being conjugated with a rotational driver, in that the second drive is adapted, by means of the first eccentric, to move towards the base the mechanism for the movement of the sample and the sample along the coordinate perpendicular to the first geometrical axis (OO 1), in that the scanning device is adapted for moving the sample along the first geometrical axis (OO 1), in that the first clamp with the probe are mounted on the moveable carriage, and in that the moveable carriage is adapted for approaching the probe to the sample after the modification of the sample by the punch. ∘ a punch provided with a first drive and adapted at least for the modification of the surface of the sample and ∘ a mechanism for the movement of the sample provided with a second drive, the mechanism being installed on the base by means of a hinge and being conjugated with the second drive, the second drive being adapted for moving the sample towards the punch and for modifying of the sample by the punch, - a scanning device mounted on the mechanism for the movement of the sample, - the sample fixed on the scanning device, the scanning device being adapted for performing a raster scanning of the sample, - a first clamp provided with a probe adapted for probing the sample and - a control unit adapted for controlling of at least the scanning device and the probe,
A system comprising: a wireless device; a server configured to transmit voice data associated with a call to the wireless device over a wireless cellular channel through a cellular network and receive, via a virtual private network connection, a request for supplemental call service associated with the call from a different server that directly received the request from the wireless device over a wireless signalling channel utilizing an IEEE 802.11 wireless protocol; wherein the server, in response to the request for supplemental call service, is configured to transmit supplementary signalling packets associated with the call through the virtual private network to the different server for forwarding to the wireless device directly over the wireless signalling channel; and wherein the wireless signalling channel is distinct from the wireless cellular channel. a wireless device; a server configured to transmit voice data associated with a call to the wireless device over a wireless cellular channel through a cellular network and receive, via a virtual private network connection, a request for supplemental call service associated with the call from a different server that directly received the request from the wireless device over a wireless signalling channel utilizing an IEEE 802.11 wireless protocol; wherein the server, in response to the request for supplemental call service, is configured to transmit supplementary signalling packets associated with the call through the virtual private network to the different server for forwarding to the wireless device directly over the wireless signalling channel; and wherein the wireless signalling channel is distinct from the wireless cellular channel.
A warming device comprising: a heater having a first side and a second side; a first connection portion into which fluid flows from an external supplier; a second connection portion from which warmed fluid is discharged; a plurality of barrier members; and a pair of cover members (20, 40), wherein the warming device is configured in such a manner that the pair of cover members (20, 40) are each disposed on opposing sides of the heater, the pair of cover members (20, 40) combines the heater and the barrier members together, and a fluid path surrounding the heater several times is formed between the heater and the barrier members, so that the fluid flowing through the fluid path from the first connection portion is warmed and the warmed fluid is supplied to the second connection portion, characterized in that: the plurality of barrier members are disposed on each of the sides of the heater, and the warming device further comprises an air filter disposed in the fluid path to remove air from the fluid, wherein the air filter is disposed on an internal side of any one of the cover members (20,40). a heater having a first side and a second side; a first connection portion into which fluid flows from an external supplier; a second connection portion from which warmed fluid is discharged; a plurality of barrier members; and a pair of cover members (20, 40), wherein the warming device is configured in such a manner that the pair of cover members (20, 40) are each disposed on opposing sides of the heater, the pair of cover members (20, 40) combines the heater and the barrier members together, and a fluid path surrounding the heater several times is formed between the heater and the barrier members, so that the fluid flowing through the fluid path from the first connection portion is warmed and the warmed fluid is supplied to the second connection portion, characterized in that: the plurality of barrier members are disposed on each of the sides of the heater, and the warming device further comprises an air filter disposed in the fluid path to remove air from the fluid, wherein the air filter is disposed on an internal side of any one of the cover members (20,40).
A device for damping torsional oscillations, comprising: - at least one support capable of rotational displacement around an axis; - a plurality of pendulum assemblies, each pendulum assembly being movable with respect to the support; - a plurality of rolling members, each rolling member interacting with a first raceway integral with the support and with a second raceway integral with a pendulum assembly, the displacement of each pendulum assembly with respect to the support being guided by at least two of those rolling members; and - a plurality of interposition members, the support comprising a plurality of windows in each of which two rolling members are received, one of those rolling members interacting with a second raceway integral with one of the pendulum assemblies, and the other of those rolling members interacting with a second raceway integral with another of those pendulum assemblies, said pendulum assemblies being circumferentially adjacent; each interposition member being arranged in a window of the support and being movable with respect to each of the two pendulum assemblies whose displacement with respect to the support is guided by one of the two rolling members received in that window, each interposition member being capable of coming into contact - on the one hand with a region of the periphery of the window in which it is received, - on the other hand with a region (6, 7, 8, 45) of one of the two pendulum assemblies, and - on the other hand with a region (6, 7, 8, 45) of the other of the two pendulum assemblies. - at least one support capable of rotational displacement around an axis; - a plurality of pendulum assemblies, each pendulum assembly being movable with respect to the support; - a plurality of rolling members, each rolling member interacting with a first raceway integral with the support and with a second raceway integral with a pendulum assembly, the displacement of each pendulum assembly with respect to the support being guided by at least two of those rolling members; and - a plurality of interposition members, - on the one hand with a region of the periphery of the window in which it is received, - on the other hand with a region (6, 7, 8, 45) of one of the two pendulum assemblies, and - on the other hand with a region (6, 7, 8, 45) of the other of the two pendulum assemblies.
An appliance, comprising: a blending container (20, 520); a housing (15, 515) for receiving and supporting the blending container (20, 520); an ice-shaving unit disposed on the housing (15, 515) and configured to make and direct shaved ice into the blending container; an agitator (50, 550) disposed in the blending container (20, 520) configured to agitate blending ingredients including the shaved ice directed into the blending container (20, 520); a motorized base disposed in the housing (15, 515) and configured to couple to the agitator (50, 550) to selectively provide rotary power to the agitator (50, 550); a conduit (40, 521) disposed on an outer sidewall of the blending container (20, 520) and fluidly connected to the blending container (20, 520) at a lower end; a port at a bottom of the blending container (20, 520) for fluidly connecting the blending container (20, 520) to the lower end of the conduit (40, 521); and an auger (46, 546) disposed within the conduit (40, 521) and configured to rotate in a first direction within the conduit (40, 521), the auger (46, 546) being rotatably coupled to the motorized base to selectively pump blended contents from within an interior volume of the blending container (20, 520) through the port and the lower end of the conduit (40, 521) to an upper end of the conduit (40, 521) when rotated in the first direction (20, 520). a blending container (20, 520); a housing (15, 515) for receiving and supporting the blending container (20, 520); an ice-shaving unit disposed on the housing (15, 515) and configured to make and direct shaved ice into the blending container; an agitator (50, 550) disposed in the blending container (20, 520) configured to agitate blending ingredients including the shaved ice directed into the blending container (20, 520); a motorized base disposed in the housing (15, 515) and configured to couple to the agitator (50, 550) to selectively provide rotary power to the agitator (50, 550); a conduit (40, 521) disposed on an outer sidewall of the blending container (20, 520) and fluidly connected to the blending container (20, 520) at a lower end; a port at a bottom of the blending container (20, 520) for fluidly connecting the blending container (20, 520) to the lower end of the conduit (40, 521); and an auger (46, 546) disposed within the conduit (40, 521) and configured to rotate in a first direction within the conduit (40, 521), the auger (46, 546) being rotatably coupled to the motorized base to selectively pump blended contents from within an interior volume of the blending container (20, 520) through the port and the lower end of the conduit (40, 521) to an upper end of the conduit (40, 521) when rotated in the first direction (20, 520).
A method for enabling operations for an integrated access and backhaul, IAB, node, the method comprising: receiving, at a first network node, a system information block of a New Radio, NR, non-standalone cell including a first indication and a second indication, wherein the first network node is the IAB node, and wherein the first indication indicates whether NR standalone capable user equipments, UEs, are barred from accessing the NR non-standalone cell, and the second indication indicates whether IAB nodes can access the NR non-standalone cell using NR standalone operations; and identifying, at the first network node, whether IAB nodes can access the NR non-standalone cell using NR standalone operations, wherein if the first indication indicates that NR standalone capable UEs are barred from accessing the NR non-standalone cell, the first network node checks whether IAB nodes can access the NR non-standalone cell using NR standalone operations based on the second indication in the system information block. receiving, at a first network node, a system information block of a New Radio, NR, non-standalone cell including a first indication and a second indication, wherein the first network node is the IAB node, and wherein the first indication indicates whether NR standalone capable user equipments, UEs, are barred from accessing the NR non-standalone cell, and the second indication indicates whether IAB nodes can access the NR non-standalone cell using NR standalone operations; and identifying, at the first network node, whether IAB nodes can access the NR non-standalone cell using NR standalone operations, wherein if the first indication indicates that NR standalone capable UEs are barred from accessing the NR non-standalone cell, the first network node checks whether IAB nodes can access the NR non-standalone cell using NR standalone operations based on the second indication in the system information block.
A water supply control system for use with a water tap, the water supply control system comprising: a spindle arrangement adapted for exposure to water during use, the spindle arrangement incorporating a spindle having a first end, a second end and a portion intermediate the first and second ends, the first end region of the spindle being adapted for rotation with a water tap handle and including means for connection to the handle of a water tap; a tap rotation detector adapted to identify the direction of rotation of the spindle remote from said first end region; a valve adapted to control the flow of water to the water tap; and a controller in communication with the tap rotation detector and the valve, wherein the controller is adapted to trigger closure of the valve when the valve has remained open for a predetermined time interval, the water supply control system further comprising a detent adapted to limit rotation of the spindle in a tap closing direction, and wherein the tap rotation detector includes a rotary encoder for identifying the direction of rotation of the spindle. a spindle arrangement adapted for exposure to water during use, the spindle arrangement incorporating a spindle having a first end, a second end and a portion intermediate the first and second ends, the first end region of the spindle being adapted for rotation with a water tap handle and including means for connection to the handle of a water tap; a tap rotation detector adapted to identify the direction of rotation of the spindle remote from said first end region; a valve adapted to control the flow of water to the water tap; and a controller in communication with the tap rotation detector and the valve, wherein the controller is adapted to trigger closure of the valve when the valve has remained open for a predetermined time interval, the water supply control system further comprising a detent adapted to limit rotation of the spindle in a tap closing direction, and wherein the tap rotation detector includes a rotary encoder for identifying the direction of rotation of the spindle.
A rotor blade of a wind turbine, comprising: a blade root and a blade tip, the blade root comprising at least one root insert; and, at least one spar cap comprising a plurality of pre-cured composite members grouped together to form one or more layers from the blade tip towards the blade root, wherein the pre-cured composite members separate into one or more member bundles as the spar cap approaches the blade root, characterised in that the member bundles fit within the root insert. a blade root and a blade tip, the blade root comprising at least one root insert; and, at least one spar cap comprising a plurality of pre-cured composite members grouped together to form one or more layers from the blade tip towards the blade root, wherein the pre-cured composite members separate into one or more member bundles as the spar cap approaches the blade root, characterised in that the member bundles fit within the root insert.
A vaporization device comprising: a concentrate supply reservoir in fluid communication with a concentrate vaporization assembly comprising: a fritted vaporization element, and a resistive heating element; and a vapor collection and discharge assembly comprising: a vapor accumulation chamber in fluid communication with said fritted vaporization element, and a vapor evacuation channel in fluid communication with said vapor accumulation chamber and in fluid communication with an egress port; characterized in that the device further comprises: a preheating chamber which is a cylindrical reservoir volume formed by the fritted vaporization element on its lower face, and the heating element at its upper face. a concentrate supply reservoir in fluid communication with a concentrate vaporization assembly comprising: a fritted vaporization element, and a resistive heating element; and a vapor collection and discharge assembly comprising: a vapor accumulation chamber in fluid communication with said fritted vaporization element, and a vapor evacuation channel in fluid communication with said vapor accumulation chamber and in fluid communication with an egress port; characterized in that the device further comprises: a preheating chamber which is a cylindrical reservoir volume formed by the fritted vaporization element on its lower face, and the heating element at its upper face. a fritted vaporization element, and a resistive heating element; and a vapor collection and discharge assembly comprising: a vapor accumulation chamber in fluid communication with said fritted vaporization element, and a vapor evacuation channel in fluid communication with said vapor accumulation chamber and in fluid communication with an egress port; characterized in that the device further comprises: a preheating chamber which is a cylindrical reservoir volume formed by the fritted vaporization element on its lower face, and the heating element at its upper face. a vapor accumulation chamber in fluid communication with said fritted vaporization element, and a vapor evacuation channel in fluid communication with said vapor accumulation chamber and in fluid communication with an egress port; characterized in that the device further comprises: a preheating chamber which is a cylindrical reservoir volume formed by the fritted vaporization element on its lower face, and the heating element at its upper face.
A system for handling dies with a rectangular and/or arched transverse cross-section, comprising: - at least one support for placing in a removable manner dies having a rectangular transverse cross-section, the support being designed to be coupled in a sliding manner to a fixed structure, in which at least said support has fastening means for holding at least one die with a rectangular transverse cross-section such that said at least one die is suspended and arranged vertically; and - a handler provided with hooking means designed to be coupled to the support to place and/or remove the support with respect to the fixed structure, the handler having coupling means to be coupled to a moving means, wherein the support comprises a substantially U-shaped elongated profile in which fastening means are secured along said profile, in order to hold at least one die such that said at least one die is suspended and arranged vertically, said fastening means being provided with rolling means, and in that the system ncludes a rest area having a pair of elongated secondary guide profiles, which are substantially U-shaped, spaced from one another, and designed for placing dies having an arched transverse cross-section so that dies with an arched cross-section are located above the rectangular cross-section dies. - at least one support for placing in a removable manner dies having a rectangular transverse cross-section, the support being designed to be coupled in a sliding manner to a fixed structure, in which at least said support has fastening means for holding at least one die with a rectangular transverse cross-section such that said at least one die is suspended and arranged vertically; and - a handler provided with hooking means designed to be coupled to the support to place and/or remove the support with respect to the fixed structure, the handler having coupling means to be coupled to a moving means,
A subsea intervention system comprising: at least one control station; at least one programmable logic controller system in each control station (82, 86); at least one supervisory control and data acquisition system; and at least one safety system separate from but capable of interacting with each control station; wherein the safety system comprises a redundant safety programmable logic controller system and is capable of controlling a process shutdown process, an emergency shutdown process, and an emergency quick-disconnect process. at least one control station; at least one programmable logic controller system in each control station (82, 86); at least one supervisory control and data acquisition system; and at least one safety system separate from but capable of interacting with each control station; wherein the safety system comprises a redundant safety programmable logic controller system and is capable of controlling a process shutdown process, an emergency shutdown process, and an emergency quick-disconnect process.
A compound of the formula: wherein, A is selected from B is selected from and pharmaceutically acceptable salts, hydrates and stereoisomers thereof. A is selected from B is selected from and pharmaceutically acceptable salts, hydrates and stereoisomers thereof.
Arrangement comprising insulation covering and/or protective covering (10,100) and a heatable line connector for a heatable media line, wherein the insulation covering and/or protective covering (10,100) has a first connection region, connectable or connected to the media line and/or the protective sleeve thereof, and a second connection region for connection to a device, in particular a unit or another line, wherein the insulation covering and/or protective covering (10,100) is arranged or being arranged on the outer side of the line connector so as to cover the first connection region, characterised in that the insulation covering and/or protective covering (10,100) is formed so that it extends at least to the outer end of the second connection region of the line connector to be received or having been received in the insulation covering and/or protective covering (10,100), so as to cover said line connector.
A versatile cleat for shoe having a front face and a rear face extending between a base and a tip, the tip is offset in relation to the base of the cleat and in that the cleat includes two cavities separated by an intermediate wall, each cavity being open towards both the tip and the rear face of the cleat so as to favour a natural detachment of the soil when the cleat is removed from the ground, and a fastening means extending from the base thereof, the fastening means being configured to allow the reversible fastening of the cleat to a shoe, the fastening means includes a threaded rod extending perpendicularly to the base of the cleat, characterized in that the versatile cleat comprises a washer comprising an opening in the centre thereof, configured to allow the passage of the threaded rod through the washer, and the thickness of the washer 240, delimited by the lateral faces thereof, is comprised between 0.5 mm and 5 mm, and the washer is elastic so as to allow the deformation thereof during the tightening of the cleat against a sole.