mhurhangee/ep-ind-claims huggingface dataset:
A barrier assembled from parts, the parts comprising: first and second spaced posts; and a first rail interconnecting said first and second posts at mid-sections along respective lengths of the first and second posts, wherein the rail is not inserted within the posts; the first post, second post, and rail are hollow in at least the region of the intended interconnection and each post includes an aperture and is connected to the rail by a coupling, wherein the coupling includes a connector; the connector is arranged to extend through the aperture so that a first portion of the coupling is arranged inside the hollow region of the post and a second portion of the coupling is arranged inside the hollow region of the rail; and the connector includes an abutment that is able to be arranged to prevent movement of the connector through the aperture in use; characterised in that the connector is moveable relative to the rail so that, when the abutment is removed, the connector is able to move through the aperture to withdraw the connector from one of the post or rail so that the rail can subsequently be disassembled from the posts without increasing the distance between the two spaced posts. first and second spaced posts; and a first rail interconnecting said first and second posts at mid-sections along respective lengths of the first and second posts, wherein the rail is not inserted within the posts; the first post, second post, and rail are hollow in at least the region of the intended interconnection and each post includes an aperture and is connected to the rail by a coupling, wherein the coupling includes a connector; the connector is arranged to extend through the aperture so that a first portion of the coupling is arranged inside the hollow region of the post and a second portion of the coupling is arranged inside the hollow region of the rail; and the connector includes an abutment that is able to be arranged to prevent movement of the connector through the aperture in use; characterised in that the connector is moveable relative to the rail so that, when the abutment is removed, the connector is able to move through the aperture to withdraw the connector from one of the post or rail so that the rail can subsequently be disassembled from the posts without increasing the distance between the two spaced posts.
Method for determining a diameter (dK) of a single crystal while pulling a cylindrical portion of the single crystal and an end cone of the single crystal, from a melt in a crucible of a device for pulling the single crystal, wherein taking into account a first sinking speed (vS) of a surface of the melt relative to the crucible, a first lifting speed (vK) at which the single crystal is lifted relative to the crucible, and mass conservation, the diameter (dK) of the single crystal is determined at an interface with the melt, wherein a diameter of the single crystal determined during the pulling of the cylindrical portion of the single crystal by observing a bright ring on the surface of the melt is used for a correction or a plausibility check of the diameter (dK) of the single crystal to be determined during the pulling of the end cone of the single crystal.
A dice shaking mechanism comprising: a driving member; a drive shaft connected to the driving member, the drive shaft in communication with a crank pin; wherein the drive shaft is arranged to rotate about a drive shaft axis, the crank pin having a crank pin axis offset from the drive shaft axis; a control arm; wherein the control arm has a first end and an opposing second end, the first end connected to the crank pin, and a lifting member; wherein the control arm is arranged to move the lifting member along a vertical axis of the dice shaking mechanism; and wherein the lifting member comprises a platform; and characterised in that the dice shaking mechanism further comprises: a guiding mechanism arranged to restrict the motion of the platform reciprocally along the vertical axis; wherein the lifting member comprises a frame attached to the second end of the control arm; wherein the platform is attached to the frame; wherein the guiding mechanism comprises a rigid rod; and wherein the frame is slidably attached to the rigid rod. a driving member; a drive shaft connected to the driving member, the drive shaft in communication with a crank pin; wherein the drive shaft is arranged to rotate about a drive shaft axis, the crank pin having a crank pin axis offset from the drive shaft axis; wherein the drive shaft is arranged to rotate about a drive shaft axis, the crank pin having a crank pin axis offset from the drive shaft axis; a control arm; wherein the control arm has a first end and an opposing second end, the first end connected to the crank pin, and a lifting member; wherein the control arm is arranged to move the lifting member along a vertical axis of the dice shaking mechanism; and wherein the lifting member comprises a platform; and wherein the control arm is arranged to move the lifting member along a vertical axis of the dice shaking mechanism; and wherein the lifting member comprises a platform; and characterised in that the dice shaking mechanism further comprises: a guiding mechanism arranged to restrict the motion of the platform reciprocally along the vertical axis; wherein the lifting member comprises a frame attached to the second end of the control arm; wherein the platform is attached to the frame; wherein the guiding mechanism comprises a rigid rod; and wherein the frame is slidably attached to the rigid rod. wherein the lifting member comprises a frame attached to the second end of the control arm; wherein the platform is attached to the frame; wherein the guiding mechanism comprises a rigid rod; and wherein the frame is slidably attached to the rigid rod.
A water cooling sub-high frequency transformer comprising: a magnetic core, a primary coil, a secondary coil, a center tap, a rectifier circuit connected with the secondary coil, a water outlet, a water inlet and cooling water passages in communication with each other, wherein the rectifier circuit comprises planar rectifier diodes (11, 12), positive terminal conducting plates (3, 4, 5, 6) connected with the rectifier diodes (11, 12), a rectifier cathode output plate, a rectifier anode output plate, wherein the rectifier cathode output plate is connected to the center tap of the transformer; the rectifier anode output plate is connected to the secondary coil of the transformer, the positive conducting plates (3, 4, 5, 6) connected with the rectifier diodes (11, 12) and the rectifier anode output plate have a copper plate structure with a certain thickness provided inside with the cooling water passages, the current is rectified by the planar rectifier diode (11, 12) and is output by the rectifier anode output plate; characterized in that the rectifier cathode output plate has a copper plate structure with a certain thickness also provided inside with the cooling water passages. a magnetic core, a primary coil, a secondary coil, a center tap, a rectifier circuit connected with the secondary coil, a water outlet, a water inlet and cooling water passages in communication with each other, wherein the rectifier circuit comprises planar rectifier diodes (11, 12), positive terminal conducting plates (3, 4, 5, 6) connected with the rectifier diodes (11, 12), a rectifier cathode output plate, a rectifier anode output plate, planar rectifier diodes (11, 12), positive terminal conducting plates (3, 4, 5, 6) connected with the rectifier diodes (11, 12), a rectifier cathode output plate, a rectifier anode output plate, wherein the rectifier cathode output plate is connected to the center tap of the transformer; the rectifier anode output plate is connected to the secondary coil of the transformer, the positive conducting plates (3, 4, 5, 6) connected with the rectifier diodes (11, 12) and the rectifier anode output plate have a copper plate structure with a certain thickness provided inside with the cooling water passages, the current is rectified by the planar rectifier diode (11, 12) and is output by the rectifier anode output plate;
A system comprising: a power supply bank configured to provide a supplied power to a utility grid; a power converter configured to boost a supplied voltage of the supplied power and to regulate the supplied power; an inverter configured to regulate a first voltage and to regulate an output current, wherein the output current is the current of an output power provided to the utility grid; a voltage bus having the first voltage; a regulator having at least one control loop that includes a phase-locked loop or frequency-locked loop controller and a state machine that selects from a plurality of states according to a utility grid voltage; and a first controller configured to control power flowing through the system by controlling the power converter or by controlling the first voltage by controlling the inverter; wherein the regulator is configured to maintain electrical connection between the power supply bank and the utility grid during a power fluctuation in the utility grid by varying between a plurality of states according to the state machine, and wherein the utility grid has a voltage of approximately 0V during the power fluctuation. a power supply bank configured to provide a supplied power to a utility grid; a power converter configured to boost a supplied voltage of the supplied power and to regulate the supplied power; an inverter configured to regulate a first voltage and to regulate an output current, wherein the output current is the current of an output power provided to the utility grid; a voltage bus having the first voltage; a regulator having at least one control loop that includes a phase-locked loop or frequency-locked loop controller and a state machine that selects from a plurality of states according to a utility grid voltage; and a first controller configured to control power flowing through the system by controlling the power converter or by controlling the first voltage by controlling the inverter; wherein the regulator is configured to maintain electrical connection between the power supply bank and the utility grid during a power fluctuation in the utility grid by varying between a plurality of states according to the state machine, and wherein the utility grid has a voltage of approximately 0V during the power fluctuation.
A water turbine or water pump or other hydraulic machine 1.1 comprising a stationary and a revolving component; 1.2 at least one sealing gap is disposed between the components (1, 2), through which a leakage flow for cooling or lubricating of a seal will flow during operation of the hydraulic machine; 1.3 at least one connection is provided for the complete or partial evacuation of the entire blade wheel region or at of the sealing gaps in work-free phases of the water turbine or of the water pump of the hydraulic maschine. characterized by the following features: 1.4 the sealing gap is arranged as a labyrinth seal and comprises a plurality of annular chambers and channels which are shaped in the manner of an annular gap and which connect said chambers in a conductive manner with each other; 1.5 the stationary component is displaceably held in the axial direction relative to the revolving component between an operating position and a non-operating position in the direction of the leakage flow for setting the gap width of the channels shaped in the manner of annular gaps. 1.1 comprising a stationary and a revolving component; 1.2 at least one sealing gap is disposed between the components (1, 2), through which a leakage flow for cooling or lubricating of a seal will flow during operation of the hydraulic machine; 1.3 at least one connection is provided for the complete or partial evacuation of the entire blade wheel region or at of the sealing gaps in work-free phases of the water turbine or of the water pump of the hydraulic maschine. 1.4 the sealing gap is arranged as a labyrinth seal and comprises a plurality of annular chambers and channels which are shaped in the manner of an annular gap and which connect said chambers in a conductive manner with each other; 1.5 the stationary component is displaceably held in the axial direction relative to the revolving component between an operating position and a non-operating position in the direction of the leakage flow for setting the gap width of the channels shaped in the manner of annular gaps.
A trailer for being pulled by a motor vehicle, said trailer comprising - a chassis having a front section, a first side section and a second side section, wherein the front section comprises coupling means for being coupled to a motor vehicle, - a first and a second runner extending in the driving direction of the trailer, - said first and said second runners being moveable between an on-road position and an off-road position, characterised in that the trailer further comprises a first and a second bogie, each bogie having two wheels (21, 22, 31, 32), said first bogie being connected to the first side section of said chassis in a first pivoting coupling and said second bogie being connected to the second side section of said chassis in a second pivoting coupling, wherein - said first runner is mechanically coupled to said first bogie and said second runner is mechanically coupled said second bogie so that said runners (25, 35) may pivot relative said chassis. - a chassis having a front section, a first side section and a second side section, wherein the front section comprises coupling means for being coupled to a motor vehicle, - a first and a second runner extending in the driving direction of the trailer, - said first and said second runners being moveable between an on-road position and an off-road position, characterised in that the trailer further comprises a first and a second bogie, each bogie having two wheels (21, 22, 31, 32), said first bogie being connected to the first side section of said chassis in a first pivoting coupling and said second bogie being connected to the second side section of said chassis in a second pivoting coupling, wherein - said first runner is mechanically coupled to said first bogie and said second runner is mechanically coupled said second bogie so that said runners (25, 35) may pivot relative said chassis.
A compound having the following formula I or a pharmaceutical acceptable salt thereof as a racemic mixture or a single enantiomer wherein; R 1 is -CH(CH 3)N(CH 3) 2 in racemic form or a single enantiomer; R 2 is selected from -H, -OH, -OCH 3 or -OCON(CH 3)(C 2 H 5); R 3 is selected from -H, a halogen, and can be in any position and positions of R 1 and R 2 are interchangeable. R 1 is -CH(CH 3)N(CH 3) 2 in racemic form or a single enantiomer; R 2 is selected from -H, -OH, -OCH 3 or -OCON(CH 3)(C 2 H 5); R 3 is selected from -H, a halogen, and can be in any position
Use of a device for partially shortening the length of flexible surfaces in their edge region or in their strip-like formation, wherein the flexible surfaces are associated with a trouser or skirt waistband, wherein the profiled material has a first bend in half of its length in a U-shape, the two resulting legs connected on one side having the same length on the other side, both are bent together in half of their length on one side by 180 angular degrees, so that each has a second bend, both second bends are designed with the first bend forming a substantially right angle, so that in the side view these second bends become visible and a further U-shaped design is given, the device can be slipped with its open side downwards onto a trouser or skirt waistband in such a way that the first bend comes to lie on the outside thereof and facing downwards, and the free legs face the trouser or skirt waistband, the trouser or skirt waistband to be secured is placed in a fold which is visible from the outside in such a way that the fold is threaded lying between the two mutually spaced apart free ends of the device and facing outwardly and looping around the first bend lying on the outside with respect to the trouser waistband or skirt waistband, characterized in that the free ends of the two legs are bent in opposite directions towards the sides.
A method performed in a device, the method comprising the steps of: determining, in a processor, a classification level associated with a received medical data network trigger; determining, in the processor, a capability to meet a requirement of the determined classification level of available air interfaces with one or more other devices in response to determining the classification level associated with the received medical data network trigger; selecting, in the processor, at least one device and at least one of its corresponding air interfaces having the determined capability to meet the requirement of the determined classification level from the available air interfaces with the one or more other devices; establishing the selected at least one air interface meeting the requirement of the determined classification level with the selected at least one device to establish a medical data network with the classification level; characterized by: sending an indication of the medical data network with the classification level to another connected device that is not part of the medical data network such that the another connected device does not send data to any devices in the medical data network while the medical data network is established in response to determining that the classification level indicates deference to the medical data network is required. determining, in a processor, a classification level associated with a received medical data network trigger; determining, in the processor, a capability to meet a requirement of the determined classification level of available air interfaces with one or more other devices in response to determining the classification level associated with the received medical data network trigger; selecting, in the processor, at least one device and at least one of its corresponding air interfaces having the determined capability to meet the requirement of the determined classification level from the available air interfaces with the one or more other devices; establishing the selected at least one air interface meeting the requirement of the determined classification level with the selected at least one device to establish a medical data network with the classification level; characterized by: sending an indication of the medical data network with the classification level to another connected device that is not part of the medical data network such that the another connected device does not send data to any devices in the medical data network while the medical data network is established in response to determining that the classification level indicates deference to the medical data network is required.
A method for power loss management in a nonvolatile data storage device, the method comprising: initiating a power loss mode in a nonvolatile data storage device in response to a primary power source failing to supply electric power above a predefined threshold to the nonvolatile data storage device; accepting electric power for the nonvolatile data storage device from a secondary power source for at least a power hold-up time during the power loss mode; and adjusting execution of in-process operations on the nonvolatile data storage device during the power loss mode; characterized in that adjusting execution of in-process operations on the nonvolatile data storage device during the power loss mode comprises: resetting one or more nonvolatile memory components of the nonvolatile data storage device currently processing a non-essential in-process operation to terminate the non-essential in-process operation, whilst continuing to execute essential in-process operations on at least one other nonvolatile memory component currently processing an essential in-process operation; and executing essential operations on the one or more nonvolatile memory components that has been reset in response to resetting the one or more nonvolatile memory components, such that essential in-process operations execute on the one or more nonvolatile memory components within the power hold-up time; wherein the essential in-process operations comprise write operations that have been acknowledged to one or more clients of the nonvolatile data storage device and the non-essential in-process operation comprises an erase operation. initiating a power loss mode in a nonvolatile data storage device in response to a primary power source failing to supply electric power above a predefined threshold to the nonvolatile data storage device; accepting electric power for the nonvolatile data storage device from a secondary power source for at least a power hold-up time during the power loss mode; and adjusting execution of in-process operations on the nonvolatile data storage device during the power loss mode; characterized in that adjusting execution of in-process operations on the nonvolatile data storage device during the power loss mode comprises: resetting one or more nonvolatile memory components of the nonvolatile data storage device currently processing a non-essential in-process operation to terminate the non-essential in-process operation, whilst continuing to execute essential in-process operations on at least one other nonvolatile memory component currently processing an essential in-process operation; and executing essential operations on the one or more nonvolatile memory components that has been reset in response to resetting the one or more nonvolatile memory components, such that essential in-process operations execute on the one or more nonvolatile memory components within the power hold-up time; wherein the essential in-process operations comprise write operations that have been acknowledged to one or more clients of the nonvolatile data storage device and the non-essential in-process operation comprises an erase operation.
A trimerization catalyst composition comprising: - a trimerization catalyst compound selected from one or more organic metal salts, selected from alkali or earth alkali metal salts, and - one or more compounds selected from compounds which comprise a carboxamide group having the structure -CO-NH 2 and/or from compounds which comprise a group having the structure -CO-NH-CO-. - a trimerization catalyst compound selected from one or more organic metal salts, selected from alkali or earth alkali metal salts, and - one or more compounds selected from compounds which comprise a carboxamide group having the structure -CO-NH 2 and/or from compounds which comprise a group having the structure -CO-NH-CO-.