mhurhangee/ep-ind-claims huggingface dataset:
A multiple-plate wet clutch for mounting on a shaft having an internal shaft conduit for a coolant, wherein the shaft passes through the complete wet clutch and the wet clutch comprises: - a clutch hub configured to be mounted on the shaft, - a clutch basket configured to be rotationally supported relative to shaft, - a clutch pack operationally connecting the clutch hub and the clutch basket, - a collar configured to be mounted on the shaft, wherein the collar is juxtaposed to the clutch hub. - a plurality of individual clutch conduits, wherein each clutch conduit has a collar portion formed by the collar and a hub portion formed by the clutch hub, the collar portion has an inlet for receiving the coolant, and the hub portion is coupled to the collar portion and has one or more outlets at the clutch pack for releasing the coolant, - a plurality of valves, wherein each valve is operationally connected to a single clutch conduit and configured to control the flow of coolant through the clutch conduit, and - an actuator supported by the collar and configured to simultaneously engage the clutch pack and operate the plurality of valves. - a clutch hub configured to be mounted on the shaft, - a clutch basket configured to be rotationally supported relative to shaft, - a clutch pack operationally connecting the clutch hub and the clutch basket, - a collar configured to be mounted on the shaft, wherein the collar is juxtaposed to the clutch hub. - a plurality of individual clutch conduits, wherein each clutch conduit has a collar portion formed by the collar and a hub portion formed by the clutch hub, the collar portion has an inlet for receiving the coolant, and the hub portion is coupled to the collar portion and has one or more outlets at the clutch pack for releasing the coolant, - a plurality of valves, wherein each valve is operationally connected to a single clutch conduit and configured to control the flow of coolant through the clutch conduit, and - an actuator supported by the collar and configured to simultaneously engage the clutch pack and operate the plurality of valves.
Fluid line for conducting a fluid, comprising: an outer layer, which comprises an ethylene-propylene-diene rubber (EPDM); a reinforcement support, which is arranged within the outer layer; an intermediate layer, which comprises a resin-crosslinked ethylene-propylene-diene rubber (EPDM) and/or a resin-crosslinked ethylene-vinyl-acetate copolymer, and which is arranged within the reinforcement support, and a barrier layer, which is arranged within the intermediate layer and which delimits a line interior of the fluid line for conducting the fluid, wherein the barrier layer is adapted to reduce a diffusion of the fluid through the barrier layer, wherein the reinforcement support is arranged between the outer layer and the intermediate layer. an outer layer, which comprises an ethylene-propylene-diene rubber (EPDM); a reinforcement support, which is arranged within the outer layer; an intermediate layer, which comprises a resin-crosslinked ethylene-propylene-diene rubber (EPDM) and/or a resin-crosslinked ethylene-vinyl-acetate copolymer, and which is arranged within the reinforcement support, and a barrier layer, which is arranged within the intermediate layer and which delimits a line interior of the fluid line for conducting the fluid, wherein the barrier layer is adapted to reduce a diffusion of the fluid through the barrier layer, wherein the reinforcement support is arranged between the outer layer and the intermediate layer.
A protective cover set for a medical probe, comprising: a probe cover comprising a biocompatible, flexible polymer, the probe cover having a closed end and an open end, and the probe cover being configured to receive a substantially elongate medical probe; an end fastening element attached at the open end of the probe cover and configured to wrap at least partially around the probe cover; a first intermediate fastening element attached along a length of the probe cover between the closed and open ends (104, 110), the first intermediate fastening element being configured to wrap at least partially around a midpoint of the probe cover and comprising a backing strip and an adhesive strip fixedly attached at one end to the backing strip; characterized in that the protective cover set further comprises an outer wrapper enveloping at least a portion of the length of the probe cover, wherein the first intermediate fastening element is fixedly attached by the backing strip to the probe cover and contained entirely within the outer wrapper, wherein the probe cover includes a release liner accessible to a user outside of the outer wrapper which is configured to be pulled around a portion of the medical probe from outside the wrapper, entraining the intermediate adhesive strip to tighten around the probe cover such that staged removal of the outer wrapper facilitates connecting the probe cover with the medical probe while at least a portion of the probe cover remains covered by the outer wrapper. a probe cover comprising a biocompatible, flexible polymer, the probe cover having a closed end and an open end, and the probe cover being configured to receive a substantially elongate medical probe; an end fastening element attached at the open end of the probe cover and configured to wrap at least partially around the probe cover; a first intermediate fastening element attached along a length of the probe cover between the closed and open ends (104, 110), the first intermediate fastening element being configured to wrap at least partially around a midpoint of the probe cover and comprising a backing strip and an adhesive strip fixedly attached at one end to the backing strip; characterized in that the protective cover set further comprises an outer wrapper enveloping at least a portion of the length of the probe cover, wherein the first intermediate fastening element is fixedly attached by the backing strip to the probe cover and contained entirely within the outer wrapper, wherein the probe cover includes a release liner accessible to a user outside of the outer wrapper which is configured to be pulled around a portion of the medical probe from outside the wrapper, entraining the intermediate adhesive strip to tighten around the probe cover such that staged removal of the outer wrapper facilitates connecting the probe cover with the medical probe while at least a portion of the probe cover remains covered by the outer wrapper.
Process for marking a hard cheese having a crust, comprising the steps of: at least partially removing the crust of said hard cheese from a predefined surface area so as to obtain a compact, non-porous and non-dusty surface; after having removed said crust from the predefined surface area, applying a marking code on said predefined surface area, applying a layer of transparent material on said predefined surface area after having applied the marking code. at least partially removing the crust of said hard cheese from a predefined surface area so as to obtain a compact, non-porous and non-dusty surface; after having removed said crust from the predefined surface area, applying a marking code on said predefined surface area, applying a layer of transparent material on said predefined surface area after having applied the marking code.
A system for detecting and locating a disturbance event within a power grid, said system comprising: a series of frequency disturbance recorders (FDRs) taking measurements of frequency changes in the power grid at dispersed points of the power grid; and an information management system, configured to receive data from the series of FDRs via a communications network interconnecting the FDRs and the information management system and analyze the frequency changes at the FDRs in the received data caused by the disturbance event and to triangulate an estimated location of the disturbance event; characterised in that the information management system is configured to examine the times that each of the FDRs measure frequency changes caused by the disturbance event and the locations of the FDRs measuring the frequency changes and to determine the estimated location of the disturbance event by applying: a least squares analysis; or Newton's method for solving non-linear equations; or a gradient search; or a Parzen window approach to the times that each of the FDRs measure frequency changes caused by the disturbance event and the locations of the FDRs measuring the frequency changes. a series of frequency disturbance recorders (FDRs) taking measurements of frequency changes in the power grid at dispersed points of the power grid; and an information management system, configured to receive data from the series of FDRs via a communications network interconnecting the FDRs and the information management system and analyze the frequency changes at the FDRs in the received data caused by the disturbance event and to triangulate an estimated location of the disturbance event; characterised in that the information management system is configured to examine the times that each of the FDRs measure frequency changes caused by the disturbance event and the locations of the FDRs measuring the frequency changes and to determine the estimated location of the disturbance event by applying: a least squares analysis; or Newton's method for solving non-linear equations; or a gradient search; or a Parzen window approach a least squares analysis; or Newton's method for solving non-linear equations; or a gradient search; or a Parzen window approach to the times that each of the FDRs measure frequency changes caused by the disturbance event and the locations of the FDRs measuring the frequency changes.
An exhaust silencer for an exhaust gas conduit, particularly for an exhaust gas conduit exiting an oil-fired boiler, wherein said exhaust silencer comprises a sound-absorbing functional chamber that is connected to at least one exhaust gas inlet and at least one exhaust gas outlet in an exhaust gas-conducting manner, wherein at least one second sound-absorbing functional chamber is provided and both functional chambers (2, 3) are connected to one another via at least one sound conduction channel, wherein the exhaust silencer is realized in the form of an integral housing and made of plastic, wherein the functional chambers (2, 3) and the sound conduction channels are respectively realized with smooth walls, and wherein one sound conduction channel for connecting the functional chambers (2, 3) is assigned to the exhaust gas inlet and one sound conduction channel for connecting the functional chambers (2, 3) is assigned to the exhaust gas outlet, characterized in that the sound conduction channel assigned to the exhaust gas outlet has a smaller width than the sound conduction channel assigned to the exhaust gas inlet.
A trailer electronic braking system for motor vehicles having a plurality of trailers, the braking system comprising a braking device capable of generating brake force on an axle on each trailer, the brake force into the brake being controllable by a braking ECU on each trailer, communication means being provided on a first trailer and on a second trailer, the respective braking ECU on the first and second trailer receiving an input from a respective sensor (5-8, 50) on the first and second trailer adapted to detect lateral acceleration and/or wheel speed, characterised in that, the braking ECU on the first trailer and the braking ECU on the second trailer communicate with one another via communication means and in that in the event that one of said sensors (5-8, 50) detects lateral acceleration and/or a wheel speed indicative of a loss of stability, the sensor (5-8, 50) generates a signal for actuating stability control, which signal is passed via the communication means (22- 24) to the braking ECU on the other trailer, in order for the trailer to actuate stability control.
A method of injecting CO 2 into an aquifer or a depleted hydrocarbon reservoir via at least one injection well that penetrates said aquifer or reservoir, wherein the injection well is provided with an injection tubing that is in sealing engagement with the injection well and wherein the pressure of the aquifer or the reservoir pressure of the depleted hydrocarbon reservoir is less than the critical pressure of CO 2, which method comprises operating an injection facility to inject a CO 2 stream down the injection tubing of the injection well at above the critical pressure of CO 2, the stream being in a liquid state or a supercritical state; characterised in that the injection tubing terminates at or immediately above the interval of the aquifer or the reservoir into which the CO 2 is to be injected and the injection tubing is provided with a fluid injection control valve at or near the bottom thereof which is closed or closes when the pressure above the valve is less than a pre-set pressure value and opens or reopens when the pressure above the valve is at or greater than said pre-set pressure value, the pre-set pressure value being selected such that the CO 2 in the injection tubing is maintained in a liquid or supercritical state.
A method of producing a compound represented by the following formula, comprising subjecting a composition comprising a compound represented by the following formula to a purification treatment in the order of distillation and washing with an aqueous alkali solution to give a purified product comprising a compound represented by the following formula, and subjecting the purified product to a thermal decomposition reaction to give a compound represented by the following formula: wherein each R may be the same or different and is a monovalent hydrocarbon group, and X is a halogen atom.
A method of producing a flow of alkaline electrolyzed water, wherein the production of a second flow of an acidic electrolyzed water is inhibited, the method comprising: (a) providing a three chamber electrolysis cell with at least two electrolysis chambers and a middle chamber, wherein each of the two electrolysis chambers contain an electrode separated from the middle chamber by an ion exchange membrane and the middle chamber which contains an electrode and which is bounded in part by ion exchange membranes, wherein the ion exchange membranes are selected to exchange cations; (b) applying a voltage between the electrode in the middle chamber and the electrodes in the two electrolysis chambers wherein the electrodes in the two electrolysis chambers are electronically charged with negative polarity, and the electrode in the middle chamber is charged with an opposite polarity,; (c) circulating a solution to be electrolyzed through the electrolysis chambers thereby generating electrolyzed water in the electrolysis chambers, wherein the polarity of the electrodes and correlated exchange characteristics of the membranes cause the electrolyzed water to be alkaline; (d) wherein the middle chamber contains a solution comprising at least one of carbonate and bicarbonate anions, wherein the carbonate and bicarbonate anions in the middle chamber are more than 90% of the anions in the middle chamber. (a) providing a three chamber electrolysis cell with at least two electrolysis chambers and a middle chamber, wherein each of the two electrolysis chambers contain an electrode separated from the middle chamber by an ion exchange membrane and the middle chamber which contains an electrode and which is bounded in part by ion exchange membranes, wherein the ion exchange membranes are selected to exchange cations; (b) applying a voltage between the electrode in the middle chamber and the electrodes in the two electrolysis chambers wherein the electrodes in the two electrolysis chambers are electronically charged with negative polarity, and the electrode in the middle chamber is charged with an opposite polarity,; (c) circulating a solution to be electrolyzed through the electrolysis chambers thereby generating electrolyzed water in the electrolysis chambers, wherein the polarity of the electrodes and correlated exchange characteristics of the membranes cause the electrolyzed water to be alkaline; (d) wherein the middle chamber contains a solution comprising at least one of carbonate and bicarbonate anions, wherein the carbonate and bicarbonate anions in the middle chamber are more than 90% of the anions in the middle chamber.
A lightning bypass system for a blade of a wind turbine, the lightning bypass system comprising: a blade connector comprising an electrically insulating material and configured to be located substantially in a rotational axis of a blade root of a wind turbine blade; wherein the blade connector comprises a first end configured to be electrically connected to a down conductor cable of the blade, a second end configured to conduct a lightning discharge to a rotor hub of the wind turbine and a core of electrically conductive material configured to be electrically connected to the first end and the second end, characterised in that the blade connector comprises an electrically insulating fastener for connecting the blade connector to the blade root; and wherein the first end and the second end of the blade connector form a rotatable connection. a blade connector comprising an electrically insulating material and configured to be located substantially in a rotational axis of a blade root of a wind turbine blade; wherein the blade connector comprises a first end configured to be electrically connected to a down conductor cable of the blade, a second end configured to conduct a lightning discharge to a rotor hub of the wind turbine and a core of electrically conductive material configured to be electrically connected to the first end and the second end, characterised in that the blade connector comprises an electrically insulating fastener for connecting the blade connector to the blade root; and wherein the first end and the second end of the blade connector form a rotatable connection.
A swimming garment formed from a stretchable elasticated fabric, wherein the garment comprises at least one sensitivity zone in which the fabric thickness is less than the fabric thickness of the region of the garment surrounding the sensitivity zone on all sides, wherein the swimming garment is a swimsuit, a triathlon suit, a waterpolo suit or a wetsuit.
A method in a communications network comprising a first server (308, 306) that registers devices for a first service in the network and a plurality of second servers (306, 308) that register devices for a second service in the network, the method for use by the first server (308, 306) wherein the first server (308, 306) comprises a processor and memory, and wherein the first server (308, 306) further includes computer-executable instructions stored in the memory which, when executed by the processor, perform functions of registering devices for the first service, the method comprising: receiving a registration message from a device (302, 304), wherein the registration message comprises location information of the device (302, 304); registering the device (302, 304) at the first server (308, 306); selecting a second server (306, 308) from the plurality of second servers based at least on the location information of the device (302, 304); and forwarding data from the registration message to the selected second server (306, 308) to register the device (302, 304) at the selected second server (306, 208). receiving a registration message from a device (302, 304), wherein the registration message comprises location information of the device (302, 304); registering the device (302, 304) at the first server (308, 306); selecting a second server (306, 308) from the plurality of second servers based at least on the location information of the device (302, 304); and forwarding data from the registration message to the selected second server (306, 308) to register the device (302, 304) at the selected second server (306, 208).
Method for managing ambient light, implemented in a set-top box which is connected to a viewing device and to a lighting device arranged to adjust ambient light, the management method comprising the steps of: - detecting a start of a broadcasting of a first current programme; - accessing a light parameter base comprising reference values (Vref) of light parameters associated with programme metadata; - selecting, in the light parameter base, first current values of said light parameters, which are associated with programme metadata corresponding to the first current programme; - transmitting a first command to the lighting device, such that the lighting device adjusts the ambient light according to said first current values of the light parameters, the light parameter base comprising first reference values (Vref1) of the light parameters associated with first programme metadata, said first reference values being defined by the user, characterized in that the set-top box is arranged to: - receive a second command from a user who wishes to adjust the ambient light while a second current programme is being broadcast; - producing second current values of the light parameters according to the second command; - transmitting a third command to the lighting device, such that the lighting device adjusts the ambient light according to said second current values; - storing the second current values in the light parameter base by associating them with metadata of the second current programme, such that the first reference values thus comprise the second current values, and the first programme metadata thus comprise said metadata of the second current programme. - detecting a start of a broadcasting of a first current programme; - accessing a light parameter base comprising reference values (Vref) of light parameters associated with programme metadata; - selecting, in the light parameter base, first current values of said light parameters, which are associated with programme metadata corresponding to the first current programme; - transmitting a first command to the lighting device, such that the lighting device adjusts the ambient light according to said first current values of the light parameters, - receive a second command from a user who wishes to adjust the ambient light while a second current programme is being broadcast; - producing second current values of the light parameters according to the second command; - transmitting a third command to the lighting device, such that the lighting device adjusts the ambient light according to said second current values; - storing the second current values in the light parameter base by associating them with metadata of the second current programme, such that the first reference values thus comprise the second current values, and the first programme metadata thus comprise said metadata of the second current programme.
A shoulder prosthesis component (10; 20; 30; 40) for a patient, comprising an implantation body (11; 21; 31; 41), which defines an implantation axis (X11; X21; X31; X41) and which is designed to be received within a bone (H; G) of the patient that includes a cortical bone external layer (H1; G1) and a cancellous bone internal layer (H2; G2), characterized in that the implantation body is designed to compact the cancellous bone internal layer in a planned manner that is differentiated along and around the implantation axis depending on preoperative local bone density and quantity of the cancellous bone internal layer.
(5 R)-5-(4-{[(2-Fluorophenyl)methyl]oxy}phenyl)-L-prolinamide or a pharmaceutically acceptable salt thereof for use in the treatment of small fibre neuropathy.