mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring characteristics of an electric energy device (102, 1402, 1502), comprising: a short generator (104, 204, 504, 1404) coupled with the energy device (102, 1402, 1502); a sensor (118, 218, 518, 718, 818, 1218, 1318) in communication with the short generator (104, 204, 504, 1404) for sensing change in electromagnetic field generated from the external short; and a characteristic monitor (106, 206, 306, 406, 506, 606, 706, 800) adapted to analyze the change in electromagnetic field to determine a characteristic of the energy device (102, 1402, 1502); characterised in that: the short generator is adapted to generate an external short at a known resistance; the sensor (118, 218, 518, 718, 818, 1218, 1318) is at a predetermined distance (126, 226) from the external short; and the characteristic monitor (106, 206, 306, 406, 506, 606, 706, 800) is adapted to determine the characteristic based at least on the predetermined distance (126, 226). a short generator (104, 204, 504, 1404) coupled with the energy device (102, 1402, 1502); a sensor (118, 218, 518, 718, 818, 1218, 1318) in communication with the short generator (104, 204, 504, 1404) for sensing change in electromagnetic field generated from the external short; and a characteristic monitor (106, 206, 306, 406, 506, 606, 706, 800) adapted to analyze the change in electromagnetic field to determine a characteristic of the energy device (102, 1402, 1502); characterised in that: the short generator is adapted to generate an external short at a known resistance; the sensor (118, 218, 518, 718, 818, 1218, 1318) is at a predetermined distance (126, 226) from the external short; and the characteristic monitor (106, 206, 306, 406, 506, 606, 706, 800) is adapted to determine the characteristic based at least on the predetermined distance (126, 226). the short generator is adapted to generate an external short at a known resistance; the sensor (118, 218, 518, 718, 818, 1218, 1318) is at a predetermined distance (126, 226) from the external short; and the characteristic monitor (106, 206, 306, 406, 506, 606, 706, 800) is adapted to determine the characteristic based at least on the predetermined distance (126, 226).
Use of a sphingosine compound having formula I: wherein X is a alkyl or alkenyl having 8-24 carbons, preferably 10 to 20 carbons, more preferably a linear alkyl; R 1 is selected from H and C(=O)C 1-20, preferably R 1 is H; R 2 is selected from H and OH, preferably R 2 is OH; and R 3 is selected from phosphate, OH or F, preferably OH, or a conjugate of said compound, for the non-therapeutic cosmetic prevention of discoloration of a tooth. wherein X is a alkyl or alkenyl having 8-24 carbons, preferably 10 to 20 carbons, more preferably a linear alkyl; R 1 is selected from H and C(=O)C 1-20, preferably R 1 is H; R 2 is selected from H and OH, preferably R 2 is OH; and R 3 is selected from phosphate, OH or F, preferably OH, or a conjugate of said compound, for the non-therapeutic cosmetic prevention of discoloration of a tooth.
Driver assistance device for an industrial truck which has a load handling device, which, when arranged on the industrial truck, can project a light effect onto the carriageway, characterized in that the light effect can form a position marker of the load handling device on the carriageway for a steering lock, which position marker is reached by the load handling device after cornering of the industrial truck by a defined trajectory angle.
A method of molding a polyimide-matrix composite component comprising the steps of: (a) providing a plurality of fibers; (b) applying the fibers with a low temperature sizing to form a plurality of sized fibers; (c) forming a preform from the plurality of sized fibers such that the preform is comprised of a non-pre-impregnated material; (d) placing the preform in a mold; and (e) de-sizing the preform by heating the mold to an initial temperature that is sufficient to break down the low temperature sizing to a gaseous phase; (f) removing the gaseous phase of the low temperature sizing from the mold; (g) heating the mold to an infusion temperature and injecting an infusion liquid to infuse the preform; and (h) heating the mold to a curing temperature to form a cured polyimide-matrix composite material. (a) providing a plurality of fibers; (b) applying the fibers with a low temperature sizing to form a plurality of sized fibers; (c) forming a preform from the plurality of sized fibers such that the preform is comprised of a non-pre-impregnated material; (d) placing the preform in a mold; and (e) de-sizing the preform by heating the mold to an initial temperature that is sufficient to break down the low temperature sizing to a gaseous phase; (f) removing the gaseous phase of the low temperature sizing from the mold; (g) heating the mold to an infusion temperature and injecting an infusion liquid to infuse the preform; and (h) heating the mold to a curing temperature to form a cured polyimide-matrix composite material.
A method for a user equipment, in the following referred to as UE, comprising: detecting a mode of the UE; determining a traffic indicator corresponding to the mode by the UE in a mobile communication network; and transmitting the traffic indicator to a base station, wherein the traffic indicator indicates either that a default power consumption is preferred or a low power consumption is preferred; detecting that traffic condition changes; and transmitting traffic information indicating that there exists a traffic state change to the base station, characterized in that the traffic information includes packet size(s), average packet size(s), or packet inter-arrival times. detecting a mode of the UE; determining a traffic indicator corresponding to the mode by the UE in a mobile communication network; and transmitting the traffic indicator to a base station, wherein the traffic indicator indicates either that a default power consumption is preferred or a low power consumption is preferred; detecting that traffic condition changes; and transmitting traffic information indicating that there exists a traffic state change to the base station, characterized in that the traffic information includes packet size(s), average packet size(s), or packet inter-arrival times.
A rechargeable battery, comprising: an electrode assembly; a case accommodating the electrode assembly; and a cap assembly coupled to the case, the cap assembly including: a cap plate sealing the case, the cap plate including a short-circuit hole and a conductive groove surrounding the short-circuit hole, an inversion plate in the conductive groove of the cap plate, a connection plate covering the short-circuit hole of the cap plate, and a short-circuit member between the connection plate and the inversion plate, the short-circuit member at least partially passing through the short-circuit hole and spaced from the connection plate; characterised in that the short-circuit member includes a support part positioned on a surface of the inversion plate, and a body part extending from the support part to be inserted into the short-circuit hole of the cap plate; and an outer diameter of the support part is greater than an inner diameter of the short-circuit hole. an electrode assembly; a case accommodating the electrode assembly; and a cap assembly coupled to the case, the cap assembly including: a cap plate sealing the case, the cap plate including a short-circuit hole and a conductive groove surrounding the short-circuit hole, an inversion plate in the conductive groove of the cap plate, a connection plate covering the short-circuit hole of the cap plate, and a short-circuit member between the connection plate and the inversion plate, the short-circuit member at least partially passing through the short-circuit hole and spaced from the connection plate; a cap plate sealing the case, the cap plate including a short-circuit hole and a conductive groove surrounding the short-circuit hole, an inversion plate in the conductive groove of the cap plate, a connection plate covering the short-circuit hole of the cap plate, and a short-circuit member between the connection plate and the inversion plate, the short-circuit member at least partially passing through the short-circuit hole and spaced from the connection plate; characterised in that the short-circuit member includes a support part positioned on a surface of the inversion plate, and a body part extending from the support part to be inserted into the short-circuit hole of the cap plate; and an outer diameter of the support part is greater than an inner diameter of the short-circuit hole.
An apparatus for at least one of removing or converting contaminants in alcohol to forms less objectionable to humans, and for treating contaminated ethanol for successful conventional distillation comprising: [a] a vessel containing an alcohol to be treated, including means for controlling escape of the alcohol and vapors from the vessel, with the alcohol occupying a portion of the volume of the vessel a vapor space occupying a remaining portion of the vessel; [b] means for pulling a vacuum and controlling the pressure within the vessel; [c] means for placing gas in contact with the alcohol in the vessel; [d] means for subjecting the alcohol to acoustic energetic treatment while the alcohol is in the vessel, the alcohol being subjected to acoustic energy at a specific frequency and amplitude; [e] means for controlling the solvent polarity and wetting characteristics during treatment to selectively treat specific classes of contaminants; [f] means for degassing gas-saturated solutions for the evolution of volatile and semi-volatile contaminants placed in the gas phase by operation of the system; [g] means for trapping and capturing all off-gassed contaminants, congeners and contaminant or congener reaction products to eliminate toxic and regulated air emissions; [h] means for producing a unique, alcohol mixture that is at least one of reduced or favorably-altered in contaminants and suitable for human beverage consumption or for use as an fuel oxygenate. [a] a vessel containing an alcohol to be treated, including means for controlling escape of the alcohol and vapors from the vessel, with the alcohol occupying a portion of the volume of the vessel a vapor space occupying a remaining portion of the vessel; [b] means for pulling a vacuum and controlling the pressure within the vessel; [c] means for placing gas in contact with the alcohol in the vessel; [d] means for subjecting the alcohol to acoustic energetic treatment while the alcohol is in the vessel, the alcohol being subjected to acoustic energy at a specific frequency and amplitude; [e] means for controlling the solvent polarity and wetting characteristics during treatment to selectively treat specific classes of contaminants; [f] means for degassing gas-saturated solutions for the evolution of volatile and semi-volatile contaminants placed in the gas phase by operation of the system; [g] means for trapping and capturing all off-gassed contaminants, congeners and contaminant or congener reaction products to eliminate toxic and regulated air emissions; [h] means for producing a unique, alcohol mixture that is at least one of reduced or favorably-altered in contaminants and suitable for human beverage consumption or for use as an fuel oxygenate.
A catheter insertion device comprising: a handle having a proximal body portion and two cantilever arms (127, 129) each extending distally from said body portion; a needle cannula having a proximal end located within the handle proximal body portion, said needle cannula extending distally from the handle proximal body portion and defining a distal cantilever portion disposed partially between the two cantilever arms (127, 129) of the handle; a catheter assembly removably coupled to the handle and configured to slide on the needle cannula, the catheter assembly comprising an elongated catheter, a catheter hub connected to a proximal end of the elongated catheter, and a catheter advancer base releasably connected to the catheter hub; and a needle support having two parallel walls pivotally connected to the handle, said needle support pivoting between a first position and a second position, said needle support configured to support the needle cannula on the cantilever portion of said needle cannula when the needle support is in the first position and said needle cannula is disposed between said two parallel walls of the needle support, said needle support blocking distal advancement of the catheter assembly when said needle support is in the first position. a handle having a proximal body portion and two cantilever arms (127, 129) each extending distally from said body portion; a needle cannula having a proximal end located within the handle proximal body portion, said needle cannula extending distally from the handle proximal body portion and defining a distal cantilever portion disposed partially between the two cantilever arms (127, 129) of the handle; a catheter assembly removably coupled to the handle and configured to slide on the needle cannula, the catheter assembly comprising an elongated catheter, a catheter hub connected to a proximal end of the elongated catheter, and a catheter advancer base releasably connected to the catheter hub; and a needle support having two parallel walls pivotally connected to the handle, said needle support pivoting between a first position and a second position, said needle support configured to support the needle cannula on the cantilever portion of said needle cannula when the needle support is in the first position and said needle cannula is disposed between said two parallel walls of the needle support, said needle support blocking distal advancement of the catheter assembly when said needle support is in the first position.
Method for the closed-loop control of a voltage DC link by means of a backfeeding module of a serial bus system, which comprises the backfeeding module, bus subscribers (S1, S2, S3, S4) and a master module, the bus subscribers (S1, S2, S3, S4) being powered from the shared voltage DC link, each bus subscriber (S1, S2, S3, S4) periodically determining its power consumption value, a feedforward value for the voltage DC link being the sum of the power consumption values of all the bus subscribers (S1, S2, S3, S4) of the bus system, the master module transmitting a telegram for querying the power consumption values to the bus subscribers (S1, S2, S3, S4), characterised in that a bus subscriber (S1, S2, S3, S4), in particular a final bus subscriber (S1, S2, S3, S4), writes its power consumption value to the telegram and sends the telegram back to the master module, each bus subscriber (S1, S2, S3, S4) by which the telegram passes on the way back to the master module adding its power consumption value to the power consumption value contained in the telegram and overwriting that value with the sum of the power consumption values, a bus subscriber (S1, S2, S3, S4) arranged immediately downstream of the master module adding its power consumption value to the power consumption value contained in the telegram, i.e. calculating the feedforward value for the backfeeding module, and writing the feedforward value to the telegram, the master module analysing the telegram and storing the feedforward value, the backfeeding module reading out and analysing the feedforward value and controlling the voltage DC link by using the feedforward value, the master module periodically sending the telegram for querying the power consumption values and overwriting a stored feedforward value after analysing the telegram, the telegram for querying the power consumption values being sent at least twice as often as each bus subscriber (S1, S2, S3, S4) determines its power consumption value, the backfeeding module inverting current from the voltage DC link, in particular inverting it sinusoidally, and backfeeding it into a power grid such that the power flowing into the power grid from the voltage DC link via the backfeeding module is controlled towards the feedforward value.
A method for voice call, comprising: displaying a list of contacts when an instruction for viewing contact information is detected, the list of contacts including a plurality of elements of contact information and a plurality of elements of network service status, wherein each element of contact information corresponds with a corresponding element of network service status, and the network service status indicating whether the corresponding contact terminal currently supports network Interconnection Protocol Multimedia Subsystem, IMS, based voice service; determining, when an instruction for selection of a target contact information is detected, a call parameter range supported by a target contact terminal based on a target network service status, the target contact information being any element of the plurality of elements of contact information, the target network service status being an element of the network service status corresponding to the target contact information; and transmitting a request for a voice call to a core network equipment, the request for a voice call carrying the target contact information and the call parameter range, the request for a voice call being used to instruct the core network equipment to determine a call parameter for a voice call with the target contact terminal based on the call parameter range, and to make a voice call with the target contact terminal based on the target contact information and the determined call parameter. displaying a list of contacts when an instruction for viewing contact information is detected, the list of contacts including a plurality of elements of contact information and a plurality of elements of network service status, wherein each element of contact information corresponds with a corresponding element of network service status, and the network service status indicating whether the corresponding contact terminal currently supports network Interconnection Protocol Multimedia Subsystem, IMS, based voice service; determining, when an instruction for selection of a target contact information is detected, a call parameter range supported by a target contact terminal based on a target network service status, the target contact information being any element of the plurality of elements of contact information, the target network service status being an element of the network service status corresponding to the target contact information; and transmitting a request for a voice call to a core network equipment, the request for a voice call carrying the target contact information and the call parameter range, the request for a voice call being used to instruct the core network equipment to determine a call parameter for a voice call with the target contact terminal based on the call parameter range, and to make a voice call with the target contact terminal based on the target contact information and the determined call parameter.
Transmission comprising a main gearbox and a power take off unit, wherein the power take off unit can be engaged with, respectively disengaged from, the main gearbox through an engagement mechanism halving at least a first position engaging the main gearbox and the power take off unit and a second position disengaging the power take off unit from the main gearbox, wherein the power take off unit is provided with at least one lubricant inlet and whereby when said engagement mechanism is positioned in its first position, the lubricant inlet is open and lubricant can flow through the lubricant inlet into the power take off unit, characterised in that said engagement mechanism comprises a valve member, whereby when said engagement mechanism is positioned in its second position, the valve member is blocking said lubricant inlet, and thereby preventing lubricant to flow through the lubricant inlet into the power take off unit, and where said engagement mechanism is pneumatically or electrically controlled..
A method in a telecommunication system for estimating frequency dependent resistance of a transmission line, comprising the steps of - determining insertion loss per length unit of the transmission line at a first frequency, - calculating a first resistance per length unit based on the determined insertion loss per length unit of the transmission line; and - calculating effective resistance per length unit at a second frequency based on the calculated first resistance. - determining insertion loss per length unit of the transmission line at a first frequency, - calculating a first resistance per length unit based on the determined insertion loss per length unit of the transmission line; and - calculating effective resistance per length unit at a second frequency based on the calculated first resistance.
An apparatus comprising: a first channel configured to: receive heated air from an electrical component; and deflect the heated air from a posterior electrical component, the deflection caused by a curvature of an internal partition; and a second channel, segmented from the first channel via the internal partition, configured to provide cool air to the posterior electrical component, characterised in that the first channel and the second channel form a double channel helix. a first channel configured to: receive heated air from an electrical component; and deflect the heated air from a posterior electrical component, the deflection caused by a curvature of an internal partition; and receive heated air from an electrical component; and deflect the heated air from a posterior electrical component, the deflection caused by a curvature of an internal partition; and a second channel, segmented from the first channel via the internal partition, configured to provide cool air to the posterior electrical component, characterised in that the first channel and the second channel form a double channel helix.
Method for operating an arrangement for feeding electrical power from a wind energy installation into an AC voltage system via an energy transmission path, which is limited on one side by an installation-side transformer and on the other side by a system-side transformer with a connected power factor correction device, at a point of common coupling between the energy transmission path and the AC voltage system using a closed-loop control device controlling the wind energy installation, to which closed-loop control device a variable which is proportional to the reactive power on the energy transmission path and a further measured variable are applied on the input side, characterized in that a measurement signal obtained at the output of the power factor correction device is used as the further measured variable, and a closed-loop control device with such a control characteristic that the voltage on the low-voltage side of the system-side transformer increases from the inductive range (ind) to the capacitive range (cap) depending on the reactive power on the energy transmission path is used as the closed-loop control device.