mhurhangee/ep-ind-claims huggingface dataset:
An internal combustion engine system, comprising: - an internal combustion engine configured to be operated in a plurality of different ICE operation modes, - an exhaust gas arrangement, comprising an exhaust gas system for conveying an exhaust gas stream, and - an electronic control unit configured to control the exhaust gas arrangement based on a current ICE operation mode of the plurality of different ICE operation modes, wherein the exhaust gas system comprises a turbine and an exhaust gas treatment system, wherein the exhaust gas arrangement further comprises a working fluid circulation circuit connected to the exhaust gas system for exchange of energy between the exhaust gas stream and a working fluid within the working fluid circulation circuit, wherein the working fluid circulation circuit comprises a first heat exchanger which is arranged at a waste heat source for exchange of energy between the waste heat source and the working fluid, and a second heat exchanger positioned in the exhaust gas system for exchange of energy between the exhaust gas stream and the working fluid, characterized in that the second heat exchanger is positioned downstream of the turbine and upstream of a particle filter in the exhaust gas treatment system, and that the second heat exchanger is operated based on the current ICE operation mode for controlling an operating temperature of the particle filter. - an internal combustion engine configured to be operated in a plurality of different ICE operation modes, - an exhaust gas arrangement, comprising an exhaust gas system for conveying an exhaust gas stream, and - an electronic control unit configured to control the exhaust gas arrangement based on a current ICE operation mode of the plurality of different ICE operation modes,
Energy supply device for an electrical circuit, a. comprising an energy source for providing electrical energy, and b. comprising at least one electrical filter for supplying electrical energy to the electrical circuit, wherein c. the energy source and the at least one electrical filter interact in such a way that the energy supply device has, at a filter output i. a voltage source characteristic in a first frequency range (ΔF 1), and ii. a current source characteristic in a second frequency range (ΔF 2) which has a higher frequency relative to the first frequency range (ΔF 1), characterized in that d. the energy source and the at least one electrical filter are designed in such a way that the first frequency range (ΔF 1) reaches at least up to a tenth of a clock frequency (f 1) of the electrical circuit to be supplied, and the second frequency range (ΔF 2) begins at least after the clock frequency (f 1), and in that e. the at least one electrical filter has a inductively acting decoupling element for decoupling the energy source from the electrical circuit to be supplied, wherein the inductively acting decoupling element consists of a ferrite material. a. comprising an energy source for providing electrical energy, and b. comprising at least one electrical filter for supplying electrical energy to the electrical circuit, wherein c. the energy source and the at least one electrical filter interact in such a way that the energy supply device has, at a filter output i. a voltage source characteristic in a first frequency range (ΔF 1), and ii. a current source characteristic in a second frequency range (ΔF 2) which has a higher frequency relative to the first frequency range (ΔF 1), characterized in that i. a voltage source characteristic in a first frequency range (ΔF 1), and ii. a current source characteristic in a second frequency range (ΔF 2) which has a higher frequency relative to the first frequency range (ΔF 1), characterized in that d. the energy source and the at least one electrical filter are designed in such a way that the first frequency range (ΔF 1) reaches at least up to a tenth of a clock frequency (f 1) of the electrical circuit to be supplied, and the second frequency range (ΔF 2) begins at least after the clock frequency (f 1), and in that e. the at least one electrical filter has a inductively acting decoupling element for decoupling the energy source from the electrical circuit to be supplied, wherein the inductively acting decoupling element consists of a ferrite material.
A catheter and package assembly, comprising: a catheter having an elongated tubing and a funnel attached to one end of the tubing; an elongated case having a rim defining an open end, the rim being sized to permit entry of at least the catheter tubing; a liner telescopically received with said case, said liner having a hollow interior defined by a surrounding wall and sized to received said elongated tubing, said wall including at least one window which is covered by a liquid impermeable/vapor permeable material, and a cap. a catheter having an elongated tubing and a funnel attached to one end of the tubing; an elongated case having a rim defining an open end, the rim being sized to permit entry of at least the catheter tubing; a liner telescopically received with said case, said liner having a hollow interior defined by a surrounding wall and sized to received said elongated tubing, said wall including at least one window which is covered by a liquid impermeable/vapor permeable material, and a cap.
A method for displaying an ultrasound image of an object having a tubular shape, the method comprising: acquiring ultrasound volume data of the object; generating a first ultrasound image which is obtained by imaging a surface of the object, based on the ultrasound volume data; generating a second ultrasound image which is obtained by imaging at least one selected from blood flow, a thickness of a wall, and contrast agent augmentation of an inside of the object included in the first ultrasound image, based on the ultrasound volume data; and displaying the first ultrasound image and the second ultrasound image at the same time, wherein the first ultrasound image represents a slice that is parallel to an axis of the object and a center line of the inside of the object, and an abscissa axis of the second ultrasound image indicates a position on the center line. acquiring ultrasound volume data of the object; generating a first ultrasound image which is obtained by imaging a surface of the object, based on the ultrasound volume data; generating a second ultrasound image which is obtained by imaging at least one selected from blood flow, a thickness of a wall, and contrast agent augmentation of an inside of the object included in the first ultrasound image, based on the ultrasound volume data; and displaying the first ultrasound image and the second ultrasound image at the same time, wherein the first ultrasound image represents a slice that is parallel to an axis of the object and a center line of the inside of the object, and an abscissa axis of the second ultrasound image indicates a position on the center line.
A method of wireless communication of a user equipment, UE, (102, 1602), comprising: determining a second set of resource block pairs on which to transmit a peer discovery message in a second time cycle using a mapping of a first set of resource block pairs in a first time cycle to the second set of resource block pairs in the second time cycle, the mapping being a predetermined one-to-one mapping between each resource block pair in the first set of resource block pairs to a corresponding resource block pair in the second set of resource block pairs, resource block pairs in the first set of resource block pairs being in adjacent allocated resources, wherein at least two resource block pairs in the second set of resource block pairs are in non-adjacent allocated resources; generating an information indicating the order of each resource block pair within the first set of resource block pairs; transmitting the peer discovery message in the determined second set of resource block pairs; and transmitting, in association with the peer discovery message, the information. determining a second set of resource block pairs on which to transmit a peer discovery message in a second time cycle using a mapping of a first set of resource block pairs in a first time cycle to the second set of resource block pairs in the second time cycle, the mapping being a predetermined one-to-one mapping between each resource block pair in the first set of resource block pairs to a corresponding resource block pair in the second set of resource block pairs, resource block pairs in the first set of resource block pairs being in adjacent allocated resources, wherein at least two resource block pairs in the second set of resource block pairs are in non-adjacent allocated resources; generating an information indicating the order of each resource block pair within the first set of resource block pairs; transmitting the peer discovery message in the determined second set of resource block pairs; and transmitting, in association with the peer discovery message, the information.
Device for mounting a printing plate on a flexographic printing cylinder, comprising a sheet of compressible material equipped with means for mounting the sheet on the cylinder, the sheet of compressible material constituting an element which is distinct and separable from the printing plate, and a support plate for the printing plate, the support plate for the printing plate and the sheet of compressible material comprising removable assembly means (7, 9) which are inserted one inside the other, characterized in that the support plate for the printing plate comprises a bent end edge for hooking the printing plate on the cylinder and in which there engages a corresponding bent end edge of the sheet of compressible material.
Work roll cooling apparatus for a rolling mill, comprising: at least one chock which is configured to support a work roll in the rolling mill, the work roll having an axis about which it is rotatable; and a shroud for positioning adjacent the work roll when in use so as to provide a cooling space within which a coolant is brought into contact with the work roll, characterized in that the shroud including a first part disposed on the chock so as to provide a predetermined gap between the first part and the work roll, a second part, and a connection for releasably connecting the first and second parts; wherein, in a connected condition the first and second parts are joined so as to provide the cooling space within the shroud, and in a disconnected condition each of the at least one chock, the first part of the shroud and the work roll may be axially removed from the rolling mill and second part of the shroud. at least one chock which is configured to support a work roll in the rolling mill, the work roll having an axis about which it is rotatable; and a shroud for positioning adjacent the work roll when in use so as to provide a cooling space within which a coolant is brought into contact with the work roll, characterized in that the shroud including a first part disposed on the chock so as to provide a predetermined gap between the first part and the work roll, a second part, and a connection for releasably connecting the first and second parts; wherein, in a connected condition the first and second parts are joined so as to provide the cooling space within the shroud, and in a disconnected condition each of the at least one chock, the first part of the shroud and the work roll may be axially removed from the rolling mill and second part of the shroud.
A service transmission method using a Flexible Optical Transport Network, FlexO, comprising: mapping customer service data into N FlexO frames on M Physical Layer, PHY, links of a FlexO transmission group; and sending the N FlexO frames through the FlexO transmission group; the FlexO transmission group comprises M PHY links, wherein the M is greater than or equal to 1, and the N is greater than or equal to the M, characterized in that the customer service data occupies the same number of cells in the FlexO frame of each PHY link, and cell locations of the occupied cells are the same. mapping customer service data into N FlexO frames on M Physical Layer, PHY, links of a FlexO transmission group; and sending the N FlexO frames through the FlexO transmission group; the FlexO transmission group comprises M PHY links, wherein the M is greater than or equal to 1, and the N is greater than or equal to the M, characterized in that the customer service data occupies the same number of cells in the FlexO frame of each PHY link, and cell locations of the occupied cells are the same.
A method of determining actual first and second radius and phase angle values (r p, θ p, r n, θ n) of a first time-domain symmetrical component ( v abc +) of an AC voltage in a multi-phase AC network comprising the steps of: (a) expressing a measured AC voltage (v abc) in the AC network as at least a first time-domain symmetrical sequence component ( v abc +); (b) equating the first time-domain symmetrical sequence component ( v abc +) to a summation of first and second polar quantities, the first polar quantity having a first radius value (r p) and a first phase angle value ( θ p) and the second polar quantity having a second radius value (r n) and a second phase angle value ( θ n); and (c) calculating actual first radius and phase angle values ( r p, θ p) by iteratively subtracting estimated second radius and phase angle values ( r̂ n, θ̂ n) from the first time-domain symmetrical sequence component ( v abc +) and calculating actual second radius and phase angle values (r n, θ n) by iteratively subtracting estimate first radius and phase angle values (r̂ p, θ̂ p) from the first time-domain symmetrical sequence component ( v abc +), both while driving the difference between the estimated (r̂ p, θ̂ p, r̂ n, θ̂ n) and actual (r p, θ p, r n, θ n) values to zero. (a) expressing a measured AC voltage (v abc) in the AC network as at least a first time-domain symmetrical sequence component ( v abc +); (b) equating the first time-domain symmetrical sequence component ( v abc +) to a summation of first and second polar quantities, the first polar quantity having a first radius value (r p) and a first phase angle value ( θ p) and the second polar quantity having a second radius value (r n) and a second phase angle value ( θ n); and (c) calculating actual first radius and phase angle values ( r p, θ p) by iteratively subtracting estimated second radius and phase angle values ( r̂ n, θ̂ n) from the first time-domain symmetrical sequence component ( v abc +) and calculating actual second radius and phase angle values (r n, θ n) by iteratively subtracting estimate first radius and phase angle values (r̂ p, θ̂ p) from the first time-domain symmetrical sequence component ( v abc +), both while driving the difference between the estimated (r̂ p, θ̂ p, r̂ n, θ̂ n) and actual (r p, θ p, r n, θ n) values to zero.
A process for manufacturing a film comprising the following steps: a) preparing a film-forming mixture comprising at least one film-forming agent, b) depositing a dose of said mixture into a cavity of a cavity support, the mixture having a viscosity of 1 to 8000 mPa.s at the temperature of said film-forming mixture during the deposition step b), c) curing of said mixture so as to obtain a film, d) closing said cavity by a hermetic closure means. a) preparing a film-forming mixture comprising at least one film-forming agent, b) depositing a dose of said mixture into a cavity of a cavity support, the mixture having a viscosity of 1 to 8000 mPa.s at the temperature of said film-forming mixture during the deposition step b), c) curing of said mixture so as to obtain a film, d) closing said cavity by a hermetic closure means.
A Bluetooth connection method, comprising: after a classic Bluetooth connection between a first terminal and a second terminal is released, sending, by the first terminal, a BLE advertising message, wherein both the first terminal and the second terminal support Bluetooth low energy BLE and classic Bluetooth, and the BLE advertising message comprises device information; receiving, by the second terminal, the BLE advertising message, and obtaining the device information; matching, by the second terminal, the device information with prestored device information; if the device information obtained by the second terminal successfully matches the prestored device information, initiating, by the second terminal, a classic Bluetooth connection request to the first terminal; and establishing, by the first terminal, a classic Bluetooth connection to the second terminal, characterized in that the device information is a first ciphertext generated by the first terminal; and the matching, by the second terminal, the device information with prestored device information is specifically: matching, by the second terminal, the obtained first ciphertext generated by the first terminal with a prestored second ciphertext generated by the second terminal, wherein the first terminal and the second terminal obtain a same public attribute and same status data of the classic Bluetooth connection, and generate the first ciphertext and the second ciphertext by encrypting the public attribute and the status data using a same encryption algorithm. after a classic Bluetooth connection between a first terminal and a second terminal is released, sending, by the first terminal, a BLE advertising message, wherein both the first terminal and the second terminal support Bluetooth low energy BLE and classic Bluetooth, and the BLE advertising message comprises device information; receiving, by the second terminal, the BLE advertising message, and obtaining the device information; matching, by the second terminal, the device information with prestored device information; if the device information obtained by the second terminal successfully matches the prestored device information, initiating, by the second terminal, a classic Bluetooth connection request to the first terminal; and establishing, by the first terminal, a classic Bluetooth connection to the second terminal, characterized in that the device information is a first ciphertext generated by the first terminal; and the matching, by the second terminal, the device information with prestored device information is specifically: matching, by the second terminal, the obtained first ciphertext generated by the first terminal with a prestored second ciphertext generated by the second terminal, wherein the first terminal and the second terminal obtain a same public attribute and same status data of the classic Bluetooth connection, and generate the first ciphertext and the second ciphertext by encrypting the public attribute and the status data using a same encryption algorithm.
An electrical switching apparatus comprising: a frame having an external wall, an internal wall, and a slot between the external wall and internal wall; a printed circuit board coupled to said frame; and a harness assembly (100, 200) comprising: a plurality of individual wires (102, 104, 106, 108, 110, 202, 204) each extending through the slot and being electrically connected to said printed circuit board; and a restriction mechanism (120, 220) comprising a sleeve member (122, 222) surrounding each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) in order to prevent longitudinal movement of each of said plurality of individual wires with respect to each other, said sleeve member (122, 222) being disposed within the slot, characterised in that each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) has a helical-shaped portion (103, 105, 107, 109, 111) disposed internal with respect to said sleeve member (122, 222), thereby allowing each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) to engage said sleeve member (122, 222). a frame having an external wall, an internal wall, and a slot between the external wall and internal wall; a printed circuit board coupled to said frame; and a harness assembly (100, 200) comprising: a plurality of individual wires (102, 104, 106, 108, 110, 202, 204) each extending through the slot and being electrically connected to said printed circuit board; and a restriction mechanism (120, 220) comprising a sleeve member (122, 222) surrounding each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) in order to prevent longitudinal movement of each of said plurality of individual wires with respect to each other, said sleeve member (122, 222) being disposed within the slot, characterised in that each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) has a helical-shaped portion (103, 105, 107, 109, 111) disposed internal with respect to said sleeve member (122, 222), thereby allowing each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) to engage said sleeve member (122, 222). a plurality of individual wires (102, 104, 106, 108, 110, 202, 204) each extending through the slot and being electrically connected to said printed circuit board; and a restriction mechanism (120, 220) comprising a sleeve member (122, 222) surrounding each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) in order to prevent longitudinal movement of each of said plurality of individual wires with respect to each other, said sleeve member (122, 222) being disposed within the slot, characterised in that each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) has a helical-shaped portion (103, 105, 107, 109, 111) disposed internal with respect to said sleeve member (122, 222), thereby allowing each of said plurality of individual wires (102, 104, 106, 108, 110, 202, 204) to engage said sleeve member (122, 222).
A process for the ring opening polymerization of a cyclosiloxane comprising contacting a composition comprising a cyclosiloxane and a silanol teminated poly(dimethylsiloxane) with a N-trialkylsilyl-bis(perfluoroalkylsulfonyl)imide compound.