mhurhangee/ep-ind-claims huggingface dataset:
An electrically assisted street scooter comprising: a handlebar a deck at least one front wheel at least one rear wheel a battery pack integral with said deck; at least one electrical motor (10,11) for driving at least one of said wheels; a drive circuit for controlling electrical supply to said electrical motor from said battery pack, characterized in that said drive circuit comprises: a switch for setting said drive circuit in a low power-mode where said electrical motor is not powered when the switch is off, or for setting said drive circuit in a drive mode where said electrical motor can be powered when the switch is on, an auto-power on circuit for automatically switching said switch on when a user pushes said street scooter; an auto-power off circuit for automatically switching said switch off when the scooter is not used during a predetermined duration. a handlebar a deck at least one front wheel at least one rear wheel a battery pack integral with said deck; at least one electrical motor (10,11) for driving at least one of said wheels; a drive circuit for controlling electrical supply to said electrical motor from said battery pack, characterized in that said drive circuit comprises: a switch for setting said drive circuit in a low power-mode where said electrical motor is not powered when the switch is off, or for setting said drive circuit in a drive mode where said electrical motor can be powered when the switch is on, an auto-power on circuit for automatically switching said switch on when a user pushes said street scooter; an auto-power off circuit for automatically switching said switch off when the scooter is not used during a predetermined duration. a switch for setting said drive circuit in a low power-mode where said electrical motor is not powered when the switch is off, or for setting said drive circuit in a drive mode where said electrical motor can be powered when the switch is on, an auto-power on circuit for automatically switching said switch on when a user pushes said street scooter; an auto-power off circuit for automatically switching said switch off when the scooter is not used during a predetermined duration.
A system comprising: a waveform generator configured to provide a direct current waveform to one or more electrodes, wherein the DC comprises at least two phases: a first phase with a first amplitude capable of providing a block of a neural structure within 1 second, wherein the first amplitude is a suprathreshold value for the neural structure; and a second phase with a second amplitude less than the first amplitude, wherein the second amplitude is a subthreshold value for the neural structure; and one or more electrodes configured to be in electrical communication with the neural structure and to: deliver the first phase for a first time to provide the block of the neural structure that primes the neural structure; and deliver the second phase for a second time, after the first time, to maintain the block of the neural structure. a waveform generator configured to provide a direct current waveform to one or more electrodes, wherein the DC comprises at least two phases: a first phase with a first amplitude capable of providing a block of a neural structure within 1 second, wherein the first amplitude is a suprathreshold value for the neural structure; and a second phase with a second amplitude less than the first amplitude, wherein the second amplitude is a subthreshold value for the neural structure; and a first phase with a first amplitude capable of providing a block of a neural structure within 1 second, wherein the first amplitude is a suprathreshold value for the neural structure; and a second phase with a second amplitude less than the first amplitude, wherein the second amplitude is a subthreshold value for the neural structure; and one or more electrodes configured to be in electrical communication with the neural structure and to: deliver the first phase for a first time to provide the block of the neural structure that primes the neural structure; and deliver the second phase for a second time, after the first time, to maintain the block of the neural structure. deliver the first phase for a first time to provide the block of the neural structure that primes the neural structure; and deliver the second phase for a second time, after the first time, to maintain the block of the neural structure.
An implant comprising a main body made of magnesium or a biocorrodible magnesium alloy and a corrosion-inhibiting passivation layer covering the main body, wherein the passivation layer contains a composite of a biodegradable polymer and nanoparticles of clay minerals, wherein the clay mineral is an organo-modified clay mineral.
A controller which performs wireless communication with a plurality of battery monitoring devices (BM1 - BM4) that are connected to a battery formed by connecting a plurality of battery cell groups in series to each other, and that monitor a state of the battery for the respective battery cell groups, each of the plurality of battery cell groups being formed by one or a plurality of battery cells (BC1 - BC4) connected in series, wherein the controller sequentially sets communication ranges, transmission electric powers, or antenna gains for performing wireless communication with the plurality of respective battery monitoring devices (BM1 - BM4) in an order of potentials of the battery cell groups in the battery, to which the battery monitoring devices (BM1 - BM4) are connected, on the basis of information set in advance, and performs wireless communication with each of the battery monitoring devices (BM1 - BM4) in accordance with the set result and assigns the identification information to each of the plurality of battery monitoring devices (BM1 - BM4) in the order of potentials.
Transformer core, comprising: a first yoke, a second yoke, a column having a column main axis and extending between the first yoke and the second yoke, and an elongate clamping structure comprising an elongate rigid member having a rigid member main axis, wherein the column includes an elongate opening having an opening main axis which is oriented transversal with respect to the column main axis, wherein the rigid member is positioned within the elongate opening such that the rigid member main axis is oriented parallel to the opening main axis, wherein the elongate clamping structure comprises a first end portion and an opposing second end portion, wherein the first and second end portions (20, 22) are configured to compress a portion of the column which surrounds the clamping structure, wherein the first end portion and/or the second end portion of the elongate clamping structure comprises a fixing member (24, 24') having a conical shaped head portion (26, 26'), wherein the elongate opening comprises at least one conical end portion (30, 30') which is shaped correspondent to the conical shaped head portion (26, 26') of the fixing member (24, 24'), and characterized in that the transformer core further comprises at least one washer positioned around the conical shaped head portion (26, 26') of the fixing member (24, 24') and arranged between the conical shaped head portion (26, 26') and the at least one conical end portion (30, 30') of the elongate opening, wherein the at least one washer is made from an electrically insulating material. a first yoke, a second yoke, a column having a column main axis and extending between the first yoke and the second yoke, and an elongate clamping structure comprising an elongate rigid member having a rigid member main axis, wherein the column includes an elongate opening having an opening main axis which is oriented transversal with respect to the column main axis, wherein the rigid member is positioned within the elongate opening such that the rigid member main axis is oriented parallel to the opening main axis, wherein the elongate clamping structure comprises a first end portion and an opposing second end portion, wherein the first and second end portions (20, 22) are configured to compress a portion of the column which surrounds the clamping structure, wherein the first end portion and/or the second end portion of the elongate clamping structure comprises a fixing member (24, 24') having a conical shaped head portion (26, 26'), wherein the elongate opening comprises at least one conical end portion (30, 30') which is shaped correspondent to the conical shaped head portion (26, 26') of the fixing member (24, 24'), and characterized in that the transformer core further comprises at least one washer positioned around the conical shaped head portion (26, 26') of the fixing member (24, 24') and arranged between the conical shaped head portion (26, 26') and the at least one conical end portion (30, 30') of the elongate opening, wherein the at least one washer is made from an electrically insulating material.
A process for the synthesis of Melphalan: said process comprising the reaction of a 4-amino-L-phenylalanine protected at the carboxy and amino aminoacidic groups with an agent able to convert the aromatic amino group into a group of formula: -N(CH 2 CH 2 OS n O -) 2, wherein n is 1 or 2 followed by conversion of the -N(CH 2 CH 2 OS n O -) 2 group into a -N(CH 2 CH 2 Cl) 2 group.
Tyre for a heavy vehicle of the construction plant type, comprising: - two beads intended to come into contact with a rim and connected to one another by a carcass reinforcement comprising at least one carcass layer, - the or each carcass layer comprising a main part wrapped, in each bead, axially from the inside towards the outside of the tyre, around a bead wire having a diameter, to form a turnup having a free end, - each bead comprising a filling element comprising at least one filling compound and extending radially towards the outside from the bead wire and axially between the turnup and the main part, - the distance between the turnup and the main part decreasing continuously from the bead wire as far as a first minimum distance (a) reached at a first point of the turnup, then increasing continuously from the first point of the turnup as far as a first maximum distance (b) reached at a second point of the turnup, the distance between the turnup and the main part decreasing continuously from the second point of the turnup as far as a second minimum distance (c) reached at a third point of the turnup radially on the inside of the free end of the turnup, characterized in that the distance between the turnup and the main part increases continuously from the third point of the turnup as far as a second maximum distance (d) reached at a fourth point of the turnup that is radially on the inside of the free end of the turnup. - two beads intended to come into contact with a rim and connected to one another by a carcass reinforcement comprising at least one carcass layer, - the or each carcass layer comprising a main part wrapped, in each bead, axially from the inside towards the outside of the tyre, around a bead wire having a diameter, to form a turnup having a free end, - each bead comprising a filling element comprising at least one filling compound and extending radially towards the outside from the bead wire and axially between the turnup and the main part, - the distance between the turnup and the main part decreasing continuously from the bead wire as far as a first minimum distance (a) reached at a first point of the turnup, then increasing continuously from the first point of the turnup as far as a first maximum distance (b) reached at a second point of the turnup, the distance between the turnup and the main part decreasing continuously from the second point of the turnup as far as a second minimum distance (c) reached at a third point of the turnup radially on the inside of the free end of the turnup,
A method for preparing a reversible solid oxide fuel cell stack, comprising the steps of: - providing a first component which comprises at least one porous metal containing layer, wherein at least one layer is an electrode layer containing anode material; - applying an electrolyte layer on said electrode layer; - sintering the first component under reducing conditions; - applying a sealing and/or spacer layer and an cathode layer on top of said electrolyte layer of the first component; - providing a second component comprising at least one porous metal containing layer;. - applying an interconnect layer on said porous metal containing layer; - sintering the second component under reducing conditions; - after sintering of the first and second component, impregnating at least one of the anode and cathode layer with a catalyst; - applying a sealing and/or spacer layer and a contact layer on the top of said interconnect layer of the second component; - stacking at least two of said first components and second components in an alternate order; and - sealing/bonding the stack. - providing a first component which comprises at least one porous metal containing layer, wherein at least one layer is an electrode layer containing anode material; - applying an electrolyte layer on said electrode layer; - sintering the first component under reducing conditions; - applying a sealing and/or spacer layer and an cathode layer on top of said electrolyte layer of the first component; - providing a second component comprising at least one porous metal containing layer;. - applying an interconnect layer on said porous metal containing layer; - sintering the second component under reducing conditions; - after sintering of the first and second component, impregnating at least one of the anode and cathode layer with a catalyst; - applying a sealing and/or spacer layer and a contact layer on the top of said interconnect layer of the second component; - stacking at least two of said first components and second components in an alternate order; and - sealing/bonding the stack.
A circuit board structure, comprising: a dielectric substrate comprising: a main segment having an opening; a rib segment extending across a full width of the opening; and a plurality of extending segments extending inward from the main segment, wherein a first gap is disposed between the rib segment and each of the extending segments; a plurality of grounding sheets (150, 160) placed on a top surface of the dielectric substrate and a bottom surface opposite to the top surface, wherein the plurality of grounding sheets (150, 160) cover the rib segment and a majority portion of the main segment; a plurality of top feeding sheets placed on the top surface and covering the extending segments; a plurality of bottom feeding sheets placed on the bottom surface and covering the extending segments, wherein the top feeding sheets and the bottom feeding sheets are electrically isolated from the grounding sheets (150, 160); and a conductor disposed in a plurality of first holes, disposed in the main segment and the rib segment, for electrically coupling the grounding sheets (150, 160), and the conductor is further disposed in a plurality of second holes, disposed in the extending segments, for electrically coupling the top feeding sheets to the bottom feeding sheet. a dielectric substrate comprising: a main segment having an opening; a rib segment extending across a full width of the opening; and a plurality of extending segments extending inward from the main segment, wherein a first gap is disposed between the rib segment and each of the extending segments; a main segment having an opening; a rib segment extending across a full width of the opening; and a plurality of extending segments extending inward from the main segment, wherein a first gap is disposed between the rib segment and each of the extending segments; a plurality of grounding sheets (150, 160) placed on a top surface of the dielectric substrate and a bottom surface opposite to the top surface, wherein the plurality of grounding sheets (150, 160) cover the rib segment and a majority portion of the main segment; a plurality of top feeding sheets placed on the top surface and covering the extending segments; a plurality of bottom feeding sheets placed on the bottom surface and covering the extending segments, wherein the top feeding sheets and the bottom feeding sheets are electrically isolated from the grounding sheets (150, 160); and a conductor disposed in a plurality of first holes, disposed in the main segment and the rib segment, for electrically coupling the grounding sheets (150, 160), and the conductor is further disposed in a plurality of second holes, disposed in the extending segments, for electrically coupling the top feeding sheets to the bottom feeding sheet.
The method of producing at least a pair of interlocking adjacent layers of a paper packaging product, said pair of interlocking adjacent layers being formed of a first sheet of slit paper and a second sheet of slit paper, said first sheet of slit paper having a first slit pattern and said second sheet of slit paper having said first slit pattern, said slit pattern upon expansion, forming cells that include land regions that are inclined with respect to the plane of the unexpanded sheet, slitting said first sheet of slit paper and said second sheet of slit paper to produce slits that upon expansion, produce lands regions of said first sheet that have angles of inclination in the range 50 to 85 degrees, orienting and expanding said second sheet of slit paper, and causing said land regions to have an inclination angle in the range from 130° to 95° relative to said first sheet of slit paper, layering said first expanded sheet on said second expanded sheet, and causing said land regions of said first expanded sheet to interlock with said second expanded sheet; characterized in that said slitting of said first sheet and said second sheet forms a substantially straight line cut along one edge of the slit and an angled cut along the other edge of the slit, thus forming a wedge shape that is wider on a first side of the blade entry point than on the other side of the blade entry point.
A reversible piezochromic system comprising: a first substrate; a second substrate; a cavity defined by an inside surface of said first substrate and an inside surface of said second substrate; and at least a first colored fluid disposed within said cavity, wherein the reversible piezochromic system is adapted so that upon application of pressure to the system the first fluid spreads from an equilibrium state to an active state, and upon relief of said pressure from said system the first fluid contracts to said equilibrium state; wherein the inside surface of at least one of the first and second substrates comprises both higher surface energy areas and lower surface energy areas; the first fluid wets either the higher surface energy areas or the lower surface energy areas; and wherein the face of at least one of the substrates is transparent or semi-transparent and wherein the transparent or semi-transparent face accounts for the whole device or a small portion of the overall device. a first substrate; a second substrate; a cavity defined by an inside surface of said first substrate and an inside surface of said second substrate; and at least a first colored fluid disposed within said cavity, wherein the reversible piezochromic system is adapted so that upon application of pressure to the system the first fluid spreads from an equilibrium state to an active state, and upon relief of said pressure from said system the first fluid contracts to said equilibrium state; wherein the inside surface of at least one of the first and second substrates comprises both higher surface energy areas and lower surface energy areas; the first fluid wets either the higher surface energy areas or the lower surface energy areas; and wherein the face of at least one of the substrates is transparent or semi-transparent and wherein the transparent or semi-transparent face accounts for the whole device or a small portion of the overall device.
A method for reporting channel usage information to a network controller (128; 202; 404) of a wireless network for channel resource re-allocation, comprising: receiving, at an access point (102; 206, 208, 210; 402), a set of data channel resources from the network controller (128; 202; 404) for providing network access to one or more mobile devices (116, 122); receiving, at the access point (102; 206, 208, 210; 402), a plurality of system acquisition requests from one or more mobile devices (116, 122); allocating, by the access point (102; 206, 208, 210; 402), one or more of the data channel resources of the received set of data channel resources to the one or more mobile devices (116, 122) to facilitate accessing the wireless network in response to the system acquisition requests; generating, by the access point (102; 206, 208, 210; 402), usage information related to the received set of data channel resources, reporting the usage information by the access point (102; 206, 208, 210; 402) to the network controller (128; 202; 404); and receiving, by the access point (102; 206, 208, 210; 402), an adjusted set of data channel resources from the network controller (128; 202; 404) in response to the reported usage information, characterized in that the reported usage information includes a number of requests received from the one or more mobile devices (116, 122) for which data channel resource allocation was denied. receiving, at an access point (102; 206, 208, 210; 402), a set of data channel resources from the network controller (128; 202; 404) for providing network access to one or more mobile devices (116, 122); receiving, at the access point (102; 206, 208, 210; 402), a plurality of system acquisition requests from one or more mobile devices (116, 122); allocating, by the access point (102; 206, 208, 210; 402), one or more of the data channel resources of the received set of data channel resources to the one or more mobile devices (116, 122) to facilitate accessing the wireless network in response to the system acquisition requests; generating, by the access point (102; 206, 208, 210; 402), usage information related to the received set of data channel resources, reporting the usage information by the access point (102; 206, 208, 210; 402) to the network controller (128; 202; 404); and receiving, by the access point (102; 206, 208, 210; 402), an adjusted set of data channel resources from the network controller (128; 202; 404) in response to the reported usage information, characterized in that the reported usage information includes a number of requests received from the one or more mobile devices (116, 122) for which data channel resource allocation was denied.