mhurhangee/ep-ind-claims huggingface dataset:
A positive electrode for a secondary battery, the positive electrode comprising: a positive electrode collector; a porous positive electrode active material layer disposed on a surface of the positive electrode collector and including a positive electrode active material and first carbon nanotubes; and a conductive layer disposed on a surface of the positive electrode active material layer, wherein the conductive layer comprises a porous network structure formed by a plurality of second carbon nanotubes and has a porosity equal to or greater than a porosity of the positive electrode active material layer + 10 vol%. a positive electrode collector; a porous positive electrode active material layer disposed on a surface of the positive electrode collector and including a positive electrode active material and first carbon nanotubes; and a conductive layer disposed on a surface of the positive electrode active material layer, wherein the conductive layer comprises a porous network structure formed by a plurality of second carbon nanotubes and has a porosity equal to or greater than a porosity of the positive electrode active material layer + 10 vol%.
Method for forming a functionalised guide pattern intended for the self-assembly of a block copolymer by graphoepitaxy, the forming method comprising the following steps: - forming on a substrate a first functionalisation layer made of a first material having a first chemical affinity with respect to the block copolymer; - depositing a protective layer on the first functionalisation layer; - forming a guide pattern on the protective layer, the guide pattern comprising at least one cavity opening onto the protective layer, the cavity comprising a bottom and side walls; - implanting ions having an atomic number less than 10 in a portion of the protective layer located at the bottom of the cavity by exposure to an ion bombardment, in such a way that the implanted portion of the protective layer can be selectively etched with respect to the non-implanted portion of the protective layer; - forming, in the cavity, a second functionalisation layer made of a second material having a second chemical affinity with respect to the block copolymer, the second functionalisation layer comprising a first portion arranged on the protective layer at the bottom of the cavity and a second portion arranged on the side walls of the cavity; and - etching the implanted portion of the protective layer and the first portion of the second functionalisation layer selectively with respect to the non-implanted portion of the protective layer, the second portion of the second functionalisation layer and the first functionalisation layer, so as to expose a portion of the first functionalisation layer located at the bottom of the cavity. - forming on a substrate a first functionalisation layer made of a first material having a first chemical affinity with respect to the block copolymer; - depositing a protective layer on the first functionalisation layer; - forming a guide pattern on the protective layer, the guide pattern comprising at least one cavity opening onto the protective layer, the cavity comprising a bottom and side walls; - implanting ions having an atomic number less than 10 in a portion of the protective layer located at the bottom of the cavity by exposure to an ion bombardment, in such a way that the implanted portion of the protective layer can be selectively etched with respect to the non-implanted portion of the protective layer; - forming, in the cavity, a second functionalisation layer made of a second material having a second chemical affinity with respect to the block copolymer, the second functionalisation layer comprising a first portion arranged on the protective layer at the bottom of the cavity and a second portion arranged on the side walls of the cavity; and - etching the implanted portion of the protective layer and the first portion of the second functionalisation layer selectively with respect to the non-implanted portion of the protective layer, the second portion of the second functionalisation layer and the first functionalisation layer, so as to expose a portion of the first functionalisation layer located at the bottom of the cavity.
A remediation composition, comprising: a composition comprising activated carbon impregnated with elemental iron; a first set of one or more organisms able to degrade at least one halogenated compound; at least one polyamide or at least one polysaccharide; and a second set of one or more organisms able to degrade the at least one polyamide or at least one polysaccharide into smaller molecules or compounds useful to the first set of one or more organisms during degradation of the halogenated compound; wherein the second set of one or more organisms degrades the at least one polyamide or at least one polysaccharide over a period of time of at least 20 days; and wherein the smaller molecules or compounds donate electrons for use by the first set of one or more organisms during the degradation of the halogenated compound; whereby in combination the composition comprising activated carbon impregnated with elemental iron, the at least one polyamide or at least one polysaccharide and the second set of one or more organisms provide a time release platform fueling the degradation by the first set of one or more organisms. a composition comprising activated carbon impregnated with elemental iron; a first set of one or more organisms able to degrade at least one halogenated compound; at least one polyamide or at least one polysaccharide; and a second set of one or more organisms able to degrade the at least one polyamide or at least one polysaccharide into smaller molecules or compounds useful to the first set of one or more organisms during degradation of the halogenated compound; wherein the second set of one or more organisms degrades the at least one polyamide or at least one polysaccharide over a period of time of at least 20 days; and wherein the smaller molecules or compounds donate electrons for use by the first set of one or more organisms during the degradation of the halogenated compound; whereby in combination the composition comprising activated carbon impregnated with elemental iron, the at least one polyamide or at least one polysaccharide and the second set of one or more organisms provide a time release platform fueling the degradation by the first set of one or more organisms.
A stretchable film of a cured product of a resin comprising a polymer compound having a urethane bond in a main chain thereof, a repeating unit containing a fluorine atom, and a repeating unit containing a silicon atom, wherein the polymer compound has a structure shown by the following general formula: wherein R 1, R 2, R 3, R 4, R 5, and R 6 each represent a linear, branched, or cyclic alkyl group having 1 to 6 carbon atoms, a phenyl group, a 3,3,3-trifluoropropyl group, or a -(OSiR 7 R 8) n -OSiR 9 R 10 R 11 group; R 7, R 8, R 9, R 10, and R 11 each have the same meaning as R 1 to R 6; each R independently represents a single bond or a methylene group; "n" represents a number in a range of 0 to 100; R 12 represents a single bond, a methylene group, or an ethylene group; R 13 represents a hydrogen atom or a linear alkyl group having 1 to 4 carbon atoms; R 14 represents a hydrogen atom or a methyl group; X represents a linear or branched alkylene group having 3 to 7 carbon atoms, optionally containing an ether group; Rf 1 represents a linear or branched alkylene group having 1 to 200 carbon atoms and at least one fluorine atom, optionally containing an ether group; and "a", "b1", and "b2" are each number of units in the structure and are integers in ranges of 1 ≤ a ≤ 20, 0 ≤ b1 ≤ 20, 0 ≤ b2 ≤ 20, and 1≦ b1+b2 ≤ 20.
Transport trolley, that can be moved by hand, having a push handle arrangement with two handle support arms, having two fastening elements for fastening the push handle on a respective handle support arm of the transport trolley, wherein each fastening element forms a fastening axis, extending at least substantially transversely, for a respective handle part, wherein the longitudinal axes of the handle parts are arranged at least substantially perpendicular to the fastening axis, and wherein the handle parts are mounted to be rotatable about their fastening axis, and wherein the handle parts can be fixed in a push position, wherein the push position is specified as a defined position, wherein the defined position is specified by an engagement of the handle parts upon reaching the desired position characterized in that each fastening element has a handle profile extending substantially transversely at the end facing away from its handle support arm, wherein the level of the handle profile slopes down to the handle support arm.
Method for obtaining a lipophilic extract of brown algae gametophytes, comprising the following successive steps: - a step A) of preparing a water/alcohol suspension of gametophyte cells by mixing an aqueous suspension of brown algae gametophyte cells with at least one aliphatic alcohol containing one to four carbon atoms; - a step B) of mixing the said water/alcohol suspension of algae gametophyte cells obtained in step A) with at least one triglyceride of fatty acids containing eight to twenty-two carbon atoms; - a step C) of adding water to the multiphase mixture obtained in step B); - a step D) of isolating the said lipophilic extract of brown algae gametophytes from the mixture obtained in step C). - a step A) of preparing a water/alcohol suspension of gametophyte cells by mixing an aqueous suspension of brown algae gametophyte cells with at least one aliphatic alcohol containing one to four carbon atoms; - a step B) of mixing the said water/alcohol suspension of algae gametophyte cells obtained in step A) with at least one triglyceride of fatty acids containing eight to twenty-two carbon atoms; - a step C) of adding water to the multiphase mixture obtained in step B); - a step D) of isolating the said lipophilic extract of brown algae gametophytes from the mixture obtained in step C).
A method by a terminal which is a group member terminal in a communication system, the method comprising: receiving, from a base station, a ranging-response, RNG-RSP, message comprising a ranging status for a group, the ranging status being received in response to a first ranging code transmitted by a group delegate terminal in the group; if the ranging status for the group indicates success, transmitting, to the base station, a ranging-request, RNG-REQ, message comprising a second ranging code and an identifier of the terminal to initiate a network reentry procedure; if the ranging status for the group indicates abort, starting a ranging abort timer and aborting a ranging procedure until the ranging abort timer expires. receiving, from a base station, a ranging-response, RNG-RSP, message comprising a ranging status for a group, the ranging status being received in response to a first ranging code transmitted by a group delegate terminal in the group; if the ranging status for the group indicates success, transmitting, to the base station, a ranging-request, RNG-REQ, message comprising a second ranging code and an identifier of the terminal to initiate a network reentry procedure; if the ranging status for the group indicates abort, starting a ranging abort timer and aborting a ranging procedure until the ranging abort timer expires.
A robot control system comprising: a) plural robots that are disposed in a region; b) a generating unit that is arranged to divide the region into plural small regions (a i,j) and that is arranged to generate disposition position information for specifying disposition positions of each of the plural robots in the region based on a value indicating a use possibility of a robot in each small region; and c) a disposition unit that is arranged to dispose the plural robots in the region in accordance with the disposition position information generated by the generating unit; characterized in that the generating unit is arranged to generate disposition position information based on a value indicating a use possibility of a robot in each small region (a i,j); and in that the generating unit calculates the value indicating the use possibility of a robot based on a population density of the small region (a i,j), a value that is determined by a characteristic of a person present in the small region, and a value that is determined by a field characteristic of the small region (a i,j). a) plural robots that are disposed in a region; b) a generating unit that is arranged to divide the region into plural small regions (a i,j) and that is arranged to generate disposition position information for specifying disposition positions of each of the plural robots in the region based on a value indicating a use possibility of a robot in each small region; and c) a disposition unit that is arranged to dispose the plural robots in the region in accordance with the disposition position information generated by the generating unit;
Valve, in particular heat exchanger valve comprising a housing arrangement (2, 5, 6, 7), a valve element within said housing arrangement (2, 5, 6, 7), stuffing box means comprising a removable stuffing box housing and a stuffing box holder and being connected to said housing arrangement (2, 5, 6, 7), and a pin slidingly accommodated within said stuffing box means, wherein said stuffing box housing is made of a plastic material, characterized in that said stuffing box means are connected to said housing arrangement (2, 5, 6, 7) by means of a thread-free connection allowing mounting of the stuffing box means without any tool.
Locking device comprising: - a frame; - a blocking unit; - a motorised lever; - a mobile locking unit, the displacement of which can be prevented by the blocking unit interacting with the motorised lever in order to maintain the locking device in a locked state, the said motorised lever being mobile in rotation around an axis relative to the frame, between a locking position, in which it prevents the displacement of the blocking unit, in order to maintain the locking device in the locked state, and an unlocking position, in which it permits the displacement of the blocking unit, in the locking position, the lever being in mechanical contact with the frame only by means of its axis of rotation; and - an actuator which can displace the lever between its locking and unlocking positions, characterised in that: - the centre of gravity of the said lever is situated on the said axis; and - the said lever is maintained in a determined stable position corresponding to the locking position, without electrical consumption, by the action of a magnetic force acting without any mechanical contact on the lever. - a frame; - a blocking unit; - a motorised lever; - a mobile locking unit, the displacement of which can be prevented by the blocking unit interacting with the motorised lever in order to maintain the locking device in a locked state, the said motorised lever being mobile in rotation around an axis relative to the frame, between a locking position, in which it prevents the displacement of the blocking unit, in order to maintain the locking device in the locked state, and an unlocking position, in which it permits the displacement of the blocking unit, in the locking position, the lever being in mechanical contact with the frame only by means of its axis of rotation; and - an actuator which can displace the lever between its locking and unlocking positions, - the centre of gravity of the said lever is situated on the said axis; and - the said lever is maintained in a determined stable position corresponding to the locking position, without electrical consumption, by the action of a magnetic force acting without any mechanical contact on the lever.
Apparatus comprising: a compressor hub assembly; a compression member coupled to the compressor hub assembly; wherein the compressor hub assembly comprises: a hub member including a first portion defining an annular hub wall for said compression member and having a first inner diameter, a second portion having a second inner diameter greater than the first inner diameter and defining a stepped region between said first and second portions; a valve retainer fixed to said hub member at an end of said second portion opposite said stepped region and defining a third inner diameter; and a valve member located between said valve retainer and said stepped region and having an outer diameter less than the second inner diameter and greater than the first and third inner diameters, wherein said compression member includes a protrusion (91, 93, 491) with which the valve member is in selective sealing engagement, wherein the stepped region defines a valve stop, wherein the valve member is axially retained between the valve stop and the valve retainer, and wherein the valve retainer has a thickness less than an axial extent of the protrusion. a compressor hub assembly; a compression member coupled to the compressor hub assembly; wherein the compressor hub assembly comprises: a hub member including a first portion defining an annular hub wall for said compression member and having a first inner diameter, a second portion having a second inner diameter greater than the first inner diameter and defining a stepped region between said first and second portions; a valve retainer fixed to said hub member at an end of said second portion opposite said stepped region and defining a third inner diameter; and a valve member located between said valve retainer and said stepped region and having an outer diameter less than the second inner diameter and greater than the first and third inner diameters, a hub member including a first portion defining an annular hub wall for said compression member and having a first inner diameter, a second portion having a second inner diameter greater than the first inner diameter and defining a stepped region between said first and second portions; a valve retainer fixed to said hub member at an end of said second portion opposite said stepped region and defining a third inner diameter; and a valve member located between said valve retainer and said stepped region and having an outer diameter less than the second inner diameter and greater than the first and third inner diameters, wherein said compression member includes a protrusion (91, 93, 491) with which the valve member is in selective sealing engagement, wherein the stepped region defines a valve stop, wherein the valve member is axially retained between the valve stop and the valve retainer, and wherein the valve retainer has a thickness less than an axial extent of the protrusion.
DELTA ROBOT FOR LINING ENDS comprising three servomotors positioned with an angular spacing of 120° the output of each the servomotor being provided with a conical coupling connected to r od which in turn transmits the movement to the upper end of a symmetrical pair of arms (3, 3') connected by means of a bolt which passes through the rod via a through-hole in said rod and through two separate stops via a through-hole in said stops, the bolt being connected to bearings (6, 6') by shafts that join said bearings (6, 6') through respective shaft holes in said bolt, the ends of the arms (3, 3') being provided on opposite sides with a machined section with rectangular geometry, said bearings (6,6') being inserted on each machined section through a bore made in said machined section from the inside out, so that the hole is not complete and the bearings (6,6') abut the outer wall of the arm; the coupling of the arms (3, 3') by a bolt and stops being repeated at the lower end of the arms, this time to form the articulation with a platform, which has three ends positioned with a 120° angular spacing between each one, with a through-hole for the bolt.
A method performed in a control unit for opening a contactor device, the contactor device comprising a carrier being movable between a closed position in which a current is allowed to flow in a current path and an open position in which the current path is broken and separation springs (7a. 7b) arranged to enable the carrier in its fully open position, the control unit being configured to enable the movement of the carrier between the closed position and the open position by energizing a coil of an electromagnetic circuit, the method being characterized by comprising: - initiating the opening of the contactor device by de-energizing the coil, wherein the de-energizing comprises using a demagnetization circuit comprising a discharge element, the discharge element being arranged to consume energy in the coil, - bypassing, at a first point of time, the discharge element, and - re-energizing the coil, wherein the coil is re-energized before the carrier reaches its fully open position. - initiating the opening of the contactor device by de-energizing the coil, wherein the de-energizing comprises using a demagnetization circuit comprising a discharge element, the discharge element being arranged to consume energy in the coil, - bypassing, at a first point of time, the discharge element, and - re-energizing the coil, wherein the coil is re-energized before the carrier reaches its fully open position.
A signal processing device comprising: a speed converting unit including a memory; a data writing unit configured to write data of m channels into the memory; the speed converting unit being configured to cause data reading speed from the memory to be larger as compared to data writing speed into the memory, a channel number converting unit configured to output the data read from the memory as data of n channels, m being larger than n; a plurality of serial data transferring units (SA-SE) configured to transfer the data of the n channels to a processing device in a subsequent stage, the speed converting unit is configured to convert data of different numbers of channels m1 and m2 as the data of the m channels into the data of the n channels, and thereby to control the frequency of reading the data from the memory to be the same. a speed converting unit including a memory; a data writing unit configured to write data of m channels into the memory; the speed converting unit being configured to cause data reading speed from the memory to be larger as compared to data writing speed into the memory, a channel number converting unit configured to output the data read from the memory as data of n channels, m being larger than n; a plurality of serial data transferring units (SA-SE) configured to transfer the data of the n channels to a processing device in a subsequent stage, the speed converting unit is configured to convert data of different numbers of channels m1 and m2 as the data of the m channels into the data of the n channels, and thereby to control the frequency of reading the data from the memory to be the same.
A flexible flat cable comprising a laminate comprising Z one or more layers formed of an adhesive resin composition, the adhesive resin composition comprising: 20 to 70% by mass of an acid-modified polypropylene-based resin; 20 to 60% by mass of a polypropylene-based resin; and 2 to 25% by mass of a copolymer of ethylene and one or more kinds of comonomers selected from the group consisting of vinyl acetate, alkyl methacrylate, and alkyl acrylate; with the proviso that the sum of the percentages of the component, the component, and the component is 100% by mass. 20 to 70% by mass of an acid-modified polypropylene-based resin; 20 to 60% by mass of a polypropylene-based resin; and 2 to 25% by mass of a copolymer of ethylene and one or more kinds of comonomers selected from the group consisting of vinyl acetate, alkyl methacrylate, and alkyl acrylate;