mhurhangee/patent-ind-claim-en huggingface dataset:
An electrode assembly arranged for receiving a connector, the electrode assembly comprising: a first electrode ; a second electrode ; and a bridge member extending between the first and second electrodes, the bridge member comprising: a first conductive trace extending from the first electrode; and a second conductive trace extending from the second electrode, wherein: the first and second electrodes are disposed on a substrate, characterized in that the bridge member includes an arch member which is displaced at a distance (D) from the substrate; and the first and second conductive traces extend along the arch member in a common region (R) and are electrically isolated from one another. a first electrode ; a second electrode ; and a bridge member extending between the first and second electrodes, the bridge member comprising: a first conductive trace extending from the first electrode; and a second conductive trace extending from the second electrode, wherein: a first conductive trace extending from the first electrode; and a second conductive trace extending from the second electrode, wherein: the first and second electrodes are disposed on a substrate, characterized in that the bridge member includes an arch member which is displaced at a distance (D) from the substrate; and the first and second conductive traces extend along the arch member in a common region (R) and are electrically isolated from one another.
A layered double hydroxide (LDH) separator (10, 10', 10") for secondary zinc batteries, comprising a porous substrate made of a polymer material; and a LDH plugging pores in the porous substrate, wherein the LDH separator (10, 10', 10") has in its inside a dendrite buffer layer, wherein the dendrite buffer layer is at least one selected from the group consisting of: (i) a pore-rich internal porous layer in the porous substrate, the internal porous layer being free from the LDH or deficient in the LDH; (ii) a releasable interfacial layer , which is provided by two adjacent layers constituting part of the LDH separator (10, 10', 10") being in releasable contact with each other; and (iii) an internal gap layer (10b") being free from the LDH and the porous substrate, which is provided by two adjacent layers constituting part of the LDH separator (10, 10', 10") being formed apart from each other; and wherein the LDH separator (10, 10', 10") has a helium permeability per unit area of 3.0 cm/atm·min or less as determined by applying a differential pressure within a range of 0.05 to 0.90 atm to the LDH separator , with 1 atm corresponding to 101325 Pa. (i) a pore-rich internal porous layer in the porous substrate, the internal porous layer being free from the LDH or deficient in the LDH; (ii) a releasable interfacial layer , which is provided by two adjacent layers constituting part of the LDH separator (10, 10', 10") being in releasable contact with each other; and (iii) an internal gap layer (10b") being free from the LDH and the porous substrate, which is provided by two adjacent layers constituting part of the LDH separator (10, 10', 10") being formed apart from each other; and
Installation (A) with greywater recovery comprising a pressurized flush tank for toilets, for particular use in cleaning toilets in mobile restroom installations, for example on trains, said pressurized flush tank is formed by a hermetic receptacle with at least one connection for supplying compressed air , said pressurized flush tank further comprises: • an inlet for a greywater pipe coming from a washbasin or shower • a flushing water, outlet for coupling a flush pipe to a toilet , optionally connected to a sewage water tank , wherein said tank incorporates a filter housed inside said receptacle between the inlet for grey water and the flush flushing water output , such that water passes through the filter under pressure before being expelled through the outlet . • an inlet for a greywater pipe coming from a washbasin or shower • a flushing water, outlet for coupling a flush pipe to a toilet , optionally connected to a sewage water tank ,
A vehicle control device which is applied to a vehicle equipped with an engine , and an engine torque adjustment mechanism for adjusting an output torque of the engine , comprising: a vehicle attitude control part configured to control the engine torque adjustment mechanism to reduce the output torque of the engine to thereby generate a vehicle deceleration so as to control a vehicle attitude, when such a condition that the vehicle is traveling and a steering angle-related value relevant to a steering angle of a steering device increases is satisfied; and a condition easing part configured to gradually ease the condition, as the number of times of combustion per unit time in the engine becomes smaller. a vehicle attitude control part configured to control the engine torque adjustment mechanism to reduce the output torque of the engine to thereby generate a vehicle deceleration so as to control a vehicle attitude, when such a condition that the vehicle is traveling and a steering angle-related value relevant to a steering angle of a steering device increases is satisfied; and a condition easing part configured to gradually ease the condition, as the number of times of combustion per unit time in the engine becomes smaller.
An impeller assembly (1; 101; 201) for centrifugal pumps, comprising a first disk-like element , operatively arranged towards a coaxial inlet of a pump and facing a second disk-like element with a smaller diameter, operatively arranged towards the delivery of said pump; said second disc-like element being rigidly connected to said first disk-like element through a set of angularly spaced blades , and being centrally provided with fastening means for fastening to a drive shaft; wherein said blades comprise appendices (7; 107; 207), in flat sheet form, adjacent to said second disk-like element ; wherein said appendices (7; 107; 207) extend inside of a circular crown coplanar to said second disk-like element ; wherein said circular crown is comprised within circumferences having diameters respectively coincident with those of said first disk-like element and said second disk-like element ; wherein said appendices (7; 107; 207) are placed substantially in correspondence of areas subject to lesser axial thrust inside said circular crown; the impeller assembly being characterized in that each appendix (7; 107; 207) is constituted by a folded portion of the corresponding blade ; and said folded portion extends transversally to said blade substantially in correspondence of a fold line at the edge of said blade .
A production method for sheet-like articles comprising the steps for preparing a sheet formed by impregnating a fibrous base material with water dispersed polyurethane as binder, coagulating the sheet, adding a crosslinking agent thereto, and heating the sheet at a temperature 150°C or more and 180°C or less, and wherein the crosslinking agent is selected from blocked isocyanate based compounds and carbodiimide based crosslinking agents..
A utility locator , comprising: a mast having a proximal end and a distal end; a locator housing disposed at or near the proximal end of the mast; an antenna node including a housing and an antenna array within the housing, coupled at or near the distal end of the mast; and an antenna node support structure comprising a collar assembly secured to the mast and a plurality of legs for positioning the locator in: a deployed state below the antenna node and above a surface in a fixed operating position and; in a retracted state for storage or transportation with the legs retracted and/or positioned above the bottom of the antenna node, wherein the antenna node support structure further comprises a plurality of spaced apart leg retainer assemblies extending downwardly from the collar assembly with their ends secured to the antenna node. a mast having a proximal end and a distal end; a locator housing disposed at or near the proximal end of the mast; an antenna node including a housing and an antenna array within the housing, coupled at or near the distal end of the mast; and an antenna node support structure comprising a collar assembly secured to the mast and a plurality of legs for positioning the locator in: a deployed state below the antenna node and above a surface in a fixed operating position and; in a retracted state for storage or transportation with the legs retracted and/or positioned above the bottom of the antenna node, a deployed state below the antenna node and above a surface in a fixed operating position and; in a retracted state for storage or transportation with the legs retracted and/or positioned above the bottom of the antenna node,
A method performed in a first device (80; 90) wirelessly communicating with a second device (100; 110), the method comprising: - obtaining a degree of beamforming to be applied in communication of a first transmission block to the second device (100; 110), wherein the obtained degree of beamforming is a number of antenna elements of the first device (80; 90) that are used for beamforming; - determining a guard interval length based on the obtained degree of beamforming; and - applying a guard interval having the determined guard interval length between the first transmission block communicated to the second device (100; 110) and a second transmission block subsequent to the first transmission block. - obtaining a degree of beamforming to be applied in communication of a first transmission block to the second device (100; 110), wherein the obtained degree of beamforming is a number of antenna elements of the first device (80; 90) that are used for beamforming; - determining a guard interval length based on the obtained degree of beamforming; and - applying a guard interval having the determined guard interval length between the first transmission block communicated to the second device (100; 110) and a second transmission block subsequent to the first transmission block.
An infrared beacon for an aircraft (A) landing strip (P), the beacon including: a support plate intended to be placed on the ground; a casing which is fixed on the support plate and which comprises an upper wall , at least a first side wall extending between the support plate and the upper wall , and a second side wall adjacent to the first side wall, in that, considered in a plane parallel to the support plate, the transverse dimensions of the support plate are larger than the transverse dimensions of the casing, so that the support plate has at least two fixing portions extending laterally outside the casing along two adjacent side edges of the casing, said fixing portions including fixing means for fixing the beacon to the ground, the fixing means comprising at least two fixing orifices, each fixing orifice being arranged in one of the fixing portions; an infrared lighting module comprising at least a first infrared light emitter and a second infrared light emitter , the first infrared light emitter being housed at least in part in the first side wall and having a first lighting direction (X1) inclined with respect to the support plate, and the second infrared light emitter being housed at least in part in the second side wall and having a second lighting direction (X2) inclined relative to the support plate. a support plate intended to be placed on the ground; a casing which is fixed on the support plate and which comprises an upper wall , at least a first side wall extending between the support plate and the upper wall , and a second side wall adjacent to the first side wall, in that, considered in a plane parallel to the support plate, the transverse dimensions of the support plate are larger than the transverse dimensions of the casing, so that the support plate has at least two fixing portions extending laterally outside the casing along two adjacent side edges of the casing, said fixing portions including fixing means for fixing the beacon to the ground, the fixing means comprising at least two fixing orifices, each fixing orifice being arranged in one of the fixing portions; an infrared lighting module comprising at least a first infrared light emitter and a second infrared light emitter , the first infrared light emitter being housed at least in part in the first side wall and having a first lighting direction (X1) inclined with respect to the support plate, and the second infrared light emitter being housed at least in part in the second side wall and having a second lighting direction (X2) inclined relative to the support plate.
A method performed by an authoritative name server of a global traffic management system to route particular client service requests to designated data centers, comprising: receiving a first request associated with a service from a client , the first request including a hostname of the service; sending, to the client, a global traffic management identifier in response to the request from the client, wherein the global traffic management identifier is determined based on the service and an address of the client; receiving, from a domain name system server , a second request including a modified hostname previously generated by the client and provided to the domain name system server , and extracting the global traffic management identifier from the received modified hostname; identifying a data center associated with the service based on the modified hostname of the service; and sending data identifying the identified data center to the domain name system server to inform the client, via the domain name system server , of the identified data center to be used for accessing the service. receiving a first request associated with a service from a client , the first request including a hostname of the service; sending, to the client, a global traffic management identifier in response to the request from the client, wherein the global traffic management identifier is determined based on the service and an address of the client; receiving, from a domain name system server , a second request including a modified hostname previously generated by the client and provided to the domain name system server , and extracting the global traffic management identifier from the received modified hostname; identifying a data center associated with the service based on the modified hostname of the service; and sending data identifying the identified data center to the domain name system server to inform the client, via the domain name system server , of the identified data center to be used for accessing the service.
A negative electrode for lithium secondary battery comprising: a negative electrode active layer comprising a lithium metal or an alloy of lithium metal, and a protective layer disposed on the negative electrode active layer, wherein the protective layer comprises a polymer matrix having a three dimensional crosslinked network structure of polymer; and an electrolyte in the polymer matrix in the amount of 100 to 1000 parts by weight, based on 100 parts by weight of the polymer matrix, wherein the polymer matrix comprises polystyrene sulfonate wherein SO 3 H is replaced by SO 3 Li, or wherein the polymer matrix comprises polysilsesquioxane obtainable via the organic-inorganic sol-gel reaction of single monomers having the following Formula 1: wherein R 1 is an oligoethylene glycol. a negative electrode active layer comprising a lithium metal or an alloy of lithium metal, and a protective layer disposed on the negative electrode active layer, wherein the protective layer comprises a polymer matrix having a three dimensional crosslinked network structure of polymer; and an electrolyte in the polymer matrix in the amount of 100 to 1000 parts by weight, based on 100 parts by weight of the polymer matrix, wherein the polymer matrix comprises polystyrene sulfonate wherein SO 3 H is replaced by SO 3 Li, or wherein the polymer matrix comprises polysilsesquioxane obtainable via the organic-inorganic sol-gel reaction of single monomers having the following Formula 1: wherein R 1 is an oligoethylene glycol.
A system for treating chronic inflammation in a patient, the system comprising: an implantable microstimulator configured for implantation around a cervical portion of a vagus nerve to modulate inflammation by applying a low duty-cycle stimulation; a nerve cuff configured to hold the implantable microstimulator in contact with the patient's vagus nerve; a charger comprising a belt-like loop that fastens around the patient's neck so that power may be transmitted by the loop to the implantable microstimulator for charging the implantable microstimulator; and an external controller configured to set a dose amplitude and dose interval for the microstimulator. an implantable microstimulator configured for implantation around a cervical portion of a vagus nerve to modulate inflammation by applying a low duty-cycle stimulation; a nerve cuff configured to hold the implantable microstimulator in contact with the patient's vagus nerve; a charger comprising a belt-like loop that fastens around the patient's neck so that power may be transmitted by the loop to the implantable microstimulator for charging the implantable microstimulator; and an external controller configured to set a dose amplitude and dose interval for the microstimulator.
A titanium dioxide aqueous dispersion comprising a titanium dioxide particle having a hydrophobic compound on the surface, an aqueous dispersion medium, a nonionic surfactant having an HLB value of 10 or more, and a basic compound of alkanolamine, wherein a pH of the titanium dioxide aqueous dispersion is in a range of 8.5 to 13.
A method for processing ginseng, comprising the steps of: preparing washed ginseng; liquid-packaging the ginseng into a pouch; treating the liquid-packaged ginseng with ultra-high pressure at a pressure of 550 to 600 MPa for 30 seconds to 2 minutes; steaming the ginseng at a temperature of 96 to 98°C for 1 to 1.2 hours; drying the steamed ginseng at a temperature of 50 to 60°C for 72 to 96 hours; and putting the dried ginseng in an extraction solvent, heating the ginseng in the extraction solvent at a temperature of 46 to 53°C for 8 to 9 hours, and producing a ginseng extract, wherein the pouch is made of one selected from the group consisting of LDPE, LLDPE, HDPE, PP, PS, PVC, SBS, and PE, wherein the pouch has a thickness of 1 to 2 mm, wherein the liquid-packaging is carried out by putting a solvent and the ginseng in the pouch, removing air from the pouch, and sealing the pouch, wherein the solvent is water or ethanol, wherein the extraction solvent is mixed with the solvent collected after treating with ultra-high pressure treatment. preparing washed ginseng; liquid-packaging the ginseng into a pouch; treating the liquid-packaged ginseng with ultra-high pressure at a pressure of 550 to 600 MPa for 30 seconds to 2 minutes; steaming the ginseng at a temperature of 96 to 98°C for 1 to 1.2 hours; drying the steamed ginseng at a temperature of 50 to 60°C for 72 to 96 hours; and putting the dried ginseng in an extraction solvent, heating the ginseng in the extraction solvent at a temperature of 46 to 53°C for 8 to 9 hours, and producing a ginseng extract, wherein the pouch is made of one selected from the group consisting of LDPE, LLDPE, HDPE, PP, PS, PVC, SBS, and PE, wherein the pouch has a thickness of 1 to 2 mm, wherein the liquid-packaging is carried out by putting a solvent and the ginseng in the pouch, removing air from the pouch, and sealing the pouch, wherein the solvent is water or ethanol, wherein the extraction solvent is mixed with the solvent collected after treating with ultra-high pressure treatment.
A system for treating spent pulping liquor comprising lignin to provide green liquor , the system comprising: an evaporator for concentrating a first stream of the spent pulping liquor to provide a concentrated pulping liquor ; a recovery boiler for incinerating the concentrated pulping liquor to provide a smelt ; at least one filter for filtering a second stream of the spent pulping liquor to remove lignin therefrom to provide a permeate ; and a green liquor plant for dissolving the smelt from the recovery boiler in at least a part of the permeate from the at least one filter to provide green liquor . an evaporator for concentrating a first stream of the spent pulping liquor to provide a concentrated pulping liquor ; a recovery boiler for incinerating the concentrated pulping liquor to provide a smelt ; at least one filter for filtering a second stream of the spent pulping liquor to remove lignin therefrom to provide a permeate ; and a green liquor plant for dissolving the smelt from the recovery boiler in at least a part of the permeate from the at least one filter to provide green liquor .
A fluorinated thermoplastic elastomer [polymer (F-TPE)] comprising: - at least one elastomeric block (A) consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer, said block (A) possessing a glass transition temperature of less than 25°C, as determined according to ASTM D3418, and - at least one thermoplastic block (B) consisting of a sequence of recurring units, said sequence comprising recurring units derived from ethylene and recurring units derived from chlorotrifluoroethylene, wherein said polymer (F-TPE) possesses a melting point (T m ) of at least 180°C and a heat of crystallization (ΔH XX ) respecting the following inequality: 1.5 J/g ≤ ΔH XX ≤ F (B) ·35 J/g wherein T m and ΔH XX are determined according to ASTM D3418, and wherein in above-mentioned inequality F (B) is the weight ratio Wt (B) /[Wt (A) +Wt (B) ], whereas Wt (A) is the weight of block(s) (A) and Wt (B) is the weight of block(s) (B). - at least one elastomeric block (A) consisting of a sequence of recurring units, said sequence comprising recurring units derived from at least one fluorinated monomer, said block (A) possessing a glass transition temperature of less than 25°C, as determined according to ASTM D3418, and - at least one thermoplastic block (B) consisting of a sequence of recurring units, said sequence comprising recurring units derived from ethylene and recurring units derived from chlorotrifluoroethylene,
A method for determining and processing phase resolved partial discharge patterns, comprising: - determining , in a sequential manner, on at least one medium-voltage or high-voltage conductor at least two phase resolved partial discharge patterns with a partial discharge monitoring system in a medium-voltage or high-voltage compartment in different frequency ranges; - processing , with a processing unit, the phase resolved partial discharge patterns to achieve electronically processible data; - storing the electronically processible data of the phase resolved partial discharge pattern in a memory area, separately for each determined pattern; - processing the data of the phase resolved partial discharge patterns with the electronic data processing unit that is further configured to classify the patterns, or a subset thereof, whether they contain mostly partial discharges or partial discharges and values related to noise. - determining , in a sequential manner, on at least one medium-voltage or high-voltage conductor at least two phase resolved partial discharge patterns with a partial discharge monitoring system in a medium-voltage or high-voltage compartment in different frequency ranges; - processing , with a processing unit, the phase resolved partial discharge patterns to achieve electronically processible data; - storing the electronically processible data of the phase resolved partial discharge pattern in a memory area, separately for each determined pattern; - processing the data of the phase resolved partial discharge patterns with the electronic data processing unit that is further configured to classify the patterns, or a subset thereof, whether they contain mostly partial discharges or partial discharges and values related to noise.