mhurhangee/patent-ind-claim-en huggingface dataset:
Manufacturing method of a motor vehicle bodywork part comprising at least one electrical device , the method comprising the following steps: - a main body of the bodywork part is overmolded on the electrical device , the method being characterized in that : - at least one part of the main body covering at least one electrical contact element of the electrical device is removed by breaking an area of mechanical strength lower than the rest of the main body around the part of the main body covering the electrical contact element , and - the electrical contact element is connected to a connection element of the electrical device to an energy source. - a main body of the bodywork part is overmolded on the electrical device , the method being characterized in that : - at least one part of the main body covering at least one electrical contact element of the electrical device is removed by breaking an area of mechanical strength lower than the rest of the main body around the part of the main body covering the electrical contact element , and - the electrical contact element is connected to a connection element of the electrical device to an energy source.
Method useful for forming a hydrophobic electroconductive microporous layer (MPL) at the surface of a support, comprising at least the steps consisting in: (a) providing a non-aqueous dispersion of carbon particles, (b) forming a deposit of this dispersion at the surface of a support, (c) drying the deposit formed in step (b) so as to form said microporous layer, and, where appropriate, (d) washing said microporous layer obtained at the end of step (c), characterized in that said carbon particles are formulated in said dispersion with at least one polypentafluorostyrene polymer in solution in an organic solvent. (a) providing a non-aqueous dispersion of carbon particles, (b) forming a deposit of this dispersion at the surface of a support, (c) drying the deposit formed in step (b) so as to form said microporous layer, and, where appropriate, (d) washing said microporous layer obtained at the end of step (c), characterized in that said carbon particles are formulated in said dispersion with at least one polypentafluorostyrene polymer in solution in an organic solvent.
A deflection correcting device, comprising a banknote running passage defined by a first passage plate and a second passage plate , wherein deflection correcting wheels are arranged in the banknote running passage and a deflection correcting direction of the deflection correcting wheels is deflected from a reference side of the banknote running passage, a plurality of the deflection correcting wheels are dispersedly arranged in a transmission direction of the banknote running passage and are gradually close to the reference side, wherein: a lateral guiding mechanism is provided at the reference side, and configured to drive a banknote that reaches the reference side to move in the transmission direction of the banknote running passage; and a deflection correcting adjusting wheel is provided at a tail end in a deflection direction of the plurality of the deflection correcting wheels and is close to the reference side, and a deflection correcting direction of the deflection correcting adjusting wheel is deflected from the reference side; characterised in that the lateral guiding mechanism comprises a power shaft , two conical wheels and a turning belt ; the turning belt is installed between the two conical wheels ; the power shaft fixedly passes through one of the two conical wheels and is configured to drive the conical wheel to rotate; and the turning belt is arranged on the reference side and has a running direction coincident with the transmission direction. a lateral guiding mechanism is provided at the reference side, and configured to drive a banknote that reaches the reference side to move in the transmission direction of the banknote running passage; and a deflection correcting adjusting wheel is provided at a tail end in a deflection direction of the plurality of the deflection correcting wheels and is close to the reference side, and a deflection correcting direction of the deflection correcting adjusting wheel is deflected from the reference side; characterised in that the lateral guiding mechanism comprises a power shaft , two conical wheels and a turning belt ; the turning belt is installed between the two conical wheels ; the power shaft fixedly passes through one of the two conical wheels and is configured to drive the conical wheel to rotate; and the turning belt is arranged on the reference side and has a running direction coincident with the transmission direction.
A communication method, comprising learning, by a terminal, of a format of at least one mini-slot group based on a first subcarrier width used for a first control channel and a second subcarrier width used for a second control channel, wherein a slot in which the first control channel is carried comprises the at least one mini-slot group, the mini-slot group comprises at least one mini-slot, the format of the mini-slot group includes a quantity of mini-slots included in one mini-slot group and a quantity of symbols occupied by each mini-slot, the second control channel is carried in the at least one mini-slot, and the first subcarrier width is different from the second subcarrier width; receiving (S203), by the terminal, first signaling sent by an access network device, wherein the first signaling comprises first indication information; determining (S204), by the terminal based on the first indication information, a time-domain location of each mini-slot group in which the second control channel is carried; receiving (S206), by the terminal, second signaling sent by the access network device, wherein the second signaling comprises second indication information; and determining (S207), by the terminal based on the format of the mini-slot group and the second indication information, a time-domain location of a mini-slot that is in each mini-slot group and in which the second control channel is carried.
An internal combustion engine of the type that suctions atmospheric air as an oxidizing agent and uses hydrocarbons as a fuel, the engine comprising: - a first regenerative Brayton cycle of air compressions with intermediate cooling and nitrogen expansions with reheating by mixing a part of the nitrogen, comprising a MIEC membrane that separates the O 2 from the compressed air, such that the suctioned air current is free from N 2 , and a depleted air from the rejection from the MIEC membrane is sent directly to an exhaust gas current, preventing its participation in a subsequent combustion, in which part of the air compressions are performed in at least one first cylinder of the engine; - a second Brayton cycle with compression with intermediate cooling, combined in a binary manner with the first Brayton cycle and nested with a cycle selected from an Otto cycle and a diesel cycle performed by means of oxy-combustion in at least one second cylinder of the engine, wherein the second Brayton cycle transmits mechanical energy, by means of the coupling of the at least one first cylinder with the at least one second cylinder through a crankshaft , and thermal energy from exhaust gases to the first Brayton cycle; wherein the first Brayton cycle provides compressed O 2 from the MIEC membrane to the second Brayton cycle; whereby the NOx emission into the atmosphere is prevented by the separation of N 2 in the MIEC membrane . - a first regenerative Brayton cycle of air compressions with intermediate cooling and nitrogen expansions with reheating by mixing a part of the nitrogen, comprising a MIEC membrane that separates the O 2 from the compressed air, such that the suctioned air current is free from N 2 , and a depleted air from the rejection from the MIEC membrane is sent directly to an exhaust gas current, preventing its participation in a subsequent combustion, in which part of the air compressions are performed in at least one first cylinder of the engine; - a second Brayton cycle with compression with intermediate cooling, combined in a binary manner with the first Brayton cycle and nested with a cycle selected from an Otto cycle and a diesel cycle performed by means of oxy-combustion in at least one second cylinder of the engine, wherein the second Brayton cycle transmits mechanical energy, by means of the coupling of the at least one first cylinder with the at least one second cylinder through a crankshaft , and thermal energy from exhaust gases to the first Brayton cycle; wherein the first Brayton cycle provides compressed O 2 from the MIEC membrane to the second Brayton cycle; whereby the NOx emission into the atmosphere is prevented by the separation of N 2 in the MIEC membrane .
Use of an aqueous inkjet ink for decorating a humidity-conditioning construction material, the ink comprising water, a water-dispersible resin, a colorant, and at least one surfactant selected from silicone-based surfactants, wherein the humidity-conditioning construction material has an amount of moisture adsorption, measured after 3 hours in accordance with JIS A 1470-1 , that is greater than 15 g/m 2 , and wherein a median size of the water-dispersible resin measured by a dynamic light scattering method is not more than 200 nm, and the median size is a volume-based particle size in a particle size distribution measured according to a dynamic light scattering method.
Body of a vehicle with a roof antenna , the roof antenna having a base plate for receiving antenna elements which are covered by an antenna hood that can be connected to the base plate , wherein the roof antenna can be mounted on a roof , having a roof cutout , of the vehicle by means of connecting means, characterized in that the connecting means are formed as a clamping part that can be moved axially with respect to the base plate and rotatably with respect to the roof below the base plate of the roof antenna and the roof and are arranged below the roof after being mounted, wherein the clamping part has an outer contour, by way of which it can be guided through the cutout , and comes to bear against the roof with an overlap when it has been rotated through a defined amount, and the clamping part can be secured to the base plate in a movable manner by means of a screw .
A device for growing plants vertically, comprising: a panel assembly oriented vertically comprising: a support panel having a front face and a back face ; at least one nutrient flow channel supported on the back face of the support panel and providing a nutrient flow passage extending from an inlet at an upper region to an outlet at a lower region of the support panel ; a front panel fastened to the front face of the support panel to form a grow pocket , the grow pocket comprising a region within one or more bond lines fastening the front panel and the support panel together, the grow pocket being in alignment with the nutrient flow channel , the grow pocket having a plant access opening ; at least one fluid aperture in the support panel , the fluid aperture being disposed at a lower region of the grow pocket for fluid communication between an interior of the grow pocket and the nutrient flow passage, the one or more bond lines of the grow pocket being tapered from the plant access opening to a narrower closed bottom below the fluid aperture , and a back panel fastened to the back face of the support panel along bond lines to form the nutrient flow channel, said bond lines being angled at locations to direct a nutrient solution in the nutrient flow channel to the fluid aperture . a support panel having a front face and a back face ; at least one nutrient flow channel supported on the back face of the support panel and providing a nutrient flow passage extending from an inlet at an upper region to an outlet at a lower region of the support panel ; a front panel fastened to the front face of the support panel to form a grow pocket , the grow pocket comprising a region within one or more bond lines fastening the front panel and the support panel together, the grow pocket being in alignment with the nutrient flow channel , the grow pocket having a plant access opening ; at least one fluid aperture in the support panel , the fluid aperture being disposed at a lower region of the grow pocket for fluid communication between an interior of the grow pocket and the nutrient flow passage, the one or more bond lines of the grow pocket being tapered from the plant access opening to a narrower closed bottom below the fluid aperture , and a back panel fastened to the back face of the support panel along bond lines to form the nutrient flow channel, said bond lines being angled at locations to direct a nutrient solution in the nutrient flow channel to the fluid aperture .
A surgical instrument , comprising: (a) an ultrasonic transducer , wherein the ultrasonic transducer is operable to convert electrical power into ultrasonic vibrations; and (b) an ultrasonic blade (370; 470) in acoustic communication with the ultrasonic transducer such that the ultrasonic transducer is operable to drive the ultrasonic blade to vibrate ultrasonically, wherein the ultrasonic blade is operable to penetrate bone, wherein the ultrasonic blade defines a longitudinal axis, wherein the ultrasonic blade further defines a plurality of lateral recesses (376; 476) extending proximally on an exterior surface of a distal portion of the ultrasonic blade, wherein the plurality of recesses include: (i) a first lateral recess extending parallel to the longitudinal axis of the blade, (ii) a second lateral recess extending obliquely relative to the longitudinal axis of the blade, wherein the second lateral recess is in fluid communication with the first lateral recess, and (iii) a third lateral recess extending obliquely relative to the longitudinal axis of the blade, wherein the third lateral recess is in fluid communication with the first lateral recess. (a) an ultrasonic transducer , wherein the ultrasonic transducer is operable to convert electrical power into ultrasonic vibrations; and (b) an ultrasonic blade (370; 470) in acoustic communication with the ultrasonic transducer such that the ultrasonic transducer is operable to drive the ultrasonic blade to vibrate ultrasonically, wherein the ultrasonic blade is operable to penetrate bone, wherein the ultrasonic blade defines a longitudinal axis, wherein the ultrasonic blade further defines a plurality of lateral recesses (376; 476) extending proximally on an exterior surface of a distal portion of the ultrasonic blade, wherein the plurality of recesses include: (i) a first lateral recess extending parallel to the longitudinal axis of the blade, (ii) a second lateral recess extending obliquely relative to the longitudinal axis of the blade, wherein the second lateral recess is in fluid communication with the first lateral recess, and (iii) a third lateral recess extending obliquely relative to the longitudinal axis of the blade, wherein the third lateral recess is in fluid communication with the first lateral recess. (i) a first lateral recess extending parallel to the longitudinal axis of the blade, (ii) a second lateral recess extending obliquely relative to the longitudinal axis of the blade, wherein the second lateral recess is in fluid communication with the first lateral recess, and (iii) a third lateral recess extending obliquely relative to the longitudinal axis of the blade, wherein the third lateral recess is in fluid communication with the first lateral recess.
A refrigerator, comprising: a refrigerator main body ; an evaporator present in the refrigerator main body ; a fan and a defrosting heater which comprises: an evaporator defrosting unit disposed at one side of the evaporator and configured to heat the evaporator ; and a fan defrosting unit disposed in the refrigerator main body and configured to heat the fan, wherein the evaporator defrosting unit and the fan defrosting unit are integrally formed, characterized in that the fan defrosting unit is installed at an intake side of the fan and formed in an arcuate shape such that at least part thereof is wound on a scroll formed at a circumference of an intake of the fan. a refrigerator main body ; an evaporator present in the refrigerator main body ; a fan and a defrosting heater which comprises: an evaporator defrosting unit disposed at one side of the evaporator and configured to heat the evaporator ; and a fan defrosting unit disposed in the refrigerator main body and configured to heat the fan, an evaporator defrosting unit disposed at one side of the evaporator and configured to heat the evaporator ; and a fan defrosting unit disposed in the refrigerator main body and configured to heat the fan, wherein the evaporator defrosting unit and the fan defrosting unit are integrally formed, characterized in that the fan defrosting unit is installed at an intake side of the fan and formed in an arcuate shape such that at least part thereof is wound on a scroll formed at a circumference of an intake of the fan.
A polarized mirrored glasses lens, which has, in order from the light incidence side, at least a reflection-polarization film layer and an absorption-polarization film layer , wherein the transmission axes of said layers are aligned, and wherein the light incidence side is a convex spherical or aspherical surface, and characterised in that a colored absorption-polarization film layer is arranged on the light incidence side of the reflection-polarization film layer with the transmission axes of said layers being aligned.
A multi-channel hollow fiber, comprising: a tubular matrix having a first end and a second end; and a plurality of spiral channels formed through the tubular matrix and extending between the first end and the second end, wherein a pitch of each of the spiral channels is 1 to 30 cm. a tubular matrix having a first end and a second end; and a plurality of spiral channels formed through the tubular matrix and extending between the first end and the second end, wherein a pitch of each of the spiral channels is 1 to 30 cm.
Hob apparatus with at least one heating assembly , which has at least two heating elements , which are arranged adjacent one another and are provided at least for heating cookware placed thereon, and with at least one control unit , which is provided, in at least one basic operating mode which can be activated by an operator, to automatically switch between at least a first sub-operating mode and a second sub-operating mode, wherein the control unit is provided, in the basic operating mode, when a small number of heating elements are occupied by cookware placed thereon, to select the first sub-operating mode, in which covered heating elements are operated as a function of a position of the placed cookware with predefined heating power densities which differ from one another, and when at least a majority of the heating elements are occupied by an item of cookware placed thereon, to select the second sub-operating mode, which differs from the first sub-operating mode, wherein "a small number of heating elements being occupied by cookware placed thereon" is to be understood as meaning at least one heating element and less than the majority of the heating elements of the heating assembly being occupied, and wherein "at least a majority of the heating elements being occupied by an item of cookware placed thereon" is to be understood as meaning more than 50% of the heating elements of the heating assembly being occupied by the one item of cookware placed thereon.
A support structure for supporting on-vehicle accessory devices on both outer sides of a saddle-riding type vehicle, in a vehicle widthwise direction, on support portions that are formed on both sides of a fairing stay in a vehicle widthwise direction, wherein said fairing stay is adapted to support a front fairing and a side fairing to the front half of the vehicle body frame (FR), and wherein said support portions are disposed on the outer side of said fairing stay lateral to a front fork and above a front wheel of the vehicle, so that each on-vehicle accessory device is disposed on the outer side lateral to the front fork above the front wheel and below the front portion of the side fairing as viewed from the side thereof; the support structure comprising: paired left and right to-be-supported portions for being supported by the support portions ; a cross member , extending in the vehicle widthwise direction, and joining the paired left and right to-be-supported portions to each other; and mounting portions , joined to the to-be-supported portions or the cross member , to which the on-vehicle accessory devices , respectively, are adapted to be mounted. paired left and right to-be-supported portions for being supported by the support portions ; a cross member , extending in the vehicle widthwise direction, and joining the paired left and right to-be-supported portions to each other; and mounting portions , joined to the to-be-supported portions or the cross member , to which the on-vehicle accessory devices , respectively, are adapted to be mounted.
A method for the production of an aqueous organic haloamine solution for antibiotic, antiseptic, and disinfection applications, the method comprising the steps of: (i) preparing an organic amine solution, the organic amine solution comprising an organic amine, the organic amine being an amino acid, selected from the group consisting of taurine, glycine and alanine, at least one halide containing salt, and optionally a further acid additive, the pH of the organic amine solution prior to the electrolyzing step being less than 7; and (ii) electrolyzing the organic amine solution in an electrolytic cell, thereby producing the organic haloamine solution. (i) preparing an organic amine solution, the organic amine solution comprising an organic amine, the organic amine being an amino acid, selected from the group consisting of taurine, glycine and alanine, at least one halide containing salt, and optionally a further acid additive, the pH of the organic amine solution prior to the electrolyzing step being less than 7; and (ii) electrolyzing the organic amine solution in an electrolytic cell, thereby producing the organic haloamine solution.