mhurhangee/patent-ind-claim-en huggingface dataset:
A coffee machine comprising a brewing unit, a containing hopper for containing a plurality of coffee beans, a grinder for grinding coffee beans, a frame comprising a compartment , said compartment having a housing zone for housing said hopper , a housing zone for housing said grinder and a housing zone for housing said brewing unit, said coffee machine further comprising a shaped elastomeric membrane for sound insulation positioned in said compartment and extending below said hopper to interrupt the continuity of the empty space present inside said compartment , said hopper comprising an unloading mouth for unloading the coffee beans and said grinder comprising a receiving mouth for receiving the coffee beans, characterised in that said membrane is interposed between said hopper and said grinder and comprises a first through opening connecting said unloading mouth and said receiving mouth .
Method for manufacturing an ion sensor based on an optical fibre, this method comprising the following steps: - cleavage of the optical fibre , with free hydroxyl groups appearing on the cleaved surface , - grafting a layer of trifunctional silane directly on free hydroxyl groups having thus appeared on the cleaved surface of the optical fibre, without a prior exogenous activation step, - grafting a layer of difunctional silane on the cleaved surface of the optical fibre, - grafting a fluorescent dye. - cleavage of the optical fibre , with free hydroxyl groups appearing on the cleaved surface , - grafting a layer of trifunctional silane directly on free hydroxyl groups having thus appeared on the cleaved surface of the optical fibre, without a prior exogenous activation step, - grafting a layer of difunctional silane on the cleaved surface of the optical fibre, - grafting a fluorescent dye.
A balloon catheter for pulmonary vein isolation comprising: an ablation balloon and a steerable balloon delivery catheter shaft configured to deploy said ablation balloon into a pulmonary vein; the ablation balloon is coupled to a distal end of the steerable balloon delivery catheter shaft , and includes a combination of coated and uncoated regions on an outer surface of the ablation balloon , the coated and uncoated regions forming an undulating border around a circumference of the ablation balloon , the ablation balloon configured to deploy from an undeployed configuration, and engage a tissue wall of the pulmonary vein along the coated and uncoated regions of the ablation balloon ; a tissue ablation means configured with the ablation balloon to deliver an ablation therapy to the tissue wall of the pulmonary vein in contact with the uncoated region of the ablation balloon , and a flexible electronic circuit coupled to and extending across at least a portion of the ablation balloon, the flexible electronic circuit including a plurality of diagnostic electrodes circumferentially distributed around the ablation balloon and electrical traces that electrically couple the diagnostic electrodes to lead wires extending through a length of the catheter shaft . an ablation balloon and a steerable balloon delivery catheter shaft configured to deploy said ablation balloon into a pulmonary vein; the ablation balloon is coupled to a distal end of the steerable balloon delivery catheter shaft , and includes a combination of coated and uncoated regions on an outer surface of the ablation balloon , the coated and uncoated regions forming an undulating border around a circumference of the ablation balloon , the ablation balloon configured to deploy from an undeployed configuration, and engage a tissue wall of the pulmonary vein along the coated and uncoated regions of the ablation balloon ; a tissue ablation means configured with the ablation balloon to deliver an ablation therapy to the tissue wall of the pulmonary vein in contact with the uncoated region of the ablation balloon , and deploy from an undeployed configuration, and engage a tissue wall of the pulmonary vein along the coated and uncoated regions of the ablation balloon ; a tissue ablation means configured with the ablation balloon to deliver an ablation therapy to the tissue wall of the pulmonary vein in contact with the uncoated region of the ablation balloon , and a flexible electronic circuit coupled to and extending across at least a portion of the ablation balloon, the flexible electronic circuit including a plurality of diagnostic electrodes circumferentially distributed around the ablation balloon and electrical traces that electrically couple the diagnostic electrodes to lead wires extending through a length of the catheter shaft .
A surgical stapler , comprising: a drive system comprising: a movable drive member ; a gear mechanically coupled with the movable drive member ; and a shaft connected to the gear ; a handle assembly comprising a bushing block configured to support the shaft , wherein the bushing block comprises a three-layer bushing ; an electric motor mechanically coupled to the drive system; a battery electrically couplable to the electric motor ; and a control system electrically connected to the electric motor , wherein the control system comprises a sensor coupled to the three-layered bushing and configured to sense the force applied to the three-layer bushing by the drive system, and wherein the control system is configured to control the electric motor based on the sensed force applied to the three-layer bushing by the drive system. a drive system comprising: a movable drive member ; a gear mechanically coupled with the movable drive member ; and a shaft connected to the gear ; a movable drive member ; a gear mechanically coupled with the movable drive member ; and a shaft connected to the gear ; a handle assembly comprising a bushing block configured to support the shaft , wherein the bushing block comprises a three-layer bushing ; an electric motor mechanically coupled to the drive system; a battery electrically couplable to the electric motor ; and a control system electrically connected to the electric motor , wherein the control system comprises a sensor coupled to the three-layered bushing and configured to sense the force applied to the three-layer bushing by the drive system, and wherein the control system is configured to control the electric motor based on the sensed force applied to the three-layer bushing by the drive system.
A cooking oven , comprising a housing , a cooking cavity formed in the housing and closable by a door , heating means placed in thermal exchange relationship with the cooking cavity , ventilating means placed in the housing and having a first electrical fan which sucks ambient air through an intake opening in a wall of the housing and directs said ambient air as a first cooling stream towards thermally sensitive electric or electronic components placed inside the housing and/or into a grip region of the door , a control system connected to the heating means and to the ventilating means and having: - a user interface for selecting operating parameters and for indicating operating conditions of the oven , and - a temperature detector associated with the cooking cavity , wherein the control system is configured to activate and deactivate the heating means according to a temperature detected by the temperature detector and a desired temperature selected by means of the user interface , characterized in that the control system is configured to activate and deactivate the first electrical fan together with the respective activation and deactivation of the heating means , wherein the joint activation and joint deactivation of the first electrical fan and the heating means by the control system is made regardless of cooking program selections made by the user. - a user interface for selecting operating parameters and for indicating operating conditions of the oven , and - a temperature detector associated with the cooking cavity ,
A vehicle cooling control method, comprising: detecting a traveling speed of a vehicle, and determining whether the detected traveling speed is greater than a preset traveling speed threshold; controlling a high-voltage battery pack of the vehicle to drive a cooling device of the vehicle to operate for cooling a heat-generating component of the vehicle and controlling the vehicle not to enter a post-cooling operation if the detected traveling speed is greater than or equal to the preset traveling speed threshold; detecting whether the vehicle satisfies a condition for entering the post-cooling operation if the detected traveling speed is less than the traveling speed threshold; and controlling a rechargeable battery of the vehicle to drive the cooling device to operate if the vehicle satisfies the condition for entering the post-cooling operation. detecting a traveling speed of a vehicle, and determining whether the detected traveling speed is greater than a preset traveling speed threshold; controlling a high-voltage battery pack of the vehicle to drive a cooling device of the vehicle to operate for cooling a heat-generating component of the vehicle and controlling the vehicle not to enter a post-cooling operation if the detected traveling speed is greater than or equal to the preset traveling speed threshold; detecting whether the vehicle satisfies a condition for entering the post-cooling operation if the detected traveling speed is less than the traveling speed threshold; and controlling a rechargeable battery of the vehicle to drive the cooling device to operate if the vehicle satisfies the condition for entering the post-cooling operation.
A combiner, wherein the combiner comprises an external conductor , an internal conductor and a combination port, the external conductor and the internal conductor form two band-stop filters , wherein each band-stop filter forms a different passband among two passbands and the combination port is configured to combine the two band-stop filters , wherein: • the two passbands comprise a first passband and a second passband, and a frequency of the first passband is lower than a frequency of the second passband; • a signal channel is comprised between a signal input end and a signal output end of a band-stop filter, among the two band-stop filters, to which the second passband belongs, the signal channel is formed by the internal conductor , and the internal conductor forming the signal channel comprises a capacitor ; • the external conductor of the combiner comprises two opposite parallel surfaces , and a metal is disposed on or a conducting layer is attached to the two opposite parallel surfaces ; • the internal conductor, provided between the two opposite parallel surfaces , forming the signal channel comprises a first conductor and a second conductor , the first conductor is formed by microstrips laid on upper and lower surfaces of a first part of a printed circuit board, PCB, and the microstrips on the upper and lower surfaces are connected by using a metalized via, the second conductor is formed by microstrips laid on upper and lower surfaces of a second part of the PCB, and the microstrips on the upper and lower surfaces are connected by using a metalized via, and a splicing and overlapping part of the first conductor and the second conductor form the capacitor . • the two passbands comprise a first passband and a second passband, and a frequency of the first passband is lower than a frequency of the second passband; • a signal channel is comprised between a signal input end and a signal output end of a band-stop filter, among the two band-stop filters, to which the second passband belongs, the signal channel is formed by the internal conductor , and the internal conductor forming the signal channel comprises a capacitor ; • the external conductor of the combiner comprises two opposite parallel surfaces , and a metal is disposed on or a conducting layer is attached to the two opposite parallel surfaces ; • the internal conductor, provided between the two opposite parallel surfaces , forming the signal channel comprises a first conductor and a second conductor , the first conductor is formed by microstrips laid on upper and lower surfaces of a first part of a printed circuit board, PCB, and the microstrips on the upper and lower surfaces are connected by using a metalized via, the second conductor is formed by microstrips laid on upper and lower surfaces of a second part of the PCB, and the microstrips on the upper and lower surfaces are connected by using a metalized via, and a splicing and overlapping part of the first conductor and the second conductor form the capacitor .
A mutant Msp monomer comprising a variant of the sequence shown in SEQ ID NO: 2, wherein in the variant: (a) 2, 4, 6, 8 or 10 consecutive amino acids at positions 72 to 82 of SEQ ID NO: 2 have been deleted and the amino acids from positions 72 to 82 remaining after deletion comprise 3, 5, 7 or 9 consecutive amino acids which alternate between hydrophobic and hydrophilic; and (b) 2, 4, 6, 8 or 10 consecutive amino acids at positions 111 to 121 of SEQ ID NO: 2 have been deleted and the amino acids from positions 111 to 121 remaining after deletion comprise 3, 5, 7 or 9 consecutive amino acids which alternate between hydrophobic and hydrophilic, wherein the same number of amino acids have been deleted in (a) and (b) and further wherein the monomer retains the ability to form a pore and comprises one or more modifications which decrease the net negative charge of the inward facing amino acids in the cap forming region and/or the barrel forming region of the monomer.
A cargo restraint assembly comprising: a housing having a first end wall , second end wall , a first base , and a second base , the first end wall extending from the first base to the second base, the second end wall extending from the first base to the second base, the first end wall disposed opposite the second end wall; a first bracket disposed between the first end wall and the second end wall, the first bracket slidably coupled to the first end wall and the second end wall; a first guide block pivotably coupled to the first bracket; and a first shaft and a first pin , wherein the first bracket comprises a first flange and a second flange , wherein the first flange is disposed adjacent to the first end wall, wherein the second flange is disposed adjacent to the second end wall, characterised in that the first shaft extends from a first slot in the first end wall through the first flange through the second flange and through a second slot in the second end wall, and in that the first pin extends from a third slot in the first end wall through the first flange. a housing having a first end wall , second end wall , a first base , and a second base , the first end wall extending from the first base to the second base, the second end wall extending from the first base to the second base, the first end wall disposed opposite the second end wall; a first bracket disposed between the first end wall and the second end wall, the first bracket slidably coupled to the first end wall and the second end wall; a first guide block pivotably coupled to the first bracket; and a first shaft and a first pin , wherein the first bracket comprises a first flange and a second flange , wherein the first flange is disposed adjacent to the first end wall, wherein the second flange is disposed adjacent to the second end wall, characterised in that the first shaft extends from a first slot in the first end wall through the first flange through the second flange and through a second slot in the second end wall, and in that the first pin extends from a third slot in the first end wall through the first flange.
A composition comprising from 30% to 100% by weight of a surfactant system which comprises: a) an alkoxylated glycerol ester represented by the formula (I); R 7 = H, or -CO-R 10 R 8 = H, or -CO-R 11 R 9 = H, or -CO-R 12 where each of R 1 to R 6 is independently a hydrogen or a methyl group; each of R 7 to R 9 is independently a hydrogen, or an acyl group in which R 10 , R 11 , and R 12 is independently a linear or branched, alkyl or alkenyl group having 1 to 30 carbon atoms; m, n, p, x, y, and z are each independently a number from 0 to 30; the sum of m, n, p, x, y, z being in the range of 1 to 90; and b) an alkyl sulfate; wherein the weight ratio of the alkoxylated glycerol ester to the alkyl sulfate is from 2.5:1 to 50:1. a) an alkoxylated glycerol ester represented by the formula (I); R 7 = H, or -CO-R 10 R 8 = H, or -CO-R 11 R 9 = H, or -CO-R 12 where each of R 1 to R 6 is independently a hydrogen or a methyl group; each of R 7 to R 9 is independently a hydrogen, or an acyl group in which R 10 , R 11 , and R 12 is independently a linear or branched, alkyl or alkenyl group having 1 to 30 carbon atoms; m, n, p, x, y, and z are each independently a number from 0 to 30; the sum of m, n, p, x, y, z being in the range of 1 to 90; and R 7 = H, or -CO-R 10 R 8 = H, or -CO-R 11 R 9 = H, or -CO-R 12 b) an alkyl sulfate;
A field-effect transistor, FET, device comprising: a substrate , a source body , a drain body and a set of vertically spaced apart channel layers extending between the source and drain body in a first direction along the substrate , the source body comprising a common source body portion arranged at a first lateral side of the set of channel layers and a set of vertically spaced apart source prongs protruding from the common source body portion in a second direction along the substrate , transverse to the first direction, the drain body comprising a common drain body portion arranged at the first lateral side of the set of channel layers and a set of drain prongs protruding from the common drain body portion in the second direction; and a gate body comprising a common gate body portion arranged at a second lateral side of the set of channel layers , opposite the first lateral side, and a set of gate prongs protruding from the common gate body gate portion in a third direction along the substrate , opposite the second direction; wherein each channel layer comprises a first side and an opposite second side , the first side arranged in abutment with a topside or an underside of a pair of source and drain prongs and the second side facing a gate prong . a substrate , a source body , a drain body and a set of vertically spaced apart channel layers extending between the source and drain body in a first direction along the substrate , the source body comprising a common source body portion arranged at a first lateral side of the set of channel layers and a set of vertically spaced apart source prongs protruding from the common source body portion in a second direction along the substrate , transverse to the first direction, the drain body comprising a common drain body portion arranged at the first lateral side of the set of channel layers and a set of drain prongs protruding from the common drain body portion in the second direction; and the source body comprising a common source body portion arranged at a first lateral side of the set of channel layers and a set of vertically spaced apart source prongs protruding from the common source body portion in a second direction along the substrate , transverse to the first direction, the drain body comprising a common drain body portion arranged at the first lateral side of the set of channel layers and a set of drain prongs protruding from the common drain body portion in the second direction; and a gate body comprising a common gate body portion arranged at a second lateral side of the set of channel layers , opposite the first lateral side, and a set of gate prongs protruding from the common gate body gate portion in a third direction along the substrate , opposite the second direction; wherein each channel layer comprises a first side and an opposite second side , the first side arranged in abutment with a topside or an underside of a pair of source and drain prongs and the second side facing a gate prong .
A display panel comprising: a first substrate comprising an opening area (OA), a display area (DA), and a non-display area (NDA) surrounding the display area (DA); an area of the non-display area that is between the opening area (OA) and the display area (DA) is a first non-display area (NDA1) and the rest of the area of the non-display area that is not between the opening area (OA) and the display area (DA) is a second non-display area (NDA2); a plurality of display elements arranged in the display area (DA); a second substrate facing the first substrate with the plurality of display elements therebetween; a sealing member interposed between the first substrate and the second substrate and located in the non-display area (NDA); a first conductive line in the first non-display area (NDA1), the first conductive line overlapped by a first portion of the sealing member ; and a second conductive line in the second non-display area (NDA2), overlapped by a second portion of the sealing member , characterised in that each of the plurality of display elements comprises an emission layer between a pixel electrode and an opposite electrode ; and the second conductive line is electrically connected to an opposite electrode of the plurality of display elements and provides a power voltage to the opposite electrode of the plurality of display elements. a first substrate comprising an opening area (OA), a display area (DA), and a non-display area (NDA) surrounding the display area (DA); an area of the non-display area that is between the opening area (OA) and the display area (DA) is a first non-display area (NDA1) and the rest of the area of the non-display area that is not between the opening area (OA) and the display area (DA) is a second non-display area (NDA2); a plurality of display elements arranged in the display area (DA); a second substrate facing the first substrate with the plurality of display elements therebetween; a sealing member interposed between the first substrate and the second substrate and located in the non-display area (NDA); a first conductive line in the first non-display area (NDA1), the first conductive line overlapped by a first portion of the sealing member ; and a second conductive line in the second non-display area (NDA2), overlapped by a second portion of the sealing member , characterised in that each of the plurality of display elements comprises an emission layer between a pixel electrode and an opposite electrode ; and the second conductive line is electrically connected to an opposite electrode of the plurality of display elements and provides a power voltage to the opposite electrode of the plurality of display elements.