mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting an antimicrobial surface coating on a substrate, comprising the steps of: providing a substrate having a surface with an antimicrobial coating thereon; applying an anionic agent to said surface of the substrate; allowing the anionic agent to bond to the antimicrobial surface coating present on the substrate surface; removing unbonded anionic agent from the surface of the substrate; subjecting the surface of the substrate to a predetermined process to effect a change in the bonded anionic agent; observing the change in the bonded anionic agent; and verifying , based on the observed change in the bonded anionic agent, the presence of antimicrobial surface coating on the substrate surface; characterized in that : the bonded anionic agent is invisible under visible lighting conditions; the anionic agent is applied to the surface of the substrate using an applicator device; and the applicator device is configured to apply the anionic agent according to a predefined pattern. providing a substrate having a surface with an antimicrobial coating thereon; applying an anionic agent to said surface of the substrate; allowing the anionic agent to bond to the antimicrobial surface coating present on the substrate surface; removing unbonded anionic agent from the surface of the substrate; subjecting the surface of the substrate to a predetermined process to effect a change in the bonded anionic agent; observing the change in the bonded anionic agent; and verifying , based on the observed change in the bonded anionic agent, the presence of antimicrobial surface coating on the substrate surface; characterized in that : the bonded anionic agent is invisible under visible lighting conditions; the anionic agent is applied to the surface of the substrate using an applicator device; and the applicator device is configured to apply the anionic agent according to a predefined pattern. the bonded anionic agent is invisible under visible lighting conditions; the anionic agent is applied to the surface of the substrate using an applicator device; and the applicator device is configured to apply the anionic agent according to a predefined pattern.
Foundation wall element assembly comprising: a foot element , a leg element , and a panel element , wherein the leg element is mounted to the foot element , and a holding means for receiving the bottom part of a panel element , for providing a room between the inside of the panel element and the outside of the leg element for receiving concrete filling, characterised in that the foot element comprises a first groove for receiving the bottom part of the leg element , and the holding means comprises more than one second groove defining alternative positions for receiving the bottom part of a panel element for adapting to the required concrete filling thickness of the wall when arranged and filled. a foot element , a leg element , and a panel element , wherein the leg element is mounted to the foot element , and a holding means for receiving the bottom part of a panel element , for providing a room between the inside of the panel element and the outside of the leg element for receiving concrete filling, characterised in that the foot element comprises a first groove for receiving the bottom part of the leg element , and the holding means comprises more than one second groove defining alternative positions for receiving the bottom part of a panel element for adapting to the required concrete filling thickness of the wall when arranged and filled.
A pile driving system , comprising a lifting element attached or attachable to a hoisting cable of a crane , a pile driver which is mounted to the lifting element and movable with respect to the lifting element in a pile driving direction (X), characterized by a brake for braking a movement of the pile driver with respect to the lifting element , wherein the brake comprises cooperating sliding members at the lifting element and the pile driver , which sliding members are pressed against each other in a direction extending transversely to their mutual sliding direction (X).
Slope clearing system for removing bulk material from a bulk material pile , having a movable bridge, wherein at least a first and a second rake are provided, which, for engagement with a cutting surface of the bulk material pile , are arranged next to each other and can be moved along at least one path of movement along the bridge , characterized in that each rake is equipped with a separately controllable rake drive for moving the rakes and a position determining system is provided for determining the positions of the two rakes in relation to each other and/or for determining the positions of the rakes on the at least one path of movement.
A device for guiding a fleece strip in a sliver-forming unit of a carding machine having a guide funnel , with an end funnel and with a pair of pressure rollers consisting of an upper pressure roller and a lower pressure roller , wherein the guide funnel is arranged upstream from the end funnel , and the end funnel is arranged upstream from the pair of pressure rollers , and the end funnel has a compressed air feed , whereby a pre-funnel is provided between the guide funnel and the end funnel , characterized in that the distance between the upper pressure roller and a lower pressure roller is adjustable and that the end funnel is designed with double walls for the feed of compressed air.
A linoleum floor covering comprising: a first layer of cured linoleum composition; a second layer of cured linoleum composition, and a reinforcement layer having multiple through openings arranged between the first layer and the second layer, wherein a combined surface area of the through openings is at least 50% of the total surface area of the reinforcement layer, wherein the first layer and second layer are adhered to each other through the through openings , and wherein the reinforcement layer is made of knitted material. a first layer of cured linoleum composition; a second layer of cured linoleum composition, and a reinforcement layer having multiple through openings arranged between the first layer and the second layer, wherein a combined surface area of the through openings is at least 50% of the total surface area of the reinforcement layer, wherein the first layer and second layer are adhered to each other through the through openings , and wherein the reinforcement layer is made of knitted material.
A windshield wiper assembly, comprising: a wiper blade ; an output shaft supported for rotation about a rotation axis , wherein the wiper blade is fixed in rotation relative to the output shaft; and a stop member fixed in rotation relative to the output shaft and extending radially from the output shaft to limit rotation of the output shaft about the rotation axis, the stop member thereby limiting movement of the wiper blade beyond a predetermined sweep range of the wiper blade, characterized in that the windshield wiper assembly further comprises a faceplate defining a keyway , wherein the stop member is disposed within the keyway and is radially overlapped by the faceplate and in that the faceplate defines a shaft aperture , wherein the keyway bounds the shaft aperture and is defined within the faceplate radially outward of the shaft aperture and/or wherein the faceplate has a shield portion, wherein the shield portion axially overlaps the stop member along the rotation axis. a wiper blade ; an output shaft supported for rotation about a rotation axis , wherein the wiper blade is fixed in rotation relative to the output shaft; and a stop member fixed in rotation relative to the output shaft and extending radially from the output shaft to limit rotation of the output shaft about the rotation axis, the stop member thereby limiting movement of the wiper blade beyond a predetermined sweep range of the wiper blade, characterized in that the windshield wiper assembly further comprises a faceplate defining a keyway , wherein the stop member is disposed within the keyway and is radially overlapped by the faceplate and in that the faceplate defines a shaft aperture , wherein the keyway bounds the shaft aperture and is defined within the faceplate radially outward of the shaft aperture and/or wherein the faceplate has a shield portion, wherein the shield portion axially overlaps the stop member along the rotation axis.
A container for filling with a liquid product, e.g. beer, including a flexible bag contained within a rigid outer body with an outer space therebetween, a first valve for closing the bag, and a second valve for closing said outer space, in which the outer space is at a first positive pressure relative to ambient atmospheric pressure, characterised in that the flexible bag contains an oxygen-free gas at a second positive pressure between that of the outer space and ambient atmospheric pressure.
Process for treating a shaped body containing at least one Ti containing zeolite and being at least partly crystalline characterized in that said shaped body is brought in contact with water in the liquid phase after the following step of an integrated process for producing a shaped body: after a step (C) of calcining said shaped body; wherein said bringing into contact with water in the liquid phase is performed with deionized water at a temperature between 120 and 175 °C for a duration of 12 to 24 hours. after a step (C) of calcining said shaped body; wherein said bringing into contact with water in the liquid phase is performed with deionized water at a temperature between 120 and 175 °C for a duration of 12 to 24 hours.
A foldable device comprising: a flexible display comprising a first portion , a second portion , and a third portion disposed between the first portion and the second portion ; a body comprising a first support portion which supports the first portion of the flexible display , a second support portion which supports the second portion of the flexible display , and a third support portion which supports the third portion of the flexible display ; a hinge comprising a first rotation axis which connects the first support portion to the third support portion, and a second rotation axis which connects the second support portion to the third support portion; a first slot hole which shifts the first rotation axis along a first inner surface of the first slot hole when the first support portion rotates; and a second slot hole which shifts the second rotation axis along a second inner surface of the second slot hole when the second support portion rotates, wherein the first rotation axis and the second rotation axis allow the first support portion and the second support portion to rotate with respect to the third support portion when the flexible display changes from an open state to a closed state, wherein the first slot hole is disposed on the first support portion and the third support portion and is rotatably coupled with the first rotation axis , and wherein the second slot hole is disposed on the second support portion and the third support portion and is rotatably coupled with the second rotation axis . a flexible display comprising a first portion , a second portion , and a third portion disposed between the first portion and the second portion ; a body comprising a first support portion which supports the first portion of the flexible display , a second support portion which supports the second portion of the flexible display , and a third support portion which supports the third portion of the flexible display ; a hinge comprising a first rotation axis which connects the first support portion to the third support portion, and a second rotation axis which connects the second support portion to the third support portion; a first slot hole which shifts the first rotation axis along a first inner surface of the first slot hole when the first support portion rotates; and a second slot hole which shifts the second rotation axis along a second inner surface of the second slot hole when the second support portion rotates, wherein the first rotation axis and the second rotation axis allow the first support portion and the second support portion to rotate with respect to the third support portion when the flexible display changes from an open state to a closed state, wherein the first slot hole is disposed on the first support portion and the third support portion and is rotatably coupled with the first rotation axis , and wherein the second slot hole is disposed on the second support portion and the third support portion and is rotatably coupled with the second rotation axis .
A method for bandwidth part, BWP, switch operation for a user equipment , UE, served by a secondary cell, upon the secondary cell entering a dormant state, the UE operating on a first BWP, wherein the first BWP, a second BWP which is a dormant BWP, and a default BWP are configured for the secondary cell, and the first BWP and the second BWP are not the default BWP, the method comprising: receiving a signaling (S201); and determining whether to switch to the second BWP from the first BWP, upon the secondary cell entering the dormant state, according to the signaling (S203); the method being characterized in further comprising: stopping a BWP inactivity timer of the secondary cell in response to determining to switch to the second BWP. receiving a signaling (S201); and determining whether to switch to the second BWP from the first BWP, upon the secondary cell entering the dormant state, according to the signaling (S203); the method being characterized in further comprising: stopping a BWP inactivity timer of the secondary cell in response to determining to switch to the second BWP.
A temperature measurement system , comprising: a first chip , integrating a silicon transducer with at least one first PN junction element ; a first temperature measurement circuit electrically connected to the silicon transducer for measuring and obtaining a first difference value (Ta-Tb) between a temperature (Ta) of an object under test and a temperature (Tb) of the first chip ; at least one second PN junction element arranged at a second chip to sense a temperature (Tc) of the second chip ; a second temperature measurement circuit electrically connected to the first PN junction element and the second PN junction element configured for measuring and obtaining a second difference value (Tb-Tc) between the temperature (Tb) of the first chip and the temperature (Tc) of the second chip ; a third temperature measurement circuit comprising at least one third PN junction element , and the third temperature measurement circuit arranged at the second chip to measure and obtain the temperature (Tc) of the second chip ; and a processing unit configured for calculating the first difference value (Ta-Tb), the second difference value (Tb-Tc) and the temperature value (Tc) of the second chip to obtain a temperature value (Ta) of the object under test. a first chip , integrating a silicon transducer with at least one first PN junction element ; a first temperature measurement circuit electrically connected to the silicon transducer for measuring and obtaining a first difference value (Ta-Tb) between a temperature (Ta) of an object under test and a temperature (Tb) of the first chip ; at least one second PN junction element arranged at a second chip to sense a temperature (Tc) of the second chip ; a second temperature measurement circuit electrically connected to the first PN junction element and the second PN junction element configured for measuring and obtaining a second difference value (Tb-Tc) between the temperature (Tb) of the first chip and the temperature (Tc) of the second chip ; a third temperature measurement circuit comprising at least one third PN junction element , and the third temperature measurement circuit arranged at the second chip to measure and obtain the temperature (Tc) of the second chip ; and a processing unit configured for calculating the first difference value (Ta-Tb), the second difference value (Tb-Tc) and the temperature value (Tc) of the second chip to obtain a temperature value (Ta) of the object under test.
A ferrule , comprising: a ferrule matrix , wherein the ferrule matrix comprises an accommodating through hole and one end of the accommodating through hole is located on a first surface of the ferrule matrix ; an optical transmission medium , wherein the optical transmission medium has a second surface , the second surface of the optical transmission medium is an optical transmission surface, and the optical transmission medium is disposed in the accommodating through hole ; a filler , wherein the filler is disposed in a gap between an inner wall of the accommodating through hole of the ferrule matrix and a circumferential side surface of the optical transmission medium ; and a reflective film , wherein the reflective film covers the first surface of the ferrule matrix and is disposed on a same side of the filler as the first and second surfaces, and is opposite to the filler , and a reflective band of the reflective film comprises at least a part of a communication band of the optical transmission medium ; characterized in that the second surface of the optical transmission medium protrudes from the first surface of the ferrule matrix , and the reflective film covers a circumferential side surface of the optical transmission medium . a ferrule matrix , wherein the ferrule matrix comprises an accommodating through hole and one end of the accommodating through hole is located on a first surface of the ferrule matrix ; an optical transmission medium , wherein the optical transmission medium has a second surface , the second surface of the optical transmission medium is an optical transmission surface, and the optical transmission medium is disposed in the accommodating through hole ; a filler , wherein the filler is disposed in a gap between an inner wall of the accommodating through hole of the ferrule matrix and a circumferential side surface of the optical transmission medium ; and a reflective film , wherein the reflective film covers the first surface of the ferrule matrix and is disposed on a same side of the filler as the first and second surfaces, and is opposite to the filler , and a reflective band of the reflective film comprises at least a part of a communication band of the optical transmission medium ; characterized in that the second surface of the optical transmission medium protrudes from the first surface of the ferrule matrix , and the reflective film covers a circumferential side surface of the optical transmission medium .
A vehicle air conditioning system , comprising: a first vapor compression refrigeration loop comprising: a first condenser a first refrigerant compressor ; and a first evaporator ; a tank for holding a compressed fluid; a tank outlet configured to carry expanded fluid from the tank to a vehicle power source ; and a heat exchanger coupled in series with the first condenser to the first refrigeration loop, the heat exchanger comprising: a first refrigerant inlet coupled to the first refrigeration loop; a fluid inlet coupled to the tank outlet ; and a fluid outlet coupled to the vehicle power source ; wherein the heat exchanger is further configured to transfer heat from the refrigerant in the first refrigeration loop to the fluid from the tank ; and wherein the heat exchanger is further configured to provide the heated fluid to the vehicle power source without returning the heated fluid to the tank ; and a second vapor compression refrigeration loop ; wherein the second vapor compression refrigeration loop is coupled to the first refrigerant inlet of the heat exchanger . a first vapor compression refrigeration loop comprising: a first condenser a first refrigerant compressor ; and a first evaporator ; a first condenser a first refrigerant compressor ; and a first evaporator ; a tank for holding a compressed fluid; a tank outlet configured to carry expanded fluid from the tank to a vehicle power source ; and a heat exchanger coupled in series with the first condenser to the first refrigeration loop, the heat exchanger comprising: a first refrigerant inlet coupled to the first refrigeration loop; a fluid inlet coupled to the tank outlet ; and a fluid outlet coupled to the vehicle power source ; a first refrigerant inlet coupled to the first refrigeration loop; a fluid inlet coupled to the tank outlet ; and a fluid outlet coupled to the vehicle power source ; wherein the heat exchanger is further configured to transfer heat from the refrigerant in the first refrigeration loop to the fluid from the tank ; and wherein the heat exchanger is further configured to provide the heated fluid to the vehicle power source without returning the heated fluid to the tank ; and a second vapor compression refrigeration loop ; wherein the second vapor compression refrigeration loop is coupled to the first refrigerant inlet of the heat exchanger .
A method for charging a battery from a power supply device using an electrical rotating machine , said method comprising the following steps: - having a stator of the electrical rotating machine having a frame on which electrical conductors are coiled so as to form N coils , N being equal to or higher than four and - electrically connecting the coils (6 j ) to the power supply device so that each coil (6 j ) is crossed by an own electrical current (i j ) delivered by the power supply device and has an input of current from the power supply device which is common with another coil (6 j ) of the stator , said other coil forming a complementary coil of said coil, coiling and connecting the coils (6 j ) to the power supply device being such that said coil and said complementary coil are diametrically opposite with respect to an axis of the stator and are crossed by respective own currents (i j ) phase-shifted by an angle equal to Π, and connecting the stator to the power supply device being performed so that when one moves around the axis (X) of the stator from a reference coil (6 l ), the phase-shift between the current (i l ) crossing said reference coil and the current (i j ) specific to each of the other coils (6 j ) varies in a strictly monotonous way as one moves from said reference coil (6 l ), and - charging the battery using the coils (6 j ) of the stator, the currents (i j ) having flowed in the coils being rectified before supplying the battery thereafter. - having a stator of the electrical rotating machine having a frame on which electrical conductors are coiled so as to form N coils , N being equal to or higher than four and - electrically connecting the coils (6 j ) to the power supply device so that each coil (6 j ) is crossed by an own electrical current (i j ) delivered by the power supply device and has an input of current from the power supply device which is common with another coil (6 j ) of the stator , said other coil forming a complementary coil of said coil, coiling and connecting the coils (6 j ) to the power supply device being such that said coil and said complementary coil are diametrically opposite with respect to an axis of the stator and are crossed by respective own currents (i j ) phase-shifted by an angle equal to Π, and connecting the stator to the power supply device being performed so that when one moves around the axis (X) of the stator from a reference coil (6 l ), the phase-shift between the current (i l ) crossing said reference coil and the current (i j ) specific to each of the other coils (6 j ) varies in a strictly monotonous way as one moves from said reference coil (6 l ), and - charging the battery using the coils (6 j ) of the stator, the currents (i j ) having flowed in the coils being rectified before supplying the battery thereafter.