mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic fender , comprising hemispherical portions each having a bowl shape at both ends of a body portion having a cylindrical shape; and the body portion and a predetermined range in the longitudinal direction of the fender of the respective hemispherical portions being configured by layering a plurality of reinforcing layers between an inner layer rubber and an outer layer rubber , wherein a reinforcing layer of the plurality of reinforcing layers of the body portion is a cord layer formed by aligning a number of cords in parallel, said cords layered adjacent to each other meeting and being disposed at a predetermined cord angle (A) with respect to a longitudinal direction of the fender , and in a neutral state without expansion the cord angle (A) being set to from 15° to 45°, and wherein a reinforcing layer of the plurality of reinforcing layers of the predetermined range of each of the hemispherical portions near a boundary with the body portion is a cord layer formed by aligning a number of cords in parallel, said cords layered adjacent to each other meeting and being disposed at a predetermined cord angle (B) with respect to the longitudinal direction of the fender , and in the neutral state without expansion the cord angle (B) being set to from 15° to 45°, characterized in that the cord angle (A) in the neutral state of the reinforcing layer constituting the body portion is set smaller than the cord angle (B) in the neutral state of the reinforcing layer in the predetermined range of each of the hemispherical portions . hemispherical portions each having a bowl shape at both ends of a body portion having a cylindrical shape; and the body portion and a predetermined range in the longitudinal direction of the fender of the respective hemispherical portions being configured by layering a plurality of reinforcing layers between an inner layer rubber and an outer layer rubber , wherein a reinforcing layer of the plurality of reinforcing layers of the body portion is a cord layer formed by aligning a number of cords in parallel, said cords layered adjacent to each other meeting and being disposed at a predetermined cord angle (A) with respect to a longitudinal direction of the fender , and in a neutral state without expansion the cord angle (A) being set to from 15° to 45°, and wherein a reinforcing layer of the plurality of reinforcing layers of the predetermined range of each of the hemispherical portions near a boundary with the body portion is a cord layer formed by aligning a number of cords in parallel, said cords layered adjacent to each other meeting and being disposed at a predetermined cord angle (B) with respect to the longitudinal direction of the fender , and in the neutral state without expansion the cord angle (B) being set to from 15° to 45°, characterized in that the cord angle (A) in the neutral state of the reinforcing layer constituting the body portion is set smaller than the cord angle (B) in the neutral state of the reinforcing layer in the predetermined range of each of the hemispherical portions .
A balloon catheter assembly comprising: a tubular member having a proximal portion and a distal portion with a lumen extending between the proximal portion and the distal portion; a balloon member having a proximal waist portion , a distal waist portion , and an expandable region therebetween, the balloon member disposed proximate the distal portion of the tubular member and bonded to tubular member ; a first sleeve member (131; 133; 203) covering a first portion of the tubular member and a portion of the balloon member proximal waist portion ; a second sleeve member (132; 137; 201) covering a second portion of the tubular member and a portion of the first sleeve member (131; 133; 203); and a fiber layer disposed over the balloon member , the fiber layer covering at least a portion of the balloon member proximal waist portion , and wherein the first sleeve member (131; 133; 203) further covers a portion of the fiber layer . a tubular member having a proximal portion and a distal portion with a lumen extending between the proximal portion and the distal portion; a balloon member having a proximal waist portion , a distal waist portion , and an expandable region therebetween, the balloon member disposed proximate the distal portion of the tubular member and bonded to tubular member ; a first sleeve member (131; 133; 203) covering a first portion of the tubular member and a portion of the balloon member proximal waist portion ; a second sleeve member (132; 137; 201) covering a second portion of the tubular member and a portion of the first sleeve member (131; 133; 203); and a fiber layer disposed over the balloon member , the fiber layer covering at least a portion of the balloon member proximal waist portion , and wherein the first sleeve member (131; 133; 203) further covers a portion of the fiber layer .
Steam production system for professional coffee machines comprising: at least a dispensing nozzle ; at least a boiler for producing steam in flow communication with at least a water supply source , said source not being part of the system , and the dispensing nozzle , the boiler for producing steam being provided with at least an autonomous heating device for the initial production of steam, the boiler having a total volume of not more than 1 litre, preferably not more than 0.8 litre; characterized in that the system further comprises at least a heating assembly for instantaneous production of steam in flow communication with the steam production boiler and /or with the dispensing nozzle , the heating assembly comprising at least a heating electric element , at least a heat exchanger associated to the electric heating element and at least a circuit for the passage of water associated to the heat exchanger for producing steam, the water passage circuit having an inlet that can be joined to a water supply source or to a duct arriving from the latter and an outlet of the produced steam connected to the boiler and/or to the dispensing nozzle for producing steam; and a programmable electronic unit operatively connected to the boiler for producing steam and to the heating assembly for ensuring the supply of steam to the dispensing nozzle , the programmable electronic unit being configured to operate the heating element of the boiler for producing steam and, later then, the electric heating element of the heating assembly . at least a dispensing nozzle ; at least a boiler for producing steam in flow communication with at least a water supply source , said source not being part of the system , and the dispensing nozzle , the boiler for producing steam being provided with at least an autonomous heating device for the initial production of steam, the boiler having a total volume of not more than 1 litre, preferably not more than 0.8 litre; characterized in that the system further comprises at least a heating assembly for instantaneous production of steam in flow communication with the steam production boiler and /or with the dispensing nozzle , the heating assembly comprising at least a heating electric element , at least a heat exchanger associated to the electric heating element and at least a circuit for the passage of water associated to the heat exchanger for producing steam, the water passage circuit having an inlet that can be joined to a water supply source or to a duct arriving from the latter and an outlet of the produced steam connected to the boiler and/or to the dispensing nozzle for producing steam; and a programmable electronic unit operatively connected to the boiler for producing steam and to the heating assembly for ensuring the supply of steam to the dispensing nozzle , the programmable electronic unit being configured to operate the heating element of the boiler for producing steam and, later then, the electric heating element of the heating assembly .
A waterproof casing (100 or 200) for packaging a circuit board , the circuit board having an antenna , the waterproof casing comprising: a housing (130 or 230) having an accommodation space and a side opening communicating with each other, wherein the accommodation space is configured to accommodate the circuit board ; a waterproof gasket (120 or 220), and an end cover (140 or 240) that abuts against a side of the waterproof gasket (120 or 220) away from the accommodation space and is fixed to the housing (130 or 230) to form a box (110 or 220) with the housing (130 or 230), wherein the housing (130 or 230) and the end cover (140 or 240) are made of metallic material; wherein the box (110 or 220) has a communication opening positioned corresponding to the antenna , characterized in that the waterproof gasket (120 or 220) comprises: a main body covering the side opening ; and an extending portion (122 or 222) extending from the main body ; wherein the extending portion (122 or 222) of the waterproof gasket (120 or 220) hermetically covers the communication opening . a housing (130 or 230) having an accommodation space and a side opening communicating with each other, wherein the accommodation space is configured to accommodate the circuit board ; a waterproof gasket (120 or 220), and an end cover (140 or 240) that abuts against a side of the waterproof gasket (120 or 220) away from the accommodation space and is fixed to the housing (130 or 230) to form a box (110 or 220) with the housing (130 or 230), wherein the housing (130 or 230) and the end cover (140 or 240) are made of metallic material; the box (110 or 220) has a communication opening positioned corresponding to the antenna , characterized in that the waterproof gasket (120 or 220) comprises: a main body covering the side opening ; and an extending portion (122 or 222) extending from the main body ; wherein the extending portion (122 or 222) of the waterproof gasket (120 or 220) hermetically covers the communication opening .
Liquid topical veterinary pharmaceutical composition consisting of: - between 2% and 10% by weight/volume of 5-amino-1-[2,6-dichloro-4-(trifluoromethyl)phenyl]-4-(trifluoromethylsulphinyl)-1H-pyrazole-3-carbonitrile (fipronil) ; - at least 50% by weight/volume of permethrin; - between 1% and 10% by weight/volume of pyriproxyfen; - optionally, one or more antioxidants chosen from ethyl or propyl gallate, α-tocopherol, ascorbic acid, ascorbyl palmitate, monothioglycerol, butylated hydroxytoluene (BHT) and butylated hydroxyanisole (BHA); - in solution in an organic solvent chosen from propylene glycol monomethyl ether, dipropylene glycol n-butyl ether, ethylene glycol monomethyl ether, ethylene glycol monoethyl ether, diethylene glycol monoethyl ether and propylene glycol, and mixtures thereof. - between 2% and 10% by weight/volume of 5-amino-1-[2,6-dichloro-4-(trifluoromethyl)phenyl]-4-(trifluoromethylsulphinyl)-1H-pyrazole-3-carbonitrile (fipronil) ; - at least 50% by weight/volume of permethrin; - between 1% and 10% by weight/volume of pyriproxyfen; - optionally, one or more antioxidants chosen from ethyl or propyl gallate, α-tocopherol, ascorbic acid, ascorbyl palmitate, monothioglycerol, butylated hydroxytoluene (BHT) and butylated hydroxyanisole (BHA); - in solution in an organic solvent chosen from propylene glycol monomethyl ether, dipropylene glycol n-butyl ether, ethylene glycol monomethyl ether, ethylene glycol monoethyl ether, diethylene glycol monoethyl ether and propylene glycol, and mixtures thereof.
A support for a camera display of a vehicle , the support being configured to be attached to a pillar of the vehicle and close to a door of the vehicle , the support comprises: - A bracket configured to be fixedly attached to the pillar , - A movable part configured to hold the camera display and to cooperate with the bracket in a movable manner, and - An actuator , characterized in that the actuator is connected to a sensor configured to detect a position of the door between an open position and a closed position, the actuator being configured to move the movable part so that the camera display is in an optimal position when the door is in the closed position and away from the door when the door is in the open position. - A bracket configured to be fixedly attached to the pillar , - A movable part configured to hold the camera display and to cooperate with the bracket in a movable manner, and - An actuator ,
A crystalline hydrate of the oxalate salt of 5-ethyl-2-fluoro-4-(3-(5-(1-methylpiperidin-4-yl)-4,5,6,7-tetrahydro-1 H -imidazo[4,5- c ]pyridin-2-yl)-1 H -indazol-6-yl)phenol.
A reference signal transmission method, comprising: generating one or more orthogonal frequency division multiplexing, OFDM, symbols, wherein at least one OFDM symbol comprises a phase tracking reference signal, PTRS, resource block, the PTRS resource block comprises at least two of three sequences: a first initial PTRS sequence comprising Y elements, a second PTRS sequence comprising X elements placed after the first sequence, being a cyclic suffix, and/or a third PTRS sequence comprising Z elements placed before the first sequence, being a cyclic prefix, and the PTRS resource block occupies a plurality of consecutive resource elements, REs, wherein X, Y, and Z are all integers; and sending the one or more OFDM symbols. generating one or more orthogonal frequency division multiplexing, OFDM, symbols, wherein at least one OFDM symbol comprises a phase tracking reference signal, PTRS, resource block, the PTRS resource block comprises at least two of three sequences: a first initial PTRS sequence comprising Y elements, a second PTRS sequence comprising X elements placed after the first sequence, being a cyclic suffix, and/or a third PTRS sequence comprising Z elements placed before the first sequence, being a cyclic prefix, and the PTRS resource block occupies a plurality of consecutive resource elements, REs, wherein X, Y, and Z are all integers; and sending the one or more OFDM symbols.
A method of characterising a film comprising: calculating a first parameter, S, of a first sample of a film by: determining a first and second wavelength at which the film exhibits substantially no absorption; measuring the transmission of the first sample at the first wavelength; measuring the transmission of the first sample at the second wavelength; calculating the first parameter, S, of the first sample using a first multivariate regression model comprising: (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, wherein the first parameter is a parameter which affects the total amount of radiation scattered by the first sample at the first and second wavelengths, calculating a second parameter, A, of the first sample, wherein the second parameter is a parameter related to the mass per unit area, of the first sample; and combining the calculated first parameter, S, of the first sample with the calculated second parameter, A, of the first sample to calculate at least one of the following further parameters of the first sample: thickness, mass per unit area, density and porosity. calculating a first parameter, S, of a first sample of a film by: determining a first and second wavelength at which the film exhibits substantially no absorption; measuring the transmission of the first sample at the first wavelength; measuring the transmission of the first sample at the second wavelength; calculating the first parameter, S, of the first sample using a first multivariate regression model comprising: (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, determining a first and second wavelength at which the film exhibits substantially no absorption; measuring the transmission of the first sample at the first wavelength; measuring the transmission of the first sample at the second wavelength; calculating the first parameter, S, of the first sample using a first multivariate regression model comprising: (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, (i) first regression coefficients, and (ii) measurements or ratios of measurements of the transmission of the first sample at the first and second wavelengths, wherein the first parameter is a parameter which affects the total amount of radiation scattered by the first sample at the first and second wavelengths, calculating a second parameter, A, of the first sample, wherein the second parameter is a parameter related to the mass per unit area, of the first sample; and combining the calculated first parameter, S, of the first sample with the calculated second parameter, A, of the first sample to calculate at least one of the following further parameters of the first sample: thickness, mass per unit area, density and porosity.
A system for monitoring the health of a heating element , the system comprising: the heating element mountable to an aircraft between a first node and a second node , the heating element configured to mitigate effects of rain and/or icing; a signal injector communicatively coupled to the heating element via the first node , the signal injector configured to provide a test signal to the heating element ; a first signal coupling device configured to communicatively couple the signal injector to the first node ; a signal receiver communicatively coupled to the heating element via the second node , the signal receiver configured to: receive the test signal from the heating element ; and to determine the health of the heating element , wherein a change in the frequency content of the received test signal from another received test signal correlates to a change in the health of the heating element ; and a second signal coupling device configured to communicatively couple the signal receiver to the heating element via the second node . the heating element mountable to an aircraft between a first node and a second node , the heating element configured to mitigate effects of rain and/or icing; a signal injector communicatively coupled to the heating element via the first node , the signal injector configured to provide a test signal to the heating element ; a first signal coupling device configured to communicatively couple the signal injector to the first node ; a signal receiver communicatively coupled to the heating element via the second node , the signal receiver configured to: receive the test signal from the heating element ; and to determine the health of the heating element , wherein a change in the frequency content of the received test signal from another received test signal correlates to a change in the health of the heating element ; and a second signal coupling device configured to communicatively couple the signal receiver to the heating element via the second node .
Bicycle drinking bottle, in particular for time trial bicycles, comprising a liquid container having two opposite side walls , a rear wall connecting the side walls , a front wall connecting the side walls , a lid closing the drinking bottle, and a bottom element , and wherein the two side walls have recesses for receiving fixing elements connected with a handlebar of a bicycle steering structure, wherein the fixing elements are fixing or holding elements for forearm supports and/or additional gripping elements and are connected with a handlebar , the liquid container is connected with an additional liquid container , the additional liquid container comprises an additional rear wall offset with respect to the rear wall of the liquid container , and characterized in that the recesses are open in the downward direction for plugging the drinking bottle onto the fixing elements from above, and additional rear wall is concavely curved. a liquid container having two opposite side walls , a rear wall connecting the side walls , a front wall connecting the side walls , a lid closing the drinking bottle, and a bottom element , two opposite side walls , a rear wall connecting the side walls , a front wall connecting the side walls , a lid closing the drinking bottle, and a bottom element , and wherein the two side walls have recesses for receiving fixing elements connected with a handlebar of a bicycle steering structure, wherein the fixing elements are fixing or holding elements for forearm supports and/or additional gripping elements and are connected with a handlebar , the liquid container is connected with an additional liquid container , the additional liquid container comprises an additional rear wall offset with respect to the rear wall of the liquid container , and characterized in that the recesses are open in the downward direction for plugging the drinking bottle onto the fixing elements from above, and additional rear wall is concavely curved.
A component mounting device head unit comprising: a head main body ; a nozzle configured to pick up a component, the nozzle being provided on the head main body ; a drive source configured to transfer moving power to at least one of the head main body and the nozzle ; a cover covering the drive source ; and a member connecting the cover to the drive source or a frame of the drive source , the member being configured to allow heat generated by the drive source to escape to the cover characterized by: said member is a heat transfer member; a camera configured to image a component held by the nozzle , the camera being provided at a location covered by the cover , wherein the heat transfer member connects a surface of the cover except for a surface facing the camera to the drive source or the frame of the drive source . a head main body ; a nozzle configured to pick up a component, the nozzle being provided on the head main body ; a drive source configured to transfer moving power to at least one of the head main body and the nozzle ; a cover covering the drive source ; and a member connecting the cover to the drive source or a frame of the drive source , the member being configured to allow heat generated by the drive source to escape to the cover said member is a heat transfer member; a camera configured to image a component held by the nozzle , the camera being provided at a location covered by the cover , wherein the heat transfer member connects a surface of the cover except for a surface facing the camera to the drive source or the frame of the drive source .