mhurhangee/patent-ind-claim-en huggingface dataset:
A natural green liquid coloring composition comprising: a) an oil phase comprising a chlorophyll oleoresin; and b) a continuous water phase comprising a casein compound as microencapsulating agent, wherein the natural green liquid coloring composition is an emulsion; and wherein the chlorophyll content of the natural green liquid coloring composition is from 0,2 w% or more as compared to the total weight of the composition. a) an oil phase comprising a chlorophyll oleoresin; and b) a continuous water phase comprising a casein compound as microencapsulating agent, wherein the natural green liquid coloring composition is an emulsion; and wherein the chlorophyll content of the natural green liquid coloring composition is from 0,2 w% or more as compared to the total weight of the composition.
A valve comprising: a valve housing ; a valve inlet defined in the valve housing ; a valve outlet (114-1) defined in the valve housing ; a valve element coupled to the valve housing , wherein the valve element is adapted to selectively allow flow of a fluid from the valve inlet towards the valve outlet (114-1); a valve pin coupled to the valve element , wherein the valve pin is adapted to actuate the valve element to allow flow of the fluid from the valve inlet towards the valve outlet (114-1); and a rocker adapted to push the valve pin to actuate the valve element , wherein the rocker extends between a first end , and a second end , the rocker is adapted to push the valve pin when pressed at either one of the first end , the second end , or at a location between the first end and the second end , characterized in that: a locking mechanism is provided between the rocker and the valve housing that locks the rocker when once pushed out of the closed position of the valve in its pushed position, so that the valve stays open, and when pushed again closes the valve . a valve housing ; a valve inlet defined in the valve housing ; a valve outlet (114-1) defined in the valve housing ; a valve element coupled to the valve housing , wherein the valve element is adapted to selectively allow flow of a fluid from the valve inlet towards the valve outlet (114-1); a valve pin coupled to the valve element , wherein the valve pin is adapted to actuate the valve element to allow flow of the fluid from the valve inlet towards the valve outlet (114-1); and a rocker adapted to push the valve pin to actuate the valve element , wherein the rocker extends between a first end , and a second end , the rocker is adapted to push the valve pin when pressed at either one of the first end , the second end , or at a location between the first end and the second end , characterized in that: a locking mechanism is provided between the rocker and the valve housing that locks the rocker when once pushed out of the closed position of the valve in its pushed position, so that the valve stays open, and when pushed again closes the valve .
A method comprising - providing an elevator arrangement, in particular a construction time elevator arrangement, comprising a hoistway ; an elevator car mounted in the hoistway ; a vertically movable support structure in the hoistway for supporting the elevator car , the movable support structure being mounted above the elevator car in the hoistway ; the vertically movable support structure comprising a first working platform , having a planar working area , and above the first working platform a protective cover for protecting elevator components and/or people below it from falling objects, which protective cover covers most of the cross section of the hoistway ; and thereafter - using the elevator car for transporting passengers and/or goods; and thereafter - hoisting the movable support structure higher in the hoistway ; and thereafter - using the elevator car again for transporting passengers and/or goods; wherein the method comprises after said using and before said hoisting, displacing one or more displaceable cover parts (21-24, 31-34) of the protective cover for increasing free space beside the protective cover . - providing an elevator arrangement, in particular a construction time elevator arrangement, comprising a hoistway ; an elevator car mounted in the hoistway ; a vertically movable support structure in the hoistway for supporting the elevator car , the movable support structure being mounted above the elevator car in the hoistway ; the vertically movable support structure comprising a first working platform , having a planar working area , and above the first working platform a protective cover for protecting elevator components and/or people below it from falling objects, which protective cover covers most of the cross section of the hoistway ; and thereafter a hoistway ; an elevator car mounted in the hoistway ; a vertically movable support structure in the hoistway for supporting the elevator car , the movable support structure being mounted above the elevator car in the hoistway ; the vertically movable support structure comprising a first working platform , having a planar working area , and above the first working platform a protective cover for protecting elevator components and/or people below it from falling objects, which protective cover covers most of the cross section of the hoistway ; and thereafter - using the elevator car for transporting passengers and/or goods; and thereafter - hoisting the movable support structure higher in the hoistway ; and thereafter - using the elevator car again for transporting passengers and/or goods;
A refrigerator , comprising: a vacuum insulated structure having a wrapper , wherein the wrapper includes an exterior rear wall having an inset portion inwardly displaced relative to an outer surface of the rear wall and which has an outer surface ; and a skin condenser system received in the inset portion of the exterior rear wall , the skin condenser system comprising: a coil array defined by a coil configured in a coil pattern (P1); and a cover assembly covering the coil array , the cover assembly including a planar body portion and a raised outwardly from the planar body portion channel system , wherein the coil is received in the raised channel system and in thermal communication therewith, wherein the raised channel system does not extend beyond the outer surface of the exterior rear wall . a vacuum insulated structure having a wrapper , wherein the wrapper includes an exterior rear wall having an inset portion inwardly displaced relative to an outer surface of the rear wall and which has an outer surface ; and a skin condenser system received in the inset portion of the exterior rear wall , the skin condenser system comprising: a coil array defined by a coil configured in a coil pattern (P1); and a cover assembly covering the coil array , the cover assembly including a planar body portion and a raised outwardly from the planar body portion channel system , wherein the coil is received in the raised channel system and in thermal communication therewith, wherein the raised channel system does not extend beyond the outer surface of the exterior rear wall . a coil array defined by a coil configured in a coil pattern (P1); and a cover assembly covering the coil array , the cover assembly including a planar body portion and a raised outwardly from the planar body portion channel system , wherein the coil is received in the raised channel system and in thermal communication therewith, wherein the raised channel system does not extend beyond the outer surface of the exterior rear wall .
Cosmetic composition comprising: • at least 2% by weight , with respect to the weight of the composition, of ethylcellulose, • at least one non-volatile polar hydrocarbon first oil chosen from C 10 -C 26 alcohols, • at least 20% by weight, with respect to the weight of the composition, of at least one second oil, incompatible with the first oil or oils, chosen from non-volatile phenylated silicone oils comprising at least one dimethicone fragment, or their combinations, • optionally at least one non-volatile third oil, compatible with the non-volatile polar hydrocarbon first oil or oils, different from the first oil or oils, chosen from polar or non-polar hydrocarbon oils, silicone oils different from the second oil or oils, phenylated oils not comprising a dimethicone fragment, or their mixtures, • less than 5% by weight of water, with respect to the weight of the composition. • at least 2% by weight , with respect to the weight of the composition, of ethylcellulose, • at least one non-volatile polar hydrocarbon first oil chosen from C 10 -C 26 alcohols, • at least 20% by weight, with respect to the weight of the composition, of at least one second oil, incompatible with the first oil or oils, chosen from non-volatile phenylated silicone oils comprising at least one dimethicone fragment, or their combinations, • optionally at least one non-volatile third oil, compatible with the non-volatile polar hydrocarbon first oil or oils, different from the first oil or oils, chosen from polar or non-polar hydrocarbon oils, silicone oils different from the second oil or oils, phenylated oils not comprising a dimethicone fragment, or their mixtures, • less than 5% by weight of water, with respect to the weight of the composition.
An electrical connector system comprising: - a distributor plug comprising a housing accommodating a first set of electrical connectors in a selector outlet , said electrical connectors comprising: i. a connector configured to connect to protective earth (PE); ii. three connectors, each configured to connect to a neutral (N1, N2, or N3), and iii. three connectors, each configured to connect to a phase (L1, L2 or L3) of the three-phase power supply system; and - at least one selector part movably arranged in the selector outlet of the distributor plug , characterized in that the selector part allows for selecting a subset of the connectors of the distributor plug, said subset comprising a specific pair of phase and neutral (e.g. L1 and N1), wherein said selection may be performed by moving the selector part in the selector outlet . - a distributor plug comprising a housing accommodating a first set of electrical connectors in a selector outlet , said electrical connectors comprising: i. a connector configured to connect to protective earth (PE); ii. three connectors, each configured to connect to a neutral (N1, N2, or N3), and iii. three connectors, each configured to connect to a phase (L1, L2 or L3) of the three-phase power supply system; and i. a connector configured to connect to protective earth (PE); ii. three connectors, each configured to connect to a neutral (N1, N2, or N3), and iii. three connectors, each configured to connect to a phase (L1, L2 or L3) of the three-phase power supply system; and - at least one selector part movably arranged in the selector outlet of the distributor plug ,
Use of a base metal only catalyst device for purifying an air supply of ozone and volatile organic compounds, the base metal only catalyst device comprising: (a) a housing; (b) a solid substrate disposed within the housing; and (c) a catalyst layer disposed on the solid substrate, wherein the catalyst layer comprises: (i) a first base metal catalyst which is copper oxide at a first mass percent; (ii) a second base metal catalyst which is manganese oxide at a second mass percent; and (iii) an oxygen donating support material comprising a rare earth metal oxide impregnated with at least one of the first base metal catalyst or the second base metal catalyst. (a) a housing; (b) a solid substrate disposed within the housing; and (c) a catalyst layer disposed on the solid substrate, wherein the catalyst layer comprises: (i) a first base metal catalyst which is copper oxide at a first mass percent; (ii) a second base metal catalyst which is manganese oxide at a second mass percent; and (iii) an oxygen donating support material comprising a rare earth metal oxide impregnated with at least one of the first base metal catalyst or the second base metal catalyst. (i) a first base metal catalyst which is copper oxide at a first mass percent; (ii) a second base metal catalyst which is manganese oxide at a second mass percent; and (iii) an oxygen donating support material comprising a rare earth metal oxide impregnated with at least one of the first base metal catalyst or the second base metal catalyst.
A transparent plastic container comprising an aqueous liquid laundry detergent composition wherein the liquid detergent composition comprises: • from 5 to 60 wt. % of surfactant; and • from of 0.0005 to 0.01 wt.% of an amylase or from 0.0005 to 0.01 wt.% of a protease or a combination thereof; and • from 0.00005 to 0.02 wt. % of a dye comprising an anthraquinone chromophore which contains an amine group or an acid amide group in the 1-position of the anthraquinone ring; and wherein the container has an internal volume of from 0.1 to 10 L. • from 5 to 60 wt. % of surfactant; and • from of 0.0005 to 0.01 wt.% of an amylase or from 0.0005 to 0.01 wt.% of a protease or a combination thereof; and • from 0.00005 to 0.02 wt. % of a dye comprising an anthraquinone chromophore which contains an amine group or an acid amide group in the 1-position of the anthraquinone ring; and
A medical balloon comprising a balloon wall defining a chamber and comprising a layered material, wherein the layered material comprises a first polymer layer adhered to a fluoropolymer layer comprising a porous microstructure, wherein layers are in overlying relationship to each other and the fluoropolymer layer is an outermost layer, wherein the layered material defines at least one recessed region on the outer surface, and wherein the at least one recessed region comprises a region of more collapsed pores in the porous polymeric layer relative to a non-recessed region.
A process for the production of aluminum salts of a fatty acid, comprising the following steps: a) mixing a fatty acid and an aqueous solution of a strong base to prepare an aqueous base/fatty acid mixture, b) mixing said aqueous base/fatty acid mixture with an aluminum source to prepare an aqueous base/fatty acid/aluminum mixture, c) mixing said aqueous base/fatty acid/aluminum mixture with an acid, and d) separating the produced aluminum salts of the fatty acid. a) mixing a fatty acid and an aqueous solution of a strong base to prepare an aqueous base/fatty acid mixture, b) mixing said aqueous base/fatty acid mixture with an aluminum source to prepare an aqueous base/fatty acid/aluminum mixture, c) mixing said aqueous base/fatty acid/aluminum mixture with an acid, and d) separating the produced aluminum salts of the fatty acid.
A piston hydraulic machine comprising: - a housing , - a shaft mobile in rotation relative to the housing , - a cam attached to one of the housing or shaft , - a cylinder block comprising pistons mobile in the cylinder block opposite the cam for generating relative rotation between the cylinder block and the cam , said cylinder block being linked rotationally to the other of the shaft or the housing , - means forming rotating guide bearings of the shaft relative to the housing , wherein the means forming rotating guide bearings comprise a conical plain bushing interposed between a housing element and an element linked rotationally to the shaft , the hydraulic machine being characterised in that the conical plain bushing comprises a radial slot . - a housing , - a shaft mobile in rotation relative to the housing , - a cam attached to one of the housing or shaft , - a cylinder block comprising pistons mobile in the cylinder block opposite the cam for generating relative rotation between the cylinder block and the cam , said cylinder block being linked rotationally to the other of the shaft or the housing , - means forming rotating guide bearings of the shaft relative to the housing ,
Heating utensil (10A; 10B; 10C), arranged to be in contact with a food preparation or a beverage to be heated and contained in a non-ferromagnetic container , the heating utensil (10A; 10B; 10C) comprising: - at least one heating portion , to be immersed in the container , made of ferromagnetic material capable of being heated by an induction cooking plate so as to produce heat to heat the food preparation , characterised in that the utensil comprises: - an electric device comprising a conversion device arranged to convert into electric current some of the magnetic fields generated by the induction cooking plate , and - at least one electrical receiver capable of being powered by this electric current. - at least one heating portion , to be immersed in the container , made of ferromagnetic material capable of being heated by an induction cooking plate so as to produce heat to heat the food preparation , - an electric device comprising a conversion device arranged to convert into electric current some of the magnetic fields generated by the induction cooking plate , and - at least one electrical receiver capable of being powered by this electric current.
A method of communicating a secret from a sender to a recipient, the method comprising: sending, from the sender to the recipient, information identifying a plurality of secrets selectable by the recipient; receiving, at the sender, from the recipient, a first public key, corresponding to a first secret selected of the plurality of secrets for access by the recipient, wherein the first public key is part of a public key/private key pair of an elliptic curve cryptography system and a first private key corresponding to said first public key is accessible to the recipient; receiving, at the sender, from the recipient, a second public key, corresponding to a second secret of the plurality of secrets not selected for access by the recipient, wherein the second public key is a public key of said elliptic curve cryptography system and a respective second private key, corresponding to said second public key, is not available to the recipient; sending, from the sender to the recipient, said first secret encrypted by means of the corresponding said first public key; and sending, from the sender to the recipient, said second secret encrypted by means of the corresponding said second public key; wherein the first secret is accessible to said recipient by means of the corresponding said first private key, the second secret is inaccessible to said recipient, and said sender is unable to distinguish between said first secret and said second secret; characterised by generating a third secret, to be shared between the sender and the recipient, wherein the second public key is based on the first public key and said third secret. sending, from the sender to the recipient, information identifying a plurality of secrets selectable by the recipient; receiving, at the sender, from the recipient, a first public key, corresponding to a first secret selected of the plurality of secrets for access by the recipient, wherein the first public key is part of a public key/private key pair of an elliptic curve cryptography system and a first private key corresponding to said first public key is accessible to the recipient; receiving, at the sender, from the recipient, a second public key, corresponding to a second secret of the plurality of secrets not selected for access by the recipient, wherein the second public key is a public key of said elliptic curve cryptography system and a respective second private key, corresponding to said second public key, is not available to the recipient; sending, from the sender to the recipient, said first secret encrypted by means of the corresponding said first public key; and sending, from the sender to the recipient, said second secret encrypted by means of the corresponding said second public key; wherein the first secret is accessible to said recipient by means of the corresponding said first private key, the second secret is inaccessible to said recipient, and said sender is unable to distinguish between said first secret and said second secret; characterised by generating a third secret, to be shared between the sender and the recipient, wherein the second public key is based on the first public key and said third secret.
A submarine optical communication system comprising: a first optical transmission apparatus configured to output a first optical signal; a second optical transmission apparatus ; a third optical transmission apparatus configured to output an optical signal and a monitoring signal; and a submarine branching apparatus including a first return unit configured to return the monitoring signal received from the third optical transmission apparatus and configured to switch an output destination of the first optical signal received from the first optical transmission apparatus to the second optical transmission apparatus or the third optical transmission apparatus , wherein the third optical transmission apparatus is further configured to detect the monitoring signal returned from the first return unit and notify the first optical transmission apparatus of a result of the detection, and the first optical transmission apparatus is further configured to instruct the submarine branching apparatus to switch the output destination of the first optical signal in accordance with the notification. a first optical transmission apparatus configured to output a first optical signal; a second optical transmission apparatus ; a third optical transmission apparatus configured to output an optical signal and a monitoring signal; and a submarine branching apparatus including a first return unit configured to return the monitoring signal received from the third optical transmission apparatus and configured to switch an output destination of the first optical signal received from the first optical transmission apparatus to the second optical transmission apparatus or the third optical transmission apparatus , wherein the third optical transmission apparatus is further configured to detect the monitoring signal returned from the first return unit and notify the first optical transmission apparatus of a result of the detection, and the first optical transmission apparatus is further configured to instruct the submarine branching apparatus to switch the output destination of the first optical signal in accordance with the notification.