mhurhangee/patent-ind-claim-en huggingface dataset:
An adapter assembly comprising: an adapter comprising a valve component including a body, a spout portion having an outlet, wherein the adapter is so constructed and arranged to provide a functional feature and comprises a body portion that is so constructed and arranged to accept at least a portion of a fitment on a package; and a cap that is so constructed and arranged to attach to the adapter to close the outlet, wherein the adapter comprises a connector to connect the adapter to the fitment , wherein the connector comprises threading on an internal surface of the adapter that is configured to cooperate with threading on an external surface of the fitment to attach the adapter to the fitment , and in that the cap comprises threading on an internal surface thereof that is configured to cooperate with threading on an external surface of the adapter to attach the cap to the adapter, wherein the body is substantially cylindrical in shape so as to house a portion of fitment within and so as to be easily and comfortably inserted into a consumer's mouth, wherein the consumer is selected from the group consisting of an infant, a toddler, an adolescent, an adult, and an elderly, and wherein the threading on an external surface of the adapter is on an external surface of the body, characterised in that the body portion is integrally formed with the valve component, the spout portion and the connector. wherein the adapter is so constructed and arranged to provide a functional feature and comprises a body portion that is so constructed and arranged to accept at least a portion of a fitment on a package; and a cap that is so constructed and arranged to attach to the adapter to close the outlet, wherein the adapter comprises a connector to connect the adapter to the fitment , wherein the connector comprises threading on an internal surface of the adapter that is configured to cooperate with threading on an external surface of the fitment to attach the adapter to the fitment , and in that the cap comprises threading on an internal surface thereof that is configured to cooperate with threading on an external surface of the adapter to attach the cap to the adapter, wherein the body is substantially cylindrical in shape so as to house a portion of fitment within and so as to be easily and comfortably inserted into a consumer's mouth, wherein the consumer is selected from the group consisting of an infant, a toddler, an adolescent, an adult, and an elderly, and wherein the threading on an external surface of the adapter is on an external surface of the body, characterised in that the body portion is integrally formed with the valve component, the spout portion and the connector.
An electro-pneumatic vehicle braking system including a control line , a modulator valve for controlling the supply of pressurised fluid to at least one brake actuator, a primary valve assembly and a secondary valve assembly , the primary valve assembly and the secondary valve assembly each being fluidly communicable with a source of pressurised fluid, and each of the primary and secondary valve assemblies being fluidly communicable with a control valve assembly , the control valve assembly being configurable in a first configuration to enable fluid communication between the primary valve assembly and the modulator valve , to provide a pneumatic control signal to the modulator valve , in a second configuration to enable fluid communication between the secondary valve assembly and the modulator valve , to provide a pneumatic control signal to the modulator valve , and characterised in that the control valve assembly is configurable in a third configuration in which fluid communication between either of the primary and secondary valve assemblies and the modulator valve is prevented and fluid communication between the control line and the modulator valve is enabled, to provide a pneumatic control signal to the modulator valve .
Vehicle comprising a protective moulding having an internal structure and a skin , and a headlight aligned along a horizontal and transverse axis (Y) of said vehicle , said protective moulding comprising an extension that is able to be placed against said headlight , and to be fastened to said headlight at its internal structure with reversible attachment means , which do not require the use of a tool, said attachment means comprising at least one deformable protrusion belonging to the headlight and at least one receptacle belonging to the protective moulding and able to receive said deformable protrusion, characterized in that a casing of the headlight , which is transparent and curved, and intended to diffuse towards the front of the vehicle the light rays emitted by a light source placed in the headlight, comprises an upper part , a lateral part and a lower part that have frontal surfaces in the continuation of one another, the upper part , the lateral part and the lower part being aligned in a transverse (Y) and substantially vertical (Z) plane of the vehicle, the casing also comprising an intermediate part interposed between the upper part and the lower part and inscribed in a transverse (Y) and substantially vertical (Z) plane of the vehicle and situated set back from the surfaces of the upper part and lower part towards the rear of the vehicle along a longitudinal axis X of the vehicle, the headlight creating a recess at the intermediate part , extending along a horizontal and transverse axis (Y) of the vehicle, the recess being delimited at the end wall by the surface of the intermediate part , which forms the end wall of the recess, at the top by an edge of the upper part and at the bottom by an edge of the lower part , said two edges being perpendicular to the plane of said surface of the intermediate part and joining respectively the upper part and the lower part , and in that the extension is housed in the recess, the deformable protrusions being installed in the surface of the intermediate part , each deformable protrusion having a deformable widened part of which the dimensions are greater than those of the receptacle so that the insertion of said protrusion into said receptacle leads to deformation of said widened part and requires a certain amount of effort.
Cartridge for a respirator having an adsorption filter portion disposed in a housing , wherein the adsorption filter portion features a carrier medium and an activated carbon stratum in which activated carbon particles are immobilized by adding a fixative , wherein a connecting element capable of being flowed through is provided for attaching the housing to the respirator , wherein the connecting element with its flow channel is disposed on a clean air side of the adsorption filter portion , characterized in that the housing features a housing casing which is releasably connectable to the connecting element .
A method for preparing a superabsorbent polymer comprising: a) preparing a hydrogel phase polymer by thermopolymerizing or photopolymerizing a monomer composition including a water-soluble ethylenically unsaturated monomer and a polymerization initiator; b) adding particles having properties of the following i) and ii) to the hydrogel phase polymer; c) chopping the particle-added hydrogel phase polymer; d) drying the hydrogel phase polymer; e) milling the dried hydrogel phase polymer; f) adding a surface crosslinking agent to the milled hydrogel phase polymer; and g) carrying out a surface crosslinking reaction, wherein i) BET specific surface area of 300 m 2 /g to 1500 m 2 /g and ii) porosity of 50% or greater, wherein the BET specific surface area and the porosity are measured using a BET analyzer, wherein the particles are one or more types selected from the group consisting of silica, alumina, carbon and titania (TiO 2 ). a) preparing a hydrogel phase polymer by thermopolymerizing or photopolymerizing a monomer composition including a water-soluble ethylenically unsaturated monomer and a polymerization initiator; b) adding particles having properties of the following i) and ii) to the hydrogel phase polymer; c) chopping the particle-added hydrogel phase polymer; d) drying the hydrogel phase polymer; e) milling the dried hydrogel phase polymer; f) adding a surface crosslinking agent to the milled hydrogel phase polymer; and g) carrying out a surface crosslinking reaction,
An insulator-coated soft magnetic powder, comprising: a core portion which contains a soft magnetic material; and an insulating layer which is provided on the surface of the core portion and contains a glass material including Bi 2 O 3 as a main component, wherein the content of an alkali metal in the insulating layer is 5 mol% or less and 0.001 mol% or more, the glass material further contains at least ZnO and B 2 O 3 , characterised in that the content of B 2 O 3 is 15 mol% or more and 70 mol% or less with respect to the content of Bi 2 O 3 , and the ratio of content in mol% of B 2 O 3 to the content in mol % of ZnO is 0.5 or more and less than 1.3. a core portion which contains a soft magnetic material; and an insulating layer which is provided on the surface of the core portion and contains a glass material including Bi 2 O 3 as a main component, wherein the content of an alkali metal in the insulating layer is 5 mol% or less and 0.001 mol% or more, the glass material further contains at least ZnO and B 2 O 3 , characterised in that the content of B 2 O 3 is 15 mol% or more and 70 mol% or less with respect to the content of Bi 2 O 3 , and the ratio of content in mol% of B 2 O 3 to the content in mol % of ZnO is 0.5 or more and less than 1.3.
An actuator for a parking lock , comprising at least the following components: - an axial drive means for transmitting an axial force ; - an actuating element with an actuating axis , which is axially moveable from a parking position into a drive position by means of the axial force of the axial drive means ; - a first energy storage element for transmitting a stored force antagonistic to the axial force , wherein the free, non-fixed actuating element is forced by the stored force in the direction of the parking position, wherein the actuator is designed such that the actuating element can be fixed in the drive position independently of the axial drive means characterised in that the axial drive means comprises a guide pin , the actuating element is designed to be sleeve-like, preferably being a sleeve, and the sleeve-like actuating element is guided by the guide pin . - an axial drive means for transmitting an axial force ; - an actuating element with an actuating axis , which is axially moveable from a parking position into a drive position by means of the axial force of the axial drive means ; - a first energy storage element for transmitting a stored force antagonistic to the axial force , wherein the free, non-fixed actuating element is forced by the stored force in the direction of the parking position, wherein the actuator is designed such that the actuating element can be fixed in the drive position independently of the axial drive means the axial drive means comprises a guide pin , the actuating element is designed to be sleeve-like, preferably being a sleeve, and the sleeve-like actuating element is guided by the guide pin .
A cassette for dental prostheses intended to be used in a cleaning device or in a dishwasher, said cassette having at least one bottom , one front lateral face , one rear lateral face and two side lateral faces , said faces and the bottom delimiting an internal volume of the cassette configured to house a dental prosthesis, said cassette comprising: - at least one first cooperating tab protruding relative to the internal volume, said first cooperating tab being configured to cooperate with a first retaining housing formed on another adjacent cassette , - at least one first retaining housing configured to cooperate with a first cooperating tab formed on another adjacent cassette , - a dental prostheses holding system housed in the interior volume of the cassette , the holding system comprising a support plate arranged in the internal volume of the cassette , characterized in that the holding system comprises a helical spring configured to be in the rest position when the cassette is empty and in the compression position when the cassette contains a dental prosthesis and a plurality of support fins configured to maintain the support plate on the spring . - at least one first cooperating tab protruding relative to the internal volume, said first cooperating tab being configured to cooperate with a first retaining housing formed on another adjacent cassette , - at least one first retaining housing configured to cooperate with a first cooperating tab formed on another adjacent cassette , - a dental prostheses holding system housed in the interior volume of the cassette , the holding system comprising a support plate arranged in the internal volume of the cassette , characterized in that the holding system comprises a helical spring configured to be in the rest position when the cassette is empty and in the compression position when the cassette contains a dental prosthesis and a plurality of support fins configured to maintain the support plate on the spring .
A device for transmitting encrypted information to a mobile communication network, comprising: - a communication interface ; and - at least one processor configured to derive a first security key based on information relating to a first node , the first node being a first Access Point of said mobile communication network, to use said communication interface to request use of or to use a further device as a relay to said mobile communication network, to determine whether said further device is connected to said first node and/or receive a message when another device has determined that said further device is not connected to said first node, and upon determining that said further device is not connected to said first node or upon receipt of said message: to derive a second security key based on information relating to a second node , the second node being a second Access Point of said mobile communication network to which said further device is connected, and to use said communication interface to transmit information to said mobile communication network via said further device , said information being encrypted using said second security key. - a communication interface ; and - at least one processor configured to derive a first security key based on information relating to a first node , the first node being a first Access Point of said mobile communication network, to use said communication interface to request use of or to use a further device as a relay to said mobile communication network, to determine whether said further device is connected to said first node and/or receive a message when another device has determined that said further device is not connected to said first node, and upon determining that said further device is not connected to said first node or upon receipt of said message: to derive a second security key based on information relating to a second node , the second node being a second Access Point of said mobile communication network to which said further device is connected, and to use said communication interface to transmit information to said mobile communication network via said further device , said information being encrypted using said second security key. to derive a second security key based on information relating to a second node , the second node being a second Access Point of said mobile communication network to which said further device is connected, and to use said communication interface to transmit information to said mobile communication network via said further device , said information being encrypted using said second security key.
An active agent dosing method for the preparation of medicaments, wherein - one or more active agents (A, B, C) are dissolved in one liquid each and are stored in a storage container , and, - to be dosed, a number of droplets corresponding to the desired amount of the active agent (A, B, C) is pressed actively, i.e. not under the influence of gravity alone, through a dosing nozzle onto a substrate or into a collecting vessel, - characterized in that the droplets are soaked up by an absorptive, tablet-shaped substrate or solved by a liquid solvent. - one or more active agents (A, B, C) are dissolved in one liquid each and are stored in a storage container , and, - to be dosed, a number of droplets corresponding to the desired amount of the active agent (A, B, C) is pressed actively, i.e. not under the influence of gravity alone, through a dosing nozzle onto a substrate or into a collecting vessel, - characterized in that the droplets are soaked up by an absorptive, tablet-shaped substrate or solved by a liquid solvent.
A polycrystalline silicon rod whose rod surface portion has a phosphorus concentration of 0.015 ppba or less, wherein the ratio (P2/P1) of the phosphorus concentration (P2) of the rod center portion to the phosphorus concentration (P1) of the rod surface portion is within the range of 1 and 2, wherein the rod center portion is a region of up to 20 mm in diameter centering around a seed rod including the seed rod of the polycrystalline silicon rod, and the rod surface portion is a region extending 5 to 10 mm from the surface of the polycrystalline silicon rod toward the rod center portion.
A method of lowering and installing a structure in water, comprising: temporarily carrying a denser-than-water ballast material on board the structure ; lowering the structure while carrying the ballast material ; anchoring the structure at a subsea location while carrying the ballast material ; at the subsea location, dissolving, suspending or diluting the ballast material in water while the ballast material is carried by the anchored structure ; removing the dissolved, suspended or diluted ballast material from the anchored structure ; and further comprising: initially shielding the ballast material from water and subsequently exposing the ballast material to a flow of water that promotes its dissolution, suspension or dilution, wherein: the ballast material is a particulate solid that is dry before being exposed to the water that dissolves, suspends or dilutes it; and the structure comprises at least one barrier that closes a space containing the ballast material , which barrier is arranged to be opened, dissolved, penetrated or removed to expose the ballast material to water when the structure is at the subsea location. temporarily carrying a denser-than-water ballast material on board the structure ; lowering the structure while carrying the ballast material ; anchoring the structure at a subsea location while carrying the ballast material ; at the subsea location, dissolving, suspending or diluting the ballast material in water while the ballast material is carried by the anchored structure ; removing the dissolved, suspended or diluted ballast material from the anchored structure ; and further comprising: initially shielding the ballast material from water and subsequently exposing the ballast material to a flow of water that promotes its dissolution, suspension or dilution, wherein: the ballast material is a particulate solid that is dry before being exposed to the water that dissolves, suspends or dilutes it; and the structure comprises at least one barrier that closes a space containing the ballast material , which barrier is arranged to be opened, dissolved, penetrated or removed to expose the ballast material to water when the structure is at the subsea location. the ballast material is a particulate solid that is dry before being exposed to the water that dissolves, suspends or dilutes it; and the structure comprises at least one barrier that closes a space containing the ballast material , which barrier is arranged to be opened, dissolved, penetrated or removed to expose the ballast material to water when the structure is at the subsea location.
A carton having a first end and a second end, a plurality of side panels , and a sloping face at the first end of the carton , wherein the sloping face is defined by a first triangular lid panel at the first end of the carton , wherein a first edge of the first triangular lid panel is connected along a foldline to the end of a first one of the side panels at the first end of the carton , the carton further comprising a second triangular lid panel at the first end of the carton providing an end face for the carton at the first end of the carton , wherein a first edge of the second triangular lid panel is connected to a second edge of the first triangular lid panel along a foldline , the carton further comprising a plurality of lid support panels underlying the first and second triangular lid panels at the first end of the carton ; characterised in that two adjacent ones of the side panels of the carton , the first and second side panels , are trapezoidal, and a further two adjacent ones of the side panels of the carton , the third and fourth side panels , are parallelograms, wherein the first triangular lid panel extends between and connects the trapezoidal side panels , and the second triangular lid panel extends between and connects the parallelogram shaped side panels .
A preparation comprising an insect-pathogenic Metarhizium var. anisopliae fungal strain, wherein said Metarhizium var. anisopliae fungal strain is a BNL 102 fungal strain having ICI CC Number 506834, wherein said preparation has an insecticidal activity against western flower thrip that is 2 to 3 times greater than the preparation without the BNL 102 fungal strain.
A membrane pump , comprising a first membrane , a second membrane , a membrane interior space is formed between said first membrane and said second membrane , said membrane interior space comprising a first element and a second element , and a resistance meter configured to detect a resistance between said first element and said second element arising from a fluid leakage into said membrane interior space due to rupture of said first membrane and/or said second membrane , characterized in that the membrane interior space is formed with vacuum between the first membrane and the second membrane , and the first element and the second element are separated and electrically insulated by said vacuum.