mhurhangee/patent-ind-claim-en huggingface dataset:
A vapor-to-air heat exchanger for an aircraft powerplant , comprising: a pressurized vapor source supplying vapor; and a condenser including a condenser inlet in fluid communication with the pressurized vapor source to receive the vapor, a condenser outlet , characterized in that the vapor-to-air heat exchanger further comprises a pneumatic vessel defining a cavity in fluid communication between the condenser inlet and the condenser outlet , the pneumatic vessel being reversibly inflatable to be configurable between a collapsed vessel (C) configuration and an inflated vessel (I) configuration, a volume of the cavity being greater in the inflated vessel (I) configuration than in the collapsed vessel (C) configuration, the pneumatic vessel being inflatable from the collapsed vessel (C) configuration to the inflated vessel (I) configuration when the cavity is pressurized by the vapor. a pressurized vapor source supplying vapor; and a condenser including a condenser inlet in fluid communication with the pressurized vapor source to receive the vapor, a condenser outlet , characterized in that the vapor-to-air heat exchanger further comprises a pneumatic vessel defining a cavity in fluid communication between the condenser inlet and the condenser outlet , the pneumatic vessel being reversibly inflatable to be configurable between a collapsed vessel (C) configuration and an inflated vessel (I) configuration, a volume of the cavity being greater in the inflated vessel (I) configuration than in the collapsed vessel (C) configuration, the pneumatic vessel being inflatable from the collapsed vessel (C) configuration to the inflated vessel (I) configuration when the cavity is pressurized by the vapor.
A DNA-binding domain of Transcription Activator like Effector Nuclease (TALEN) protein, wherein the DNA-binding domain comprises a pair of amino acid sequences selected from SEQ ID No. 6 and SEQ ID No. 8; SEQ ID No. 11 and SEQ ID No. 14; SEQ ID No. 17 and SEQ ID No. 20; SEQ ID No. 23 and SEQ ID No. 26; SEQ ID No. 29 and SEQ ID No. 32; and SEQ ID No. 35 and SEQ ID No. 38.
A mute for use in a wind instrument by being attached to a bell of the wind instrument, the mute comprising: a pipe-like hollow body comprising a small diameter end and a large diameter end , with both ends being open; and a pipe-like hollow head comprising a small diameter end which is closed by a bottom member , and a large diameter end which is open and has a same diameter as that of the large diameter end of the body , wherein the head is connectable to the body such that the large diameter end of the body faces the large diameter end of the head to join therewith; wherein in storing, the body and the head are separated from each other, and the head is placed in a space surrounded by an inner circumferential face of the body , characterized in that the head has a through-hole at the bottom member , in that the mute further comprises a rod-like member that is inserted into the through-hole and is slidable in an axial direction; and an inner head that is fixed to one end of the rod-like member to be supported by the head , and in that in storing, the inner head is placed in a space surrounded by an inner circumferential face of the head . a pipe-like hollow body comprising a small diameter end and a large diameter end , with both ends being open; and a pipe-like hollow head comprising a small diameter end which is closed by a bottom member , and a large diameter end which is open and has a same diameter as that of the large diameter end of the body , wherein the head is connectable to the body such that the large diameter end of the body faces the large diameter end of the head to join therewith; wherein in storing, the body and the head are separated from each other, and the head is placed in a space surrounded by an inner circumferential face of the body , characterized in that the head has a through-hole at the bottom member , in that the mute further comprises a rod-like member that is inserted into the through-hole and is slidable in an axial direction; and an inner head that is fixed to one end of the rod-like member to be supported by the head , and in that in storing, the inner head is placed in a space surrounded by an inner circumferential face of the head .
A method for preparing a pharmaceutical composition, which is rapidly dissolved in the mouth, and which comprises: A) agglomerate units consisting of - a discontinuous phase consisting of a drug and - a continuous phase comprising a sugar or sugar alcohol selected from the group consisting of xylitol, mannitol, isomalt, sorbitol, maltitol, refined white sugar, lactose, inositol, erythritol, crystal fructose, trehalose, ribitol, arabitol, galactitol, lactitol, and maltotritol; and optionally a high sweetening agent selected from the group consisting of saccharin, cyclamate, aspartame, acesulpham K, sucralose, alitame, and neotame; and B) a pharmaceutically acceptable excipient, wherein the method comprises the steps of: (a) dissolving all or part of the sugar or sugar alcohol in water; (b) obtaining a dispersion by dispersing the drug in the water wherein said all or part of the sugar or sugar alcohol is dissolved; and (c) obtaining an agglomerate unit by drying the water, wherein a binding agent is not used in obtaining the agglomerate units, wherein the method optionally further comprises including the high sweetening agent with the drug in water, wherein the high sweetening agent is present within the continuous phase. A) agglomerate units consisting of - a discontinuous phase consisting of a drug and - a continuous phase comprising a sugar or sugar alcohol selected from the group consisting of xylitol, mannitol, isomalt, sorbitol, maltitol, refined white sugar, lactose, inositol, erythritol, crystal fructose, trehalose, ribitol, arabitol, galactitol, lactitol, and maltotritol; and optionally a high sweetening agent selected from the group consisting of saccharin, cyclamate, aspartame, acesulpham K, sucralose, alitame, and neotame; and - a discontinuous phase consisting of a drug and - a continuous phase comprising a sugar or sugar alcohol selected from the group consisting of xylitol, mannitol, isomalt, sorbitol, maltitol, refined white sugar, lactose, inositol, erythritol, crystal fructose, trehalose, ribitol, arabitol, galactitol, lactitol, and maltotritol; and optionally a high sweetening agent selected from the group consisting of saccharin, cyclamate, aspartame, acesulpham K, sucralose, alitame, and neotame; and B) a pharmaceutically acceptable excipient, (a) dissolving all or part of the sugar or sugar alcohol in water; (b) obtaining a dispersion by dispersing the drug in the water wherein said all or part of the sugar or sugar alcohol is dissolved; and (c) obtaining an agglomerate unit by drying the water, wherein a binding agent is not used in obtaining the agglomerate units, wherein the method optionally further comprises including the high sweetening agent with the drug in water, wherein the high sweetening agent is present within the continuous phase.
A user equipment comprising: a reception unit configured to receive a Master Information Block, MIB, including operation mode information indicating an operation mode determined from among different operation modes including in-band operation, guard-band operation and stand-alone operation; and a processor configured to determine, based on the operation mode indicated by the operation information included in the MIB, a starting orthogonal frequency division multiplexing, OFDM, symbol for receiving a physical downlink channel, the starting OFDM symbol corresponding to the operation mode indicated by the operation information included in the MIB; wherein the reception unit is configured to receive the physical downlink channel based on the starting OFDM symbol. a reception unit configured to receive a Master Information Block, MIB, including operation mode information indicating an operation mode determined from among different operation modes including in-band operation, guard-band operation and stand-alone operation; and a processor configured to determine, based on the operation mode indicated by the operation information included in the MIB, a starting orthogonal frequency division multiplexing, OFDM, symbol for receiving a physical downlink channel, the starting OFDM symbol corresponding to the operation mode indicated by the operation information included in the MIB; wherein the reception unit is configured to receive the physical downlink channel based on the starting OFDM symbol.
A method comprising the steps of: obtaining a packet; determining a hostname associated with the packet; utilizing a main rule to extract a domain from the hostname, analyzing the domain and the hostname with a plurality of secondary rules based on the domain to deduce an application therefrom, wherein the hostname is a Fully Qualified Domain Name (FQDN) and the domain is a Content Delivery Network (CDN), the main rule includes a regular expression to obtain the domain, the plurality of secondary rules include one or more rules that are matched based on the domain and each of the one or more rules includes a pattern that is matched in the hostname to a corresponding application based on such a match, and the main rule identifies the domain, and the plurality of secondary rules are used with the hostname to yield the application from matching expressions in the hostname. obtaining a packet; determining a hostname associated with the packet; utilizing a main rule to extract a domain from the hostname, analyzing the domain and the hostname with a plurality of secondary rules based on the domain to deduce an application therefrom, wherein the hostname is a Fully Qualified Domain Name (FQDN) and the domain is a Content Delivery Network (CDN), the main rule includes a regular expression to obtain the domain, the plurality of secondary rules include one or more rules that are matched based on the domain and each of the one or more rules includes a pattern that is matched in the hostname to a corresponding application based on such a match, and the main rule identifies the domain, and the plurality of secondary rules are used with the hostname to yield the application from matching expressions in the hostname.
Aqueous agrochemical composition comprising a) suspended particles of dimpropyridaz; and b) ethoxylated ricinolein; wherein the ethoxylated ricinolein contains 35 to 50 molecules of ethylene oxide per molecule of ricinolein in polymerized form. a) suspended particles of dimpropyridaz; and b) ethoxylated ricinolein;
Heating assembly for a domestic or a professional appliance comprising a main body and a plurality of heating elements of the electric type embedded in said main body , said plurality of heating elements comprising at least one first heating element and at least one second heating element , said first heating element being shaped so as to define a folded section having a leading part and a trailing part ; a portion of said second heating element is located between said leading part and said trailing part of the folded section defined in said first heating element and a control unit for controlling the power supplied to said plurality of heating elements ; characterised in that it further comprises a heat sensing device connected to said control unit and measuring the temperature over a heat exchange surface of said main body in order to detect possible failures or malfunctions of any heating element; wherein each of said heating elements can be individually controlled by said control unit so as to adjust individually the power supplied to each heating element in order to increase the power supplied to the heating element/s which are not subjected to failures or malfunctions.
Hydrostatic sliding-contact bearing arrangement, comprising a first bearing element and a second bearing element , wherein at least one recess is arranged in at least one of the bearing elements , is open in the direction of the other bearing element and forms at least one bearing pocket which is filled with a pressurizable/pressurized fluid (FL1), characterized in that the bearing pocket has a dividing body which splits the bearing pocket over its entire cross section into two regions, wherein a pressure-introducing fluid (FL3) is applied to one of the regions with at least one channel, and the region facing towards the opposite bearing element is filled with the pressurized fluid (FL1), which has the rheological behaviour of a Bingham body.
A gas-operated valve for a fire suppression system, the gas-operated valve comprising a body , a piston , and an integrated plug valve , the body configured to receive the piston axially therein, the piston being movable within the body between a first axial position in which the piston is configured to seal a valve opening when pneumatic pressure provided by a non-flammable gas is applied to the piston and a second axial position in which the piston is configured to be withdrawn from the valve opening such that a pressurised fire suppression material can enter the body through the valve opening, wherein the piston comprises a machined flange which defines volumes for non-flammable gas and pressurised fire suppression material respectively separated by the machined flange, the integrated plug valve configured to control application and release of the pneumatic pressure and indirectly discharge of the fire suppression material, wherein the plug valve comprises a rotatable plug comprising a stem with a transverse bore for passage of the non-flammable gas, a blind bore in the body configured to receive the stem, and a stem seal between the stem and blind bore providing a fluid-tight seal between the stem and the blind bore thereby to prevent reduction of the pneumatic pressure by escape of the non-flammable gas between the stem and blind bore and allowing the stem to rotate within the blind bore, characterised in that the blind bore comprises at least one or two annular grooves on an inside surface of the blind bore for receiving a portion of the stem seal thereby providing a further fluid-tight seal. the body configured to receive the piston axially therein, the piston being movable within the body between a first axial position in which the piston is configured to seal a valve opening when pneumatic pressure provided by a non-flammable gas is applied to the piston and a second axial position in which the piston is configured to be withdrawn from the valve opening such that a pressurised fire suppression material can enter the body through the valve opening, wherein the piston comprises a machined flange which defines volumes for non-flammable gas and pressurised fire suppression material respectively separated by the machined flange, the integrated plug valve configured to control application and release of the pneumatic pressure and indirectly discharge of the fire suppression material, wherein the plug valve comprises a rotatable plug comprising a stem with a transverse bore for passage of the non-flammable gas, a blind bore in the body configured to receive the stem, and a stem seal between the stem and blind bore providing a fluid-tight seal between the stem and the blind bore thereby to prevent reduction of the pneumatic pressure by escape of the non-flammable gas between the stem and blind bore and allowing the stem to rotate within the blind bore, characterised in that the blind bore comprises at least one or two annular grooves on an inside surface of the blind bore for receiving a portion of the stem seal thereby providing a further fluid-tight seal.
A flexible container comprising: (A) four panels , each panel formed from a flexible multilayer film composed of one or more polymeric materials, the four panels forming (i) a body , and (ii) a neck ; (B) a fitment comprising a top portion and a base , the base composed of a polymeric material, the base sealed in the neck ; and (C) a sleeve and bag-on-valve assembly (SBoV) comprising a valve , valve seat , a bladder , and an elastic sleeve ; (D) the bladder and the elastic sleeve able to be inserted through the fitment and located in the body ; and (E) the valve seat is attached to the fitment . (A) four panels , each panel formed from a flexible multilayer film composed of one or more polymeric materials, the four panels forming (i) a body , and (ii) a neck ; (i) a body , and (ii) a neck ; (B) a fitment comprising a top portion and a base , the base composed of a polymeric material, the base sealed in the neck ; and (C) a sleeve and bag-on-valve assembly (SBoV) comprising a valve , valve seat , a bladder , and an elastic sleeve ; (D) the bladder and the elastic sleeve able to be inserted through the fitment and located in the body ; and (E) the valve seat is attached to the fitment .
An epicyclic gear system for a gas turbine engine, the epicyclic gear system comprising: a carrier which defines an oil manifold with a first oil circuit and a second oil circuit ; a multiple of flexible carrier posts which extend from said carrier to support a respective intermediate gear of a set of intermediate gears , said first oil circuit communicates with each respective flexible carrier post ; and a multiple of oil nozzles in communication with said second oil circuit ; characterised by a structural oil baffle housing which at least partially supports said set of intermediate gears . a carrier which defines an oil manifold with a first oil circuit and a second oil circuit ; a multiple of flexible carrier posts which extend from said carrier to support a respective intermediate gear of a set of intermediate gears , said first oil circuit communicates with each respective flexible carrier post ; and a multiple of oil nozzles in communication with said second oil circuit ; characterised by a structural oil baffle housing which at least partially supports said set of intermediate gears .
A live, attenuated dengue virus composition comprising: one or more live, attenuated dengue viruses; one or more albumins selected from the group consisting of lactalbumins and serum albumins, and trehalose. one or more live, attenuated dengue viruses; one or more albumins selected from the group consisting of lactalbumins and serum albumins, and trehalose.
A real-time monitoring system for an elevator or an escalator, the elevator or escalator comprises a control system arranged in a control cabinet, the control system comprises a screen configured to display control information, the real-time monitoring system is arranged in the control cabinet, and characterized in that the real-time monitoring system comprises: a camera configured to capture an image of the screen in real time; a visual information processing board configured to recognize the captured image as corresponding text data, and process the text data to form a message to be transmitted; and a data transfer unit configured to transmit the message from the visual information processing board to a cloud , wherein the cloud determines whether the elevator or the escalator needs maintenance according to the message, and when the cloud determines that the elevator or escalator needs maintenance, an alarm is issued and/or a maintenance person is assigned to the maintenance. a camera configured to capture an image of the screen in real time; a visual information processing board configured to recognize the captured image as corresponding text data, and process the text data to form a message to be transmitted; and a data transfer unit configured to transmit the message from the visual information processing board to a cloud , wherein the cloud determines whether the elevator or the escalator needs maintenance according to the message, and when the cloud determines that the elevator or escalator needs maintenance, an alarm is issued and/or a maintenance person is assigned to the maintenance.
Stereolithography machine comprising: - a container , containing a base material in a liquid or paste state defining an external surface delimiting said base material; - a light emitting unit configured so as to emit a light beam ; - a light reflecting device suited to deviate said light beam and to be controlled in such a way that said light beam is incident on any point of an incidence area belonging to said external surface ; - a logic control unit configured so as to control said light reflecting device in such a way that said light beam is selectively incident on any point of an operating area belonging to said incidence area ; - an optical unit configured so as to focus said light beam on a focal surface defined by the points where said light beam has minimum cross section along the different directions defined by said light reflecting device , said optical unit being arranged between said light emitting unit and said light reflecting device ; characterized in that said optical unit is configured in such a way that said focal surface is spherical, and in that said light emitting unit and said optical unit are configured in such a way that the ratio between the maximum diameter of the intersection between said light beam and said operating area across the entire operating area , and the diameter (w F ) of said minimum cross section , does not exceed 1.15. - a container , containing a base material in a liquid or paste state defining an external surface delimiting said base material; - a light emitting unit configured so as to emit a light beam ; - a light reflecting device suited to deviate said light beam and to be controlled in such a way that said light beam is incident on any point of an incidence area belonging to said external surface ; - a logic control unit configured so as to control said light reflecting device in such a way that said light beam is selectively incident on any point of an operating area belonging to said incidence area ; - an optical unit configured so as to focus said light beam on a focal surface defined by the points where said light beam has minimum cross section along the different directions defined by said light reflecting device , said optical unit being arranged between said light emitting unit and said light reflecting device ;