mhurhangee/patent-ind-claim-en huggingface dataset:
A thermal energy storage system comprising: - At least one tank comprising on its inside at least one or a plurality of septa overlapped on each other along the height of the tank in such a way as to define two or more chambers overlapped on each other that allow to obtain, in use, a stratification of the fluid inside said tank; - One or more fluid intercepting devices to allow fluid to be sent from the outside of the tank into each chamber of the tank and/or said fluid to be sent from each chamber to the outside of the tank; - Said one or more fluid intercepting devices being arranged inside the tank; - And wherein actuation means for activating said one or more fluid intercepting devices are comprised; - Characterized in that: - Said actuation means comprise a rod that fits into said tank, said rod having an actuation motion so as to activate said fluid intercepting devices. - At least one tank comprising on its inside at least one or a plurality of septa overlapped on each other along the height of the tank in such a way as to define two or more chambers overlapped on each other that allow to obtain, in use, a stratification of the fluid inside said tank; - One or more fluid intercepting devices to allow fluid to be sent from the outside of the tank into each chamber of the tank and/or said fluid to be sent from each chamber to the outside of the tank; - Said one or more fluid intercepting devices being arranged inside the tank; - And wherein actuation means for activating said one or more fluid intercepting devices are comprised; - Characterized in that: - Said actuation means comprise a rod that fits into said tank, said rod having an actuation motion so as to activate said fluid intercepting devices. - Said actuation means comprise a rod that fits into said tank, said rod having an actuation motion so as to activate said fluid intercepting devices.
A method for preparing a fibrin hydrogel composition, the method comprising forming an aqueous solution comprising fibrinogen, a fibrin-forming enzyme, and a fibrin hydrogel forming salt; wherein the fibrin hydrogel forming salt is present in a concentration that is greater than or equal to a threshold concentration required to form a fibrin hydrogel; reducing the fibrin hydrogel forming salt concentration below the threshold concentration to form a fibrin hydrogel. wherein the fibrin hydrogel forming salt is present in a concentration that is greater than or equal to a threshold concentration required to form a fibrin hydrogel; reducing the fibrin hydrogel forming salt concentration below the threshold concentration to form a fibrin hydrogel.
A computer system , comprising a memory controller , a media controller , and a non-volatile memory, NVM , connected to the media controller , wherein the memory controller is connected to the media controller and communicates with the media controller by complying with a bus access protocol compatible with a double data rate , DDR protocol, the NVM is configured to store data; the memory controller is configured to send a first read command to the media controller, wherein the first read command carries a first ID, a first address, and a first length, the first ID is an identifier of the first read command, and the first length is used to indicate a size of first data to be read by the first read command; the media controller is configured to read the first data from the NVM based on the first address; the memory controller is configured to send at least two send commands to the media controller, wherein the at least two send commands are used to obtain at least two pieces of data of a third length, and the third length is less than the first length; the media controller is configured to in response to the at least two send commands, return at least two data subblocks of the third length and metadata of the at least two data subblocks to the memory controller, wherein the metadata comprises the first ID and a location identifier, and the location identifier is used to indicate an offset of a corresponding data subblock in the first data; and the memory controller is configured to obtain the first data based on the at least two data subblocks and the location identifiers in the metadata of the at least two data subblocks.
An aerosol-generating article for use with an aerosol-generating device , the article comprising: a main reservoir for storing aerosol-forming liquid ; a capillary buffer reservoir in fluid communication with the main reservoir for storing aerosol-forming liquid due to capillary action; and a liquid conduit in fluid communication at least with the capillary buffer reservoir for providing aerosol-forming liquid at an interface to the outside of the capillary buffer reservoir and the main reservoir , wherein the liquid conduit comprises a filament bundle, and wherein the filament bundle comprises a plurality of first filaments comprising or being made of a first susceptor material. a main reservoir for storing aerosol-forming liquid ; a capillary buffer reservoir in fluid communication with the main reservoir for storing aerosol-forming liquid due to capillary action; and a liquid conduit in fluid communication at least with the capillary buffer reservoir for providing aerosol-forming liquid at an interface to the outside of the capillary buffer reservoir and the main reservoir , wherein the liquid conduit comprises a filament bundle, and wherein the filament bundle comprises a plurality of first filaments comprising or being made of a first susceptor material.
A launching system for an unmanned aerial vehicle, comprising: (a) a launcher rail ; (b) a tape configured to travel a length of the launcher rail ; (c) a shuttle secured to the tape at an interface and configured to secure and launch the unmanned aerial vehicle; (d) a drive mechanism, driven by an electric drive motor, for moving the shuttle along the launcher rail , comprising one of: i. a drive reel, to which one end of the tape is secured, for moving the tape along the launcher rail, wherein, in use, the tape is wound around the drive reel; or ii. a conveyor comprising a pulley for moving the tape in a loop; and characterised in that : (e) the interface comprises a detachable connection feature between the shuttle and the tape ; (f) the launcher rail comprises a shuttle to tape separation point , and wherein, in use, the shuttle releases from the tape at the shuttle to tape separation point . (a) a launcher rail ; (b) a tape configured to travel a length of the launcher rail ; (c) a shuttle secured to the tape at an interface and configured to secure and launch the unmanned aerial vehicle; (d) a drive mechanism, driven by an electric drive motor, for moving the shuttle along the launcher rail , comprising one of: i. a drive reel, to which one end of the tape is secured, for moving the tape along the launcher rail, wherein, in use, the tape is wound around the drive reel; or ii. a conveyor comprising a pulley for moving the tape in a loop; and i. a drive reel, to which one end of the tape is secured, for moving the tape along the launcher rail, wherein, in use, the tape is wound around the drive reel; or ii. a conveyor comprising a pulley for moving the tape in a loop; and (e) the interface comprises a detachable connection feature between the shuttle and the tape ; (f) the launcher rail comprises a shuttle to tape separation point , and wherein, in use, the shuttle releases from the tape at the shuttle to tape separation point .
System for ventilating a waste water line , comprising a pipe ventilator and a concealed cistern having a front-wall installation , wherein the pipe ventilator is arranged in the front-wall installation of the concealed cistern , wherein the pipe ventilator is arranged in the concealed cistern , characterised in that the pipe ventilator comprises an air inlet which is designed such that the pipe ventilator does not draw in any air from the concealed cistern .
A single strand stent system comprising a single strand twisted to form a loop strut or two or more rounded loops said loop strut or loops coated or encapsulated with a protein based material, the protein based material formed by a process including crosslinking a biocoacervate material that is administered to the single strand; the biocoacervate material formed by a process including adding one or more proteoglycan(s) to a solution of one or more soluble or solubilized primary protein(s), wherein at least one of the one or more primary protein(s) that are dissolved in one or more solvent(s) includes collagen, mixing the one or more proteoglycan(s) with the one or more primary protein(s) and one or more solvent(s) to precipitate an amorphous coacervate that falls out of the solution as a protein body, the protein body is extracted from the solution and is formed into the biocoacervate material, wherein the biocoacervate material can be melted and reformed.
An absorption heat pump device , in which an absorbing liquid absorbs refrigerant vapor, comprising: an evaporator that evaporates a refrigerant; an absorber in which the refrigerant vapor evaporated in the evaporator is absorbed by the absorbing liquid; and a rotating application section that applies the absorbing liquid to be supplied to the absorber along an outer surface of a heat exchange section , wherein the absorber includes: the heat exchange section that removes absorption heat of the refrigerant vapor into the absorbing liquid, characterised in that the absorber comprises: a membrane member , disposed so as to surround and cover the rotating application section and the heat exchange section that the absorbing liquid contacts, through which the refrigerant vapor can pass but the absorbing liquid cannot pass, wherein the membrane member is formed to surround and cover the heat exchange section . an evaporator that evaporates a refrigerant; an absorber in which the refrigerant vapor evaporated in the evaporator is absorbed by the absorbing liquid; and a rotating application section that applies the absorbing liquid to be supplied to the absorber along an outer surface of a heat exchange section , wherein the absorber includes: the heat exchange section that removes absorption heat of the refrigerant vapor into the absorbing liquid, characterised in that the absorber comprises: a membrane member , disposed so as to surround and cover the rotating application section and the heat exchange section that the absorbing liquid contacts, through which the refrigerant vapor can pass but the absorbing liquid cannot pass, wherein the membrane member is formed to surround and cover the heat exchange section . a membrane member , disposed so as to surround and cover the rotating application section and the heat exchange section that the absorbing liquid contacts, through which the refrigerant vapor can pass but the absorbing liquid cannot pass, wherein the membrane member is formed to surround and cover the heat exchange section .
An intestinal dysfunction treatment apparatus comprising: an implantable constriction device configured to constrict at least one wall portion of a patient's intestines to restrict a flow of intestinal contents in the intestinal passageway of the intestines, a stimulation device configured to stimulate the wall portion, and a control device configured to control the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion to further restrict the flow of intestinal contents, wherein the control device is configured to control the constriction device to adjust the constriction of the wall portion, and the control device is configured to control the constriction and stimulation devices independently of each other, characterised in that the control device is further configured to calibrate the constriction device by controlling the stimulation device to stimulate the wall portion while controlling the constriction device to adjust the constriction of the wall portion until a desired restriction of the flow in the intestinal passageway is obtained. an implantable constriction device configured to constrict at least one wall portion of a patient's intestines to restrict a flow of intestinal contents in the intestinal passageway of the intestines, a stimulation device configured to stimulate the wall portion, and a control device configured to control the stimulation device to stimulate the wall portion, as the constriction device constricts the wall portion, to cause contraction of the wall portion to further restrict the flow of intestinal contents, wherein the control device is configured to control the constriction device to adjust the constriction of the wall portion, and the control device is configured to control the constriction and stimulation devices independently of each other, characterised in that the control device is further configured to calibrate the constriction device by controlling the stimulation device to stimulate the wall portion while controlling the constriction device to adjust the constriction of the wall portion until a desired restriction of the flow in the intestinal passageway is obtained.
Arsenic trioxide, for use as a medicament for treating relapsing-remitting multiple sclerosis.
A device for treatments of endoscopic resection/removal of tissues, comprising: - a handpiece apt to be held by an user; - an external tubular element comprising a proximal end, a distal end and a cutting aperture disposed at said distal end; - an internal tubular element apt to be pivotally received in said external tubular element and comprising a proximal end, a distal end and a cutting tip at its distal end; - wherein the proximal end of each of the external tubular element and internal tubular element are supported by the handpiece - guide means for rotating and/or oscillating said inner tubular element with respect to said external tubular element ; wherein said guide means comprise an electric motor , a control unit and electric feeding means for said electric motor , said guide means being contained inside the handpiece ; wherein said control unit comprises at least a main electronic circuit , to regulate the functions and the speed of the electric motor and of a plurality of pushbutton controls placed on the external surface of said guide means, in a position corresponding to pushbuttons provided on the external surface of the handpiece and characterized in that said guide means are contained inside a body insertable in a removable way inside said handpiece, said body being tight; the body axially extends inside the handpiece and only said handpiece is disposable. - a handpiece apt to be held by an user; - an external tubular element comprising a proximal end, a distal end and a cutting aperture disposed at said distal end; - an internal tubular element apt to be pivotally received in said external tubular element and comprising a proximal end, a distal end and a cutting tip at its distal end; - wherein the proximal end of each of the external tubular element and internal tubular element are supported by the handpiece - guide means for rotating and/or oscillating said inner tubular element with respect to said external tubular element ; wherein said guide means comprise an electric motor , a control unit and electric feeding means for said electric motor , said guide means being contained inside the handpiece ; wherein said control unit comprises at least a main electronic circuit , to regulate the functions and the speed of the electric motor and of a plurality of pushbutton controls placed on the external surface of said guide means, in a position corresponding to pushbuttons provided on the external surface of the handpiece and characterized in that said guide means are contained inside a body insertable in a removable way inside said handpiece, said body being tight; the body axially extends inside the handpiece and only said handpiece is disposable.
A method of determining the position of a C-arm of an X-ray system, the method comprising: obtaining a primary X-ray image of a desired location on a patient's body; obtaining a secondary X-ray image of the desired location on the patient's body, whereir, the secondary X-ray image is a copy of the primary X-ray image; creating an image-overlay of the secondary X-ray image over the primary X-ray image on a graphical user-interface ; adjusting the secondary X-ray image with respect to the primary X-ray image; wherein at least the position, size or orientation of the second X-ray image is changed using touch based gestures; and determining the subsequent location for X-ray imaging on the patient's body, based on the adjustment, automatically positioning the C-arm of the X-ray system to the subsequent location for X-ray imaging on the patient's body. obtaining a primary X-ray image of a desired location on a patient's body; obtaining a secondary X-ray image of the desired location on the patient's body, whereir, the secondary X-ray image is a copy of the primary X-ray image; creating an image-overlay of the secondary X-ray image over the primary X-ray image on a graphical user-interface ; adjusting the secondary X-ray image with respect to the primary X-ray image; wherein at least the position, size or orientation of the second X-ray image is changed using touch based gestures; and determining the subsequent location for X-ray imaging on the patient's body, based on the adjustment, automatically positioning the C-arm of the X-ray system to the subsequent location for X-ray imaging on the patient's body.
Aircraft interior door assembly for a selectively increasing usable space within an aircraft lavatory adjacent a passenger doorway area of the aircraft or in the passenger doorway area adjacent the lavatory , the aircraft interior door assembly comprising: - a door element and - a door element supporting structure , wherein the door element is a door blade rotatably connected with one edge thereof to the door element supporting structure so as to be at least rotatable between a first closed position relative to the door element supporting structure and a second closed position relative to the door element supporting structure , characterized in that the door element has the same configuration in both of its closed positions as well as in an open position, wherein a door rotation space, which is rotated through by the door element when rotated between its first and second closed positions, is part of the aircraft lavatory interior space when the door element is in its first closed position, and is part of the passenger doorway area , when the door element is in its second closed position, and wherein the edge of the door element , opposed to the one rotatably connected to the door element supporting structure , cooperates in both the first and second closed positions of the door element with an area of the door element supporting structure and said door element cooperating area of the door element supporting structure has the form of a section of a circular cylinder barrel. - a door element and - a door element supporting structure ,
A method of performing arc-fault sampling, ground-fault sampling, and grounded-neutral fault sampling in a circuit breaker device, characterized by : performing, by a single system controller , the arc-fault sampling during a plurality of arc-fault sampling periods, the arc-fault sampling periods occurring at regular intervals and each arc-fault sampling period lasting a fixed duration that is shorter than the time in between consecutive arc-fault sampling periods; monitoring for an occurrence of a predefined event in the circuit breaker device, the predefined event being timed to occur coincident with one of the plurality of arc-fault sampling periods; and performing the grounded-neutral fault sampling near the occurrence of the predefined event such that the grounded-neutral fault sampling is performed between said one of the plurality of arc-fault sampling periods and an immediately adjacent arc-fault sampling period; calculating, by the single system controller, a delay time for the predefined event and generating, by the single system controller, the predefined event after the delay time such that the predefined event occurs coincident with one of the plurality of arc-fault sampling periods; and initiating, by the single system controller, the arc-fault sampling and the ground-fault sampling upon a zero-crossing of a supply line voltage to which the circuit breaker device is connected wherein the arc-fault sampling, ground-fault sampling , and the grounded-neutral fault sampling are performed during a common detection interval. performing, by a single system controller , the arc-fault sampling during a plurality of arc-fault sampling periods, the arc-fault sampling periods occurring at regular intervals and each arc-fault sampling period lasting a fixed duration that is shorter than the time in between consecutive arc-fault sampling periods; monitoring for an occurrence of a predefined event in the circuit breaker device, the predefined event being timed to occur coincident with one of the plurality of arc-fault sampling periods; and performing the grounded-neutral fault sampling near the occurrence of the predefined event such that the grounded-neutral fault sampling is performed between said one of the plurality of arc-fault sampling periods and an immediately adjacent arc-fault sampling period; calculating, by the single system controller, a delay time for the predefined event and generating, by the single system controller, the predefined event after the delay time such that the predefined event occurs coincident with one of the plurality of arc-fault sampling periods; and initiating, by the single system controller, the arc-fault sampling and the ground-fault sampling upon a zero-crossing of a supply line voltage to which the circuit breaker device is connected wherein the arc-fault sampling, ground-fault sampling , and the grounded-neutral fault sampling are performed during a common detection interval.
A flame retarded polyamide composition consisting of: (a) at least one polyamide; (b) a hydroquinone diphenyl phosphate ester of the general formula (I): wherein R 1 , R 2 , R 3 and R 4 each independently is aryl, or arylalkyl each independently containing up to 30 carbon atoms, optionally interrupted with heteroatoms, X is a divalent hydroquinone group, containing up to 20 carbon atoms, and n has an average value of from 1.0 to 2.0; and, (c) at least one brominated flame retardant. (a) at least one polyamide; (b) a hydroquinone diphenyl phosphate ester of the general formula (I): wherein R 1 , R 2 , R 3 and R 4 each independently is aryl, or arylalkyl each independently containing up to 30 carbon atoms, optionally interrupted with heteroatoms, X is a divalent hydroquinone group, containing up to 20 carbon atoms, and n has an average value of from 1.0 to 2.0; and, (c) at least one brominated flame retardant.