mhurhangee/patent-ind-claim-en huggingface dataset:
A three-phase capacitor formed by three cylinders, a first cylinder , a second cylinder and a third cylinder , connected to form a triangle, wherein each one of the cylinders, , and is manufactured in a single piece, and they are connected to one another forming a triangular or delta connection and wherein the first cylinder has a first capacitor and a second capacitor connected in series, the second cylinder having a third and fourth capacitor connected in series and the third cylinder having a fifth and sixth capacitor also connected in series, wherein the capacitors of each cylinder are formed by two annular windings, concentrically arranged, and each one separated with respect to the contiguous cylinder thereof by an insulating material that dielectrically isolates a capacitor with respect to the contiguous cylinder, wherein there is an inner capacitor and an outer capacitor, and the upper parts of each of the concentric annular rings of each cylinder make up one of the connection plates of each one of the capacitors, wherein the inner cylindrical capacitor , and of each cylinder, namely the first cylinder , the second cylinder and the third cylinder comprises a first plate (2.1) (4.1) and (6.1) and a second plate (2.2), (4.2) and (6.2), while each outer capacitor , and of each cylinder , and comprises a first plate (1.1) (3.1), (5.1) and a second plate (1.2), (3.2) and (5.2) wherein one of the plates of the outer capacitor of each cylinder is connected to the adjacent plate of the inner capacitor by means of a conductive layer , wherein the insulating material has a very low coefficient of friction, which allows the inner part to be able to move with respect to the outer part of each cylinder in the case of inner overpressure.
Method for selecting an antenna in a system comprising a first device and at least one second, mobile device , the system forming a communication network in which the first device communicates with each second device by using a medium access technique of time-division multiple access type in which each communication is made in frames, each frame being divided into a plurality of time slots comprising a first slot allowing the first device to transmit a first signal designating a second device and allowing each second device to temporally synchronize with a time reference of the first device , and a second slot allowing the second device designated by the first signal to transmit a second signal in response to the first signal in order to acknowledge its presence in the system , at least the first device comprising a plurality of antennas each covering a predefined sector in the vicinity of said plurality and each second device comprising a plurality of antennas, the frames used in said system are organized in a succession of groups of consecutive frames , each group of frames being organized according to a group structure associating each frame with a pair formed of an antenna of the first device and of a second device , each possible pair being associated with a different frame from the group of frames depending on the position of said frame in said group , a piece of information representative of the group structure being shared between the first and each second device ; the method comprises for each device comprising a plurality of antennas : obtaining , on the basis of the first or of the second signal transmitted in each frame of a group of frames , a piece of information representative of the quality of communication between an antenna of said device and an antenna of the first or of a second device ; and selecting , on the basis of all of the obtained pieces of information representative of the quality of communication, the antenna from its plurality of antennas that offers the highest quality of communication with an antenna of the first or of a second device . obtaining , on the basis of the first or of the second signal transmitted in each frame of a group of frames , a piece of information representative of the quality of communication between an antenna of said device and an antenna of the first or of a second device ; and selecting , on the basis of all of the obtained pieces of information representative of the quality of communication, the antenna from its plurality of antennas that offers the highest quality of communication with an antenna of the first or of a second device .
A lid for use with a drink container body having an inner body portion defining an interior fluid passageway with an upper end opening , comprising: an upper member positionable within the fluid passageway ; a lower member positionable within the fluid passageway adjacent to the upper member ; a ring seal positioned between the upper member and the lower member , the ring seal being outward stretchable from a first perimeter size to a second perimeter size different than the first perimeter size; and an actuator member operatively connected to the upper and lower members and operable to selectively move the upper and lower members relative to each other in a first direction to change the ring seal from the first perimeter size to the second perimeter size and position the ring seal in fluid-tight sealing engagement with the inner body portion when the lid is positioned in the fluid passageway , and move the upper and lower members relative to each other in a second direction different than the first direction to change the ring seal from the second perimeter size to the first perimeter size and position the ring seal out of fluid-tight sealing engagement with the inner body portion when the lid is positioned in the fluid passageway , characterized in that the upper member has a drink dispensing aperture , and when the actuator member moves the upper and lower members in the first direction and positions the ring seal in fluid-tight sealing engagement with the inner body portion, drink in the container body below the upper member is prevented from being dispensed through the drink dispensing aperture when the container body is tilted. an upper member positionable within the fluid passageway ; a lower member positionable within the fluid passageway adjacent to the upper member ; a ring seal positioned between the upper member and the lower member , the ring seal being outward stretchable from a first perimeter size to a second perimeter size different than the first perimeter size; and an actuator member operatively connected to the upper and lower members and operable to selectively move the upper and lower members relative to each other in a first direction to change the ring seal from the first perimeter size to the second perimeter size and position the ring seal in fluid-tight sealing engagement with the inner body portion when the lid is positioned in the fluid passageway , and move the upper and lower members relative to each other in a second direction different than the first direction to change the ring seal from the second perimeter size to the first perimeter size and position the ring seal out of fluid-tight sealing engagement with the inner body portion when the lid is positioned in the fluid passageway , characterized in that the upper member has a drink dispensing aperture , and when the actuator member moves the upper and lower members in the first direction and positions the ring seal in fluid-tight sealing engagement with the inner body portion, drink in the container body below the upper member is prevented from being dispensed through the drink dispensing aperture when the container body is tilted.
A power collection and distribution system comprising: - a power collection module comprising a first hybrid HVDC transformer; - a power distribution module comprising a second hybrid HVDC transformer; - a HVDC transmission link connecting the first hybrid HVDC transformer and the second hybrid HVDC transformer, wherein the first hybrid HVDC transformer is configured to receive a MVDC and step-up the MVDC to a HVDC for transmission via the HVDC transmission link and the second hybrid HVDC transformer is configured to receive the HVDC and step-down the HVDC to a MVDC, wherein the first and second hybrid HVDC transformers allow bi-directional power flow; characterised in that the power collection and distribution system comprises a plurality of generators connected directly to the first hybrid HVDC transformer. - a power collection module comprising a first hybrid HVDC transformer; - a power distribution module comprising a second hybrid HVDC transformer; - a HVDC transmission link connecting the first hybrid HVDC transformer and the second hybrid HVDC transformer, wherein the first hybrid HVDC transformer is configured to receive a MVDC and step-up the MVDC to a HVDC for transmission via the HVDC transmission link and the second hybrid HVDC transformer is configured to receive the HVDC and step-down the HVDC to a MVDC,
A portion of an annular structure for a gas turbine engine comprising: a first segment ; and a seal (312; 322) comprising: a male seal structure having a body and a protruding member extending away from the body ; a receiving member having an aperture configured to receive the protruding member ; and a fastener configured to be coupled to the protruding member to retain the protruding member in contact with the receiving member ; wherein: the receiving member is coupled to a radially outward portion of the first segment and the male seal structure is coupled to a radially inward portion of the first segment ; and characterised by a perforated structure that is disposed radially outward of the first segment ; and a tortuous gutter comprising a narrow passage formed between the protruding member , a tenon of the first segment , and the perforated structure . a first segment ; and a seal (312; 322) comprising: a male seal structure having a body and a protruding member extending away from the body ; a receiving member having an aperture configured to receive the protruding member ; and a fastener configured to be coupled to the protruding member to retain the protruding member in contact with the receiving member ; wherein: a male seal structure having a body and a protruding member extending away from the body ; a receiving member having an aperture configured to receive the protruding member ; and a fastener configured to be coupled to the protruding member to retain the protruding member in contact with the receiving member ; wherein: the receiving member is coupled to a radially outward portion of the first segment and the male seal structure is coupled to a radially inward portion of the first segment ; and characterised by a perforated structure that is disposed radially outward of the first segment ; and a tortuous gutter comprising a narrow passage formed between the protruding member , a tenon of the first segment , and the perforated structure . a perforated structure that is disposed radially outward of the first segment ; and a tortuous gutter comprising a narrow passage formed between the protruding member , a tenon of the first segment , and the perforated structure .
A composition comprising a green tea extract and a turmeric extract for use in a method of treating obesity, wherein the weight percentages of green tea extract and turmeric extract are respectively 30 % to 75 % and 20 % to 55 % based on the total weight of the composition, wherein the green tea extract comprises 75% to 100% catechins and the turmeric extract comprises 80% to 100% curcumin, and wherein the method comprises administration of the composition to a subject such that body weight or body fat of the subject is reduced.
A bonding method of bonding a first substrate member to a second substrate member , the method comprising ultrasonically welding a protruding portion extending on a surface of the first substrate member to a surface of the second substrate member by applying ultrasonic vibration to the first substrate member in a state where a top portion of the protruding portion is pressed against the surface of the second substrate member , characterized in that a protruding stopper portion for stopping welding is provided on the surface of the first substrate member formed with the protruding portion , or on the surface of the second substrate member to come in contact with the protruding portion in the pressed state, to be disposed around the protruding portion in the pressed state, the stopper portion coming in contact with the second substrate member or the first substrate member respectively, so that the ultrasonic vibration is dispersed,and the welding of the top portion of the protruding portion is stopped, the ultrasonically welding includes a first process for applying ultrasonic vibration at amplitude as a first value to the first substrate member , and a second process for applying ultrasonic vibration to the first substrate member at amplitude as a second value lower than the first value after the first process.
A removable passenger seat for an airplane comprising: a suitcase shell for stowing luggage; and a collapsible backrest ; wherein the seat further comprises a seat frame , wherein said suitcase shell is arranged in said seat frame , wherein said suitcase shell is arranged in a swiveling manner such that said seat may be converted from a seat configuration (A) into a suitcase configuration (B) and back by collapsing said backrest and by swiveling said suitcase shell from a seat positon to a suitcase position, and wherein the said suitcase shell comprises an access opening , wherein said access opening is covered by means of a cover plate , and wherein said cover plate serves as the seating surface of said seat , wherein, in the seat position, the seating surface is oriented substantially horizontal, wherein a swiveling angle of said suitcase shell between said seat configuration (A) and said suitcase configuration (B) is in a range of from 70 to 100 degrees, preferably 90 degrees, and wherein the removable passenger seat is configured to be attached and detached from the airplane by hand and/or foot and is usable as carry-on piece of luggage. a suitcase shell for stowing luggage; and a collapsible backrest ; wherein the seat further comprises a seat frame , wherein said suitcase shell is arranged in said seat frame , wherein said suitcase shell is arranged in a swiveling manner such that said seat may be converted from a seat configuration (A) into a suitcase configuration (B) and back by collapsing said backrest and by swiveling said suitcase shell from a seat positon to a suitcase position, and wherein the said suitcase shell comprises an access opening , wherein said access opening is covered by means of a cover plate , and wherein said cover plate serves as the seating surface of said seat , wherein, in the seat position, the seating surface is oriented substantially horizontal, wherein a swiveling angle of said suitcase shell between said seat configuration (A) and said suitcase configuration (B) is in a range of from 70 to 100 degrees, preferably 90 degrees, and wherein the removable passenger seat is configured to be attached and detached from the airplane by hand and/or foot and is usable as carry-on piece of luggage.
A surgical system comprising: a double lumen endotracheal tube configured for insertion into an airway of a patient, the double lumen endotracheal tube comprising first and second lumens , one of the first and second lumens being configured to receive a bronchoscope therein for visual guidance in appropriately placing the double lumen endotracheal tube within the airway of the patient; an endoscopic navigation catheter configured for navigation of a luminal network comprising the airways of the patient to an area of interest; at least one laparoscopic access port , for placement in proximity to the area of interest; a laparoscopic tool (110-180) configured for insertion through the at least one laparoscopic access port ; an endoscopic tool configured for insertion through the endoscopic navigation catheter , wherein the laparoscopic tool and endoscopic tool enable a combined laparoscopic and endoscopic approach to the area of interest; a tracking system , wherein the endoscopic tool includes an electromagnetic sensor positioned on a distal portion of the endoscopic tool, the distal portion of the endoscopic tool being trackable by the tracking system, and wherein the laparoscopic tool includes an electromagnetic sensor positioned on a distal portion of the laparoscopic tool, the distal portion of the laparoscopic tool being trackable by the tracking system; and a workstation for displaying the tracked positions of the distal portions of the endoscopic tool and laparoscopic tool relative to a 3D model of the luminal network. a double lumen endotracheal tube configured for insertion into an airway of a patient, the double lumen endotracheal tube comprising first and second lumens , one of the first and second lumens being configured to receive a bronchoscope therein for visual guidance in appropriately placing the double lumen endotracheal tube within the airway of the patient; an endoscopic navigation catheter configured for navigation of a luminal network comprising the airways of the patient to an area of interest; at least one laparoscopic access port , for placement in proximity to the area of interest; a laparoscopic tool (110-180) configured for insertion through the at least one laparoscopic access port ; an endoscopic tool configured for insertion through the endoscopic navigation catheter , wherein the laparoscopic tool and endoscopic tool enable a combined laparoscopic and endoscopic approach to the area of interest; a tracking system , wherein the endoscopic tool includes an electromagnetic sensor positioned on a distal portion of the endoscopic tool, the distal portion of the endoscopic tool being trackable by the tracking system, and wherein the laparoscopic tool includes an electromagnetic sensor positioned on a distal portion of the laparoscopic tool, the distal portion of the laparoscopic tool being trackable by the tracking system; and a workstation for displaying the tracked positions of the distal portions of the endoscopic tool and laparoscopic tool relative to a 3D model of the luminal network.
A sound attenuating building material (10; 110), comprising: a core matrix (14; 114) disposed on a facing material (34; 134), the core matrix (14; 114) comprising: a plurality of microspheres; wherein the microspheres have an outer shell and a hollow interior filled with a gas; and a sodium silicate binder configured to support the microspheres; in mounting position an acoustically transparent material disposed on the exposed face (18; 118) of the building material (10; 110); and wherein the acoustically transparent material is a mesh material ; wherein the building material (10; 110) is configured to increase sound attenuation. a plurality of microspheres; wherein the microspheres have an outer shell and a hollow interior filled with a gas; and a sodium silicate binder configured to support the microspheres; in mounting position an acoustically transparent material disposed on the exposed face (18; 118) of the building material (10; 110); and wherein the acoustically transparent material is a mesh material ; wherein the building material (10; 110) is configured to increase sound attenuation.
A sensor mounting apparatus, comprising a housing , a guiding component provided on the housing, a first cleaning member slidably arranged on the guiding component , and a first driving element , wherein: the housing has an accommodating cavity for accommodating a sensor, a light-transmitting surface is provided on a side of the accommodating cavity, and the guiding component is arranged in parallel with the light-transmitting surface, the first driving element is in transmission connection with the first cleaning member, and is configured to drive the first cleaning member to slide along the guiding component, characterised in that : the first cleaning member comprises a second driving element and a cleaning element in transmission connection with the second driving element , the cleaning element having a cleaning portion that fits an outer surface of the light-transmitting surface; the cleaning portion has a cleaning area covering the outer surface of the light-transmitting surface as the first cleaning member slides from one end of the guiding component to another end of the guiding component; and the second driving element is configured to drive the cleaning element to swing back and forth around a direction perpendicular to the light-transmitting surface. the housing has an accommodating cavity for accommodating a sensor, a light-transmitting surface is provided on a side of the accommodating cavity, and the guiding component is arranged in parallel with the light-transmitting surface, the first driving element is in transmission connection with the first cleaning member, and is configured to drive the first cleaning member to slide along the guiding component, characterised in that : the first cleaning member comprises a second driving element and a cleaning element in transmission connection with the second driving element , the cleaning element having a cleaning portion that fits an outer surface of the light-transmitting surface; the cleaning portion has a cleaning area covering the outer surface of the light-transmitting surface as the first cleaning member slides from one end of the guiding component to another end of the guiding component; and the second driving element is configured to drive the cleaning element to swing back and forth around a direction perpendicular to the light-transmitting surface.