mhurhangee/patent-ind-claim-en huggingface dataset:
An adhesive composition for an organic fiber, the adhesive composition containing: (a) an epoxy compound that is a sorbitol polyglycidyl ether and has a chlorine content not greater than 9.6% by weight; and (b) a blocked isocyanate. (a) an epoxy compound that is a sorbitol polyglycidyl ether and has a chlorine content not greater than 9.6% by weight; and (b) a blocked isocyanate.
A system for characterizing tissue of a subject, comprising: one or more processors ; and Memory having instructions stored thereon, the instructions, when executed by the one or more processors, cause the system to: receive a time series of fluorescence images of the tissue of the subject, wherein the images define a plurality of calculation regions; generate a plurality of time-intensity curves for the plurality of calculation regions; create a set of parameter values for each calculation region, wherein the parameter values are created by quantifying durations of respective phases of at least a portion of the time-intensity curve; generate a set of numeric ranks for the parameter values for each calculation region by comparing the sets of parameter values for the plurality of calculation regions; generate a total rank value for each calculation region by (i) summing the set of numeric ranks for each calculation region, or (ii) mapping a set of numeric metrics for each calculation region with a hash function; and convert the total rank values for the calculation regions into a ranking map image visualizing the spatial distribution of total rank values across the calculation regions. receive a time series of fluorescence images of the tissue of the subject, wherein the images define a plurality of calculation regions; generate a plurality of time-intensity curves for the plurality of calculation regions; create a set of parameter values for each calculation region, wherein the parameter values are created by quantifying durations of respective phases of at least a portion of the time-intensity curve; generate a set of numeric ranks for the parameter values for each calculation region by comparing the sets of parameter values for the plurality of calculation regions; generate a total rank value for each calculation region by (i) summing the set of numeric ranks for each calculation region, or (ii) mapping a set of numeric metrics for each calculation region with a hash function; and convert the total rank values for the calculation regions into a ranking map image visualizing the spatial distribution of total rank values across the calculation regions.
A method for automatically detecting a known measurable object feature on a viewed object (1250, 1350/1360) using a video inspection system , the method comprising the steps of: displaying on a display an image of the viewed object (1250, 1350/1360); detecting the known measurable object feature on the viewed object (1250, 1350/1360) using a central processor unit ; displaying on the display a set of available measurement types (1220-1225, 1320-1321) comprising a measurement type associated with the detected known measurable object feature using the central processor unit ; receiving the selection of the measurement type associated with the detected known measurable object feature; automatically positioning a plurality of measurement markers (1241-1243, 1251-1253) on the image on the display using the central processor unit , wherein the positions of the plurality of measurement markers (1241-1243, 1251-1253) are based on the selected measurement type associated with the detected known measurable object feature; and displaying on the display a dimension of the measurable object feature computed by the central processor unit using the positions of the plurality of measurement markers (1241-1243, 1251-1253). displaying on a display an image of the viewed object (1250, 1350/1360); detecting the known measurable object feature on the viewed object (1250, 1350/1360) using a central processor unit ; displaying on the display a set of available measurement types (1220-1225, 1320-1321) comprising a measurement type associated with the detected known measurable object feature using the central processor unit ; receiving the selection of the measurement type associated with the detected known measurable object feature; automatically positioning a plurality of measurement markers (1241-1243, 1251-1253) on the image on the display using the central processor unit , wherein the positions of the plurality of measurement markers (1241-1243, 1251-1253) are based on the selected measurement type associated with the detected known measurable object feature; and displaying on the display a dimension of the measurable object feature computed by the central processor unit using the positions of the plurality of measurement markers (1241-1243, 1251-1253).
A composition comprising a zinc ion source for use in reducing the occurrence or severity of a periodontal disease by inhibiting the invasion of oral soft tissue epithelial cells by a periodontal pathogen, wherein the zinc ion source comprises zinc citrate in an amount of from 5 μM to 6 mM or zinc oxide in an amount of from 12 μM to 24 mM.
A method of establishing a wireless network comprising a first hearing assistance device , a second hearing assistance device , and an external device , each device comprising a wireless network interface , the method comprising: establishing a communication link between the first and second hearing assistance device, transmitting a remote pairing command from the first to the second hearing assistance device via the communication link, the remote pairing command being adapted to cause the second hearing assistance device to initiate pairing with the external device, pairing the second hearing assistance device and the external device upon an initiate pairing request transmitted by the second hearing assistance device, pairing, before or after the pairing of the second hearing assistance device and the external device, the first hearing assistance device and the external device. establishing a communication link between the first and second hearing assistance device, transmitting a remote pairing command from the first to the second hearing assistance device via the communication link, the remote pairing command being adapted to cause the second hearing assistance device to initiate pairing with the external device, pairing the second hearing assistance device and the external device upon an initiate pairing request transmitted by the second hearing assistance device, pairing, before or after the pairing of the second hearing assistance device and the external device, the first hearing assistance device and the external device.
Magnetic drive pump comprising: - a housing filled at least in part with a conveying fluid; - an impeller chamber enclosed by the housing ; - a pump shaft ; - an impeller , which is arranged in the impeller chamber on the pump shaft ; - a bearing , which supports the pump shaft in the housing ; - a separating can , which surrounds a coupling chamber ; - a rotor , which is arranged in the coupling chamber on the pump shaft ; - a ring , which is retained in the housing, supports the bearing and separates the impeller chamber from the coupling chamber ; - a channel formed in the ring for conveying a partial flow of the conveying fluid from the impeller chamber to the bearing for the purpose of lubricating the bearing , at least some of the conveying fluid that exits the bearing entering the coupling chamber , characterised in that the coupling chamber is sealed in a fluid-tight manner with respect to the impeller chamber , the coupling chamber being sealed in a fluid-tight manner such that the conveying fluid is substantially only returned from the coupling chamber to the impeller chamber via the bearing . - a housing filled at least in part with a conveying fluid; - an impeller chamber enclosed by the housing ; - a pump shaft ; - an impeller , which is arranged in the impeller chamber on the pump shaft ; - a bearing , which supports the pump shaft in the housing ; - a separating can , which surrounds a coupling chamber ; - a rotor , which is arranged in the coupling chamber on the pump shaft ; - a ring , which is retained in the housing, supports the bearing and separates the impeller chamber from the coupling chamber ; - a channel formed in the ring for conveying a partial flow of the conveying fluid from the impeller chamber to the bearing for the purpose of lubricating the bearing , at least some of the conveying fluid that exits the bearing entering the coupling chamber ,
A method for processing a workpiece with a laser , comprising the steps of: (a) determining a pattern to be machined on a workpiece and further a cutting boundary to define the pattern to be machined on the workpiece so as to decide a material to be removed ; (b) dividing the material to be removed into a plurality of material chips , and generating a machining plan for laser cutting according to boundaries of the plurality of material chips at the pattern to be machined; and (c) according to the machining plan for laser cutting, applying a laser to cut the workpiece along the boundaries to remove orderly each of the plurality of material chips away from the workpiece ; wherein the biggest size of the plurality of material chips is determined by a machinable depth of the workpiece with respect to the laser , and the machinable depth is the farthest distance that the laser reaches into the workpiece along an optical path of the laser ; wherein the machinable depth of the laser is less than a thickness of the workpiece at a location thereof receiving the laser . (a) determining a pattern to be machined on a workpiece and further a cutting boundary to define the pattern to be machined on the workpiece so as to decide a material to be removed ; (b) dividing the material to be removed into a plurality of material chips , and generating a machining plan for laser cutting according to boundaries of the plurality of material chips at the pattern to be machined; and (c) according to the machining plan for laser cutting, applying a laser to cut the workpiece along the boundaries to remove orderly each of the plurality of material chips away from the workpiece ; wherein the biggest size of the plurality of material chips is determined by a machinable depth of the workpiece with respect to the laser , and the machinable depth is the farthest distance that the laser reaches into the workpiece along an optical path of the laser ; wherein the machinable depth of the laser is less than a thickness of the workpiece at a location thereof receiving the laser .
A double-layer jacket high-temperature molten salt storage tank, comprising a tank body , a tank roof and a tank floor , wherein the tank body consists of an inner tank and an outer tank , a jacket space is formed between the inner tank and the outer tank , a tank insulating layer is arranged at the inner side of the outer tank in the jacket space, and an air layer is reserved between the tank insulating layer and the inner tank , characterized in that the top of the inner tank has no tank roof, and in that the inner tank is able to freely expand outward with increasing temperature.
An aqueous flame retardant composition for mineral fibers, in particular glass or rock fibers, characterized in that it comprises: - at least one thermoplastic or thermoset resin chosen from acrylic resins, urea-formaldehyde resins or a mixture of said resins, and - at least one organic flame retarding agent chosen from: a) alkyl ketene dimers (AKDs) of formula (I) below: in which R 1 and R 2 , which may be identical or different, represent a C 4 -C 18 , preferably C 12 -C 16 , alkyl radical; and b) alkenyl succinic anhydrides (ASAs) of formula (II) below: in which R 3 and R 4 , which may be identical or different, represent an alkyl radical, the total number of carbon atoms in these radicals varying from 10 to 18, preferably from 12 to 14, the organic flame retarder representing 0.1% to 10% of the weight of the resin. - at least one thermoplastic or thermoset resin chosen from acrylic resins, urea-formaldehyde resins or a mixture of said resins, and - at least one organic flame retarding agent chosen from: a) alkyl ketene dimers (AKDs) of formula (I) below: in which R 1 and R 2 , which may be identical or different, represent a C 4 -C 18 , preferably C 12 -C 16 , alkyl radical; and b) alkenyl succinic anhydrides (ASAs) of formula (II) below: in which R 3 and R 4 , which may be identical or different, represent an alkyl radical, the total number of carbon atoms in these radicals varying from 10 to 18, preferably from 12 to 14, a) alkyl ketene dimers (AKDs) of formula (I) below: in which R 1 and R 2 , which may be identical or different, represent a C 4 -C 18 , preferably C 12 -C 16 , alkyl radical; and b) alkenyl succinic anhydrides (ASAs) of formula (II) below: in which R 3 and R 4 , which may be identical or different, represent an alkyl radical, the total number of carbon atoms in these radicals varying from 10 to 18, preferably from 12 to 14,
Fire protection element, comprising A) an intumescent component and B) a polymer matrix obtainable by reaction of - a first component B1) comprising at least one hydroxyl- and/or amino-functionalized saturated or unsaturated polyolefin, and - a second component B2) comprising at least one saturated or unsaturated polyolefin functionalized with at least one activated carbonyl group. A) an intumescent component and B) a polymer matrix obtainable by reaction of - a first component B1) comprising at least one hydroxyl- and/or amino-functionalized saturated or unsaturated polyolefin, and - a second component B2) comprising at least one saturated or unsaturated polyolefin functionalized with at least one activated carbonyl group. - a first component B1) comprising at least one hydroxyl- and/or amino-functionalized saturated or unsaturated polyolefin, and - a second component B2) comprising at least one saturated or unsaturated polyolefin functionalized with at least one activated carbonyl group.
A device in the form of a tube or catheter for draining or sealing a natural or artificial bladder outlet, comprising a shaft body that can be applied extracorporeally into the bladder, as well as a balloon that surrounds it like a cuff with (i) an intra-vesically placeable balloon segment (IV) for the vesical anchoring of the shaft body in the bladder, as well as (ii) a transurethral balloon segment (TU), which extends into the urethra or through the urethra for the purpose of a transurethral sealing, characterized in that the transurethral balloon segment (TU) is preformed with a residual diameter, which exceeds the diameter of the urethral lumen by 0.5 to 1.5 times, preferably by 0.5 to 1.0 times.
A dual-mode low-power wide-area network, LPWAN, chip comprising: a first LPWAN radio frequency, RF, module , configured to receive first data from an LPWAN input/output device over a first wireless communication channel between the first LPWAN RF module and the LPWAN input/output device; an LPWAN baseband chip , coupled with the first LPWAN RF module and configured to process the first data into second data; and a second LPWAN RF module , coupled with the LPWAN baseband chip and configured to transmit the second data to an external device over a second wireless communication channel between the second LPWAN RF module and the external device; and the second wireless communication channel being different from the first wireless communication channel; and the first LPWAN RF module having signal coverage smaller than the second LPWAN RF module, wherein the LPWAN baseband chip is configured to perform at least one of channel coding, recovery of symbol extraction, cyclic redundancy check, CRC, forward error correction, FEC, or encryption and decryption on the first data to process the first data. a first LPWAN radio frequency, RF, module , configured to receive first data from an LPWAN input/output device over a first wireless communication channel between the first LPWAN RF module and the LPWAN input/output device; an LPWAN baseband chip , coupled with the first LPWAN RF module and configured to process the first data into second data; and a second LPWAN RF module , coupled with the LPWAN baseband chip and configured to transmit the second data to an external device over a second wireless communication channel between the second LPWAN RF module and the external device; and the second wireless communication channel being different from the first wireless communication channel; and the first LPWAN RF module having signal coverage smaller than the second LPWAN RF module, wherein the LPWAN baseband chip is configured to perform at least one of channel coding, recovery of symbol extraction, cyclic redundancy check, CRC, forward error correction, FEC, or encryption and decryption on the first data to process the first data.
A ventilated jacket comprising: a body portion having a front side and a rear side ; a sleeve portion extending from the body portion ; and a ventilation system including a plurality of vent openings configured to allow airflow into and out of the ventilated jacket , and an underarm vent having a first end and a second end , the underarm vent extends across a seam between the body portion and the sleeve portion, characterized in that the ventilated jacket further comprises a wing that follows a path established by the underarm vent and is positioned at a rear side of the underarm vent , the wing includes a first end adjacent the first end of the underarm vent and a second end adjacent the second end of the underarm vent , the wing extending outward from the underarm vent to channel oncoming air into the underarm vent when the sleeve portion is held in an extended orientation away from the body portion . a body portion having a front side and a rear side ; a sleeve portion extending from the body portion ; and a ventilation system including a plurality of vent openings configured to allow airflow into and out of the ventilated jacket , and an underarm vent having a first end and a second end , the underarm vent extends across a seam between the body portion and the sleeve portion, a plurality of vent openings configured to allow airflow into and out of the ventilated jacket , and an underarm vent having a first end and a second end , the underarm vent extends across a seam between the body portion and the sleeve portion, characterized in that the ventilated jacket further comprises a wing that follows a path established by the underarm vent and is positioned at a rear side of the underarm vent , the wing includes a first end adjacent the first end of the underarm vent and a second end adjacent the second end of the underarm vent , the wing extending outward from the underarm vent to channel oncoming air into the underarm vent when the sleeve portion is held in an extended orientation away from the body portion .
An airframe having a tail boom and a damper assembly , wherein the damper assembly comprises: a mass to damp the vibration of the airframe ; one or more wire rope isolators having a first and a second portion, wherein the mass is attached to the one or more wire rope isolators (312a-d) and the mass is isolated from the airframe by the one or more wire rope isolators (312a-d); and first fasteners and second fasteners , wherein the first fasteners attach the first portion of the one or more wire rope isolators (312a-d) directly to the mass , and the second fasteners attach the second portion of the one or more wire rope isolators (312a-d) to the airframe to dampen vibration of the airframe , and wherein the mass is positioned at the end of the tail boom , along the length of the tail boom , or a combination thereof. a mass to damp the vibration of the airframe ; one or more wire rope isolators having a first and a second portion, wherein the mass is attached to the one or more wire rope isolators (312a-d) and the mass is isolated from the airframe by the one or more wire rope isolators (312a-d); and first fasteners and second fasteners , wherein the first fasteners attach the first portion of the one or more wire rope isolators (312a-d) directly to the mass , and the second fasteners attach the second portion of the one or more wire rope isolators (312a-d) to the airframe to dampen vibration of the airframe , and wherein the mass is positioned at the end of the tail boom , along the length of the tail boom , or a combination thereof.
Heating element , intended to be placed in a tank containing a corrosive liquid, characterized in that said heating element comprises an electrical resistance formed of an aluminum or titanium conductor on the surface of which is deposited respectively a layer of aluminum oxide or a layer of titanium oxide composed: - a dense oxide layer , placed in contact with the surface of the conductor , and - a porous oxide layer overlaying the dense oxide layer . - a dense oxide layer , placed in contact with the surface of the conductor , and - a porous oxide layer overlaying the dense oxide layer .
- A propulsion device for a vertical take-off and landing rotary-wing aerodyne, by means of coaxial contra-rotating propellers that can move in yaw, roll and pitch, the propulsion device including: - a hollow frame having a longitudinal axis which, in use, is coaxial with the yaw axis (A1), - an upper propeller and a lower propeller each having a blade carrier ring to the periphery of which fixed pitch blades are secured, the propellers being spaced one above the other along the yaw axis (A1), each propeller defining a propeller disc and being adapted to be driven in rotation about an axis of rotation that is perpendicular to the propeller disc and to be tilted about the roll axis (A2) and the pitch axis (A3), - drive means for driving in rotation each propeller about its axis of rotation, and - tilt control means for tilting the propellers about the roll axis (A2) and the pitch axis (A3), - the blade carrier ring of each propeller being connected to the drive means by a pin spherical joint connection, the centre of which is the intersection of the respective propeller disc and the yaw axis (A1) and the axis of which is the axis of rotation of the propeller, the propulsion device being characterised in that the drive means include motor means including, for each propeller, a torque motor , the rotor of which is secured to a cage on which is secured the spherical joint on which the blade carrier ring of the respective propeller pivots, the stator of the torque motor being secured to the frame . - a hollow frame having a longitudinal axis which, in use, is coaxial with the yaw axis (A1), - an upper propeller and a lower propeller each having a blade carrier ring to the periphery of which fixed pitch blades are secured, the propellers being spaced one above the other along the yaw axis (A1), each propeller defining a propeller disc and being adapted to be driven in rotation about an axis of rotation that is perpendicular to the propeller disc and to be tilted about the roll axis (A2) and the pitch axis (A3), - drive means for driving in rotation each propeller about its axis of rotation, and - tilt control means for tilting the propellers about the roll axis (A2) and the pitch axis (A3), - the blade carrier ring of each propeller being connected to the drive means by a pin spherical joint connection, the centre of which is the intersection of the respective propeller disc and the yaw axis (A1) and the axis of which is the axis of rotation of the propeller,
A connection arrangement between a body of a vehicle and a frame of a bogie , the connection arrangement comprising a secondary suspension for the vertical suspension of the body relative to the frame , the secondary suspension comprising two levers provided to be mounted pivoting on one of the frame and the body about parallel rotation axes (B), each lever provided to bear on the other among the frame and the body , and at least one resilient suspension member arranged to oppose pivoting of each lever caused by a downward vertical movement of the body relative to the frame , the resilient suspension member being arranged so as to exert, on each lever , a force oriented substantially horizontally.