mhurhangee/ep-ind-claims huggingface dataset:
A mint flavor composition comprising: (a) a mint flavor component that is dihydromint lactone, wherein the dihydromint lactone is from 0.035 - 0.500, preferably 0.040 - 0.300, more preferably 0.045 - 0.100 of peak area percent, as determined by Lei-Hoke Method I and wherein the composition comprises from about 0.025% to about 0.750% by weight of mint flavor composition of racemic dihydromint lactone, (-)-dihydromint lactone, (+)-dihydromint lactone, and/or combinations thereof; and (b) an additional mint flavor component, wherein the additional mint flavor component is selected from menthone, isomenthone, alpha-pinene, beta-pinene, limonene, menthol, neomenthol, isomenthol, neoisomenthol, menthyl acetate, linalool, terpinen-4-ol, isopulegol, piperitone, eucalyptol, thymol, viridiflorol, 3-hexen-1-ol, menthofuran, caryophyllene, carvone, sabinene, myrcene, camphene, alpha-terpinene, cis-ocimene, alpha-thujene, delta-3-carene, gamma-terpinene, 3-octanol, trans-sabinene hydrate, germacrene D, delta-cadinene, p-cymene, pulegone, and alpha-terpineol, or combinations thereof. (a) a mint flavor component that is dihydromint lactone, wherein the dihydromint lactone is from 0.035 - 0.500, preferably 0.040 - 0.300, more preferably 0.045 - 0.100 of peak area percent, as determined by Lei-Hoke Method I and wherein the composition comprises from about 0.025% to about 0.750% by weight of mint flavor composition of racemic dihydromint lactone, (-)-dihydromint lactone, (+)-dihydromint lactone, and/or combinations thereof; and (b) an additional mint flavor component, wherein the additional mint flavor component is selected from menthone, isomenthone, alpha-pinene, beta-pinene, limonene, menthol, neomenthol, isomenthol, neoisomenthol, menthyl acetate, linalool, terpinen-4-ol, isopulegol, piperitone, eucalyptol, thymol, viridiflorol, 3-hexen-1-ol, menthofuran, caryophyllene, carvone, sabinene, myrcene, camphene, alpha-terpinene, cis-ocimene, alpha-thujene, delta-3-carene, gamma-terpinene, 3-octanol, trans-sabinene hydrate, germacrene D, delta-cadinene, p-cymene, pulegone, and alpha-terpineol, or combinations thereof.
A computer-implemented method for returning data to complete at least part of an augmentation task, the method comprising: receiving a query as input in the form of a query table (220; 440) with one or more entity names in one column and zero or more entity attributes in at least one other column characterized by, accessing a plurality of indexes preprocessed offline from relational tables obtained from at least one corpus, in which the indexes include data based upon indirect mappings between at least some of the tables, and in which each indirect mapping is determined based upon one or more indirect relationships with one or more tables that have a direct relationship with a query entity, and responding to the query by using the indexes to find the data, including identifying seed tables via the index, computing scores for each seed table, computing a preference vector based upon vectors of the seed tables, computing prediction scores based upon the preference vectors and vectors associated with at least some of the relational tables, aggregating the scores, and returning a final prediction based upon aggregation of the scores to complete the at least part of the augmentation task. receiving a query as input in the form of a query table (220; 440) with one or more entity names in one column and zero or more entity attributes in at least one other column characterized by, accessing a plurality of indexes preprocessed offline from relational tables obtained from at least one corpus, in which the indexes include data based upon indirect mappings between at least some of the tables, and in which each indirect mapping is determined based upon one or more indirect relationships with one or more tables that have a direct relationship with a query entity, and responding to the query by using the indexes to find the data, including identifying seed tables via the index, computing scores for each seed table, computing a preference vector based upon vectors of the seed tables, computing prediction scores based upon the preference vectors and vectors associated with at least some of the relational tables, aggregating the scores, and returning a final prediction based upon aggregation of the scores to complete the at least part of the augmentation task.
A method for determining that all conductors of an Ethernet connection are connected to the same powered device, PD, comprising: determining that a signal conductor pair of the Ethernet connection is coupled to a valid PD according to a discovery process and that an unused conductor pair of the Ethernet connection is coupled to a valid PD according to the discovery process; polluting (520, 540) a resistance signature of one of said conductor pairs; performing (530, 550) the discovery process on the other of said conductor pairs; and if the discovery process fails on said other conductor pair, then determining that both of said conductor pairs are coupled to the same PD. determining that a signal conductor pair of the Ethernet connection is coupled to a valid PD according to a discovery process and that an unused conductor pair of the Ethernet connection is coupled to a valid PD according to the discovery process; polluting (520, 540) a resistance signature of one of said conductor pairs; performing (530, 550) the discovery process on the other of said conductor pairs; and if the discovery process fails on said other conductor pair, then determining that both of said conductor pairs are coupled to the same PD.
A mobile communication terminal(100,200,300,600,700) configured to be worn on the wrist or forearm of a user, comprising: a terminal body(110,210,310) including a controller, a wireless communication device, and a display unit; a band(150,250,350,750) connected to a first and second end of the terminal body; a first antenna radiator(170A,270A,770A) installed in an external surface of a first end of the band(150,250,750); a second antenna radiator(170B,270B,770B) installed in an external surface of a second end of the band(150,250,750); a contact face arranged to be in contact with the wrist or forearm of the user; and a frame(601,701) including first and second connection portions configured to connect to the first and second ends of the band(650,750), respectively; screws(618,718) arranged to connect the connection portions of the frame(601,701) to the respective ends of the band(650,750); a ground extension(674,874) configured to extend a ground of the frame; and characterised in that a metallic material arranged such that one end of the ground extension is connected with the first antenna radiator and another end of the ground is in contact with the frame through a screw fastening. a terminal body(110,210,310) including a controller, a wireless communication device, and a display unit; a band(150,250,350,750) connected to a first and second end of the terminal body; a first antenna radiator(170A,270A,770A) installed in an external surface of a first end of the band(150,250,750); a second antenna radiator(170B,270B,770B) installed in an external surface of a second end of the band(150,250,750); a contact face arranged to be in contact with the wrist or forearm of the user; and a frame(601,701) including first and second connection portions configured to connect to the first and second ends of the band(650,750), respectively; screws(618,718) arranged to connect the connection portions of the frame(601,701) to the respective ends of the band(650,750); a ground extension(674,874) configured to extend a ground of the frame; and characterised in that a metallic material arranged such that one end of the ground extension is connected with the first antenna radiator and another end of the ground is in contact with the frame through a screw fastening.
A measurement device, comprising: a first measurement unit, disposed at a first end of a plurality of housings (21, 22) of the measurement device and facing a portion of a sheet-like measurement target, that measures a first physical property of the measurement target by causing the measurement target to vibrate with an ultrasonic wave; a second measurement unit, disposed at a second end of the plurality of housings (21, 22) of the measurement device and facing another portion of the measurement target in a state in which the first measurement unit is facing the first portion, that pinches and restrains the other portion in a thickness direction and measures a second physical property other than the first physical property of the measurement target; and a disposed unit disposed between the first measurement unit and the second measurement unit in an intersecting direction with respect to the thickness direction of the measurement target, wherein the first physical property includes a basis weight and that the second physical property includes an electrical sheet resistance value. a first measurement unit, disposed at a first end of a plurality of housings (21, 22) of the measurement device and facing a portion of a sheet-like measurement target, that measures a first physical property of the measurement target by causing the measurement target to vibrate with an ultrasonic wave; a second measurement unit, disposed at a second end of the plurality of housings (21, 22) of the measurement device and facing another portion of the measurement target in a state in which the first measurement unit is facing the first portion, that pinches and restrains the other portion in a thickness direction and measures a second physical property other than the first physical property of the measurement target; and a disposed unit disposed between the first measurement unit and the second measurement unit in an intersecting direction with respect to the thickness direction of the measurement target, wherein the first physical property includes a basis weight and that the second physical property includes an electrical sheet resistance value.
Apparatus comprising a dosing unit (2; 202; 302; 402; 502), provided with casing means (5; 205; 305; 405; 505) for supporting and/or containing dosing means (50; 250; 350; 450; 550), supporting means, that is associable in particular with a filling machine, for supporting and locking said dosing unit (2; 202; 302; 402; 502) in a mounting configuration, and coupling means that is associated with said casing means (5; 205; 305; 405; 505) and slidingly insertable into or disconnectable from guiding means of said supporting means along a first direction, said supporting means comprising fixing means for locking said coupling means to said guiding means in said mounting configuration, wherein said fixing means comprises fixing elements (42, 43) that are associated with said guiding means and are selectively movable in such a manner as to engage with or disengage from respective coupling notches (62, 63) of said coupling means respectively for locking said coupling means to said guiding means or releasing said coupling means from said guiding means and wherein it comprises pushing means (44, 45) arranged for pushing said fixing elements (42, 43) in abutment to respective coupling notches (62, 63) with a preset fixing force along a second direction, said second direction being transverse to said first direction.
Apparatus for recovering and/or deploying a towed antenna from a watercraft 20, having the following features: a towed antenna arrangement comprising the towed antenna, the towed antenna having a plurality of interconnected, in particular consecutively arranged, underwater sound receivers; a winch with a winch control; and further characterized by a position information carrier and a position information reader, wherein the position information carrier or the position information reader is arranged at a predetermined position on the towed antenna arrangement; wherein said winch is configured to move said trailing antenna assembly relative to said position information reader so that said position information carrier passes said position information reader; wherein the position information reader is configured to determine the predetermined position as the position information carrier passes; wherein the winch controller is configured to control the winch based on the determined predetermined position. a towed antenna arrangement comprising the towed antenna, the towed antenna having a plurality of interconnected, in particular consecutively arranged, underwater sound receivers; a winch with a winch control; and further characterized by a position information carrier and a position information reader, wherein the position information carrier or the position information reader is arranged at a predetermined position on the towed antenna arrangement; wherein said winch is configured to move said trailing antenna assembly relative to said position information reader so that said position information carrier passes said position information reader; wherein the position information reader is configured to determine the predetermined position as the position information carrier passes; wherein the winch controller is configured to control the winch based on the determined predetermined position.
A method of determining pressure in a topical negative pressure system, comprising the steps of: determining a pumping speed associated with a pump element of a TNP system: determining a flow rate in a flow path associated with the pump element; and determining pressure in the flow path using a relationship between pressure, pumping speed and flow rate. determining a pumping speed associated with a pump element of a TNP system: determining a flow rate in a flow path associated with the pump element; and determining pressure in the flow path using a relationship between pressure, pumping speed and flow rate. determining a flow rate in a flow path associated with the pump element; and determining pressure in the flow path using a relationship between pressure, pumping speed and flow rate.
A walking assistant robot, comprising: a main frame; a walking mechanism, configured to alternately walking; an auxiliary device; and a control device; wherein the walking mechanism, the auxiliary device and the control device are all disposed on the main frame; the control device is connected to the walking mechanism; the auxiliary device comprises at least one auxiliary leg, and each of the at least one auxiliary leg is disposed in front of or behind the walking mechanism along a walking direction; characterized in that the walking mechanism comprises support leg sets symmetrically disposed at both ends of the main frame in a left and right direction; each support leg set comprises a first support leg, a second support leg, a transmission structure, and a driving unit; the driving unit is connected to the transmission structure; the first support leg and the second support leg are respectively disposed on both sides of the transmission structure via a rotating shaft; the transmission structure comprises a transmission wheel and a limiting shaft eccentrically disposed on the transmission wheel; an end of the first support leg and that of the second support leg are walking ends; each of the other end of the first support leg and that of the second support leg defines a sliding slot; the limiting shaft is disposed in the sliding slot. a main frame; a walking mechanism, configured to alternately walking; an auxiliary device; and a control device; wherein the walking mechanism, the auxiliary device and the control device are all disposed on the main frame; the control device is connected to the walking mechanism; the auxiliary device comprises at least one auxiliary leg, and each of the at least one auxiliary leg is disposed in front of or behind the walking mechanism along a walking direction; characterized in that the walking mechanism comprises support leg sets symmetrically disposed at both ends of the main frame in a left and right direction; each support leg set comprises a first support leg, a second support leg, a transmission structure, and a driving unit; the driving unit is connected to the transmission structure; the first support leg and the second support leg are respectively disposed on both sides of the transmission structure via a rotating shaft; the transmission structure comprises a transmission wheel and a limiting shaft eccentrically disposed on the transmission wheel; an end of the first support leg and that of the second support leg are walking ends; each of the other end of the first support leg and that of the second support leg defines a sliding slot; the limiting shaft is disposed in the sliding slot.
A method of wireless communication, the method comprising: receiving a first configuration for a first sounding reference signal, SRS; receiving a second configuration for a second SRS, characterised by: the second SRS being of a same type as the first SRS; performing collision avoidance between the first SRS and the second SRS; and transmitting the first SRS and the second SRS in a same cell. receiving a first configuration for a first sounding reference signal, SRS; receiving a second configuration for a second SRS, characterised by: the second SRS being of a same type as the first SRS; performing collision avoidance between the first SRS and the second SRS; and transmitting the first SRS and the second SRS in a same cell. the second SRS being of a same type as the first SRS; performing collision avoidance between the first SRS and the second SRS; and transmitting the first SRS and the second SRS in a same cell.
A method for determining the presence, absence or amount of biologically active HGF in a sample, comprising the steps: a. bringing the sample in contact with a first and a second porous solid phase, said first solid phase comprising a HGF binding component of the extracellular matrix or cell membrane, and an indicator composition comprising bromothymol blue and a quaternary ammonium compound, said second porous phase comprising an indicator composition comprising bromothymol blue, a quaternary ammonium compound and methyl red; and b. correlating the colour of the first porous solid phase with the presence, absence or amount of biologically active HGF in the sample, and determining the pH of the sample from said second porous phase. a. bringing the sample in contact with a first and a second porous solid phase, said first solid phase comprising a HGF binding component of the extracellular matrix or cell membrane, and an indicator composition comprising bromothymol blue and a quaternary ammonium compound, said second porous phase comprising an indicator composition comprising bromothymol blue, a quaternary ammonium compound and methyl red; and b. correlating the colour of the first porous solid phase with the presence, absence or amount of biologically active HGF in the sample, and determining the pH of the sample from said second porous phase.
A force sensor (100, 100A) comprising: a support member including a lower lid and a polygonal cylindrical member protruding from a periphery of the lower lid; a force receiving member configured to be displaced with respect to the support member by an action of an external force; a plurality of elastic connection members (5, 5A) which have outer ends connected to the polygonal cylindrical member of the support member and inner ends connected to the force receiving member and disposed radially about the force receiving member at equal intervals so as to be located on substantially a same plane; a plurality of detection target objects (8a to 8d; 8Aa to 8Ah), each disposed on one of the plurality of elastic connection members (5, 5A); and a plurality of displacement detection elements (9a to 9d, 9Aa to 9Ah) disposed on the support member so as to face the detection target objects (8a to 8d; 8Aa to 8Ah) in a one-to-one manner, and configured to detect movements of the detection target objects (8a to 8d; 8Aa to 8Ah), wherein each of the plurality of elastic connection members (5, 5A) has a displacement member that is displaced, by a displacement of the force receiving member in a first direction with respect to the support member, in a direction intersecting the first direction, and the detection target objects (8a to 8d; 8Aa to 8Ad) are disposed on the respective displacement members. a support member including a lower lid and a polygonal cylindrical member protruding from a periphery of the lower lid; a force receiving member configured to be displaced with respect to the support member by an action of an external force; a plurality of elastic connection members (5, 5A) which have outer ends connected to the polygonal cylindrical member of the support member and inner ends connected to the force receiving member and disposed radially about the force receiving member at equal intervals so as to be located on substantially a same plane; a plurality of detection target objects (8a to 8d; 8Aa to 8Ah), each disposed on one of the plurality of elastic connection members (5, 5A); and a plurality of displacement detection elements (9a to 9d, 9Aa to 9Ah) disposed on the support member so as to face the detection target objects (8a to 8d; 8Aa to 8Ah) in a one-to-one manner, and configured to detect movements of the detection target objects (8a to 8d; 8Aa to 8Ah), wherein each of the plurality of elastic connection members (5, 5A) has a displacement member that is displaced, by a displacement of the force receiving member in a first direction with respect to the support member, in a direction intersecting the first direction, and the detection target objects (8a to 8d; 8Aa to 8Ad) are disposed on the respective displacement members.
Air vent for a vehicle, comprising a housing with an inlet opening and an outlet opening, a housing wall (16, 18) of the housing delimiting an air duct for air flowing from the inlet opening to the outlet opening along a main flow direction, further comprising at least one air guide element (40, 40') arranged in the air duct upstream of the outlet opening, wherein the housing wall (16, 18) in the area of the outlet opening forms at least one projection (32, 34) projecting into the air duct so that the cross-sectional area of the air duct decreases in the main flow direction, the at least one air guide element (40, 40') being adjustable between two end positions and, at least in one of the end positions, being configured to direct the air flowing through the air duct from the main flow direction in the direction of the at least one projection (32, 34), characterized in that the at least one projection (32, 34) forms a first part of the housing wall (16, 18), which is arranged at an angle (A, B) of 40° to 120°, preferably 60° to 100°, particularly preferably 90°, relative to a second part of the housing wall (16, 18) adjoining the first part upstream, and the housing wall (16, 18) in the area of the at least one air guide element (40, 40') forms at least one convexity (36, 36', 37, 37'), so that the cross-sectional area of the air duct widens in the main flow direction, wherein the at least one convexity (36, 36', 37, 37') is configured to support the deflection of the air flow effected by the at least one air guide element (40, 40') so as to contribute to direct the air flowing through the air duct in the direction of the at least one projection (32, 34).
Preparation comprising at least one synthetic nanoparticle, in which the nanoparticle comprises: - a crystallized mineral central part mainly comprising an iron oxide, synthetized by a living organism, and - a peripheral coating either comprising less than 10% of non-denatured organic material originating from the living organism or not comprising proteins originating from the living organism, wherein said living organism is a magnetotactic bacterium. - a crystallized mineral central part mainly comprising an iron oxide, synthetized by a living organism, and - a peripheral coating either comprising less than 10% of non-denatured organic material originating from the living organism or not comprising proteins originating from the living organism,