mhurhangee/patent-ind-claim-en huggingface dataset:
A damping bushing of a load transmittable between two masses that are external of the bushing, said bushing comprising: - an element constrainable to one of said two masses; - a sleeve which surrounds said element and is constrainable to another of said two masses; - an elastomeric body radially interposed between said element and said sleeve , said elastomeric body defining or contributing to define a first chamber ; - an expansion chamber and fluid-dynamic connecting means of the first chamber and the expansion chamber ; - a non-compressible fluid which moves between the first chamber and the expansion chamber by means of the fluid-dynamic connecting means ; the radial displacement of the sleeve with respect to said element alternatively pumping the fluid from the first chamber towards the expansion chamber and having the fluid return by depression from the expansion chamber towards the first chamber ; the expansion chamber being at least partly delimited by a flexible expansion membrane , being external of said elastomeric body and not being even partly delimited by said elastomeric body ; characterised in that the membrane expands and contracts transversally of a radial transmission direction of the load between said element and said sleeve ; a hollow space being present internally of the sleeve , said fluid being absent from the hollow space , said hollow space being at least partly defined by the elastomeric body . - an element constrainable to one of said two masses; - a sleeve which surrounds said element and is constrainable to another of said two masses; - an elastomeric body radially interposed between said element and said sleeve , said elastomeric body defining or contributing to define a first chamber ; - an expansion chamber and fluid-dynamic connecting means of the first chamber and the expansion chamber ; - a non-compressible fluid which moves between the first chamber and the expansion chamber by means of the fluid-dynamic connecting means ; the radial displacement of the sleeve with respect to said element alternatively pumping the fluid from the first chamber towards the expansion chamber and having the fluid return by depression from the expansion chamber towards the first chamber ;
Surfactant-stabilized fluid interface, comprising a layer of surfactant and a first compound containing a hydrophobic part covalently linked to a molecular recognition site, wherein the surfactant-stabilized fluid interface has a first fluid on one side and a second fluid on the other side, wherein the surfactant stabilizes the fluid interface, wherein the hydrophobic part of the first compound is interacting with the layer of surfactant by secondary non-covalent interactions and the molecular recognition site of the first compound extends from the layer of surfactant, wherein the surfactant is a block-copolymer having at least one hydrophilic block and at least one hydrophobic block, wherein the first or second fluid contains a second compound comprising a further molecular recognition site which is capable of selectively binding to the molecular recognition site of the first compound, and wherein the molecular recognition site of the first compound is designed to form hydrogen bonds with the molecular recognition site of the second compound. comprising a layer of surfactant and a first compound containing a hydrophobic part covalently linked to a molecular recognition site, wherein the surfactant-stabilized fluid interface has a first fluid on one side and a second fluid on the other side, wherein the surfactant stabilizes the fluid interface, wherein the hydrophobic part of the first compound is interacting with the layer of surfactant by secondary non-covalent interactions and the molecular recognition site of the first compound extends from the layer of surfactant, wherein the surfactant is a block-copolymer having at least one hydrophilic block and at least one hydrophobic block, wherein the first or second fluid contains a second compound comprising a further molecular recognition site which is capable of selectively binding to the molecular recognition site of the first compound, and wherein the molecular recognition site of the first compound is designed to form hydrogen bonds with the molecular recognition site of the second compound.
A cellulose fiber nonwoven fabric having compacted parts and non-compacted parts, wherein the percentage of recesses E(%) due to compacting defined as the following formula: E = B / D × 100 wherein B is the thickness of the compacted part (mm) and D is the thickness of the non-compacted part (mm) is 15 to 25%, the transverse rupture strength of the fabric is at least 15 N, the transmittance of the compacted parts when dry is 3 to 25 %, wherein the transmittance and the transverse rupture strength of the fabric are determined as described in the description, and "dry" means the state when the fabric has been left in a constant temperature chamber at 20 °C, 65% RH for at least 16 hours, and the basis weight of the fabric is 30 g/m 2 to 110 g/m 2 , the transmittance difference between the compacted parts and the non-compacted parts when dry is at least 2, and the transmittance difference between the compacted parts and the non-compacted parts when wet is 35 or lower, and wherein said cellulose fiber nonwoven fabric comprises 50 to 100 parts by weight of cellulose fibers, and 0 to 50 parts by weight of other fibers.
A gas turbine engine and air intake assembly , wherein: - the gas turbine engine comprises a fan case and a fan housed therein adapted to rotate about an engine main axis ; and the air intake is connected to the fan case to define an intake passage extending between an inlet highlight (A) at a first end and an upstream face (C) of the fan at a second end; - the intake passage comprises upper and lower inner walls, the intersection of which with a meridional plane containing the engine main axis defines, respectively, an upper inner profile and a lower inner profile of the intake passage , a camber line being defined by the locus of the centres of the circles tangent to both the upper inner profile and lower inner profile ; and - said intake passage further comprises in flow series: an intake lip , a most upstream portion of which defines the intake highlight (A) and a most downstream portion of which defines a throat (T), a diffuser with sectional area broadening towards the fan ; and a straight conditioning duct , arranged immediately upstream of the fan , wherein the camber line intersects the engine main axis at an intersecting point (X) upstream of the fan and wherein the camber line is parallel to the engine main axis in the straight conditioning duct . - the gas turbine engine comprises a fan case and a fan housed therein adapted to rotate about an engine main axis ; and the air intake is connected to the fan case to define an intake passage extending between an inlet highlight (A) at a first end and an upstream face (C) of the fan at a second end; - the intake passage comprises upper and lower inner walls, the intersection of which with a meridional plane containing the engine main axis defines, respectively, an upper inner profile and a lower inner profile of the intake passage , a camber line being defined by the locus of the centres of the circles tangent to both the upper inner profile and lower inner profile ; and - said intake passage further comprises in flow series: an intake lip , a most upstream portion of which defines the intake highlight (A) and a most downstream portion of which defines a throat (T), a diffuser with sectional area broadening towards the fan ; and a straight conditioning duct , arranged immediately upstream of the fan , an intake lip , a most upstream portion of which defines the intake highlight (A) and a most downstream portion of which defines a throat (T), a diffuser with sectional area broadening towards the fan ; and a straight conditioning duct , arranged immediately upstream of the fan ,
A printer (1A-1E), comprising: a printer body including a holder configured to house rolled recording paper ; a cover (20A; 20B) configured to open and close the holder ; a coupling mechanism configured to couple the cover (20A; 20B) to the printer body ; and a detachment preventing mechanism (70A-70D) provided in the cover (20A; 20B) and configured to prevent the cover (20A; 20B) from being detached from the printer body , wherein the coupling mechanism includes shafts and shaft holes configured to receive the shafts , wherein the shafts are formed on side plates of the cover (20A; 20B) and the shaft holes are formed in inner walls of the printer body , or the shafts are formed on the inner walls of the printer body and the shaft holes are formed in the side plates of the cover (20A; 20B); and the detachment preventing mechanism (70A-70D) includes a stopper (80A-80D) that extends in a width direction of the cover (20A; 20B) and is attached to the cover (20A; 20B) such that ends of the stopper (80A-80D) contact inner surfaces of the side plates to prevent the side plates from falling inward when a load is applied to the cover (20A; 20B). a printer body including a holder configured to house rolled recording paper ; a cover (20A; 20B) configured to open and close the holder ; a coupling mechanism configured to couple the cover (20A; 20B) to the printer body ; and a detachment preventing mechanism (70A-70D) provided in the cover (20A; 20B) and configured to prevent the cover (20A; 20B) from being detached from the printer body , wherein the coupling mechanism includes shafts and shaft holes configured to receive the shafts , wherein the shafts are formed on side plates of the cover (20A; 20B) and the shaft holes are formed in inner walls of the printer body , or the shafts are formed on the inner walls of the printer body and the shaft holes are formed in the side plates of the cover (20A; 20B); and the shafts are formed on side plates of the cover (20A; 20B) and the shaft holes are formed in inner walls of the printer body , or the shafts are formed on the inner walls of the printer body and the shaft holes are formed in the side plates of the cover (20A; 20B); and the detachment preventing mechanism (70A-70D) includes a stopper (80A-80D) that extends in a width direction of the cover (20A; 20B) and is attached to the cover (20A; 20B) such that ends of the stopper (80A-80D) contact inner surfaces of the side plates to prevent the side plates from falling inward when a load is applied to the cover (20A; 20B).
A cooking device having a body , a cover hinged to the body , an upper profile mounted to an upper edge of the cover which is on an opposite side of hinged side of the cover in an opened position of the cover and an illuminating member having a light source on the cover and illuminating a top plate of the cooking device, and wherein the illuminating member is fixed to the upper profile of the cover and wherein in the opened position of the cover on the top plate , an angle between the cover and the top plate is 90°, characterized in that the illuminating member is disposed in a housing of the upper profile in an angled manner and a position of the illuminating member on the cover in the opened position of the cover is arranged with a β angle according to a horizontal direction of the top plate (x) and the β angle is in an angle range between (0-46) 0 and wherein electrical transmission means are mounted onto both sides of the cover and are transmitting electrical energy to said illuminating member .
Method for positioning a mobile terminal in a radio network including base stations , comprising the steps of: transmitting a signal from a base station for receipt in the mobile terminal along a line of sight of a radio beam through an antenna including a plurality of antenna elements (111; 112); receiving, at an apparatus , time measurement data from the mobile terminal, obtained based on receipt in the mobile terminal of the transmitted signal; calculating, by the apparatus , a distance value (D LOS ) for the distance from the base station to the mobile terminal based on the time measurement data; calculating, by the apparatus , a vertical position (D vr ) of the mobile terminal, based on the distance value and an elevation angle (θ) of the line of sight of the radio beam, characterized in that the calculation of the vertical position is dependent on a beam width value of the radio beam. transmitting a signal from a base station for receipt in the mobile terminal along a line of sight of a radio beam through an antenna including a plurality of antenna elements (111; 112); receiving, at an apparatus , time measurement data from the mobile terminal, obtained based on receipt in the mobile terminal of the transmitted signal; calculating, by the apparatus , a distance value (D LOS ) for the distance from the base station to the mobile terminal based on the time measurement data; calculating, by the apparatus , a vertical position (D vr ) of the mobile terminal, based on the distance value and an elevation angle (θ) of the line of sight of the radio beam, characterized in that the calculation of the vertical position is dependent on a beam width value of the radio beam.
A cushion sleeve for protecting a bundle of cables secured to a support structure by stainless steel strapping, the cushion sleeve comprising: a top , a bottom , a first end , and a second end ; a body ; sidewalls extending from the body, the sidewalls each having an inner edge and an outer edge ; and a barbed tongue , the barbed tongue extending from one of the first end or the second end of the cushion sleeve, characterized in that the barbed tongue is positioned between the inner edges of the sidewalls, the barbed tongue having a plurality of breakaway tabs connected to the inner edges of the sidewalls, and in that the breakaway tabs are arranged to break away from the inner edges of the sidewalls when the tongue is pulled through slots positioned through the body during installation of the cushion sleeve. a top , a bottom , a first end , and a second end ; a body ; sidewalls extending from the body, the sidewalls each having an inner edge and an outer edge ; and a barbed tongue , the barbed tongue extending from one of the first end or the second end of the cushion sleeve, characterized in that the barbed tongue is positioned between the inner edges of the sidewalls, the barbed tongue having a plurality of breakaway tabs connected to the inner edges of the sidewalls, and in that the breakaway tabs are arranged to break away from the inner edges of the sidewalls when the tongue is pulled through slots positioned through the body during installation of the cushion sleeve.
A battery control system connected to a battery, which controls charge/discharge at the battery , comprising: a current detection unit that measures a current value by detecting a charge/discharge current flowing through the battery; a voltage detection unit that detects a voltage at the battery; a temperature detection unit that detects a temperature at the battery; an effective current value calculation unit that calculates, based upon the current value measured by the current detection unit, an effective current value in a predetermined time window; characterized by a time ratio calculation unit that determines a time ratio indicating a ratio of a length of time over which the effective current value has been in excess of a predetermined allowable value during a predetermined specified time period; and a charge/discharge restriction unit that restricts the charge/discharge current if the time ratio determined by the time ratio calculation unit is higher than a predetermined threshold value. a current detection unit that measures a current value by detecting a charge/discharge current flowing through the battery; a voltage detection unit that detects a voltage at the battery; a temperature detection unit that detects a temperature at the battery; an effective current value calculation unit that calculates, based upon the current value measured by the current detection unit, an effective current value in a predetermined time window; characterized by a time ratio calculation unit that determines a time ratio indicating a ratio of a length of time over which the effective current value has been in excess of a predetermined allowable value during a predetermined specified time period; and a charge/discharge restriction unit that restricts the charge/discharge current if the time ratio determined by the time ratio calculation unit is higher than a predetermined threshold value.
An antenna (10, 100 B, 100Bα) comprising: an antenna element that has a prescribed length, an outer covering part directly and entirely covering the antenna element ; a transmission line configured to transmit an electrical signal and that includes both two lines (11L, 11R; 101LC, 101RC) for audio signals and a ground line (11G; 101G); and a radio wave absorbing and attenuating part that has characteristics to absorb and attenuate a radio wave of a frequency band received by the antenna element and is arranged at least between the antenna element and the transmission line , wherein the radio wave absorbing and attenuating part is formed with an insulator containing a magnetic material, wherein the antenna (10, 100B, 100Bα) is configured as a cable in which the antenna element , the transmission line , the radio wave absorbing and attenuating part and the covering part are integrated to form a coaxial line, the two lines (11L, 11R; 101LC, 101RC) for audio signals and the ground line (11G; 101G) formed as a core wire in the coaxial line, wherein the transmission line is covered with the radio wave absorbing and attenuating part in an approximately full length of the transmission line, and wherein the antenna element is arranged outside the radio wave absorbing and attenuating part . an antenna element that has a prescribed length, an outer covering part directly and entirely covering the antenna element ; a transmission line configured to transmit an electrical signal and that includes both two lines (11L, 11R; 101LC, 101RC) for audio signals and a ground line (11G; 101G); and a radio wave absorbing and attenuating part that has characteristics to absorb and attenuate a radio wave of a frequency band received by the antenna element and is arranged at least between the antenna element and the transmission line , wherein the radio wave absorbing and attenuating part is formed with an insulator containing a magnetic material, wherein the antenna (10, 100B, 100Bα) is configured as a cable in which the antenna element , the transmission line , the radio wave absorbing and attenuating part and the covering part are integrated to form a coaxial line, the two lines (11L, 11R; 101LC, 101RC) for audio signals and the ground line (11G; 101G) formed as a core wire in the coaxial line, wherein the transmission line is covered with the radio wave absorbing and attenuating part in an approximately full length of the transmission line, and wherein the antenna element is arranged outside the radio wave absorbing and attenuating part .
An injection device for the delivery of a medicament from a container through a needle disposed at the distal end of the container , the container having a stopper for containing the medicament within the container , the device comprising: a housing ; an advancing mechanism for moving, when activated, the container relative to the housing from a starting position in which the needle is shrouded and an insertion position in which the needle is exposed; and a stopper drive arrangement for moving, when activated, the stopper towards the distal end of the container , wherein the stopper drive arrangement is moveable with the container , and the advancing mechanism comprises an insertion spring for axially moving the container and the stopper drive arrangement in the distal direction relative to the housing , wherein the stopper drive arrangement comprises a drive body , a driveshaft arranged for rotation with respect to the drive body , a plunger arranged for axial movement with respect to the drive body to move the stopper upon rotation of the driveshaft , and a drive spring housed in the drive body and biased for rotating the driveshaft ; and wherein the device further comprises a clutch member moveable with respect to the drive body between a locked position in which the clutch member blocks rotation of the driveshaft and an unlocked position in which the driveshaft can rotate, and wherein, at an activation position during said axial movement of the stopper drive arrangement with the container , the clutch member is moved from the locked position to the unlocked position for activating the stopper drive arrangement. a housing ; an advancing mechanism for moving, when activated, the container relative to the housing from a starting position in which the needle is shrouded and an insertion position in which the needle is exposed; and a stopper drive arrangement for moving, when activated, the stopper towards the distal end of the container , wherein the stopper drive arrangement is moveable with the container , and the advancing mechanism comprises an insertion spring for axially moving the container and the stopper drive arrangement in the distal direction relative to the housing , wherein the stopper drive arrangement comprises a drive body , a driveshaft arranged for rotation with respect to the drive body , a plunger arranged for axial movement with respect to the drive body to move the stopper upon rotation of the driveshaft , and a drive spring housed in the drive body and biased for rotating the driveshaft ; and wherein the device further comprises a clutch member moveable with respect to the drive body between a locked position in which the clutch member blocks rotation of the driveshaft and an unlocked position in which the driveshaft can rotate, and wherein, at an activation position during said axial movement of the stopper drive arrangement with the container , the clutch member is moved from the locked position to the unlocked position for activating the stopper drive arrangement.
A composition for a heat cycle system, which comprises a working fluid for heat cycle containing at least one unsaturated fluorinated hydrocarbon compound selected from a compound having at least one carbon-carbon unsaturated bond in its molecule represented by the following formula (I) and a saturated fluorinated hydrocarbon compound, and a refrigerant oil having a breakdown voltage of at least 25 kV, a hydroxy value of at most 0.1 mgKOH/g and an aniline point temperature of at least -100°C and at most 0°C: C x F y R z (I) wherein R is H or Cl, x is an integer of from 2 to 6, y is an integer of from 1 to 12, and z is an integer of from 0 to 11, provided that 2x≧y+z≧2, wherein trifluoroethylene and 2,3,3,3-tetrafluoropropene are contained as the unsaturated fluorinated hydrocarbon compound, and difluoromethane is contained as the saturated fluorinated hydrocarbon compound, and wherein the refrigerant oil is at least one member selected from a polyol ester refrigerant oil and a polyvinyl ether refrigerant oil. wherein R is H or Cl, x is an integer of from 2 to 6, y is an integer of from 1 to 12, and z is an integer of from 0 to 11, provided that 2x≧y+z≧2, wherein trifluoroethylene and 2,3,3,3-tetrafluoropropene are contained as the unsaturated fluorinated hydrocarbon compound, and difluoromethane is contained as the saturated fluorinated hydrocarbon compound, and wherein the refrigerant oil is at least one member selected from a polyol ester refrigerant oil and a polyvinyl ether refrigerant oil.