mhurhangee/patent-ind-claim-en huggingface dataset:
A surfactant suitable for polymerization, comprising a compound of formula (b): R 1b -C(=O)-(CR 2b 2 ) n -(OR 3b ) p -(CR 4b 2 ) q -L-A b (b) wherein R 1b is a linear or branched unsubstituted C 1-3 -alkyl group; R 2b is H; n is an integer of 5 to 25; R 3b is optionally substituted C 1-10 -alkylene; q is an integer of 0 to 5; R 4b is H; p is an integer of 0 or 1; L is a single bond; and A b is -SO 3 X b or -COOX b , wherein X b is H, a metal atom, NR 5b 4 wherein R 5b each independently is H or an organic group, or imidazolium, pyridinium or phosphonium each optionally substituted. R 1b is a linear or branched unsubstituted C 1-3 -alkyl group; R 2b is H; n is an integer of 5 to 25; R 3b is optionally substituted C 1-10 -alkylene; q is an integer of 0 to 5; R 4b is H; p is an integer of 0 or 1; L is a single bond; and A b is -SO 3 X b or -COOX b , wherein X b is H, a metal atom, NR 5b 4 wherein R 5b each independently is H or an organic group, or imidazolium, pyridinium or phosphonium each optionally substituted.
Method for processing tobacco , the method comprising the following steps: providing a first tube having at least one inlet and at least one outlet and comprising a shape of a helix having a plurality of threads (23a-h), providing a first motor , generating vibrations, transmitting the vibrations to the first tube , inserting an amount of tobacco , having a first moisture content (w1), into the inlet of the first tube , providing a first air flow through the first tube in a direction from the inlet to the outlet , transporting the amount of tobacco within the first tube towards the outlet of the first tube by the vibrations transmitted to the first tube and by the first air flow , taking out the tobacco at the outlet of the first tube , the tobacco having a second moisture content (w2) which is lower than the first moisture content (w1). providing a first tube having at least one inlet and at least one outlet and comprising a shape of a helix having a plurality of threads (23a-h), providing a first motor , generating vibrations, transmitting the vibrations to the first tube , inserting an amount of tobacco , having a first moisture content (w1), into the inlet of the first tube , providing a first air flow through the first tube in a direction from the inlet to the outlet , transporting the amount of tobacco within the first tube towards the outlet of the first tube by the vibrations transmitted to the first tube and by the first air flow , taking out the tobacco at the outlet of the first tube , the tobacco having a second moisture content (w2) which is lower than the first moisture content (w1).
A connector connecting a conductor portion of an electric wire to a connection object , the connector comprising: a housing accommodating an end of the connection object and an end of the electric wire, wherein the connection object and the conductor portion of the electric wire make contact with and are electrically connected to each other in the housing, the housing has an electric wire lead-out port leading out the electric wire from inside to outside of the housing, the connector being characterized in that : the electric wire lead-out port has a first contact portion (S1) and a second contact portion (S2) that make contact with the electric wire at a first contact point (P1) of the first contact portion and a second contact point (P2) of the second contact portion separate away from each other along a length direction of the electric wire so as to disperse a load applied to the electric wire when the electric wire is led out from the housing at a predetermined minimum bending radius determined by a shape of the housing around the electric wire lead-out port and wherein the electric wire lead-out port is situated away from the electric wire at a tapered portion (S3) between the first and second contact points (P1, P2). a housing accommodating an end of the connection object and an end of the electric wire, wherein the connection object and the conductor portion of the electric wire make contact with and are electrically connected to each other in the housing, the housing has an electric wire lead-out port leading out the electric wire from inside to outside of the housing, the connector being characterized in that : the electric wire lead-out port has a first contact portion (S1) and a second contact portion (S2) that make contact with the electric wire at a first contact point (P1) of the first contact portion and a second contact point (P2) of the second contact portion separate away from each other along a length direction of the electric wire so as to disperse a load applied to the electric wire when the electric wire is led out from the housing at a predetermined minimum bending radius determined by a shape of the housing around the electric wire lead-out port and wherein the electric wire lead-out port is situated away from the electric wire at a tapered portion (S3) between the first and second contact points (P1, P2).
An imaging device comprising: a first detection unit that is configured to detect a first resistance value of a drive coil included in an actuator that is configured to drive a lens collecting subject light; a correction value generation unit that is configured to generate a correction value for a position of the lens based on the first resistance value, and characterized in that it further comprises a second detection unit that is configured to detect a second resistance value of a position detection coil configured to detect the position of the lens , wherein the correction value generation unit is configured to generate the correction value based on the first resistance value and the second resistance value. a first detection unit that is configured to detect a first resistance value of a drive coil included in an actuator that is configured to drive a lens collecting subject light; a correction value generation unit that is configured to generate a correction value for a position of the lens based on the first resistance value, and characterized in that it further comprises a second detection unit that is configured to detect a second resistance value of a position detection coil configured to detect the position of the lens , wherein the correction value generation unit is configured to generate the correction value based on the first resistance value and the second resistance value.
An unmanned flying device comprising: a body ; a first motor ; a top rotor assembly driven by the first motor ; at least first and second blades coupled to the top rotor assembly ; a second motor ; at least a bottom rotor assembly driven by the second motor ; at least third and fourth blades coupled to the bottom rotor assembly ; a central shaft ; wherein the top and bottom rotor assemblies are mounted on, and spin about the central shaft , the top rotor assembly being positioned above the bottom rotor assembly along the central shaft; wherein the at least third and fourth blades are attached to a rotor bracket that is connected to the bottom rotor assembly through a radial bearing; a swashplate connected via linkages to the rotor bracket to make the pitch of said at least third and fourth blades change in response to an induced angle of the swashplate as it rotates around the central shaft ; and a plurality of servo motors for changing the angle of the swashplate ; wherein the first and second motors are positioned between the top rotor assembly and the bottom rotor assembly, the bottom rotor assembly is positioned above the swashplate , and the swashplate is positioned above the plurality of servo motors ; wherein the controlled flight of the device is achievable by only changing the pitch of the rotor bracket to which the at least third and fourth blades are attached, no pitch control of the at least first and second blades being provided. a body ; a first motor ; a top rotor assembly driven by the first motor ; at least first and second blades coupled to the top rotor assembly ; a second motor ; at least a bottom rotor assembly driven by the second motor ; at least third and fourth blades coupled to the bottom rotor assembly ; a central shaft ; wherein the top and bottom rotor assemblies are mounted on, and spin about the central shaft , the top rotor assembly being positioned above the bottom rotor assembly along the central shaft; wherein the at least third and fourth blades are attached to a rotor bracket that is connected to the bottom rotor assembly through a radial bearing; a swashplate connected via linkages to the rotor bracket to make the pitch of said at least third and fourth blades change in response to an induced angle of the swashplate as it rotates around the central shaft ; and a plurality of servo motors for changing the angle of the swashplate ; wherein the first and second motors are positioned between the top rotor assembly and the bottom rotor assembly, the bottom rotor assembly is positioned above the swashplate , and the swashplate is positioned above the plurality of servo motors ; wherein the controlled flight of the device is achievable by only changing the pitch of the rotor bracket to which the at least third and fourth blades are attached, no pitch control of the at least first and second blades being provided.
Flow conducting grille for arrangement on the suction side of a fan, with a grille bar structure comprising radial bars spaced apart in the circumferential direction and coaxial circumferential bars spaced apart in the radial direction, wherein the radial bars of at least one quadrant of the flow conducting grille are each curved in the circumferential direction, viewed over their radial extension, towards a predetermined radial plane extending from a central axis of the flow conducting grille . wherein the predetermined radial plane is a zero-degree radial plane (NR) restricting a first quadrant , wherein the radial bars each have radial ends and define an angle (a) formed by a straight line (G) extending from a central axis of the flow conducting grille to the respective radial end of the respective radial bar and an imaginary curve-free extension (V) of the respective radial bar beyond its respective radial end , wherein the angle (a) varies with different radial bars , and wherein, starting from the zero-degree radial plane (NR), an angle ρ is determined in the circumferential direction and the radial bars arranged spaced apart in the circumferential direction respectively at a predetermined angle ρ determine the angle α at their radial ends , said angle α varying according to the angle ρ with the function: α(ρ) = r1 ∗ ρ for 0°≤ρ≤45°, α(ρ) = 90 ∗ r1-r1 ∗ ρ for 45°<ρ≤90°, α(ρ) = -90 ∗ r1 +r1 ∗ ρ for 90°<ρ≤135°, α(ρ) = 180 ∗ r1-r1 ∗ ρ for 135°<ρ≤180°, where r1 is in a range from 0.6 to 1.2. α(ρ) = r1 ∗ ρ for 0°≤ρ≤45°, α(ρ) = 90 ∗ r1-r1 ∗ ρ for 45°<ρ≤90°, α(ρ) = -90 ∗ r1 +r1 ∗ ρ for 90°<ρ≤135°, α(ρ) = 180 ∗ r1-r1 ∗ ρ for 135°<ρ≤180°,
A method for reducing a contaminating DNA content of a preparation containing AAV capsids and contaminating DNA, comprising the steps of a) Performing an extraction of DNA with a solid phase bearing positive charges at its surface said solid phase is contacted with the preparation at a pH of 7.0 ± 1.0, and a salt concentration of 10 mM to 200 mM yielding a first fraction, b) Diafiltering the first fraction by a first tangential flow filtration to obtain a second fraction, c) Treating the second fraction with DNase, d) Diafiltering the DNase treated second fraction obtained by step c) by a second tangential flow filtration to a buffer with pH of 7.0 ± 1.0, and a salt concentration of 10 mM to 20 mM to yield a third fraction, and optionally e) Concentrating the third fraction by tangential flow filtration before supplemental chromatography. a) Performing an extraction of DNA with a solid phase bearing positive charges at its surface said solid phase is contacted with the preparation at a pH of 7.0 ± 1.0, and a salt concentration of 10 mM to 200 mM yielding a first fraction, b) Diafiltering the first fraction by a first tangential flow filtration to obtain a second fraction, c) Treating the second fraction with DNase, d) Diafiltering the DNase treated second fraction obtained by step c) by a second tangential flow filtration to a buffer with pH of 7.0 ± 1.0, and a salt concentration of 10 mM to 20 mM to yield a third fraction, and optionally e) Concentrating the third fraction by tangential flow filtration before supplemental chromatography.
A method for determining the distance between at least two objects, wherein said at least two objects are and/or become time and/or clock synchronised and wherein a first and a second of said at least two objects emit signals at several frequencies and a second and a first of the two objects receive the signals of the respective other object and the distance between the first and second object is determined therefrom, characterised in that in that the method includes the formation of a first autocorrelation matrix of the measurements on the signals of the first object received at the second object and the formation of a second autocorrelation matrix of the measurements on the signals of the second object received at the first object and the aggregation of the first and second autocorrelation matrices to form an aggregated autocorrelation matrix, in particular by summation, and in that the distance between the first and second object is calculated on the basis of the aggregated autocorrelation matrix.
A formation system for formation of a battery , wherein the formation system comprises: the battery ; a clamp for clamping the battery ; a suction nozzle disposed corresponding to and opposite to a liquid injection hole of the battery to collect a formation exhaust gas of the battery ; and a negative pressure source connected to the suction nozzle to provide negative pressure environment for the suction nozzle ; wherein there is a preset distance between the suction nozzle and the liquid injection hole to prevent electrolyte in the battery from being drawn out; the clamp comprises at least two limiting members disposed opposite each other at an interval, the battery is held between the two adjacent limiting members , and the two adjacent limiting member are movable relatively to change a clamping force on the battery ; the clamp further comprises a buffer member that is disposed on the side of the limiting member close to the battery and configured to abut against the battery ; and a first surface of the buffer member is of an arched structure with the middle protruding outwardly, and the first surface abuts against the battery . the battery ; a clamp for clamping the battery ; a suction nozzle disposed corresponding to and opposite to a liquid injection hole of the battery to collect a formation exhaust gas of the battery ; and a negative pressure source connected to the suction nozzle to provide negative pressure environment for the suction nozzle ; wherein there is a preset distance between the suction nozzle and the liquid injection hole to prevent electrolyte in the battery from being drawn out; the clamp comprises at least two limiting members disposed opposite each other at an interval, the battery is held between the two adjacent limiting members , and the two adjacent limiting member are movable relatively to change a clamping force on the battery ; the clamp further comprises a buffer member that is disposed on the side of the limiting member close to the battery and configured to abut against the battery ; and a first surface of the buffer member is of an arched structure with the middle protruding outwardly, and the first surface abuts against the battery .
A liquid composition comprising per 100 ml, 0.2-2 gram uridine or an uridine equivalent selected from the group consisting of uridine, deoxyuridine, uridine phosphates, nucleobase uracil and acylated uridine derivatives; 0.5-5 g DHA; 50 mg - 3 g choline; 0.5 - 10 g protein; 2- 20 g carbohydrates; 0.5-15 microgram vitamin B12; 50-1000 microgram folic acid and 0.1 - 10 mg vitamin B6, wherein the composition has a viscosity of 1 - 40 mPas measured at a shear rate of 100 per sec at 20 °C; an osmolality of 300 to 800 mOsm/kg and a caloric density between 0.2 and 3 kcal/ml.
A rubber composition for base tread, which is a rubber composition for base tread to be used for base tread of a tread portion of a tire, wherein a ratio of storage modulus at 0 °C, expressed as 0 °C E', to storage modulus at 30 °C, expressed as 30 °C E', that is, 0 °C E'/30 °C E' is in a range of 1.3 to 2.0.
An apparatus for monitoring cargo conditions in a shipping container , comprising: a shipping container ; at least one environmental sensor to monitor at least one environmental parameter associated with the cargo; a controller to log a plurality of readings from each of the at least one environmental sensors; a sensor interface to facilitate communication between the at least one environmental sensor and the controller; wherein the sensor interface is a wired sensor interface; and wherein the sensor interface includes an embedded interface portion associated with the shipping container and a temporary interface portion associated with the at least one environmental sensor; characterised in that the sensor interface includes at least one plug termination associated with the embedded interface portion and the temporary interface portion; and the at least one plug termination is disposed on or in a floor of the shipping container. a shipping container ; at least one environmental sensor to monitor at least one environmental parameter associated with the cargo; a controller to log a plurality of readings from each of the at least one environmental sensors; a sensor interface to facilitate communication between the at least one environmental sensor and the controller; wherein the sensor interface is a wired sensor interface; and wherein the sensor interface includes an embedded interface portion associated with the shipping container and a temporary interface portion associated with the at least one environmental sensor; characterised in that the sensor interface includes at least one plug termination associated with the embedded interface portion and the temporary interface portion; and the at least one plug termination is disposed on or in a floor of the shipping container.
Spacer for two façade profiles with a rhombus-shaped cross-section, having an elongated main body which has at least a first and a second support (6.1, 6.2) for one each of the two façade profiles , and having a web provided between the first and second support (6.1, 6.2) on the main body , which web projects away from the main body at an angle to the longitudinal extension (L) of the main body and comprises on a first web side (7.1) at least one joint spacer (8.1, 8.2) projecting from the web to form a joint between the façade profiles to be placed on the supports (6.1, 6.2), characterized in that the web has a plurality of joint spacers (8.1, 8.2) on the first web side (7.1) which project away from the web and are arranged offset to one another and which extend parallel to the longitudinal extension (L) of the main body .
A stator support , for being applied to a large-diameter electric motor, wherein the stator support comprises a stator shaft , being coaxially connectable to a fixing shaft of the electric motor; a supporting assembly , coaxially arranged at an outer circumference of the stator shaft ; a stator ring , being connectable to a stator iron core of the electric motor, wherein the stator ring comprises two or more stator ring segments continuously distributed in a circumferential direction of its own, each of the stator ring segments is in a sector shape, and the two or more stator ring segments are coaxially arranged at an outer circumference of the supporting assembly ; wherein the supporting assembly comprise two or more connecting arms radiatingly distributed on the outer circumference of the stator shaft ; wherein the stator ring segments are detachably connected to the supporting assembly ; characterized in that two ends of each of the stator ring segments are respectively provided with two first extension portions extending radially inward, and an outer end of each of the connecting arms is provided with a first connecting portion , and two adjacent first extension portions of two adjacent stator ring segments are matched with the first connecting portion . a stator shaft , being coaxially connectable to a fixing shaft of the electric motor; a supporting assembly , coaxially arranged at an outer circumference of the stator shaft ; a stator ring , being connectable to a stator iron core of the electric motor, wherein the stator ring comprises two or more stator ring segments continuously distributed in a circumferential direction of its own, each of the stator ring segments is in a sector shape, and the two or more stator ring segments are coaxially arranged at an outer circumference of the supporting assembly ; wherein the supporting assembly comprise two or more connecting arms radiatingly distributed on the outer circumference of the stator shaft ; wherein the stator ring segments are detachably connected to the supporting assembly ; characterized in that two ends of each of the stator ring segments are respectively provided with two first extension portions extending radially inward, and an outer end of each of the connecting arms is provided with a first connecting portion , and two adjacent first extension portions of two adjacent stator ring segments are matched with the first connecting portion .
A surgical targeting device (1-8) for assisting placement of an elongated guidance member in a bone , comprising: a bottom portion having a dome-shaped convex outer surface and comprising a guidance through-hole extending along a guidance through-hole central axis for receiving the guidance member ; and a top portion configured to be gripped by a tool ; characterised in that the bottom portion comprises three or more fins provided on the outer surface at equal circumferential distances to each other for temporary engagement with the bone ; and/or in that the bottom portion comprises three or more spikes for temporary engagement with the bone , which protrude from the outer surface towards a bottom direction along the guidance through-hole central axis and are arranged at equal intervals circumferentially on the outer surface equidistant to the guidance through-hole central axis . a bottom portion having a dome-shaped convex outer surface and comprising a guidance through-hole extending along a guidance through-hole central axis for receiving the guidance member ; and a top portion configured to be gripped by a tool ; characterised in that the bottom portion comprises three or more fins provided on the outer surface at equal circumferential distances to each other for temporary engagement with the bone ; and/or in that the bottom portion comprises three or more spikes for temporary engagement with the bone , which protrude from the outer surface towards a bottom direction along the guidance through-hole central axis and are arranged at equal intervals circumferentially on the outer surface equidistant to the guidance through-hole central axis .