mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical connector comprising: a first housing member having a first base portion , a first tubular portion extending outward from the first base portion and a first hollow support extending outward from the first base portion; a second housing member having a second base portion , a second tubular portion extending outward from the second base portion and a second hollow support extending outward from the second base portion; the second housing member engaging the first housing member to form an enclosure ; in the enclosure , a substrate supporting a central set of conductive members within the second tubular portion, the substrate supporting a peripheral set of conductive members within the first hollow support; an outer enclosure connected to the enclosure ; a first arm pivotably attached at a first pivot point either to the outer enclosure or to the enclosure of the electrical connector; and a second arm pivotably attached at a second pivot point either to the outer enclosure or to the enclosure of the electrical connector and spaced apart from the first arm, the second pivot point different from the first pivot point, characterized in that the first arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member ; and the second arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member . a first housing member having a first base portion , a first tubular portion extending outward from the first base portion and a first hollow support extending outward from the first base portion; a second housing member having a second base portion , a second tubular portion extending outward from the second base portion and a second hollow support extending outward from the second base portion; the second housing member engaging the first housing member to form an enclosure ; in the enclosure , a substrate supporting a central set of conductive members within the second tubular portion, the substrate supporting a peripheral set of conductive members within the first hollow support; an outer enclosure connected to the enclosure ; a first arm pivotably attached at a first pivot point either to the outer enclosure or to the enclosure of the electrical connector; and a second arm pivotably attached at a second pivot point either to the outer enclosure or to the enclosure of the electrical connector and spaced apart from the first arm, the second pivot point different from the first pivot point, characterized in that the first arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member ; and the second arm extends outward from and resiliently biased inwardly toward the second base portion of the second housing member .
Nanoparticles comprising an oxide of Sr, Ba, Y, La, Ti, Zr, Hf, Nb, or Ta, wherein the nanoparticles have a weight average diameter of 1 to 30 nm and wherein an organic compound of general formula (I), (II) or (III) is on the surface of the nanoparticles, wherein a is 0 to 5, b and c are independent of each other 1 to 14, n is 1 to 5, f is 0 to 5, p and q are independent of each other 1 to 14, and e and f are independent of each other 0 to 12. wherein a is 0 to 5, b and c are independent of each other 1 to 14, n is 1 to 5, f is 0 to 5, p and q are independent of each other 1 to 14, and e and f are independent of each other 0 to 12.
A process to prepare a polyester polymer comprising: - a ring-opening polymerization of a cyclic oligomer composition comprising a cyclic polyester oligomer having furanic units, characterized in that the ring-opening polymerization is carried out in the presence of a plasticizer, wherein the plasticizer is one or more selected from the group consisting of a supercritical fluid, optionally-substituted phenyl ether, an ionic liquid, an optionally-substituted xylene, a polyether, and their mixtures. - a ring-opening polymerization of a cyclic oligomer composition comprising a cyclic polyester oligomer having furanic units, characterized in that the ring-opening polymerization is carried out in the presence of a plasticizer, wherein the plasticizer is one or more selected from the group consisting of a supercritical fluid, optionally-substituted phenyl ether, an ionic liquid, an optionally-substituted xylene, a polyether, and their mixtures.
Turbofan engine having a longitudinal axis (X) and comprising a motor and a nacelle , surrounding the motor , which comprises a fan casing , in which a duct for a bypass flow is delimited between the nacelle and the motor and in which a flow of air flows in a flow direction from front to rear, said nacelle comprising: - a fixed structure fixed to the fan casing , - a mobile assembly having a mobile cowl and a slider , the mobile cowl being fixed to and aft of the slider , the slider being mobile in translation, on the fixed structure , in a direction of translation between an advanced position in which the slider is positioned such that the mobile cowl is moved close to the fan casing and a retracted position in which the slider is positioned such that the mobile cowl is moved away from the fan casing so as to define, between them, an open window between the duct and the exterior of the nacelle , - a plurality of blades , each one being mobile in rotation on the slider about an axis of rotation that is generally parallel to the longitudinal axis (X) between a stowed position and a deployed position, each one extending on either side of its axis of rotation with a first arm and a second arm , where, in the stowed position, the first arm is outside the duct and the second arm is stowed inside the nacelle , and where, in the deployed position, the first arm is across the duct and the second arm projects out of the nacelle , - a drive assembly causing the slider to move between the advanced position and the retracted position, and vice versa, and - a manoeuvring system intended to move each blade from the stowed position to the deployed position and vice versa. - a fixed structure fixed to the fan casing , - a mobile assembly having a mobile cowl and a slider , the mobile cowl being fixed to and aft of the slider , the slider being mobile in translation, on the fixed structure , in a direction of translation between an advanced position in which the slider is positioned such that the mobile cowl is moved close to the fan casing and a retracted position in which the slider is positioned such that the mobile cowl is moved away from the fan casing so as to define, between them, an open window between the duct and the exterior of the nacelle , - a plurality of blades , each one being mobile in rotation on the slider about an axis of rotation that is generally parallel to the longitudinal axis (X) between a stowed position and a deployed position, each one extending on either side of its axis of rotation with a first arm and a second arm , where, in the stowed position, the first arm is outside the duct and the second arm is stowed inside the nacelle , and where, in the deployed position, the first arm is across the duct and the second arm projects out of the nacelle , - a drive assembly causing the slider to move between the advanced position and the retracted position, and vice versa, and - a manoeuvring system intended to move each blade from the stowed position to the deployed position and vice versa.
Pharmaceutical composition comprising one or more isoxazoline compounds selected from the group consisting of: Fluralaner, Afoxolaner, Lotilaner, and Sarolaner in a pharmaceutically acceptable solvent and a co-solvent for use in the treatment or prevention of parasite infestations of animals, characterised in that the pharmaceutical composition comprises vitamin E and is used to prepare a medicated drinking water by diluting the composition in drinking water that comprises a water sanitizer.
Sensor device for determining and/or monitoring a Process size of a medium in a container , comprising - a crystal body with at least one defect , - a magnetic field device for generating a magnetic field, wherein the magnetic field device is arranged such that a magnetic field can be generated in the region of the crystal body and in the region of the medium located inside the container by means of the magnetic field device , so that a change in the magnetic field in the region of the crystal body is amplified, wherein the crystal body and the magnetic field device can be arranged from the outside on a wall of the container , - an excitation unit for optically exciting the at least one defect , - a detection unit for detecting a magnetic field-dependent fluorescence signal of the crystal body , - an evaluation unit for determining at least one statement about the process variable based on the fluorescence signal. - a crystal body with at least one defect , - a magnetic field device for generating a magnetic field, wherein the magnetic field device is arranged such that a magnetic field can be generated in the region of the crystal body and in the region of the medium located inside the container by means of the magnetic field device , so that a change in the magnetic field in the region of the crystal body is amplified, wherein the crystal body and the magnetic field device can be arranged from the outside on a wall of the container , - an excitation unit for optically exciting the at least one defect , - a detection unit for detecting a magnetic field-dependent fluorescence signal of the crystal body , - an evaluation unit for determining at least one statement about the process variable based on the fluorescence signal.
A copolymerized polyester resin which contains terephthalic acid as a main component of a dicarboxylic acid component, contains ethylene glycol as a main component of a diol component, wherein a content of neopentyl glycol is more than 15% by mole and not more than 40% by mole and a content of diethylene glycol is from 6 to 20% by mole when a total amount of the whole diol component is taken as 100% by mole, wherein a content of a cyclic dimer consisting of terephthalic acid, neopentyl glycol and diethylene glycol is 5000 ppm or less, and wherein a content of a cyclic trimer consisting of terephthalic acid and ethylene glycol is 5000 ppm or less.
A piezoelectric actuator comprising: two piezoelectric actuator units , each of the two piezoelectric actuator units including a substrate , piezoelectric (110a to 110e) arranged on the substrate , and a cladding portion that covers at least a part of the piezoelectric elements (110a-e); the two piezoelectric actuator units being arranged in such a manner that the piezoelectric elements (110a-e) are sandwiched between the two substrates with the substrates positioned outside; characterised in that the cladding portions that cover the piezoelectric elements (110a to 110e) of the two piezoelectric actuator units are bonded to each other by a bond layer . two piezoelectric actuator units , each of the two piezoelectric actuator units including a substrate , piezoelectric (110a to 110e) arranged on the substrate , and a cladding portion that covers at least a part of the piezoelectric elements (110a-e); the two piezoelectric actuator units being arranged in such a manner that the piezoelectric elements (110a-e) are sandwiched between the two substrates with the substrates positioned outside; characterised in that the cladding portions that cover the piezoelectric elements (110a to 110e) of the two piezoelectric actuator units are bonded to each other by a bond layer .
A video signal decoding device comprising: circuitry configured to: receive transform block information for two-dimensional transform blocks formed by splitting a coding block into transform blocks by block partitioning, the transform block information defining a block size selected from a set of variable block sizes, the set of variable block sizes including 4x4, 8x8, 16x16, and 32x32 blocks; determine whether each transform block is a 4x4 or 8x8 transform block with up-right diagonal scanning or the transform block is a 16x16 or 32x32 transform block with up-right diagonal scanning; convert one dimensional transform units representing 4x4 sub-blocks, each 4x4 sub-block forming a coefficient group, CG, to transform blocks by a mode dependent coefficient scan (MDCS), comprising, in an intra prediction mode, applying to all the transform blocks determined to be one of 4x4, 8x8, 16x16 and 32x32 transform blocks with up-right diagonal scanning: (i) multi-level significance map decoding of each coefficient group; and (ii) an up-right diagonal scan inside each 4x4 sub-block forming one of said coefficient groups. receive transform block information for two-dimensional transform blocks formed by splitting a coding block into transform blocks by block partitioning, the transform block information defining a block size selected from a set of variable block sizes, the set of variable block sizes including 4x4, 8x8, 16x16, and 32x32 blocks; determine whether each transform block is a 4x4 or 8x8 transform block with up-right diagonal scanning or the transform block is a 16x16 or 32x32 transform block with up-right diagonal scanning; convert one dimensional transform units representing 4x4 sub-blocks, each 4x4 sub-block forming a coefficient group, CG, to transform blocks by a mode dependent coefficient scan (MDCS), comprising, in an intra prediction mode, applying to all the transform blocks determined to be one of 4x4, 8x8, 16x16 and 32x32 transform blocks with up-right diagonal scanning: (i) multi-level significance map decoding of each coefficient group; and (ii) an up-right diagonal scan inside each 4x4 sub-block forming one of said coefficient groups. (i) multi-level significance map decoding of each coefficient group; and (ii) an up-right diagonal scan inside each 4x4 sub-block forming one of said coefficient groups.
A motor driving apparatus , comprising: a direct current (DC) terminal capacitor (C) configured to store DC power; an inverter comprising a plurality of switching elements (S) connected to the DC terminal capacitor, the inverter being configured to convert the DC power into alternating current (AC) power and to output the AC power; a motor configured to operate based on the AC power output from the inverter; an impeller connected to the motor and configured to circulate air through at least a portion of the motor driving apparatus; and a printed circuit board having: a first surface that mounts the plurality of switching elements and faces toward the motor and the impeller, and characterized by having a second surface that mounts the DC terminal capacitor, wherein the plurality of switching elements are mounted on a first area of the first surface and configured to carry a current having a level greater than or equal to a predetermined level, the first area being positioned in a flow path of the air circulated by the impeller. a direct current (DC) terminal capacitor (C) configured to store DC power; an inverter comprising a plurality of switching elements (S) connected to the DC terminal capacitor, the inverter being configured to convert the DC power into alternating current (AC) power and to output the AC power; a motor configured to operate based on the AC power output from the inverter; an impeller connected to the motor and configured to circulate air through at least a portion of the motor driving apparatus; and a printed circuit board having: a first surface that mounts the plurality of switching elements and faces toward the motor and the impeller, and characterized by having a second surface that mounts the DC terminal capacitor, a first surface that mounts the plurality of switching elements and faces toward the motor and the impeller, and characterized by having a second surface that mounts the DC terminal capacitor, wherein the plurality of switching elements are mounted on a first area of the first surface and configured to carry a current having a level greater than or equal to a predetermined level, the first area being positioned in a flow path of the air circulated by the impeller.
A double wing aircraft comprising: a. a front wing defined by: i. an aspect ratio less than 4.5; ii. a taper ratio less than 0.2; b. a rear wing with an area that is 40% to 100% of the front wing defined by: i. an aspect ratio less than 6.5; ii. a taper with a taper ratio less than 0.2; c. at least one connecting element joining the front wing and the rear wing ; d. an aircraft gravity center ; e. a front wing mean aerodynamic chord with a leading and trailing edge having a front wing air pressure center located forward of 35% of the front wing mean aerodynamic chord in cruise and a rear wing mean aerodynamic chord with a leading and trailing edge having a rear wing air pressure center located forward of 35% of the rear wing mean aerodynamic chord in cruise wherein the rear wing mean aerodynamic chord leading edge is located aft of the front wing mean aerodynamic chord trailing edge at a short distance that is less than the front wing mean aerodynamic chord , the aircraft gravity center is located forward of the rear wing lifting surface air pressure center and aft of the front wing lifting surface air pressure center in cruise; f. the front wing being located lower than the rear wing . a. a front wing defined by: i. an aspect ratio less than 4.5; ii. a taper ratio less than 0.2; i. an aspect ratio less than 4.5; ii. a taper ratio less than 0.2; b. a rear wing with an area that is 40% to 100% of the front wing defined by: i. an aspect ratio less than 6.5; ii. a taper with a taper ratio less than 0.2; i. an aspect ratio less than 6.5; ii. a taper with a taper ratio less than 0.2; c. at least one connecting element joining the front wing and the rear wing ; d. an aircraft gravity center ; e. a front wing mean aerodynamic chord with a leading and trailing edge having a front wing air pressure center located forward of 35% of the front wing mean aerodynamic chord in cruise and a rear wing mean aerodynamic chord with a leading and trailing edge having a rear wing air pressure center located forward of 35% of the rear wing mean aerodynamic chord in cruise wherein the rear wing mean aerodynamic chord leading edge is located aft of the front wing mean aerodynamic chord trailing edge at a short distance that is less than the front wing mean aerodynamic chord , the aircraft gravity center is located forward of the rear wing lifting surface air pressure center and aft of the front wing lifting surface air pressure center in cruise; f. the front wing being located lower than the rear wing .
Clothes horse comprising - a plurality of blanket supports each comprising a tubular frame forming a closed loop around a horizontal axis and arranged to, in use, transfer heat to a blanket hanging over the blanket support; characterized by - a support bar arranged to rotatably support each blanket support around an axis parallel to the horizontal axis at a unique horizontal location; wherein each tubular frame is supported by the support bar such that easy access to the tubular frames is provided by rotating away those tubular frames which are in the way when hanging a blanket over one of the hollow tubular frames and - a plurality of heating means arranged such that each blanket support comprises a unique heating means for individually heating the corresponding tubular frame. - a plurality of blanket supports each comprising a tubular frame forming a closed loop around a horizontal axis and arranged to, in use, transfer heat to a blanket hanging over the blanket support; - a support bar arranged to rotatably support each blanket support around an axis parallel to the horizontal axis at a unique horizontal location; wherein each tubular frame is supported by the support bar such that easy access to the tubular frames is provided by rotating away those tubular frames which are in the way when hanging a blanket over one of the hollow tubular frames and - a plurality of heating means arranged such that each blanket support comprises a unique heating means for individually heating the corresponding tubular frame.
A method for checking the readiness for use of a blood treatment machine prior to a blood treatment, comprising the step of - checking whether a blocking device for a tube clamp is arranged in at least one tube clamp of the blood treatment machine or has been removed from the tube clamp, wherein the blocking device is arranged in the tube clamp, with tube placed therein, in such a way that the tube clamp is held in an open position without the tube placed in the tube clamp being clamped by the tube clamp, - blocking the start of a blood treatment if the check reveals that at least one blocking device for a tube clamp is arranged in at least one tube clamp of the blood treatment machine, characterised in that the start of a blood treatment is enabled only if the at least one blocking device is arranged in a predetermined receptacle of the blood treatment device, wherein the presence of the at least one blocking device in the receptacle of the blood treatment machine is detected by means of a detection unit of the blood treatment device. - checking whether a blocking device for a tube clamp is arranged in at least one tube clamp of the blood treatment machine or has been removed from the tube clamp, wherein the blocking device is arranged in the tube clamp, with tube placed therein, in such a way that the tube clamp is held in an open position without the tube placed in the tube clamp being clamped by the tube clamp, - blocking the start of a blood treatment if the check reveals that at least one blocking device for a tube clamp is arranged in at least one tube clamp of the blood treatment machine, characterised in that the start of a blood treatment is enabled only if the at least one blocking device is arranged in a predetermined receptacle of the blood treatment device, wherein the presence of the at least one blocking device in the receptacle of the blood treatment machine is detected by means of a detection unit of the blood treatment device.