mhurhangee/patent-ind-claim-en huggingface dataset:
A weld metal obtained by performing submerged arc welding, the weld metal having a composition consisting of: C: 0.05% to 0.15% by mass; Si: 0.10% to 0.25% by mass; Mn: 0.50% to 1.30% by mass; Cr: 2.00% to 3.25% by mass; Mo: 0.90% to 1.20% by mass; V: 0.20% to 0.40% by mass; Nb: 0.010% to 0.040% by mass; O: 250 to 450 ppm; Al: 0.040% by mass or less; P: 0.010% by mass or less; S, Sn, Sb, and As: each 0.010% by mass or less; and Bi and Pb: each 1.0 ppm or less, with the balance being Fe and inevitable impurities, wherein, in a microstructure, a ratio of crystal grains with a particle surface area of 400 μm 2 or less relative to all crystal grains is 70% or more. C: 0.05% to 0.15% by mass; Si: 0.10% to 0.25% by mass; Mn: 0.50% to 1.30% by mass; Cr: 2.00% to 3.25% by mass; Mo: 0.90% to 1.20% by mass; V: 0.20% to 0.40% by mass; Nb: 0.010% to 0.040% by mass; O: 250 to 450 ppm; Al: 0.040% by mass or less; P: 0.010% by mass or less; S, Sn, Sb, and As: each 0.010% by mass or less; and Bi and Pb: each 1.0 ppm or less,
A machine for filling bags with a granular product comprising [a] a filling station , [b] actuating means , said actuating means comprising [i] a motor and [ii] control means, and [c] a supporting device for supporting bags which forms a unit, arranged below said filling station for supporting the base of the bag located in said filling station to receive said granular product during operation, and said supporting device comprising [d] a supporting surface , [e] a pivot shaft on which said supporting surface is assembled, and [f] a first end and a second end , [g] said supporting surface , said pivot shaft and said actuating means being functionally associated with one another such that said supporting surface can pivot in an alternating manner around said pivot shaft through said actuating means , [h] said control means controlling the angular position of said motor to allow said supporting surface to pivot in an alternating manner, characterized in that [j] said control means allow said supporting surface to pivot with a variable amplitude (α) between any positions from among: [i] an upper position of said first end and a lower position of said second end , and [ii] a lower position of said first end and an upper position of said second end , for moving the base of the bag which is located in said filling station in operation during filling. [a] a filling station , [b] actuating means , said actuating means comprising [i] a motor and [ii] control means, and [i] a motor and [ii] control means, and [c] a supporting device for supporting bags which forms a unit, arranged below said filling station for supporting the base of the bag located in said filling station to receive said granular product during operation, and said supporting device comprising [d] a supporting surface , [e] a pivot shaft on which said supporting surface is assembled, and [f] a first end and a second end , [d] a supporting surface , [e] a pivot shaft on which said supporting surface is assembled, and [f] a first end and a second end , [g] said supporting surface , said pivot shaft and said actuating means being functionally associated with one another such that said supporting surface can pivot in an alternating manner around said pivot shaft through said actuating means , [h] said control means controlling the angular position of said motor to allow said supporting surface to pivot in an alternating manner, characterized in that [j] said control means allow said supporting surface to pivot with a variable amplitude (α) between any positions from among: [i] an upper position of said first end and a lower position of said second end , and [ii] a lower position of said first end and an upper position of said second end , [i] an upper position of said first end and a lower position of said second end , and [ii] a lower position of said first end and an upper position of said second end , for moving the base of the bag which is located in said filling station in operation during filling.
A composition comprising a first composition, which comprises a first ethylene/alpha-olefin/non-conjugated diene interpolymer, and wherein the first composition comprises the following properties: a) a molecular weight distribution MWD(conv) ≥ 3.50, and b) a [(Mz)/(tan delta (0.1 rad/sec, 190°C))] ≥ 250,000 g/mole; wherein MWD (conv) is determined from conventional GPC. a) a molecular weight distribution MWD(conv) ≥ 3.50, and b) a [(Mz)/(tan delta (0.1 rad/sec, 190°C))] ≥ 250,000 g/mole; wherein MWD (conv) is determined from conventional GPC.
A gas turbine engine comprising: high and low pressure turbines ; a mid turbine frame arranged axially between the high and low pressure turbines (46; 54); a bearing operatively supported by a support structure ; an inner case secured to the support structure and including a first conical member ; and a bearing support (90; 190) to which the bearing is mounted, the bearing support including a second conical member (94; 194) that is secured to the first conical member at a joint (96; 196)), the first and second conical members (92, 94; 194) arranged radially inward of the joint (96; 196); characterised in that : the mid turbine frame includes a circumferential array of airfoils that provide a cavity therethrough, and the support structure includes a rod extending through the airfoil and fastened to the inner case , high and low pressure turbines ; a mid turbine frame arranged axially between the high and low pressure turbines (46; 54); a bearing operatively supported by a support structure ; an inner case secured to the support structure and including a first conical member ; and a bearing support (90; 190) to which the bearing is mounted, the bearing support including a second conical member (94; 194) that is secured to the first conical member at a joint (96; 196)), the first and second conical members (92, 94; 194) arranged radially inward of the joint (96; 196);
A system for aligning a guiding pin relative to an anatomic structure, the system comprising: a guiding pin insertion guide for orienting the guiding pin relative to the anatomic structure, the guiding pin insertion guide including a base plate and a pin orientation device coupled to and extending from the base plate, the pin orientation device being movable relative to the base plate; and an axis alignment device , the axis alignment device including a first surface and a second surface having a plurality of through holes extending between the first surface and the second surface, each of the through holes defining a different alignment axis, wherein one of the through holes is configured to align the guiding pin at an orientation that is substantially aligned with a patient-specific alignment axis, and wherein the guiding pin insertion guide is configured to receive the guiding pin when the guiding pin is mated with one of the through holes to align the guiding pin insertion guide along the patient-specific alignment axis relative to the base plate. a guiding pin insertion guide for orienting the guiding pin relative to the anatomic structure, the guiding pin insertion guide including a base plate and a pin orientation device coupled to and extending from the base plate, the pin orientation device being movable relative to the base plate; and an axis alignment device , the axis alignment device including a first surface and a second surface having a plurality of through holes extending between the first surface and the second surface, each of the through holes defining a different alignment axis, wherein one of the through holes is configured to align the guiding pin at an orientation that is substantially aligned with a patient-specific alignment axis, and wherein the guiding pin insertion guide is configured to receive the guiding pin when the guiding pin is mated with one of the through holes to align the guiding pin insertion guide along the patient-specific alignment axis relative to the base plate.
A malodor neutralizing composition comprising: isobornyl acetate, and tiglic acid, hexenoic acid or a monocarboxylic acid of the formula in which R is C 1 -C 5 alkyl. isobornyl acetate, and tiglic acid, hexenoic acid or a monocarboxylic acid of the formula in which R is C 1 -C 5 alkyl.
Process for the plasma-assisted conversion of substances in a plasma reactor (a, a', a") for the purpose of producing basic chemicals, wherein a hydrocarbon-containing starting material, or a hydrocarbon-containing starting material and at least one starting material selected from the group comprising CO 2 , CO, H 2 O, H 2 , O 2 and N 2 , is converted in a first process step under the action of a plasma into one or more intermediate product(s), which is/are converted in at least one subsequent process step into a reaction product, characterised in that the plasma gas in the plasma reactor, which plasma gas contains the intermediate product(s) produced, - is conveyed by means of a liquid jet pump arranged downstream of the plasma reactor, or/and - is passed through a gas scrubber ; wherein a liquid containing one or more catalysts or one or more reactants for the further reaction of said intermediate product(s) is used as the pumping fluid for the liquid jet pump or as the scrubbing liquid of the gas scrubber; and wherein said hydrocarbon-containing starting material is selected from the group consisting of saturated hydrocarbons, unsaturated hydrocarbons, unbranched hydrocarbons, branched hydrocarbons, aromatic hydrocarbons, mixtures of such hydrocarbons and substance mixtures containing such hydrocarbons. a hydrocarbon-containing starting material, or a hydrocarbon-containing starting material and at least one starting material selected from the group comprising CO 2 , CO, H 2 O, H 2 , O 2 and N 2 , is converted in a first process step under the action of a plasma into one or more intermediate product(s), which is/are converted in at least one subsequent process step into a reaction product, characterised in that the plasma gas in the plasma reactor, which plasma gas contains the intermediate product(s) produced, - is conveyed by means of a liquid jet pump arranged downstream of the plasma reactor, or/and - is passed through a gas scrubber ; - is conveyed by means of a liquid jet pump arranged downstream of the plasma reactor, or/and - is passed through a gas scrubber ; wherein a liquid containing one or more catalysts or one or more reactants for the further reaction of said intermediate product(s) is used as the pumping fluid for the liquid jet pump or as the scrubbing liquid of the gas scrubber; and wherein said hydrocarbon-containing starting material is selected from the group consisting of saturated hydrocarbons, unsaturated hydrocarbons, unbranched hydrocarbons, branched hydrocarbons, aromatic hydrocarbons, mixtures of such hydrocarbons and substance mixtures containing such hydrocarbons.
An infrastructure equipment for a mobile communications network, the infrastructure equipment comprising, a transmitter configured to transmit signals to one or more communications devices via a wireless access interface comprising a plurality of communications resource elements, and a receiver configured to receive signals from the one or more communications devices via the wireless access interface, and a controller configured to control the transmitter and the receiver to transmit the signals to the one or more communications devices and to receive the signals from the one or more communications devices, wherein the wireless access interface comprises a down-link communications channel in which each of a plurality of time divided units comprises communications resource elements in time and frequency for allocation to transmit messages to the communications devices, and the controller is configured to identify (S20), for each of a plurality of time units, communications resource elements of the communications channel which cannot be allocated to transmit messages to one of the communications devices, to determine (S22), with respect to one of the plurality of time units as a reference time unit, a number of the communications resource elements of the communications channel for repeatedly transmitting one or more message units to the communications device a plurality of times in the reference time unit, to identify (S24), for each of the plurality of time units, a pattern of the communications resource elements for the repeated transmission of the one or more message units, within each time unit, determined with respect to the reference time unit and indicated to the communications device by the infrastructure equipment, the pattern of the communications resource elements for each of the plurality of time units excluding the communications resource elements of the communications channel which cannot be allocated to the communications devices, and to control the transmitter to transmit (S26) the one or more message units to the communications device via the identified pattern of the communications resource elements in the plurality of time units of the wireless access interface, characterised in that the reference time unit is a subframe of a multimedia broadcast single frequency network, MBSFN, type.
A work vehicle comprising: - a mission case provided with an opening that allows injection of transmission oil; - a floor mat located above the mission case and near a driver's seat , the floor mat having an opening / closing part configured to be opened in an open state in which the opening is exposed and configured to be closed in a closed state in which the opening is covered; and - a fixing part configured to fix the opening / closing part in the closed state; wherein - the opening / closing part includes a protrusion protruding in a predetermined direction, and - the fixing part comprises a hole configured to fix the opening / closing part when the protrusion is inserted into the hole . - a mission case provided with an opening that allows injection of transmission oil; - a floor mat located above the mission case and near a driver's seat , the floor mat having an opening / closing part configured to be opened in an open state in which the opening is exposed and configured to be closed in a closed state in which the opening is covered; and - a fixing part configured to fix the opening / closing part in the closed state; - the opening / closing part includes a protrusion protruding in a predetermined direction, and - the fixing part comprises a hole configured to fix the opening / closing part when the protrusion is inserted into the hole .
A method for illuminating a sequence of sectional areas in the interior of a light-scattering object with the steps: providing a light source, which emits light with a predetermined central wavelength λ 0 and a coherence length less than 25 microns; splitting the light of the light source into specimen light and reference light; flat illumination of the object with the specimen light; imaging of the specimen light scattered by the object with numerical aperture NA onto an electronic camera with pixels arranged in a checkerboard pattern with a pixel pitch P; causing interference of reference light and specimen light on the camera by establishing a path length profile and a phase gradient of the reference light along the predetermined axis in the camera plane; displacement of the path length profile of the reference beam at a time-dependent rate; and detection of further camera images in each case at least indexed with a dimension for the time-dependent displacement of the path length profile, wherein the condition 2 3 + 2 λ 0 < 2 NA ∗ P M ≤ 2 1 + 2 λ 0 is met, wherein M denotes the magnification factor of the imaging; characterized in that for each indexed camera image of at least a part of the detected camera images, a surrounding interval of the indexing is predetermined and a weighted stack mean value of all the camera images of the surrounding interval is calculated and the calculated stack mean value of the indexed camera image is deducted from the indexed camera image for calculating a structurally improved camera image. providing a light source, which emits light with a predetermined central wavelength λ 0 and a coherence length less than 25 microns; splitting the light of the light source into specimen light and reference light; flat illumination of the object with the specimen light; imaging of the specimen light scattered by the object with numerical aperture NA onto an electronic camera with pixels arranged in a checkerboard pattern with a pixel pitch P; causing interference of reference light and specimen light on the camera by establishing a path length profile and a phase gradient of the reference light along the predetermined axis in the camera plane; displacement of the path length profile of the reference beam at a time-dependent rate; and detection of further camera images in each case at least indexed with a dimension for the time-dependent displacement of the path length profile, wherein the condition 2 3 + 2 λ 0 < 2 NA ∗ P M ≤ 2 1 + 2 λ 0 is met, wherein M denotes the magnification factor of the imaging; characterized in that for each indexed camera image of at least a part of the detected camera images, a surrounding interval of the indexing is predetermined and a weighted stack mean value of all the camera images of the surrounding interval is calculated and the calculated stack mean value of the indexed camera image is deducted from the indexed camera image for calculating a structurally improved camera image.
A dig controller for controlling interaction of an autonomous mining, construction or exploration loading vehicle (ALV) through a bucket movably attached to the ALV, with a rock pile, comprising: at least one controller controls the bucket and/or the ALV in accordance with at least one sensor signal , wherein the at least one sensor signal is representative of interaction between the bucket and the rock pile during a dig; whereby the at least one sensor signal is obtained from at least one sensor associated with one or more actuators on the ALV, other than a bucket actuator, or one or more moveable actuated elements actuated upon by the actuators, characterised in that the at least one controller comprises at least one adaptive admittance controller, which adaptive admittance controller maps a force signal obtained from one or more of the sensors to a change in bucket motion; and wherein the adaptive admittance controller implements a linear or non-linear movement control scheme for one or both the ALV and bucket in accordance with a predetermined, but tunable, bucket-loading algorithm. at least one controller controls the bucket and/or the ALV in accordance with at least one sensor signal , wherein the at least one sensor signal is representative of interaction between the bucket and the rock pile during a dig; whereby the at least one sensor signal is obtained from at least one sensor associated with one or more actuators on the ALV, other than a bucket actuator, or one or more moveable actuated elements actuated upon by the actuators, characterised in that the at least one controller comprises at least one adaptive admittance controller, which adaptive admittance controller maps a force signal obtained from one or more of the sensors to a change in bucket motion; and wherein the adaptive admittance controller implements a linear or non-linear movement control scheme for one or both the ALV and bucket in accordance with a predetermined, but tunable, bucket-loading algorithm.
An apparatus comprising: a layer of quantum tunnelling composite configured such that in a non-compressed state the quantum tunnelling composite is an electrical insulator and in a compressed state the layer of quantum tunnelling composite is an electrical conductor; a magnetic portion configured to cause compression of the quantum tunnelling composite ; and wherein the apparatus is configured to be coupled to a reciprocal apparatus where the reciprocal apparatus comprises a reciprocal magnetic portion such that when the apparatus is coupled to the reciprocal apparatus the magnetic portion causes compression of the quantum tunnelling composite to provide a direct current path through the quantum tunnelling composite to the reciprocal apparatus . a layer of quantum tunnelling composite configured such that in a non-compressed state the quantum tunnelling composite is an electrical insulator and in a compressed state the layer of quantum tunnelling composite is an electrical conductor; a magnetic portion configured to cause compression of the quantum tunnelling composite ; and wherein the apparatus is configured to be coupled to a reciprocal apparatus where the reciprocal apparatus comprises a reciprocal magnetic portion such that when the apparatus is coupled to the reciprocal apparatus the magnetic portion causes compression of the quantum tunnelling composite to provide a direct current path through the quantum tunnelling composite to the reciprocal apparatus .
A machine to cut panels made of wood or the like, the machine comprising support means defining a supporting surface (P) for at least one panel ; a grip and transfer assembly to move the panel along the supporting surface (P) in a first direction ; a main pressing device , which extends in a second direction transverse to the first direction , and is movable between a locking position, in which the panel is locked on the supporting surface (P), and a release position; a gantry extending above the supporting surface (P) in the second direction ; and a first operating head , which is mounted on the gantry above the supporting surface (P), is provided with a milling cutter to process the panel , and is movable in the second direction ; wherein the machine further comprises a second operating head , which is mounted on the gantry above the supporting surface (P), is provided with a blade to process the panel , and is movable in the second direction ; the first operating head being further provided with a second auxiliary pressing device , which extends around the milling cutter so as to lock the panel during the processing of the milling cutter .
System for managing an air inlet for a front end of a motor vehicle comprising a frame and at least one shutter , the frame comprising at least one bearing configured to receive a shaft of the shutter , characterized in that it comprises a bearing closure member comprising a reinforcement made from a rigid material and an air guide having at least a part made from a material more flexible than that of the reinforcement .