mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a permanent magnet, comprising: A) Forming a magnetisable workpiece by additive manufacturing, the additive manufacturing comprising the following sequence of steps: i) Forming a first powder layer by depositing a first powder, the first powder being ferromagnetic; ii) Forming a first workpiece layer of the magnetisable workpiece by irradiating a predetermined first area of the first powder layer by means of a focused energy beam to fuse the first powder in the first area; iii) Repeating the sequence of steps i) and ii) multiple times to form further workpiece layers of the magnetisable workpiece; characterised by B) Forming the permanent magnet by partitioning the magnetisable workpiece, wherein an exposed surface of the permanent magnet formed by the partitioning is non-parallel to the first workpiece layer; and wherein the permanent magnet produces an external magnetic field having a magnetic field strength of at least 1 kA/m. A) Forming a magnetisable workpiece by additive manufacturing, the additive manufacturing comprising the following sequence of steps: i) Forming a first powder layer by depositing a first powder, the first powder being ferromagnetic; ii) Forming a first workpiece layer of the magnetisable workpiece by irradiating a predetermined first area of the first powder layer by means of a focused energy beam to fuse the first powder in the first area; iii) Repeating the sequence of steps i) and ii) multiple times to form further workpiece layers of the magnetisable workpiece; characterised by i) Forming a first powder layer by depositing a first powder, the first powder being ferromagnetic; ii) Forming a first workpiece layer of the magnetisable workpiece by irradiating a predetermined first area of the first powder layer by means of a focused energy beam to fuse the first powder in the first area; iii) Repeating the sequence of steps i) and ii) multiple times to form further workpiece layers of the magnetisable workpiece; characterised by B) Forming the permanent magnet by partitioning the magnetisable workpiece, wherein an exposed surface of the permanent magnet formed by the partitioning is non-parallel to the first workpiece layer; and wherein the permanent magnet produces an external magnetic field having a magnetic field strength of at least 1 kA/m.
Device for moving a wheelbarrow provided with two handles grippable by the hands of a user, said device comprising: - two grips , each mechanically connectable to a respective handle of said wheelbarrow and provided with a tubular sleeve grippable by a user, intended to be fit on a corresponding handle of said wheelbarrow and is extended along a first extension direction (X), between a first open end , susceptible of being fit on the handle of said wheelbarrow , and a second free end (4"), opposite said first end ; - a transverse thrust element , extended between a first end mechanically connected to one of said two grips , and a second end (3") mechanically connected to the other of said two grips ; - coupling means for coupling the ends of said transverse thrust element to said grips ; said device being characterized in that said coupling means comprise a first coupling body and a second coupling body , which are extended radially projecting with respect to said first extension direction (X), are spaced from each other along said first extension direction (X) and between them delimit an annular seat in which the corresponding end (3', 3") of said transverse thrust element is coupled; wherein said coupling means comprise a connection portion , which is extended along said first extension direction (X) from said first coupling body to said second coupling body and defines a bottom surface of said annular seat ; wherein said first coupling body and said second coupling body are extended radially projecting with respect to said connection portion , which, therefore, has narrow width with respect to said two coupling bodies . - two grips , each mechanically connectable to a respective handle of said wheelbarrow and provided with a tubular sleeve grippable by a user, intended to be fit on a corresponding handle of said wheelbarrow and is extended along a first extension direction (X), between a first open end , susceptible of being fit on the handle of said wheelbarrow , and a second free end (4"), opposite said first end ; - a transverse thrust element , extended between a first end mechanically connected to one of said two grips , and a second end (3") mechanically connected to the other of said two grips ; - coupling means for coupling the ends of said transverse thrust element to said grips ;
A method of detecting radar cross section, the method comprising: receiving a sequence of samples at a re-visit rate of a radar antenna the sequence of samples being based at least in part on electromagnetic energy reflected from a target, wherein receiving the sequence of samples includes receiving the sequence of samples from a log amplifier of the radar antenna, the sequence of samples being a geometric quantitation of charge values generated by the radar antenna based on the electromagnetic energy reflected from the target; interpolating a model curve to the sequence of samples, wherein each sample of the sequence of samples geometrically increases in value relative to a previous sample of the sequence of samples, wherein the increase in value of each sample relative to a previous sample corresponds to a decrease in a range of the target relative to the radar antenna; comparing the model curve to a calibrated curve and determining a shift between the model curve and the calibrated curve based at least on the comparison; and detecting a radar cross section based at least in part on the shift between the model curve and the calibrated curve. receiving a sequence of samples at a re-visit rate of a radar antenna the sequence of samples being based at least in part on electromagnetic energy reflected from a target, wherein receiving the sequence of samples includes receiving the sequence of samples from a log amplifier of the radar antenna, the sequence of samples being a geometric quantitation of charge values generated by the radar antenna based on the electromagnetic energy reflected from the target; interpolating a model curve to the sequence of samples, wherein each sample of the sequence of samples geometrically increases in value relative to a previous sample of the sequence of samples, wherein the increase in value of each sample relative to a previous sample corresponds to a decrease in a range of the target relative to the radar antenna; comparing the model curve to a calibrated curve and determining a shift between the model curve and the calibrated curve based at least on the comparison; and detecting a radar cross section based at least in part on the shift between the model curve and the calibrated curve.
A method for writing data to a persistent storage module ("PSM") in a communication fabric, the method comprising: receiving a PSM write request from a client at a processor, wherein the PSM write request indicates the client has data to write to the PSM; identifying a write location for the data at the processor, wherein the write location is associated with the PSM; providing the write location to the client; receiving the data at the PSM from the client, wherein the data is received via a communication path through a down stream IO tier switch associated with the client; receiving a client write completion notification from the client at the processor; the method being characterized in that : transmitting a write complete indicator to the PSM from the processor, wherein the write complete indicator is transmitted to the PSM via the communication path through the down stream IO tier switch. receiving a PSM write request from a client at a processor, wherein the PSM write request indicates the client has data to write to the PSM; identifying a write location for the data at the processor, wherein the write location is associated with the PSM; providing the write location to the client; receiving the data at the PSM from the client, wherein the data is received via a communication path through a down stream IO tier switch associated with the client; receiving a client write completion notification from the client at the processor;
System for providing information about the neuromuscular system in augmented reality, comprising: - a video shooting system adapted to shoot a video of a region of interest of an individual, comprising one or more muscles the electric activity of which has to be detected; - an electromyographic signal acquisition system adapted to acquire surface electromyographic signals, generated by a muscle contraction, by using a group of at least two electrodes placed on the skin that covers said one or more muscles; - an electronic conditioning unit adapted to filter, amplify and transmit the surface electromyographic signal acquired by the electromyographic signal acquisition system ; - a data processing and integrating system adapted to: • process every video frame received from the video shooting system , identifying the presence of electromyographic signal acquisition systems within the frame; • process the EMG signal received from each group of acquisition electrodes and extract information about the neuromuscular system; • associate the identified groups of electrodes with the processed information about the neuromuscular system; - an augmented reality system adapted to display on displaying means, superimposed on the acquisition systems identified by the data processing and integrating system , the information about the neuromuscular system extracted by the data processing and integrating system . - a video shooting system adapted to shoot a video of a region of interest of an individual, comprising one or more muscles the electric activity of which has to be detected; - an electromyographic signal acquisition system adapted to acquire surface electromyographic signals, generated by a muscle contraction, by using a group of at least two electrodes placed on the skin that covers said one or more muscles; - an electronic conditioning unit adapted to filter, amplify and transmit the surface electromyographic signal acquired by the electromyographic signal acquisition system ; - a data processing and integrating system adapted to: • process every video frame received from the video shooting system , identifying the presence of electromyographic signal acquisition systems within the frame; • process the EMG signal received from each group of acquisition electrodes and extract information about the neuromuscular system; • associate the identified groups of electrodes with the processed information about the neuromuscular system; • process every video frame received from the video shooting system , identifying the presence of electromyographic signal acquisition systems within the frame; • process the EMG signal received from each group of acquisition electrodes and extract information about the neuromuscular system; • associate the identified groups of electrodes with the processed information about the neuromuscular system; - an augmented reality system adapted to display on displaying means, superimposed on the acquisition systems identified by the data processing and integrating system , the information about the neuromuscular system extracted by the data processing and integrating system .
A process for the hydrolysis of cellulose pulp, comprising: (i) contacting the cellulose pulp with water, a limited-solubility solvent, and a limited-solubility acid, thereby forming a slurry; (ii) heating the slurry to a temperature of about 200-400 °C, thereby forming a treated slurry; and (iii) recovering a cellulosic hydrolysate from the treated slurry; wherein the solubility of the limited-solubility solvent in water at 20 °C is less than 40% wt/wt and the solubility of the limited-solubility acid in water at 4 °C is less than 1% wt/wt. (i) contacting the cellulose pulp with water, a limited-solubility solvent, and a limited-solubility acid, thereby forming a slurry; (ii) heating the slurry to a temperature of about 200-400 °C, thereby forming a treated slurry; and (iii) recovering a cellulosic hydrolysate from the treated slurry; wherein the solubility of the limited-solubility solvent in water at 20 °C is less than 40% wt/wt and the solubility of the limited-solubility acid in water at 4 °C is less than 1% wt/wt.
A exothermal vaporizer comprising: a condenser tube which threads into a mouthpiece and is user adjustable to modulate and/or regulate the flow ratio of dilution air and produced vapor; and a body containing the condenser tube , wherein the mouthpiece and a tip incorporating an extraction chamber are integrated with the body by one or more friction fit O-rings and wherein the condenser tube remains rotationally fixed relative to the body as the mouthpiece is twisted, and wherein the tip and condenser tube have one or more interfacing surfaces. a condenser tube which threads into a mouthpiece and is user adjustable to modulate and/or regulate the flow ratio of dilution air and produced vapor; and a body containing the condenser tube , wherein the mouthpiece and a tip incorporating an extraction chamber are integrated with the body by one or more friction fit O-rings and wherein the condenser tube remains rotationally fixed relative to the body as the mouthpiece is twisted, and wherein the tip and condenser tube have one or more interfacing surfaces.
An oral solid formulation comprising: irinotecan or a pharmaceutically acceptable salt thereof; and an acidifying agent, wherein the acidifying agent is selected from the group consisting of acetic acid, citric acid, lactic acid, and any combinations thereof, and wherein the amount of the acidifying agent is from 0.2 parts to 10 parts by weight based on 1 part by weight of the irinotecan or pharmaceutically acceptable salt thereof. irinotecan or a pharmaceutically acceptable salt thereof; and an acidifying agent, wherein the acidifying agent is selected from the group consisting of acetic acid, citric acid, lactic acid, and any combinations thereof, and wherein the amount of the acidifying agent is from 0.2 parts to 10 parts by weight based on 1 part by weight of the irinotecan or pharmaceutically acceptable salt thereof.
An arm for awnings comprising two profiles, one rear and one front , joined in an articulated manner at one of the ends thereof by an elbow which, in turn, comprises a male piece and a female piece associated with said ends of the profiles and said profiles respectively having at the ends thereof opposed to the foregoing, a rear terminal for fixing to the box of the awning and a front terminal for fixing to the distal edge of the awning; housing a tensor group or tensor assembly of the arm in the rear profile , characterized in that at least two planes forming one indentation are comprised in the interior face of one of either the rear profile or the front profile and in that at least two planes forming one protrusion are comprised in the interior face of the other one of the rear profile and the front profile, the indentation and the protrusion being configured for being tightly coupled to each other when the arm is in a closed position, constituting a compact assembly.
A fiber reinforced thermoplastic resin molded article comprising (A) carbon fibers, (B) graphite and (C) a thermoplastic resin, wherein the carbon fibers (A), the graphite (B) and the thermoplastic resin (C) are contained in amounts of 1 to 30 parts by weight, 1 to 40 parts by weight and 30 to 98 parts by weight, respectively, relative to the total amount, i.e., 100 parts by weight, of the carbon fibers (A), the graphite (B) and the thermoplastic resin (C), the weight average fiber length of the carbon fibers (A), determined as described in the description, is 0.3 to 3 mm and the specific gravity of the molded article, determined by a liquid immersion method as specified in the description, is 1.1 to 1.9 g/cm 3 , characterized in that the graphite (B) contains scaly graphite and the largest particle diameter of the graphite (B) determined as described in the description, is 10 to 100 μm.
Controlling circuitry operably connectable to a plurality of constituent analog-to-digital converters (210a, 210b, 210c, ..., 210n; 410a, 410b, ..., 410h), sub-ADCs, of an asynchronous time-interleaved analog-to-digital converter , TI-ADC, the controlling circuitry being configured to maintain a set of a number of sub-ADCs currently available for processing of an input sample, wherein the set is a subset of the plurality of sub-ADCs, by: reception, from each of one or more of the sub-ADCs of the plurality of sub-ADCs, of an availability signal indicative of availability of the corresponding sub-ADC; responsive to the reception of the availability signal, addition of the corresponding sub-ADC to the set; for each new input sample, selection of a sub-ADC of the set for processing of the new input sample; and responsive to the selection, removal of the selected sub-ADC from the set and causing of the selected sub-ADC to process the new input sample. reception, from each of one or more of the sub-ADCs of the plurality of sub-ADCs, of an availability signal indicative of availability of the corresponding sub-ADC; responsive to the reception of the availability signal, addition of the corresponding sub-ADC to the set; for each new input sample, selection of a sub-ADC of the set for processing of the new input sample; and responsive to the selection, removal of the selected sub-ADC from the set and causing of the selected sub-ADC to process the new input sample.
Can lid for an aluminum beverage can, said can lid comprising a pull-tab , said can lid having a chuck wall defining a plug diameter (R), a countersink and central panel having a panel radius and a center, wherein a score line defining a tear panel and a rivet for connecting said pull-tab to the central panel are arranged, said rivet defining an axis of rotation of said pull-tab , said pull-tab having a handle part and an opening part of the pull-tab , said rivet connecting said pull-tab to the central panel between said handle part and said opening part said rivet being tilted so that said rivet provides an axis of rotation of said pull-tab that has an angle with respect to an axis that is vertical with respect to the central panel , characterized in that said can lid has a lid plug diameter of between 45 to 49 mm, an outside diameter of between 52 to 55 mm, and a weight of less than 1.9 g, the central panel has a thickness of less than 0.19 mm, the score line defines an area of between 300 mm 2 to 350 mm 2 , and in that said rivet is arranged off-center on the central panel and wherein - the axis of rotation of said pull-tab has an angle of between 1° and 6° with respect to the axis that is vertical with respect to the central panel . - the axis of rotation of said pull-tab has an angle of between 1° and 6° with respect to the axis that is vertical with respect to the central panel .
An electronic device, comprising: a main board support , a main board upper-cover , a first camera , and a second camera , wherein a cavity is enclosed between the main board support and the main board upper-cover , the first camera and the second camera are both disposed in the cavity, and a gap (M) is formed between the first camera and the second camera ; the main board upper-cover has a first support part ; characterized in that the first support part is located between the first camera and the second camera and extends toward the gap (M); the electronic device further comprises a support member , wherein the support member is connected to the main board support , at least a part, away from the main board support , of the support member is made of a shape memory alloy, and at least the part, away from the main board support , of the support member is deformable between a first shape and a second shape, wherein in the first shape, at least the part, away from the main board support , of the support member is located in the gap (M), in the second shape, at least the part, away from the main board support , of the support member forms a second support part , and the second support part abuts against the first support part , and along a distribution direction of the first camera and the second camera , a size of the second support part is larger than that of the gap (M). a cavity is enclosed between the main board support and the main board upper-cover , the first camera and the second camera are both disposed in the cavity, and a gap (M) is formed between the first camera and the second camera ; the main board upper-cover has a first support part ; characterized in that the first support part is located between the first camera and the second camera and extends toward the gap (M); the electronic device further comprises a support member , wherein the support member is connected to the main board support , at least a part, away from the main board support , of the support member is made of a shape memory alloy, and at least the part, away from the main board support , of the support member is deformable between a first shape and a second shape, wherein in the first shape, at least the part, away from the main board support , of the support member is located in the gap (M), in the second shape, at least the part, away from the main board support , of the support member forms a second support part , and the second support part abuts against the first support part , and along a distribution direction of the first camera and the second camera , a size of the second support part is larger than that of the gap (M).
A structure for the reinforcement of pavements , wherein said structure 2. is a mesh comprising elongated metal elements , whereby the elongated metal elements are assemblies of grouped metal wires, characterised in that , said elongated elements are at predetermined positions along the length of said elongated elements provided with weakened zones , the distance between two neighbouring weakened zones ranges between 1 and 200 cm and wherein said elongated elements provided with weakened zones are configured to break at said weakened zones when bent over a pulley having a diameter of 5 cm or lower. wherein said structure 2. is a mesh comprising elongated metal elements , whereby the elongated metal elements are assemblies of grouped metal wires, characterised in that , said elongated elements are at predetermined positions along the length of said elongated elements provided with weakened zones , the distance between two neighbouring weakened zones ranges between 1 and 200 cm and wherein said elongated elements provided with weakened zones are configured to break at said weakened zones when bent over a pulley having a diameter of 5 cm or lower.
Rubber composition at least based on: - 5 to 95 phr of polyisoprene comprising a content by weight of 1,4-cis bonds of at least 90% of the weight of the polyisoprene, - 5 to 95 phr of copolymer of ethylene and of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms, and - a crosslinking system. - 5 to 95 phr of polyisoprene comprising a content by weight of 1,4-cis bonds of at least 90% of the weight of the polyisoprene, - 5 to 95 phr of copolymer of ethylene and of a 1,3-diene of formula (I), the ethylene units in the copolymer representing more than 50 mol% of the monomer units of the copolymer, CH 2 =CR-CH=CH 2 (I) the symbol R representing a hydrocarbon chain having 3 to 20 carbon atoms, and - a crosslinking system.