mhurhangee/patent-ind-claim-en huggingface dataset:
A conveying device , comprising: a first magnetic body which is provided on a side of a conveyance object; two or more magnetic circuits which each include a core made of a second magnetic body and a winding wound on an outer periphery of the core ; a drive circuit configured to supply a current to the winding of the magnetic circuit ; a calculation unit configured to control a value of the current to be supplied from the drive circuit to the winding ; and a conveyance object detection unit configured to detect a position or speed of the first magnetic body , characterized in that the calculation unit is configured to make the values of currents to be supplied to the respective windings adjacent to each other along a traveling direction of the conveyance object, different from each other in positive and negative, to make the current to be supplied to the winding vary based on information on the position or speed of the first magnetic body which is detected by the conveyance object detection unit , and to make, when a pitch of two or more of the cores is set to a value Pc, a current value in a 1/2 Pc section larger than a current value directly after the 1/2 Pc section. a first magnetic body which is provided on a side of a conveyance object; two or more magnetic circuits which each include a core made of a second magnetic body and a winding wound on an outer periphery of the core ; a drive circuit configured to supply a current to the winding of the magnetic circuit ; a calculation unit configured to control a value of the current to be supplied from the drive circuit to the winding ; and a conveyance object detection unit configured to detect a position or speed of the first magnetic body , characterized in that the calculation unit is configured to make the values of currents to be supplied to the respective windings adjacent to each other along a traveling direction of the conveyance object, different from each other in positive and negative, to make the current to be supplied to the winding vary based on information on the position or speed of the first magnetic body which is detected by the conveyance object detection unit , and to make, when a pitch of two or more of the cores is set to a value Pc, a current value in a 1/2 Pc section larger than a current value directly after the 1/2 Pc section.
A container encapsulating radioactive and/or hazardous waste, the container being formed of a non-biodegradable thermoplastic polymer and having a reinforcing structure integrally formed within the polymer, wherein the container is formed by or including a plurality of composite panels comprising the reinforcing structure at least partially disposed within a matrix material , the matrix material being a composition including the non-biodegradable thermoplastic polymer and a wax or fat, the container being sealed and containing the radioactive and/or hazardous waste encapsulated in an encapsulating composition comprising non-biodegradable thermoplastic polymer and wax, wherein the encapsulation composition is melt mixed, thereby encapsulating the waste in the composition.
A bit holder comprising a forward body portion comprising a rear body annular flange , the forward body portion configured to hold a bit; a generally cylindrical hollow shank configured to be inserted into a bit holder receiving bore in a base block , wherein the hollow shank depends axially from the rear body annular flange and comprises a slot through a side of the shank, the slot having a slot distal end and a slot forward terminus, the slot extending axially inwardly from a distal end of the shank; and a forwardmost portion of the shank immediately adjacent the rear body annular flange having an outer diameter larger than an adjacent portion more toward the distal end, a bottom of the forwardmost portion being configured to form an annular interference contact with a complementary portion of the bit holder receiving bore of the base block ; and wherein the shank is less than 60 mm (2-3/8 inches) in length from the rear body annular flange to the distal end of the shank, characterized in that the slot is 10 to 16 mm (3/8 to 5/8 inches) in width.
A granular product based on arginine or the salts thereof, comprising an internal core in which there is substantially concentrated the arginine or the salts thereof and a coating for covering and protecting the internal core, wherein the coating is formed by a lipidic matrix comprising a fraction by weight equal to or greater than 60% of glycerides of saturated fatty acids C16 and C18 and a fraction by weight of calcium stearate comprised between 1% and 10%.
A gas turbine engine comprising: - a fan mounted to rotate about a main longitudinal axis , - an engine core , comprising in axial flow series a compressor , a combustor , and a turbine coupled to the compressor through a shaft , wherein the compressor is a low pressure compressor (support at p. 18, first paragraph of the application as filed) and - a reduction gearbox with an input from the shaft and an output to the fan , the fan being adapted to rotate at a lower rotational rate than the shaft , wherein the compressor comprises a first stage (ST1) with a first rotor (R1) and a first stator (S1), a second stage (ST2) with a second rotor (R2) and second stator (S2), and third stage (ST3) with a third rotor (R3) and a third stator (S3), the first (ST1), second (ST2) and third (ST3) stage of the compressor being the first three stages of the compressor (support at p. 2,1. 35-36), each rotor and stator comprising a plurality of blades (B1, B2, B3) and vanes (VI, V2, V3), respectively, with a leading edge , a trailing edge and a tip, and adjacent rotors and stators being separated by axial gaps, characterised in that between the first rotor and the third rotor, the rotors and stators are arranged such that a sum of mid-span axial gaps (AGMS1, AGMS2, AGMS3, AGMS4) between the blade trailing edge of the first rotor (R1) and the vane leading edge of the first stator (S1), the vane trailing edge of the first stator (V1) and the blade leading edge of the second rotor (R2), the blade trailing edge of the second rotor (R2) and the vane leading edge of the second stator (S2), and the vane trailing edge of the second stator (S2) and the blade leading edge of the third rotor (R1) is equal to a × inlet flow function 10 , wherein a is equal or greater than 75 mm and the inlet flow function is defined as dimensionless value of m T P , wherein m is a mass airflow at an inlet to the compressor in kg/s, T is the total temperature at the inlet to the compressor in K, and P is the total pressure at the inlet to the compressor in kPa, at the compressor aerodynamic design point. - a fan mounted to rotate about a main longitudinal axis , - an engine core , comprising in axial flow series a compressor , a combustor , and a turbine coupled to the compressor through a shaft , wherein the compressor is a low pressure compressor (support at p. 18, first paragraph of the application as filed) and - a reduction gearbox with an input from the shaft and an output to the fan , the fan being adapted to rotate at a lower rotational rate than the shaft ,
A steroidal compound selected from the group consisting of 20-oxo-pregn-5-ene-β-yl sulfate, androst-5-ene-3β-yl hemisuccinate, 20-oxo-5β-pregnane-3β-yl butanoic acid and 20-oxo-5β-pregnan-3-ylidene-4'-but-2-enoic acid for use in the treatment of patients suffering from a mental or neurological disorder caused by a mutation occurring in the membrane region of a human N-methyl-D-aspartate receptor subunit, wherein said disorder is selected from intellectual disability, developmental delay, epilepsy, epileptic spasms, autism spectrum disorders, neurological developmental disorders in speech, motor activity or intellect, attention deficit hyperactivity disorder and schizophrenia.
Method for measuring the chirality of molecules in a sample of chiral molecules, the sample comprising at least one chemical species, wherein the method comprises the following steps: - introducing the sample of chiral molecules into an ionization area ; - ionizing the molecules by means of an electromagnetic radiation in the ionization area ; and - detecting a distribution of electrons produced by the ionization and emitted to the front and to the back of the ionization area with respect to the axis, z , of propagation of the electromagnetic radiation ; characterized in that the electromagnetic radiation is elliptically polarized, wherein the polarization ellipticity of the radiation varies continuously and periodically as a function of time, wherein the method is moreover characterized in that it comprises a step of: - determining the chirality of the molecules from the electron distribution detected continuously as a function of time. - introducing the sample of chiral molecules into an ionization area ; - ionizing the molecules by means of an electromagnetic radiation in the ionization area ; and - detecting a distribution of electrons produced by the ionization and emitted to the front and to the back of the ionization area with respect to the axis, z , of propagation of the electromagnetic radiation ; - determining the chirality of the molecules from the electron distribution detected continuously as a function of time.
A catheter system , comprising: a catheter hub , comprising a distal end, a proximal end, a side port disposed between the distal end of the catheter hub and the proximal end of the catheter hub , and a lumen extending through the distal end of the catheter hub and the proximal end of the catheter hub ; a catheter extending distally from the distal end of the catheter hub ; a Y-adapter , comprising a distal end, a first port , and a second port ; an extension tube , comprising a distal end integrated with the side port and a proximal end integrated with the distal end of the Y-adapter ; and a septum disposed within the second port of the Y-adapter , characterized in that the septum comprises a distal end, a proximal end, a lumen extending through the distal end of the septum , a side opening in fluid communication with the lumen of the septum , and a vent extending from the proximal end of the septum , wherein the septum is movable between a prime position and an infusion position, wherein in response to the septum being in the prime position the vent is aligned with the first port , wherein in response to the septum being in the infusion position, the side opening is aligned with the first port . a catheter hub , comprising a distal end, a proximal end, a side port disposed between the distal end of the catheter hub and the proximal end of the catheter hub , and a lumen extending through the distal end of the catheter hub and the proximal end of the catheter hub ; a catheter extending distally from the distal end of the catheter hub ; a Y-adapter , comprising a distal end, a first port , and a second port ; an extension tube , comprising a distal end integrated with the side port and a proximal end integrated with the distal end of the Y-adapter ; and a septum disposed within the second port of the Y-adapter , characterized in that the septum comprises a distal end, a proximal end, a lumen extending through the distal end of the septum , a side opening in fluid communication with the lumen of the septum , and a vent extending from the proximal end of the septum , wherein the septum is movable between a prime position and an infusion position, wherein in response to the septum being in the prime position the vent is aligned with the first port , wherein in response to the septum being in the infusion position, the side opening is aligned with the first port .
A system for transferring glass articles from glassware forming machines of the type comprising: a rotating cooling platform for receiving, cooling and transporting newly formed articles in molds from said forming machine, to a conveyor belt (A), said rotating cooling platform having a rotational movement to the left and right, from a first article receiving position (S) to a second delivery position in front of that conveyor belt (A); first driving means located below the rotating cooling platform to rotate it rotate with said a rotational movement from such article receiving position to said second article delivery position and from such article delivery position to such article receiving position; a pushing mechanism coupled on the rotating cooling platform , said pushing mechanism being aligned in said first receiving position with each of the newly formed articles of the molds, said pushing mechanism being moved together with said rotating cooling platform from said first article receiving position to such second article delivery position, said pushing mechanism having a forward and backward movement in the second delivery position to push the articles with a diagonal path, at constant speed, from the rotating cooling platform positioned in this second position towards the conveyor belt (A) to place the articles in an aligned manner thereon. a rotating cooling platform for receiving, cooling and transporting newly formed articles in molds from said forming machine, to a conveyor belt (A), said rotating cooling platform having a rotational movement to the left and right, from a first article receiving position (S) to a second delivery position in front of that conveyor belt (A); first driving means located below the rotating cooling platform to rotate it rotate with said a rotational movement from such article receiving position to said second article delivery position and from such article delivery position to such article receiving position; a pushing mechanism coupled on the rotating cooling platform , said pushing mechanism being aligned in said first receiving position with each of the newly formed articles of the molds, said pushing mechanism being moved together with said rotating cooling platform from said first article receiving position to such second article delivery position, said pushing mechanism having a forward and backward movement in the second delivery position to push the articles with a diagonal path, at constant speed, from the rotating cooling platform positioned in this second position towards the conveyor belt (A) to place the articles in an aligned manner thereon.
Method of anaerobic treatment of an organic waste stream comprising the steps of: - feeding the organic waste stream to an anaerobic reactor , - separating a reactor mixture originating from the anaerobic reactor in a first separating unit , having a first outlet and a second outlet , the first separating unit separating the mixture into a first fraction (7") containing between 50 % and 80 % of the solids by weight and a second fraction , the first fraction (7") exiting the first separating unit through the first outlet , and the second fraction exiting the first separating unit through the second outlet , wherein the first separating unit is a pre-separating unit that is a dynamic filter based on centrifugal forces or a dissolved gas flotation unit, without the addition of flocculants and/or coagulants, - feeding the second fraction from the first separating unit into a Dissolved Gas Flotation (DGF) unit , wherein at the second outlet of the first separating unit a flocculant and/or coagulant is added to the second fraction in a dosage of between 1-12 g flocculant/kg dry solids, - separating in the DGF unit the second fraction into a sludge fraction and a liquid fraction , - feeding the first fraction (7") originating from the first separating unit and the sludge fraction originating from the DGF unit , via a further separator unit , back into the anaerobic reactor , wherein the further separator unit removes liquid from the stream that is returned to the anaerobic reactor to 4-30 % total suspended solids. - feeding the organic waste stream to an anaerobic reactor , - separating a reactor mixture originating from the anaerobic reactor in a first separating unit , having a first outlet and a second outlet , the first separating unit separating the mixture into a first fraction (7") containing between 50 % and 80 % of the solids by weight and a second fraction , the first fraction (7") exiting the first separating unit through the first outlet , and the second fraction exiting the first separating unit through the second outlet , wherein the first separating unit is a pre-separating unit that is a dynamic filter based on centrifugal forces or a dissolved gas flotation unit, without the addition of flocculants and/or coagulants, - feeding the second fraction from the first separating unit into a Dissolved Gas Flotation (DGF) unit , wherein at the second outlet of the first separating unit a flocculant and/or coagulant is added to the second fraction in a dosage of between 1-12 g flocculant/kg dry solids, - separating in the DGF unit the second fraction into a sludge fraction and a liquid fraction , - feeding the first fraction (7") originating from the first separating unit and the sludge fraction originating from the DGF unit , via a further separator unit , back into the anaerobic reactor , wherein the further separator unit removes liquid from the stream that is returned to the anaerobic reactor to 4-30 % total suspended solids.
A titanium copper which contains from 2.0 to 4.5% by mass of Ti, and a total amount of from 0 to 0.5% by mass of at least one selected from the group consisting of Fe, Co, Ni, Cr, Zn, Zr, P, B, Mo, V, Nb, Mn, Mg, and Si as a third element, the balance being copper and inevitable impurities, wherein a pole density of <111> is from 2.5 to 4.5, and a pole density of <001> is higher than that of <101>, in an inverse pole figure in a rolling direction.
A method for processing a login information, the method comprising: receiving a login information storage request sent by a user, wherein the login information storage request comprises an identifier ; determining login information corresponding to the user ; creating, based on a predetermined smart contract template used for login information processing, a smart contract comprising the login information, wherein processing logic used for login information processing is recorded in the predetermined smart contract template ; storing the created smart contract in a blockchain network based on the identifier ; receiving a login information query request that is sent by a user and that comprises an identifier ; reading, from a blockchain network based on the identifier, at least one smart contract used for login information processing ; determining the smart contract corresponding to the user making the information query request from the at least one smart contract ; running the smart contract to obtain login information corresponding to the user making the information query request ; and sending the obtained login information to the user making the information query request . receiving a login information storage request sent by a user, wherein the login information storage request comprises an identifier ; determining login information corresponding to the user ; creating, based on a predetermined smart contract template used for login information processing, a smart contract comprising the login information, wherein processing logic used for login information processing is recorded in the predetermined smart contract template ; storing the created smart contract in a blockchain network based on the identifier ; receiving a login information query request that is sent by a user and that comprises an identifier ; reading, from a blockchain network based on the identifier, at least one smart contract used for login information processing ; determining the smart contract corresponding to the user making the information query request from the at least one smart contract ; running the smart contract to obtain login information corresponding to the user making the information query request ; and sending the obtained login information to the user making the information query request .
Method for a deconvolution of a digital input image ( I ( x i )) having a plurality of input voxels ( x i ), in particular a digital input image obtained from a medical observation device , such as a microscope or endoscope and/or using fluorescence, the method computing a deconvolved output image ( f ( x i )) from the plurality of input voxels ( x i ) and characterized by comprising the steps of computing a local signal-to-noise ratio (SNR( x i )) within an input region ( R ( x i )) of the digital input image, the input region consisting of a subset of the plurality of input voxels of the digital input image and surrounding the current input voxel, computing a noise component ( β (SNR)) from the local signal-to-noise ratio, the noise component representing image noise ( ([ h ∗ f ] ( x i ), n ( x i )) in the deconvolution, wherein the noise component is limited to a predetermined minimum noise value ( β min ) for a local signal-to-noise ratio above a predetermined upper SNR threshold value (SNR max ) and is limited to a predetermined maximum noise value ( β max ) for a local signal-to-noise ratio below a predetermined lower SNR threshold value (SNR min ). computing a local signal-to-noise ratio (SNR( x i )) within an input region ( R ( x i )) of the digital input image, the input region consisting of a subset of the plurality of input voxels of the digital input image and surrounding the current input voxel, computing a noise component ( β (SNR)) from the local signal-to-noise ratio, the noise component representing image noise ( ([ h ∗ f ] ( x i ), n ( x i )) in the deconvolution, wherein the noise component is limited to a predetermined minimum noise value ( β min ) for a local signal-to-noise ratio above a predetermined upper SNR threshold value (SNR max ) and is limited to a predetermined maximum noise value ( β max ) for a local signal-to-noise ratio below a predetermined lower SNR threshold value (SNR min ).
A mobile earth working machine , for example a road milling machine, recycler, or surface miner, encompassing: - a working apparatus for material-removing working of a region of a substrate (U); and - an extraction device that is embodied to extract dust-laden air from at least one machine region at at least one extraction location , and to exhaust extracted air at a discharge location different from the extraction location , the extraction device comprising a filter apparatus arranged along an operational flow path from the at least one extraction location to the discharge location , the filter apparatus encompassing: - a filter housing ; - a filter element received in the filter housing , the filter element being embodied to remove dust particles from the air flowing through the filter apparatus ; and - a cleaning apparatus that is embodied to remove from the filter element dust particles that accumulate on the filter element during filtering operation, characterized in that the filter element is received in the filter housing rotatably around a rotation axis (D), the filter apparatus comprising a rotary drive system that is embodied to impart rotation to the filter element . - a working apparatus for material-removing working of a region of a substrate (U); and - an extraction device that is embodied to extract dust-laden air from at least one machine region at at least one extraction location , and to exhaust extracted air at a discharge location different from the extraction location , - a filter housing ; - a filter element received in the filter housing , the filter element being embodied to remove dust particles from the air flowing through the filter apparatus ; and - a cleaning apparatus that is embodied to remove from the filter element dust particles that accumulate on the filter element during filtering operation,