mhurhangee/patent-ind-claim-en huggingface dataset:
A method of retiring a cache line from a response buffer array to an icache array of a processor , comprising: providing a plurality of sequential addresses to the icache array and to a response buffer array during successive clock cycles; detecting a first address hitting the response buffer array during a first clock cycle; during a second clock cycle that follows the first clock cycle, performing a first zero clock retire to write a first cache line from the response buffer array to the icache array ; and during the second clock cycle, bypassing a second address comprising one of the plurality of sequential addresses from being provided to the icache array ; wherein said performing a first zero clock retire and said bypassing during the second clock cycle comprise: switching the icache array to a write cycle; selecting a response buffer of the response buffer array ; providing an address index from the selected response buffer to an index input of the icache array while de-selecting an address index of the second address; providing a way value from the selected response buffer to a way input of the icache array ; and providing a tag address and the first cache line from the selected response buffer to respective inputs of the icache array . providing a plurality of sequential addresses to the icache array and to a response buffer array during successive clock cycles; detecting a first address hitting the response buffer array during a first clock cycle; during a second clock cycle that follows the first clock cycle, performing a first zero clock retire to write a first cache line from the response buffer array to the icache array ; and during the second clock cycle, bypassing a second address comprising one of the plurality of sequential addresses from being provided to the icache array ; wherein said performing a first zero clock retire and said bypassing during the second clock cycle comprise: switching the icache array to a write cycle; selecting a response buffer of the response buffer array ; providing an address index from the selected response buffer to an index input of the icache array while de-selecting an address index of the second address; providing a way value from the selected response buffer to a way input of the icache array ; and providing a tag address and the first cache line from the selected response buffer to respective inputs of the icache array . switching the icache array to a write cycle; selecting a response buffer of the response buffer array ; providing an address index from the selected response buffer to an index input of the icache array while de-selecting an address index of the second address; providing a way value from the selected response buffer to a way input of the icache array ; and providing a tag address and the first cache line from the selected response buffer to respective inputs of the icache array .
A method for generating a radionuclide labeled protein, the method comprising; a) providing an aqueous solution comprising 224 Ra and 212 Pb, and an aqueous solution comprising a protein larger than 300 in molecular mass conjugated with a chelator, wherein the activity ratio in MBq between 212 Pb to 224 Ra in the aqueous solution is between 0.5 and 2 and the radioactivity generated from the 224 Ra and 212 Pb is 1 kBq to 10 000 MBq, b) mixing and incubation of the solutions provided in a) to provide a reaction solution comprising a radionuclide labeled protein, c) purification of the reaction solution by gel filtration chromatography, and d) recover the radionuclide labeled protein from the purification in step c). a) providing an aqueous solution comprising 224 Ra and 212 Pb, and an aqueous solution comprising a protein larger than 300 in molecular mass conjugated with a chelator, wherein the activity ratio in MBq between 212 Pb to 224 Ra in the aqueous solution is between 0.5 and 2 and the radioactivity generated from the 224 Ra and 212 Pb is 1 kBq to 10 000 MBq, b) mixing and incubation of the solutions provided in a) to provide a reaction solution comprising a radionuclide labeled protein, c) purification of the reaction solution by gel filtration chromatography, and d) recover the radionuclide labeled protein from the purification in step c).
A rail vehicle carriage comprising an undercarriage comprising at least one longitudinal member extending in the longitudinal direction of the vehicle; at least two brackets attached to the longitudinal member ; and at least one cable duct , characterised in that the at least one cable duct runs along the longitudinal member , the cable duct having a cable duct body attached to the brackets and a cover , the cover of the cable duct facing the outside of the rail vehicle and closing the cable duct laterally. an undercarriage comprising at least one longitudinal member extending in the longitudinal direction of the vehicle; at least two brackets attached to the longitudinal member ; and at least one cable duct , characterised in that the at least one cable duct runs along the longitudinal member , the cable duct having a cable duct body attached to the brackets and a cover , the cover of the cable duct facing the outside of the rail vehicle and closing the cable duct laterally.
A system for aesthetic skin treatment comprising: an array of pairs of RF electrodes with pairs of inner RF electrodes (304b1, 304b2) nested between pairs of outer electrodes (304a1, 304a2); at least one RF voltage generator configured to supply RF voltage to selected pairs of electrodes and wherein amplitude of the RF voltage supplied to the pair of inner RF electrodes (304b1, 304b2) is lower than the RF voltage supplied to the pair of outer electrodes (304a1, 304a2); and characterized by a control unit configured to set the amplitude of the RF voltage supplied to each electrode pair according to the expression: Vi ∼ 1 / πσ c i ln d * 4 + Σc j ln x j − x i , where: Vi - is the RF voltage amplitude supplied to the i-th electrode, all the voltage values being relative to a common reference point; σ - is tissue conductivity (S/m); c i / c j - is electric current flowing through a particular electrode; d - is RF electrode width; x j / x i - RF electrode center position; i - index running from 1 to N; j - index running from 1 to N except for i, i.e. j ≠ i; ∑c j - the sum of all c i must equal zero. an array of pairs of RF electrodes with pairs of inner RF electrodes (304b1, 304b2) nested between pairs of outer electrodes (304a1, 304a2); at least one RF voltage generator configured to supply RF voltage to selected pairs of electrodes and wherein amplitude of the RF voltage supplied to the pair of inner RF electrodes (304b1, 304b2) is lower than the RF voltage supplied to the pair of outer electrodes (304a1, 304a2); and characterized by a control unit configured to set the amplitude of the RF voltage supplied to each electrode pair according to the expression: Vi ∼ 1 / πσ c i ln d * 4 + Σc j ln x j − x i , where: Vi - is the RF voltage amplitude supplied to the i-th electrode, all the voltage values being relative to a common reference point; σ - is tissue conductivity (S/m); c i / c j - is electric current flowing through a particular electrode; d - is RF electrode width; x j / x i - RF electrode center position; i - index running from 1 to N; j - index running from 1 to N except for i, i.e. j ≠ i; ∑c j - the sum of all c i must equal zero. Vi - is the RF voltage amplitude supplied to the i-th electrode, all the voltage values being relative to a common reference point; σ - is tissue conductivity (S/m); c i / c j - is electric current flowing through a particular electrode; d - is RF electrode width; x j / x i - RF electrode center position; i - index running from 1 to N; j - index running from 1 to N except for i, i.e. j ≠ i; ∑c j - the sum of all c i must equal zero.
A process for isolating at least one (thio)phosphoric acid derivative , which has a melting point of at least 70 °C, wherein the at least one (thio)phosphoric acid derivative is N-(n-propyl)thiophosphoric acid triamide (NPPT), from a product mixture comprising as components the at least one (thio)phosphoric acid derivative; at least one salt selected from the group consisting of (b1) ammonium salts according to general formula H 2 NR 16 R 17 Cl wherein R 16 and R 17 are independently of each other selected from the group consisting of H and C 1 -C 4 -alkyl; and (b2) alkali metal chlorides; at least one polar solvent, which is ethyl acetate; and optionally at least one HCI scavenger; wherein the process comprises at least the steps of (a) heating the product mixture to a temperature of from 40 °C to 60 °C; (b) separating the solid material from the heated product mixture to remove the at least one salt and to obtain a solution comprising the at least one (thio)phosphoric acid derivative , the at least one polar solvent , and optionally the at least one HCI scavenger ; (c) causing solids formation by crystallization or precipitation of the at least one (thio)phosphoric acid derivative from the obtained solution by partly evaporating the at least one solvent from the solution and/or cooling the solution; and (d) isolating the solid material by separating the solid material from the mother liquor, and washing and drying it. the at least one (thio)phosphoric acid derivative; at least one salt selected from the group consisting of (b1) ammonium salts according to general formula H 2 NR 16 R 17 Cl wherein R 16 and R 17 are independently of each other selected from the group consisting of H and C 1 -C 4 -alkyl; and (b2) alkali metal chlorides; (b1) ammonium salts according to general formula H 2 NR 16 R 17 Cl wherein R 16 and R 17 are independently of each other selected from the group consisting of H and C 1 -C 4 -alkyl; and (b2) alkali metal chlorides; at least one polar solvent, which is ethyl acetate; and optionally at least one HCI scavenger; (a) heating the product mixture to a temperature of from 40 °C to 60 °C; (b) separating the solid material from the heated product mixture to remove the at least one salt and to obtain a solution comprising the at least one (thio)phosphoric acid derivative , the at least one polar solvent , and optionally the at least one HCI scavenger ; (c) causing solids formation by crystallization or precipitation of the at least one (thio)phosphoric acid derivative from the obtained solution by partly evaporating the at least one solvent from the solution and/or cooling the solution; and (d) isolating the solid material by separating the solid material from the mother liquor, and washing and drying it.
A spiral conveyor system comprising: a tank for containing a liquid at a predetermined temperature therein; a conveyor for conveying items through the liquid; a guiding structure disposed in the tank for guiding the conveyor in a spiral-type fashion; and, characterized in that the conveyor is a self-stacking conveyor or a non-self-stacking conveyor , the conveyor comprising side walls which, with a top side of the conveyor and a bottom side of a conveyor section of the conveyor stacked thereon, form an enclosure for securing the items therein while being conveyed through the liquid, and the side walls are stacked upon each other while being guided by the guiding structure to form a spiral , wherein in the self-stacking conveyor the side walls are downward oriented or upward oriented, and wherein in the non-self-stacking conveyor the side walls are downward oriented, and the non-self stacking conveyor comprises an inside edge and an outside edge, and wherein the guiding structure comprises an inside support framework (108B. 1, 110B.1) and an outside support framework (108B.2, 110B.2) adapted for carrying the inside edge and the outside edge, respectively. a tank for containing a liquid at a predetermined temperature therein; a conveyor for conveying items through the liquid; a guiding structure disposed in the tank for guiding the conveyor in a spiral-type fashion; and, characterized in that the conveyor is a self-stacking conveyor or a non-self-stacking conveyor , the conveyor comprising side walls which, with a top side of the conveyor and a bottom side of a conveyor section of the conveyor stacked thereon, form an enclosure for securing the items therein while being conveyed through the liquid, and the side walls are stacked upon each other while being guided by the guiding structure to form a spiral , wherein in the self-stacking conveyor the side walls are downward oriented or upward oriented, and wherein in the non-self-stacking conveyor the side walls are downward oriented, and the non-self stacking conveyor comprises an inside edge and an outside edge, and wherein the guiding structure comprises an inside support framework (108B. 1, 110B.1) and an outside support framework (108B.2, 110B.2) adapted for carrying the inside edge and the outside edge, respectively.
Switch device for a cooking appliance comprising a cooking chamber that can be closed by a door, the device comprising at least one switch , an actuation unit for actuating the switch and a coupling unit for coupling the actuation unit to two plungers of the door, the coupling unit having a separate slide for each plunger , characterised in that the two slides are coupled to one another by means of a coupling element such that the actuation unit actuates the switch on the basis of a simultaneous actuation of the two slides by means of the two plungers .
A process for manufacturing a prosthesis comprising the steps of: forming an inner layer of polyaryletherketone by injection moulding; mixing pellets of bone ingrowth material with pellets of polyaryletherketone with pores to form a pellet mixture; forming a first outer layer of the pellet mixture and second outer layer of the pellet mixture on the inner layer by injection moulding; and applying an etchant material to a surface of the second outer layer such that the bone ingrowth material is removed from at least some of the pores . forming an inner layer of polyaryletherketone by injection moulding; mixing pellets of bone ingrowth material with pellets of polyaryletherketone with pores to form a pellet mixture; forming a first outer layer of the pellet mixture and second outer layer of the pellet mixture on the inner layer by injection moulding; and applying an etchant material to a surface of the second outer layer such that the bone ingrowth material is removed from at least some of the pores .
A positive electrode active material having a granular shape and used for a positive electrode of a secondary battery, the positive electrode active material comprising a lithium transition metal composite oxide containing manganese as a transition metal element and having a layered rock salt structure, characterized in that a concentration difference between an average Mn concentration and a local maximum Mn concentration is equal to or less than 4atm%, the average Mn concentration being measured based on inductively coupled plasma emission spectroscopic analysis of the positive electrode active material, and the local maximum Mn concentration being measured based on energy dispersive X-ray analysis with a transmission electron microscope, and in that the lithium transition metal composite oxide having the layered rock salt structure is represented by a general formula: Li 1 + x Ni y Co z Mn (1 - y - z) M α O 2 - β A β where 0 ≤ x ≤ 0.7, 0.1 <y < 0.9, 0.1 < z < 0.4, 0 ≤ α ≤ 0.1, 0 ≤ β ≤ 0.5; M is not present, or one element or two or more elements selected from Zr, Mo, W, Mg, Ca, Na, Fe, Cr, Zn, Si, Sn, and Al; and A is not present, or one element or two or more elements selected from F, Cl, and Br. a lithium transition metal composite oxide containing manganese as a transition metal element and having a layered rock salt structure, characterized in that a concentration difference between an average Mn concentration and a local maximum Mn concentration is equal to or less than 4atm%, the average Mn concentration being measured based on inductively coupled plasma emission spectroscopic analysis of the positive electrode active material, and the local maximum Mn concentration being measured based on energy dispersive X-ray analysis with a transmission electron microscope, and in that the lithium transition metal composite oxide having the layered rock salt structure is represented by a general formula: Li 1 + x Ni y Co z Mn (1 - y - z) M α O 2 - β A β where 0 ≤ x ≤ 0.7, 0.1 <y < 0.9, 0.1 < z < 0.4, 0 ≤ α ≤ 0.1, 0 ≤ β ≤ 0.5; M is not present, or one element or two or more elements selected from Zr, Mo, W, Mg, Ca, Na, Fe, Cr, Zn, Si, Sn, and Al; and A is not present, or one element or two or more elements selected from F, Cl, and Br.
A fine blanking press with a fixed press table with a first partial tool , a counter-holding plane moveable thereagainst and a separately moveable blanking plane therebetween with a second partial tool opposite the first partial tool , a separately moveable ring tooth plane on the opposite side of the press table from the first partial tool and with motion drives (8; 9; 10) for these planes (5; 4; 7), characterized in that the fine blanking press is embodied as a triple acting spindle press, wherein the counter-holding plane , the blanking plane and the ring tooth plane are driven by lifting spindles (11; 12; 13) and at least some or all motion drives (8; 9; 10) of the planes (5; 4; 7) consist of electrical servomotors and in that counter-holding forces from the counter-holding plane , blanking forces from the blanking plane and ring tooth forces from the ring tooth plane are supported independently from one another on the fixed press table .
Control device for at least two hydraulic work sections (A, A1, B), with a control block , which comprises at least one service port (A, A1, B) for the respective hydraulic work section, a pressure supply source port (P), a return port (T), a hydraulic supply circuit, a pilot pressure-supplied control valve and an emergency shutdown device , one hydraulic work section being able to be connected via the hydraulic supply circuit and the pilot pressure-supplied control valve to a pressure supply source (P) and a return (T), the emergency shutdown device comprising a pilot solenoid valve and a further valve , both the hydraulic energy flow from the pressure supply source port (P) to at least one of the respective work sections (A, B) via the respective service port (A, B) and the pilot pressure supply to the control valve via the further valve being able to be blocked by means of the pilot solenoid valve , characterised in that the emergency shutdown device , in addition to the pilot solenoid valve , has a switch valve as a further valve , said switch valve acting as a kind of OR gate depending on the actuation status of the pilot solenoid valve , making it possible to selectively supply fluid in a non-actuated emergency shutdown function at least to one hydraulic work section (A, B) via the respective service port (A, B) and in an actuated emergency shutdown function at least to one further hydraulic work section (Al, T1) via the respective service port (A1, T1).
An air-conditioning system comprising: a plurality of air conditioners each having an indoor unit and an outdoor unit , the air conditioning system being configured to be able to perform a rotation operation in which at least one, but not all, of the plurality of air conditioners is deactivated sequentially, wherein each of the air conditioners includes a human detection sensor provided for the indoor unit of each of the air conditioners to sense the presence/absence of a human in a room, characterized in that the air-conditioning system further comprises: an indoor controller configured to make the air conditioner perform an air-conditioning operation if the human detection sensor senses the presence of a human in the room, and make the air conditioner stop the air-conditioning operation if the human detection sensor senses the absence of a human in the room, and the indoor controller of each of the air conditioners is configured to make the air conditioner that has been deactivated under the rotation operation remain inactive and not to select the air conditioner as a machine to be activated even if the human detection sensor associated with the air conditioner senses the presence of a human in the room. a plurality of air conditioners each having an indoor unit and an outdoor unit , the air conditioning system being configured to be able to perform a rotation operation in which at least one, but not all, of the plurality of air conditioners is deactivated sequentially, wherein each of the air conditioners includes a human detection sensor provided for the indoor unit of each of the air conditioners to sense the presence/absence of a human in a room, characterized in that the air-conditioning system further comprises: an indoor controller configured to make the air conditioner perform an air-conditioning operation if the human detection sensor senses the presence of a human in the room, and make the air conditioner stop the air-conditioning operation if the human detection sensor senses the absence of a human in the room, and the indoor controller of each of the air conditioners is configured to make the air conditioner that has been deactivated under the rotation operation remain inactive and not to select the air conditioner as a machine to be activated even if the human detection sensor associated with the air conditioner senses the presence of a human in the room. an indoor controller configured to make the air conditioner perform an air-conditioning operation if the human detection sensor senses the presence of a human in the room, and make the air conditioner stop the air-conditioning operation if the human detection sensor senses the absence of a human in the room, and the indoor controller of each of the air conditioners is configured to make the air conditioner that has been deactivated under the rotation operation remain inactive and not to select the air conditioner as a machine to be activated even if the human detection sensor associated with the air conditioner senses the presence of a human in the room.
A surface-mount inductor comprising: a coil formed by winding a winding wire; and a core containing a magnetic powder and including the coil therein, wherein the coil is formed by winding the wire such that opposite ends of the wire are positioned on an outer periphery of the coil, each opposite end of the wire being led out from the outer periphery of the coil to form a first led-out end and a second led-out end , the first led-out end of the coil extending in the core between two opposed side surfaces of the core is exposed on the two opposed side surfaces of the core , the second led-out end of the coil extending in the core between the two opposed side surfaces of the core is exposed on the two opposed side surfaces of the core , the first led-out end of the coil exposed on the two opposed side surfaces of the core is connected to a first external electrode formed on the core , and the second led-out end of the coil exposed on the two opposed side surfaces of the core is connected to a second external electrode formed on the core .