mhurhangee/patent-ind-claim-en huggingface dataset:
A cathode material comprising: an electrochemical compound having one of olivine and NASICON structures and being in the form of powdery particles; and a conductive metal oxide being attached to the powdery particles of said electrochemical compound; wherein said electrochemical compound has a formula of A 3 xM1 2 y(P0 4 ) 3 and said conductive metal oxide has a formula of M2aOb, in which A represents at least one metal element selected from the group consisting of Groups IA, IIA and IIIA and combinations thereof; each of M1 and M2 independently represents at least one metal element selected from the group consisting of Groups IIA and IIIA, transition elements, and combinations thereof; and 0≦x≦1.2, 1.2≦y≦1.8, 0<a5≦7, and 0<b≦12, characterized in that said conductive metal oxide is selected from the group consisting of ZnAlO z and copper oxide, in which the subscript z represents the number of oxygen atoms for balancing with valences of zinc and aluminum atoms, said oxide is present in an amount ranging from 0.1 to 5% by weight based on total weight of said cathode material, and said cathode material further comprises a carbonaceous material present in an amount ranging from 0.1 to 5% by weight based on total weight of said cathode material. an electrochemical compound having one of olivine and NASICON structures and being in the form of powdery particles; and a conductive metal oxide being attached to the powdery particles of said electrochemical compound; wherein said electrochemical compound has a formula of A 3 xM1 2 y(P0 4 ) 3 and said conductive metal oxide has a formula of M2aOb, in which A represents at least one metal element selected from the group consisting of Groups IA, IIA and IIIA and combinations thereof; each of M1 and M2 independently represents at least one metal element selected from the group consisting of Groups IIA and IIIA, transition elements, and combinations thereof; and 0≦x≦1.2, 1.2≦y≦1.8, 0<a5≦7, and 0<b≦12, characterized in that said conductive metal oxide is selected from the group consisting of ZnAlO z and copper oxide, in which the subscript z represents the number of oxygen atoms for balancing with valences of zinc and aluminum atoms, said oxide is present in an amount ranging from 0.1 to 5% by weight based on total weight of said cathode material, and said cathode material further comprises a carbonaceous material present in an amount ranging from 0.1 to 5% by weight based on total weight of said cathode material.
Process for the hydrometallurgical treatment in an aqueous medium of industrial waste containing heavy metals and salts, such as REFIOM (A), according to which the waste is supplied in divided form, is conditioned into an aqueous suspension which is thermally cured before collecting a cured suspension (E) which is subjected to washing with water by repetitive solid/liquid washing-separation operations until the solid fraction of said cured suspension meets a desired level of environmental friendliness, said process characterised in that, after thermal curing of the aqueous suspension, a separate step of neutralising the solid fraction of the cured suspension is carried out by treating it with a chemical agent for lowering its pH, said agent being carbon dioxide in the gaseous state.
A method for generating an induced source shot point gather, the method comprising: receiving seismic data at least partially generated by an unintentional seismic source (334, 350; 504), said seismic data comprising receiver traces (506A, 506B; R 1 -R 10 ) recorded with seismic receivers; selecting the recorded receiver traces that share a common event through correlating the recorded receiver traces (506A, 506B; R 1 -R 10 ) one to each other; calculating plural reconstructed receiver traces (RG i ) based on pairing the selected receiver traces , each of the plural reconstructed receiver traces being associated with a physical location (A, B, C) in-between receivers (506, 508; 604 1 -604 10 ) that recorded the paired selected receiver traces; and generating the induced source shot point gather including the plural reconstructed receiver traces (RGi). receiving seismic data at least partially generated by an unintentional seismic source (334, 350; 504), said seismic data comprising receiver traces (506A, 506B; R 1 -R 10 ) recorded with seismic receivers; selecting the recorded receiver traces that share a common event through correlating the recorded receiver traces (506A, 506B; R 1 -R 10 ) one to each other; calculating plural reconstructed receiver traces (RG i ) based on pairing the selected receiver traces , each of the plural reconstructed receiver traces being associated with a physical location (A, B, C) in-between receivers (506, 508; 604 1 -604 10 ) that recorded the paired selected receiver traces; and generating the induced source shot point gather including the plural reconstructed receiver traces (RGi).
A web processing machine comprising a magnetising device for magnetising a magnetisable area of a web of packaging material, said magnetising device arranged along with and in close proximity to a surface of the web of the packaging material such that magnetisable area will be magnetised by the magnetic field generated by the magnetising device, and said magnetising device comprising a first magnetic component having a north pole and a south pole, characterized in that said magnetising device comprises a second magnetic component having a north pole and a south pole, wherein poles of a first and same polarity of the first magnetic component and the second magnetic component are arranged adjacent in an opposed relationship, poles of a second and the same polarity of the first magnetic component and the second magnetic component are arranged remote from each other in a linear arrangement.
A method for preparing a ceramic powder from a mixture of precursors of said powder and in the presence of at least one carbon source, comprising at least the following steps: a) homogenizing precursor particles - via solvent route using a mechanofusion device by HOSOKAWA Japan, in the presence of the carbon source and of a solvent to obtain an intimate mixture - able to result in a ceramic via heat treatment; b) removing the solvent from the intimate mixture obtained at step a); and c) carbonizing the residual carbon source present in the intimate mixture of precursors obtained at step b) when the carbon source is not essentially composed of carbon, by heat treatment of said intimate mixture obtained at step b), to obtain a ceramic powder; and d) removing residual carbon from the ceramic powder in the presence of an oxygen source. a) homogenizing precursor particles - via solvent route using a mechanofusion device by HOSOKAWA Japan, in the presence of the carbon source and of a solvent to obtain an intimate mixture - able to result in a ceramic via heat treatment; b) removing the solvent from the intimate mixture obtained at step a); and c) carbonizing the residual carbon source present in the intimate mixture of precursors obtained at step b) when the carbon source is not essentially composed of carbon, by heat treatment of said intimate mixture obtained at step b), to obtain a ceramic powder; and d) removing residual carbon from the ceramic powder in the presence of an oxygen source.
A firearm , preferably a rifle, comprising a trigger group , operable by the user for commanding a shooting action, wherein said trigger group comprises a trigger , which is rotatable with respect to a trigger axis (G-G) and an adjustment device suitable for adjusting the intensity needed to operate the trigger comprising: - a rod movable by the trigger , extending axially between a trigger end and a free end ; - a command member engaged with the rod , positionable in a predetermined axial operating position, wherein the rod is slidably engaged with the command member ; - a thrust spring , acting on the rod between the trigger end and the command member , wherein the elastic action of the thrust spring on the trigger is a function of the axial operating position of the command member ; wherein the firearm is characterized by the fact that the trigger group comprises an adjustment region , which is engageable by the command member , wherein said adjustment region comprises an adjustment opening crossed by the command member , wherein said adjustment opening comprises at least two, preferably three, adjustment areas in which the command member is fixedly positionable. - a rod movable by the trigger , extending axially between a trigger end and a free end ; - a command member engaged with the rod , positionable in a predetermined axial operating position, wherein the rod is slidably engaged with the command member ; - a thrust spring , acting on the rod between the trigger end and the command member , wherein the elastic action of the thrust spring on the trigger is a function of the axial operating position of the command member ; wherein the firearm is characterized by the fact that the trigger group comprises an adjustment region , which is engageable by the command member , wherein said adjustment region comprises an adjustment opening crossed by the command member , wherein said adjustment opening comprises at least two, preferably three, adjustment areas in which the command member is fixedly positionable. wherein the elastic action of the thrust spring on the trigger is a function of the axial operating position of the command member ; wherein the firearm is characterized by the fact that the trigger group comprises an adjustment region , which is engageable by the command member , wherein said adjustment region comprises an adjustment opening crossed by the command member , wherein said adjustment opening comprises at least two, preferably three, adjustment areas in which the command member is fixedly positionable.
A respiratory mask arrangement comprising: a headgear device a sealing lip device (1; 21) for resting on a facial surface of a mask user, a covering device which is coupled to the headgear device and in cooperation with the sealing lip device defines a mask interior, a respiratory gas conduit for delivering respiratory gas to the mask interior defined by the covering device (2; 22) and communicating with the nostril and/or oral opening of the mask user, wherein the covering device at least in portions is embodied as an air-permeable structure (7; 24, 27), characterized in that the headgear device comprises a conduit device which communicates with the mask interior, and that the headgear device comprises at least one air-permeable material portion so that pressurized respiratory gas can flow out of the mask interior through the air-permeable material portion of the headgear. a headgear device a sealing lip device (1; 21) for resting on a facial surface of a mask user, a covering device which is coupled to the headgear device and in cooperation with the sealing lip device defines a mask interior, a respiratory gas conduit for delivering respiratory gas to the mask interior defined by the covering device (2; 22) and communicating with the nostril and/or oral opening of the mask user, wherein the covering device at least in portions is embodied as an air-permeable structure (7; 24, 27), characterized in that the headgear device comprises a conduit device which communicates with the mask interior, and that the headgear device comprises at least one air-permeable material portion so that pressurized respiratory gas can flow out of the mask interior through the air-permeable material portion of the headgear.
Refrigerator with a refrigeration compartment , wherein the refrigeration compartment can be opened and closed with a refrigeration compartment door , wherein the refrigeration compartment door has an internal door with a first strut and a second strut , wherein a door tray is arranged movably in a height-adjustment direction (I) between the first strut and the second strut , wherein a first guide element and a second guide element are arranged on the internal door , wherein the first guide element engages with a first counter-guide element of the door tray and the second guide element engages with a second counter-guide element of the door tray , wherein the first guide element is arranged at a first distance from the first strut and the second guide element is arranged at a second distance from the second strut , wherein in each case the distance is greater than zero, and characterised in that the door tray has an actuation element for adjusting the height of the door tray , which actuation element is arranged on the upper side of the door tray .
A method for processing an actuation of an operating element in a motor vehicle, more especially an operating lever, wherein the operating element is actuatable at least by the driver of the motor vehicle and a plurality of sensors (S1, S2, S3, S4) is arranged on the operating element , said plurality of sensors being at least partially activated when the operating element is actuated, wherein - the time sequence of activation of the sensors (S1, S2, S3, S4) when the operating element is actuated is detected and, on the basis of the time sequence, it is determined whether an undesired actuation is occurring, wherein undesired actuations comprise unintended actuations and/or actuations by a front-seat passenger; and - in the event that it is determined that an undesired actuation is occurring, the implementation in the vehicle of one or more actions coupled to the actuation of the operating element is blocked. - the time sequence of activation of the sensors (S1, S2, S3, S4) when the operating element is actuated is detected and, on the basis of the time sequence, it is determined whether an undesired actuation is occurring, wherein undesired actuations comprise unintended actuations and/or actuations by a front-seat passenger; and - in the event that it is determined that an undesired actuation is occurring, the implementation in the vehicle of one or more actions coupled to the actuation of the operating element is blocked.
A jet injection method for treating an avian embryo in ovo, comprising the steps of: (a) orienting an avian egg into a predetermined position; (b) introducing a first opening into the shell of said egg; (c) positioning a jet injection delivery device to direct a jet injection stream through the first opening and into the egg; (d) delivering a predetermined dosage of a first treatment substance by jet injection into the egg; and (e) retracting the jet injection delivery device, thereby treating the avian embryo; characterised in that the jet injection delivery device is positioned outside the egg when it delivers the first treatment substance into the egg. (a) orienting an avian egg into a predetermined position; (b) introducing a first opening into the shell of said egg; (c) positioning a jet injection delivery device to direct a jet injection stream through the first opening and into the egg; (d) delivering a predetermined dosage of a first treatment substance by jet injection into the egg; and (e) retracting the jet injection delivery device, thereby treating the avian embryo; characterised in that the jet injection delivery device is positioned outside the egg when it delivers the first treatment substance into the egg.
A method for preparing a gas separation membrane comprising: forming a porous layer by coating a hydrophilic polymer solution on a porous substrate; and forming an active layer by coating a composition for forming an active layer including a polymer represented by the following Chemical Formula 1 on the porous layer, wherein the polymer represented by Chemical Formula 1 is included in 1% by weight to 5% by weight based on the composition for forming an active layer: in Chemical Formula 1, n is the number of a repeating unit, and an integer of 500 to 3,000; and wherein R1 and R3 to R5 are an alkyl group, and R2 is - (C=O)R6, and R6 is an alkyl group. forming a porous layer by coating a hydrophilic polymer solution on a porous substrate; and forming an active layer by coating a composition for forming an active layer including a polymer represented by the following Chemical Formula 1 on the porous layer, wherein the polymer represented by Chemical Formula 1 is included in 1% by weight to 5% by weight based on the composition for forming an active layer: in Chemical Formula 1, n is the number of a repeating unit, and an integer of 500 to 3,000; and wherein R1 and R3 to R5 are an alkyl group, and R2 is - (C=O)R6, and R6 is an alkyl group. n is the number of a repeating unit, and an integer of 500 to 3,000; and wherein R1 and R3 to R5 are an alkyl group, and R2 is - (C=O)R6, and R6 is an alkyl group.
Retention clip for a mechanical strain relief of a cable in a connector , the retention clip comprising: - two curved spring sections , each of the two curved spring sections having a free end and a base , the two curved spring sections being separated from each other at their respective free ends by a cable insertion gap ; - a center section extending from the base of one of the two curved spring sections to the base of the other one of the two curved spring sections and comprising a cable insertion opening , wherein the cable insertion gap and the cable insertion opening are aligned, providing a through-opening extending through the retention clip in a cable insertion direction , and wherein each of the free ends has at least one discontinuity in a direction along its edge characterized in that the free ends of the two curved spring sections partly cover the cable insertion opening . - two curved spring sections , each of the two curved spring sections having a free end and a base , the two curved spring sections being separated from each other at their respective free ends by a cable insertion gap ; - a center section extending from the base of one of the two curved spring sections to the base of the other one of the two curved spring sections and comprising a cable insertion opening , wherein
A refillable wipes dispenser system comprising: a cartridge having a wiping substrate disposed therein; and a plastic base for receiving the refill cartridge with an airtight lid system, comprising a lid ; the cartridge having a wall portion defining a storage volume and an open top, the open top circumscribed by a peripheral edge , an annular rim having a first top surface lying in a first plane and a skirt extending from the annular rim, the skirt having a second top surface lying in a second plane , and a first seal peelably adhered to the first top surface; wherein the lid is connected to the base by a hinge and the lid is configured to cover the open top in a sealing arrangement, the lid comprising: a cover portion , a lid peripheral edge, and a sealing member configured such that when the hinged lid is moved to a closed position the sealing member contacts the second top surface to form a second seal; wherein the first and second planes do not lie in the same plane; the system characterised in that the angle between the first and the second planes (angle α) is from about 30 to about 60°. a cartridge having a wiping substrate disposed therein; and a plastic base for receiving the refill cartridge with an airtight lid system, comprising a lid ; the cartridge having a wall portion defining a storage volume and an open top, the open top circumscribed by a peripheral edge , an annular rim having a first top surface lying in a first plane and a skirt extending from the annular rim, the skirt having a second top surface lying in a second plane , and a first seal peelably adhered to the first top surface; wherein the lid is connected to the base by a hinge and the lid is configured to cover the open top in a sealing arrangement, the lid comprising: a cover portion , a lid peripheral edge, and a sealing member configured such that when the hinged lid is moved to a closed position the sealing member contacts the second top surface to form a second seal; a cover portion , a lid peripheral edge, and a sealing member configured such that when the hinged lid is moved to a closed position the sealing member contacts the second top surface to form a second seal; wherein the first and second planes do not lie in the same plane; the system characterised in that the angle between the first and the second planes (angle α) is from about 30 to about 60°.
A game processing program that is executed by a computer , wherein the game processing program causes one or more processors of the computer to perform steps of: an input receiving step (S3) in which input information indicative of an input by a user and of a game operation is received and a game processing step (S9, S13) in which predetermined game processing in a game according to the input information is performed; a game image generating step (S1) in which a game image in accordance with the predetermined game processing is generated; an input receiving step (S3) in which input information indicative of an input by a user and of a capture operation is received, a game image acquiring step (S23) in which the game image generated in the game image generating step (S1) is acquired, a reduced image generating step (S71, S73) in which a reduced image of the game image acquired in the game image acquiring step (S23) is generated, a display controlling step (S33) in which the reduced image generated in the reduced image generating step (S71, S73) is displayed in a manner superimposed on the game image while the predetermined game processing is performed, and a game image saving step (S109) in which the game image acquired in the game image acquiring step (S23) is saved in a saving memory ; and a message displaying step (S49) in which an error message is displayed with the reduced image when the game image cannot be saved in the game image saving step (S109). an input receiving step (S3) in which input information indicative of an input by a user and of a game operation is received and a game processing step (S9, S13) in which predetermined game processing in a game according to the input information is performed; a game image generating step (S1) in which a game image in accordance with the predetermined game processing is generated; an input receiving step (S3) in which input information indicative of an input by a user and of a capture operation is received, a game image acquiring step (S23) in which the game image generated in the game image generating step (S1) is acquired, a reduced image generating step (S71, S73) in which a reduced image of the game image acquired in the game image acquiring step (S23) is generated, a display controlling step (S33) in which the reduced image generated in the reduced image generating step (S71, S73) is displayed in a manner superimposed on the game image while the predetermined game processing is performed, and a game image saving step (S109) in which the game image acquired in the game image acquiring step (S23) is saved in a saving memory ; and a message displaying step (S49) in which an error message is displayed with the reduced image when the game image cannot be saved in the game image saving step (S109).
An ankle prosthesis , comprising: a tibial component configured for attachment to a tibia of a person; and a talar component having a first surface configured for facing the tibial component and a second surface configured for facing a talus of the person, the second surface having first and second arms attached thereto, for pivoting or flexing outwardly in medial and lateral directions, respectively, to engage side surfaces of a previously formed slot in the talus. a tibial component configured for attachment to a tibia of a person; and a talar component having a first surface configured for facing the tibial component and a second surface configured for facing a talus of the person, the second surface having first and second arms attached thereto, for pivoting or flexing outwardly in medial and lateral directions, respectively, to engage side surfaces of a previously formed slot in the talus.