mhurhangee/patent-ind-claim-en huggingface dataset:
A drawing process for an arc corner connecting rib of a metal box shell, the drawing process comprising the following steps: preparing a rectangular metal shell whose vertex corner portions are arc corner transition portions ; drawing by means of a first metal drawing mould a top face plate of the rectangular metal shell for the first time, so that a plurality of first convex strips are formed in a first area between the two arc corner transition portions of the top face plate ; and drawing by means of a second metal drawing mould a side face plate and the arc corner transition portions of the rectangular metal shell obtained after the first-time drawing moulding for the second time, so that a plurality of second convex strips are formed in a second area between the two arc corner transition portions of the side face plate . preparing a rectangular metal shell whose vertex corner portions are arc corner transition portions ; drawing by means of a first metal drawing mould a top face plate of the rectangular metal shell for the first time, so that a plurality of first convex strips are formed in a first area between the two arc corner transition portions of the top face plate ; and drawing by means of a second metal drawing mould a side face plate and the arc corner transition portions of the rectangular metal shell obtained after the first-time drawing moulding for the second time, so that a plurality of second convex strips are formed in a second area between the two arc corner transition portions of the side face plate .
A method for conditioning phosphorous-based fertilizer granules for improved dust control, agricultural benefits, or both, the method comprising: providing phosphorous-based fertilizer granules in a conditioning vessel , the granules having a surface temperature of 10°C to 121°C (50°F to 250°F) and a crude moisture content of 0 wt%, to 6.5 wt%; introducing an aqueous conditioning agent comprising water into the conditioning vessel in an amount of 0.1 wt% to 10 wt% of the total weight of the phosphorous-based fertilizer granules to an outer surface of the fertilizer granules, the aqueous conditioning agent being in the form of liquid, steam or superheated steam; subjecting the phosphorous-based fertilizer granules with an aqueous conditioning agent thereon to a mechanical energy exposure in the form of tumbling or mixing the phosphorous-based fertilizer granules in the conditioning vessel to condition the outer surface of the phosphorous-based fertilizer granules; and removing added moisture from the aqueous conditioning agent by drying the phosphorous-based fertilizer granules, by supplying an inert gas through the conditioning vessel , until a final moisture content of the granules is 0 wt% to 6.5 wt% of the granules. providing phosphorous-based fertilizer granules in a conditioning vessel , the granules having a surface temperature of 10°C to 121°C (50°F to 250°F) and a crude moisture content of 0 wt%, to 6.5 wt%; introducing an aqueous conditioning agent comprising water into the conditioning vessel in an amount of 0.1 wt% to 10 wt% of the total weight of the phosphorous-based fertilizer granules to an outer surface of the fertilizer granules, the aqueous conditioning agent being in the form of liquid, steam or superheated steam; subjecting the phosphorous-based fertilizer granules with an aqueous conditioning agent thereon to a mechanical energy exposure in the form of tumbling or mixing the phosphorous-based fertilizer granules in the conditioning vessel to condition the outer surface of the phosphorous-based fertilizer granules; and removing added moisture from the aqueous conditioning agent by drying the phosphorous-based fertilizer granules, by supplying an inert gas through the conditioning vessel , until a final moisture content of the granules is 0 wt% to 6.5 wt% of the granules.
An apparatus comprising: means for storing a data value and error-correcting code, ECC, data associated with the data value ; means for storing mapping information that maps memory addresses of a means for storing main memory data to wordlines of a means for storing cache data , wherein the means for storing cache data comprises the means for storing the data value and the ECC data; and means for storing recovery bits that stores additional error correction data, wherein the additional error correction data identifies a first bit position of the data value to be changed in an error correction operation, and wherein the means for storing recovery bits comprises a volatile memory device. means for storing a data value and error-correcting code, ECC, data associated with the data value ; means for storing mapping information that maps memory addresses of a means for storing main memory data to wordlines of a means for storing cache data , wherein the means for storing cache data comprises the means for storing the data value and the ECC data; and means for storing recovery bits that stores additional error correction data, wherein the additional error correction data identifies a first bit position of the data value to be changed in an error correction operation, and wherein the means for storing recovery bits comprises a volatile memory device.
A method comprising: (a) obtaining target color information for a target color; (b) identifying in a paint system a plurality of toners and corresponding concentrations of the toners corresponding to a paint formula that can be used to produce a paint having a color that is similar to the target color within user specified acceptance criteria, wherein the paint system includes complementary color toners; (c) removing one of the identified toners having a lowest concentration from said paint formula and using the corresponding reduced set of toners to identify a modified paint formula that can be used to produce a paint having a color that is similar to the target color, wherein the identified toners in the reduced set of toners do not include complementary color toners; and (d) determining if the modified paint formula meets the user specified acceptance criteria. (a) obtaining target color information for a target color; (b) identifying in a paint system a plurality of toners and corresponding concentrations of the toners corresponding to a paint formula that can be used to produce a paint having a color that is similar to the target color within user specified acceptance criteria, wherein the paint system includes complementary color toners; (c) removing one of the identified toners having a lowest concentration from said paint formula and using the corresponding reduced set of toners to identify a modified paint formula that can be used to produce a paint having a color that is similar to the target color, wherein the identified toners in the reduced set of toners do not include complementary color toners; and (d) determining if the modified paint formula meets the user specified acceptance criteria.
A fixation device for engaging tissue, the fixation device comprising a locking mechanism , wherein the fixation device comprises a pair of distal elements each having a first end, a free end opposite the first end, and an engagement surface therebetween for engaging tissue, the first ends being movable between an open position wherein the free ends are spaced apart and a closed position wherein the free ends are closer together with the engagement surfaces generally facing each other, and wherein the locking mechanism comprises: a moveable stud coupled to the device, wherein movement of the stud actuates movement of the pair of distal elements to a desired position in a range from a first position to a second position; at least one element configured to engage the stud to restrict movement of the stud which locks the device in the desired position; and an unlocking mechanism configured to disengage the at least one element from the stud which allows movement of the stud ; characterized in that the at least one element comprises a binding plate having a first end , a second end and a portion therebetween shaped to at least partially surround the stud , the binding plate positioned so that the portion at least partially surrounds the stud ; wherein the portion shaped to at least partially surround the stud comprises an aperture , the binding plate positioned so that the stud passes through the aperture ; and wherein the device further comprises a spring configured to force the aperture against the stud to restrict movement of the stud through the aperture . a moveable stud coupled to the device, wherein movement of the stud actuates movement of the pair of distal elements to a desired position in a range from a first position to a second position; at least one element configured to engage the stud to restrict movement of the stud which locks the device in the desired position; and an unlocking mechanism configured to disengage the at least one element from the stud which allows movement of the stud ; characterized in that the at least one element comprises a binding plate having a first end , a second end and a portion therebetween shaped to at least partially surround the stud , the binding plate positioned so that the portion at least partially surrounds the stud ; wherein the portion shaped to at least partially surround the stud comprises an aperture , the binding plate positioned so that the stud passes through the aperture ; and wherein the device further comprises a spring configured to force the aperture against the stud to restrict movement of the stud through the aperture .
A mousehole apparatus having a main body configured for holding a drill pipe or similar elongate element, and a carrier connected to a deck structure and movement means operable to move the main body with respect to the carrier , the movement means being connected to the main body , characterized in that the carrier has a support region adapted for releasable supportive interaction with an abutment element on the main body , and that: the carrier further comprises guiding devices (6a,b) for the main body; the movement means comprises a first winch arranged on the carrier, a cable extending from the winch , via a cable sheave and back to a second winch or fixture in the carrier ; the main body comprises an elongate tubular element having an interaction member connectable to the movement means ; and the movement means is operable to move at least a portion of the main body from one side below of the carrier to an opposite top side of the carrier . the carrier further comprises guiding devices (6a,b) for the main body; the movement means comprises a first winch arranged on the carrier, a cable extending from the winch , via a cable sheave and back to a second winch or fixture in the carrier ; the main body comprises an elongate tubular element having an interaction member connectable to the movement means ; and the movement means is operable to move at least a portion of the main body from one side below of the carrier to an opposite top side of the carrier .
A device, comprising: an electromagnetic transducer including a bobbin having a space therein; a connection apparatus for releasably coupling the bobbin to a bone conduction implant configured to transfer vibrational energy from the electromagnetic transducer, wherein the space is a through bore from a first side of the bobbin to a second side of the bobbin ; characterized in that the connection apparatus comprises a bone fixture connector extending through the space in the bobbin for connecting the electromagnetic transducer directly or indirectly with a bone fixture . an electromagnetic transducer including a bobbin having a space therein; a connection apparatus for releasably coupling the bobbin to a bone conduction implant configured to transfer vibrational energy from the electromagnetic transducer, wherein the space is a through bore from a first side of the bobbin to a second side of the bobbin ; characterized in that the connection apparatus comprises a bone fixture connector extending through the space in the bobbin for connecting the electromagnetic transducer directly or indirectly with a bone fixture .
An image acquisition module , comprising: a mounting seat comprising a pedestal and a light transmission member , the light transmission member being coupled to the pedestal , wherein the pedestal and the light transmission member cooperatively define a receiving cavity; a camera assembly having an incident surface , the camera assembly being arranged in the receiving cavity and the incident surface exposing from the light transmission member ; and a light source configured to emit light transmitting through the light transmission member , the light source being arranged outside of the receiving cavity, wherein the light transmission member comprises a first mounting portion and a second mounting portion , the first mounting portion is provided with a receiving groove, and a part of the pedestal covers at a groove opening of the receiving groove to define the receiving cavity, the first mounting portion comprises a top end face , a front end face and a bottom end face which are sequentially abutted, the incident surface exposes from the front end face , the second mounting portion is coupled to the bottom end face , the light source is arranged at the second mounting portion , and the light emitted by the light source is incident towards a side where the bottom end face is positioned and reaches the second mounting portion . a mounting seat comprising a pedestal and a light transmission member , the light transmission member being coupled to the pedestal , wherein the pedestal and the light transmission member cooperatively define a receiving cavity; a camera assembly having an incident surface , the camera assembly being arranged in the receiving cavity and the incident surface exposing from the light transmission member ; and a light source configured to emit light transmitting through the light transmission member , the light source being arranged outside of the receiving cavity, wherein the light transmission member comprises a first mounting portion and a second mounting portion , the first mounting portion is provided with a receiving groove, and a part of the pedestal covers at a groove opening of the receiving groove to define the receiving cavity, the first mounting portion comprises a top end face , a front end face and a bottom end face which are sequentially abutted, the incident surface exposes from the front end face , the second mounting portion is coupled to the bottom end face , the light source is arranged at the second mounting portion , and the light emitted by the light source is incident towards a side where the bottom end face is positioned and reaches the second mounting portion .
Process for producing polyisocyanurate plastics, comprising the following steps: a) providing a polyisocyanate composition A) which contains oligomeric polyisocyanates and has a content of monomeric diisocyanates of not more than 20 weight-%, where the isocyanurate structure content in the polyisocyanate composition A) is at least 50 mol%, based on the sum total of the oligomeric structures from the group consisting of uretdione, isocyanurate, allophanate, biuret, iminooxadiazinedione and oxadiazinetrione structure that are present in the polyisocyanate composition A); b) catalytically trimerizing the polyisocyanate composition A), where (i) the catalytic trimerization is conducted at ambient temperatures of at least 80°C; (ii) the catalytic trimerization is conducted within less than 12 hours at least up to a degree of conversion at which only still not more than 20% of the isocyanate groups originally present in the polyisocyanate composition A) are present. a) providing a polyisocyanate composition A) which contains oligomeric polyisocyanates and has a content of monomeric diisocyanates of not more than 20 weight-%, where the isocyanurate structure content in the polyisocyanate composition A) is at least 50 mol%, based on the sum total of the oligomeric structures from the group consisting of uretdione, isocyanurate, allophanate, biuret, iminooxadiazinedione and oxadiazinetrione structure that are present in the polyisocyanate composition A); b) catalytically trimerizing the polyisocyanate composition A), where (i) the catalytic trimerization is conducted at ambient temperatures of at least 80°C; (ii) the catalytic trimerization is conducted within less than 12 hours at least up to a degree of conversion at which only still not more than 20% of the isocyanate groups originally present in the polyisocyanate composition A) are present. (i) the catalytic trimerization is conducted at ambient temperatures of at least 80°C; (ii) the catalytic trimerization is conducted within less than 12 hours at least up to a degree of conversion at which only still not more than 20% of the isocyanate groups originally present in the polyisocyanate composition A) are present.
A method for executing a machine learning model with a controller, the method comprising: writing, by a processor within the controller, one or more input values to a process image within the controller, wherein the process image is a predefined address space within volatile memory of the controller; reading, by a co-processor connected to the controller, the input values from the process image ; applying, by the co-processor , a machine learning model to the one or more input values to generate one or more output values; writing, by the co-processor , the one or more output values to the process image ; reading, by the processor , the one or more output values from the process image ; and executing, by the processor , an application program that utilizes the one or more output values. writing, by a processor within the controller, one or more input values to a process image within the controller, wherein the process image is a predefined address space within volatile memory of the controller; reading, by a co-processor connected to the controller, the input values from the process image ; applying, by the co-processor , a machine learning model to the one or more input values to generate one or more output values; writing, by the co-processor , the one or more output values to the process image ; reading, by the processor , the one or more output values from the process image ; and executing, by the processor , an application program that utilizes the one or more output values.
A molding precursor comprising a functional fiber impregnated with an addition-reaction type polyimide resin, having a melt viscosity in a range of 300 to 3200 kPa·s under conditions of keeping for 1 to 10 minutes at a temperature 5 to 20°C lower than a thickening-start temperature of the addition-reaction type polyimide resin, wherein the thickening-start temperature of the addition-reaction type polyimide resin is determined in accordance with the measurement of thickening-start temperature method in the description, and the melt viscosity in a range of 300 to 3200 kPa·s under conditions of keeping for 1 to 10 minutes at a temperature 5 to 20°C lower than a thickening-start temperature of the addition-reaction type polyimide resin is determined in accordance with the measurement of melt viscosity method in the description. the thickening-start temperature of the addition-reaction type polyimide resin is determined in accordance with the measurement of thickening-start temperature method in the description, and the melt viscosity in a range of 300 to 3200 kPa·s under conditions of keeping for 1 to 10 minutes at a temperature 5 to 20°C lower than a thickening-start temperature of the addition-reaction type polyimide resin is determined in accordance with the measurement of melt viscosity method in the description.
A submersible ultrasonic cleaning system comprising: a frame assembly comprising inner walls, wherein a cleaning zone is disposed inwardly of the inner walls, wherein the cleaning zone is configured to accommodate a nuclear fuel assembly therein; and a plurality of ultrasonic transducers, each of which is bonded to one of the inner walls with a polyurethane adhesive to form a plurality of radiating surfaces, the radiating surfaces being arranged to transmit ultrasonic energy from the transducers into the cleaning zone, wherein the submersible ultrasonic cleaning system is configured to be disposed in a submerged environment of a nuclear power plant. a frame assembly comprising inner walls, wherein a cleaning zone is disposed inwardly of the inner walls, wherein the cleaning zone is configured to accommodate a nuclear fuel assembly therein; and a plurality of ultrasonic transducers, each of which is bonded to one of the inner walls with a polyurethane adhesive to form a plurality of radiating surfaces, the radiating surfaces being arranged to transmit ultrasonic energy from the transducers into the cleaning zone, wherein the submersible ultrasonic cleaning system is configured to be disposed in a submerged environment of a nuclear power plant.
Hydraulic pressure amplifier arrangement comprising a supply port (A1), a pressure outlet (A2) connected to the supply port via check valve means , a tank port (B1), an intensifier section having a high pressure piston in a high pressure cylinder which is connected to the pressure outlet (A2), a low pressure piston in a low pressure cylinder and connected to the high pressure piston , an intermediate space between the high pressure piston and the low pressure piston , a control valve controlling a pressure in the low pressure cylinder , and a feeder arrangement of the intensifier section including an input connection connected to the supply port (A1) and a return connection connected to the tank port (B1), wherein the feeder arrangement comprises throttling means , wherein the throttling means have a variable throttling resistance and characterised in that the variable throttling resistance of the throttling means depends on at least one pressure in the pressure amplifier arrangement .