mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling weeds in a field of crop plants selected from the group consisting of soybeans, cotton, peanuts, rice, wheat, canola, alfalfa, sugarcane, sorghum and sunflowers, the method comprising applying an application mixture to the field in an herbicidally effective amount, wherein the application mixture comprises at least one particulate microencapsulated acetamide herbicide and the application mixture is applied to the field (i) prior to planting the crop plant or (ii) preemergence to the crop plant, wherein the acetamide herbicide is selected from the group consisting of dimethenamid, dimethenamid-P, acetochlor, metolachlor, and S-metolachlor, and wherein the microencapsulated acetamide herbicide comprises a water-immiscible core material comprising the acetamide herbicide and a microcapsule having a polyurea shell wall containing the core material, and wherein the shell wall is formed in a polymerization medium by a polymerization reaction between a polyisocyanate component comprising a polyisocyanate or mixture of polyisocyanates and a polyamine component comprising a polyamine or mixture of polyamines to form the polyurea and the ratio of amine molar equivalents contained in the polyamine component to isocyanate molar equivalents contained in the polyisocyanate component is at least 1.1:1.
A method for controlling an Real-time Transport Control Protocol, RTCP, High Resolution, HR, report the method comprising: obtaining, by a Media Gateway, MG, an RTCP HR Reporting Mode, RM, according to reporting mode control information delivered by a Media Gateway Controller, MGC, wherein the reporting mode control information is contained in a RM property parameter; wherein the MG communicates with the MGC through an H.248/Media Gateway Control, H.248/MeGaCo, protocol or a Media Gateway Control Protocol, MGCP, characterized by forwarding, by the MG, an RTCP HR report according to the reporting mode; or generating and forwarding, by the MG, an RTCP HR report according to the reporting mode, wherein values of the RM property parameter comprise: end system peering, ESP, local reporting, LR, or global reporting, GR, modes. obtaining, by a Media Gateway, MG, an RTCP HR Reporting Mode, RM, according to reporting mode control information delivered by a Media Gateway Controller, MGC, wherein the reporting mode control information is contained in a RM property parameter; wherein the MG communicates with the MGC through an H.248/Media Gateway Control, H.248/MeGaCo, protocol or a Media Gateway Control Protocol, MGCP, characterized by forwarding, by the MG, an RTCP HR report according to the reporting mode; or generating and forwarding, by the MG, an RTCP HR report according to the reporting mode, wherein values of the RM property parameter comprise: end system peering, ESP, local reporting, LR, or global reporting, GR, modes.
A fish decapitating apparatus, comprising: • a fish holder configured to receive a fish at an in-feed station, • at least one cutting station, • a conveying apparatus configured to convey the fish in said fish holder, from the in-feed station, to said at least one cutting station, wherein the fish holder comprises opposingly arranged guide members (620, 621) moveable in a hinge like manner in relation to each other, said guide members being configured to clamp the fish head behind the collar bones such that the collar bones are resting on an outer side of said guide members from which the fish head sticks out from the fish holder, characterised in that the fish decapitating apparatus further comprises: • a measuring unit configured to measure the position of the collar bones when said collar bones are resting on the outer side of said guide members, and • a control unit configured to, in accordance with said measured position of the collar bones, automatically adjust the position of said at least one cutting station. • a fish holder configured to receive a fish at an in-feed station, • at least one cutting station, • a conveying apparatus configured to convey the fish in said fish holder, from the in-feed station, to said at least one cutting station, wherein the fish holder comprises opposingly arranged guide members (620, 621) moveable in a hinge like manner in relation to each other, said guide members being configured to clamp the fish head behind the collar bones such that the collar bones are resting on an outer side of said guide members from which the fish head sticks out from the fish holder, characterised in that the fish decapitating apparatus further comprises: • a measuring unit configured to measure the position of the collar bones when said collar bones are resting on the outer side of said guide members, and • a control unit configured to, in accordance with said measured position of the collar bones, automatically adjust the position of said at least one cutting station. • a measuring unit configured to measure the position of the collar bones when said collar bones are resting on the outer side of said guide members, and • a control unit configured to, in accordance with said measured position of the collar bones, automatically adjust the position of said at least one cutting station.
An inlet assembly for a foraminous gas abatement burner, comprising: an inlet conduit operable to convey an effluent gas stream to be treated from an inlet aperture via a bore to an outlet aperture for treatment; and a lance conduit (36, 34) operable to convey a fuel gas from a gas inlet aperture via a gas bore to a gas outlet aperture positioned within said bore for mixing with said effluent gas stream, wherein said lance conduit comprises a taper section which tapers outwardly proximate said gas outlet aperture such that a cross-sectional area of said gas bore increases towards said gas outlet aperture and characterised in that said taper section defines at least one void operable to convey gas between said bore and said gas bore. an inlet conduit operable to convey an effluent gas stream to be treated from an inlet aperture via a bore to an outlet aperture for treatment; and a lance conduit (36, 34) operable to convey a fuel gas from a gas inlet aperture via a gas bore to a gas outlet aperture positioned within said bore for mixing with said effluent gas stream, wherein said lance conduit comprises a taper section which tapers outwardly proximate said gas outlet aperture such that a cross-sectional area of said gas bore increases towards said gas outlet aperture and characterised in that said taper section defines at least one void operable to convey gas between said bore and said gas bore.
An image processing apparatus comprising an image processor that receives inputs of a color image and a white image photographed by a W array imaging element whose all pixels are placed in a white pixel array, and executes an image process that reduces false colors included in the color image, wherein the image processor includes: a frequency-corresponding parameter calculation unit that receives an input of the white image and calculates a frequency-corresponding parameter of the white image for each pixel in the image; a positional deviation-corresponding parameter calculation unit that receives inputs of the white image and the color image and calculates for each pixel a positional deviation-corresponding parameter of the two input images; and an image correction unit that executes a blending process in which a blend rate between the white image and the color image is controlled in accordance with values of the frequency-corresponding parameter and the positional deviation-corresponding parameter and calculates a corrected pixel value. a frequency-corresponding parameter calculation unit that receives an input of the white image and calculates a frequency-corresponding parameter of the white image for each pixel in the image; a positional deviation-corresponding parameter calculation unit that receives inputs of the white image and the color image and calculates for each pixel a positional deviation-corresponding parameter of the two input images; and an image correction unit that executes a blending process in which a blend rate between the white image and the color image is controlled in accordance with values of the frequency-corresponding parameter and the positional deviation-corresponding parameter and calculates a corrected pixel value.
A bicycle wheel cover comprising: a drive side disc having a drive side disc body adapted to cover the drive side of a bicycle wheel; and a non-drive side disc having a non-drive side disc body adapted to cover the non-drive side of a bicycle wheel, the non-drive side disc body comprising a radial inner domed portion and a radial outer planar portion, wherein: at least one of the drive side and non-drive side discs comprises a wheel securement structure arranged to permit a connection between the disc and a bicycle wheel; at least one of the drive side and non-drive side discs comprises a disc securement structure arranged to permit a connection between the discs; and the drive side disc body is domed between its inner edge and its outer edge. a drive side disc having a drive side disc body adapted to cover the drive side of a bicycle wheel; and a non-drive side disc having a non-drive side disc body adapted to cover the non-drive side of a bicycle wheel, the non-drive side disc body comprising a radial inner domed portion and a radial outer planar portion, wherein: at least one of the drive side and non-drive side discs comprises a wheel securement structure arranged to permit a connection between the disc and a bicycle wheel; at least one of the drive side and non-drive side discs comprises a disc securement structure arranged to permit a connection between the discs; and the drive side disc body is domed between its inner edge and its outer edge. at least one of the drive side and non-drive side discs comprises a wheel securement structure arranged to permit a connection between the disc and a bicycle wheel; at least one of the drive side and non-drive side discs comprises a disc securement structure arranged to permit a connection between the discs; and the drive side disc body is domed between its inner edge and its outer edge.
Commercial vehicle body comprising side walls, a front wall, a rear wall and at least one door (2, 3) for delimiting a load space, which door is pivotable via door hinges and is in particular arranged in the rear wall, the door (2, 3) being fixed via at least one door hinge to a body component of the vehicle body, a door hinge of the door (2, 3) being connected to a body component of the commercial vehicle body via a screw connection, characterized in that the screw connection comprises a screw having a screw head with a locking toothing provided thereon and having a washer comprising a further locking toothing, the locking toothing of the screw and the locking toothing of the washer interacting so as to face one another, and the screw head having an annular smooth outer region and a recess for inserting an assembly tool, the recess securing the screw, so as to prevent disassembly, with a captively introduced securing ball, and the washer having a ribbing on its support surface opposite the locking toothing and facing the door hinge, and it being possible for the ribbing to be pressed into the material of the door hinge by projections provided at a distance from one another in the course of the assembly of the screw.
An information processing apparatus, comprising: a display; a touch acquisition unit configured to receive a proximity signal indicative of a user input to a touch panel of the information processing apparatus; a rotation acquisition unit configured to receive a rotation signal indicative of a rotation of the information processing apparatus; and a display control unit configured to: generate a first signal to cause the display to display an image; and being characterised by the display control unit further being configured to: when the rotation signal indicates a rotation while the proximity signal indicates a user input, generate a second signal to cause the display to change the image by offsetting at least a portion of the image with respect to the display, wherein the offsetting of at least the portion of the image is performed, such that a display object hidden behind a finger that provides the user input can be viewed as if the display object (210, 220) is present at a distance d downward from the display surface. a display; a touch acquisition unit configured to receive a proximity signal indicative of a user input to a touch panel of the information processing apparatus; a rotation acquisition unit configured to receive a rotation signal indicative of a rotation of the information processing apparatus; and a display control unit configured to: generate a first signal to cause the display to display an image; and being characterised by the display control unit further being configured to: when the rotation signal indicates a rotation while the proximity signal indicates a user input, generate a second signal to cause the display to change the image by offsetting at least a portion of the image with respect to the display, wherein the offsetting of at least the portion of the image is performed, such that a display object hidden behind a finger that provides the user input can be viewed as if the display object (210, 220) is present at a distance d downward from the display surface. generate a first signal to cause the display to display an image; and being characterised by the display control unit further being configured to: when the rotation signal indicates a rotation while the proximity signal indicates a user input, generate a second signal to cause the display to change the image by offsetting at least a portion of the image with respect to the display, wherein the offsetting of at least the portion of the image is performed, such that a display object hidden behind a finger that provides the user input can be viewed as if the display object (210, 220) is present at a distance d downward from the display surface.
A string trimmer comprising: an electric motor; a rotatable output member driven by the electric motor; a handle coupled to the electric motor; and a spool assembly that is adapted to hold a trimming line such that the trimming line has one or more line segments that extend from the spool assembly, the spool assembly having a spool housing, a spool and a line pay-out mechanism, the spool being driven by the output member and configured such that the trimming line is wound thereon, the line pay-out mechanism being configured to control rotation of the spool relative to the output member, wherein the line pay-out mechanism includes a pivot arm with a weighted section and a control peg, and a corresponding control groove, the control peg being positioned in the control groove to control rotation of the spool relative to the output member; a first moment is generated by the inertial forces associated with the trimming line, a second moment is generated by the inertial force of the weighted section, and a third moment is generated by the braking of the motor; characterised in that: the line pay-out mechanism is configured such that the second moment alone is never sufficient to actuate the line pay-out mechanism and such that the third moment in combination with the second moment actuates the line pay-out mechanism. an electric motor; a rotatable output member driven by the electric motor; a handle coupled to the electric motor; and a spool assembly that is adapted to hold a trimming line such that the trimming line has one or more line segments that extend from the spool assembly, the spool assembly having a spool housing, a spool and a line pay-out mechanism, the spool being driven by the output member and configured such that the trimming line is wound thereon, the line pay-out mechanism being configured to control rotation of the spool relative to the output member, wherein the line pay-out mechanism includes a pivot arm with a weighted section and a control peg, and a corresponding control groove, the control peg being positioned in the control groove to control rotation of the spool relative to the output member; a first moment is generated by the inertial forces associated with the trimming line, a second moment is generated by the inertial force of the weighted section, and a third moment is generated by the braking of the motor; characterised in that: the line pay-out mechanism is configured such that the second moment alone is never sufficient to actuate the line pay-out mechanism and such that the third moment in combination with the second moment actuates the line pay-out mechanism.
Use of a setting accelerator composition for inorganic binders, comprising at least one water-soluble comb polymer and calcium silicate hydrate particles, well cementing of mineral oil and natural gas wells, in particular in permafrost regions and in the offshore sector, wherein the comb polymer is present as a copolymer which has side chains comprising polyether functions as well as acid functions, which are present on the main chain, characterized in that the calcium silicate hydrate particles are smaller than 5 μm, preferably smaller than 1 μm, more preferably smaller than 500 nm, particularly preferably smaller than 200 nm and in particular smaller than 100 nm.
A method for wireless communication performed by a user equipment, UE comprising: receiving, from a base station serving the UE, a first type of reference signal and a second type of reference signal, wherein the first type of reference signal is different from the second type of reference signal; receiving, from the base station, a radio link monitoring, RLM, configuration comprising a first signal quality threshold and an indicator that the UE is to apply, in an RLM function, the first signal quality threshold to both of the first type of reference signal and the second type of reference signal; determining a first signal quality of the first type of reference signal and a second signal quality of the second type of reference signal; determining that the UE is out-of-sync for communication with the base station when both the first signal quality and the second signal quality are below the first signal quality threshold; and recovering communication with the base station based at least in part on the determination that the UE is out-of-sync. receiving, from a base station serving the UE, a first type of reference signal and a second type of reference signal, wherein the first type of reference signal is different from the second type of reference signal; receiving, from the base station, a radio link monitoring, RLM, configuration comprising a first signal quality threshold and an indicator that the UE is to apply, in an RLM function, the first signal quality threshold to both of the first type of reference signal and the second type of reference signal; determining a first signal quality of the first type of reference signal and a second signal quality of the second type of reference signal; determining that the UE is out-of-sync for communication with the base station when both the first signal quality and the second signal quality are below the first signal quality threshold; and recovering communication with the base station based at least in part on the determination that the UE is out-of-sync.
A computing device for providing a standard operating procedure associated with a monitoring system of facility, comprising: a display; a memory; and a processor configured to execute executable instructions stored in the memory to: display a plurality of steps (334, 336, 338, 340, 342, 344, 346) of a standard operating procedure associated with a particular event at a facility responsive to the event being detected at the facility, the SOP previously created using a generic SOP portion and a customized SOP portion; display a rendering of a portion of the facility associated with the event responsive to the event being detected; and display information relevant to the event and the SOP responsive to the event being detected, wherein the processor is configured to execute executable instructions stored in the memory to simultaneously display the plurality of steps 334, 336, 338, 340, 342, 344, 346) of the SOP, the rendering, and the information relevant to the event and the SOP using a plurality of windows (326, 328, 330, 332). a display; a memory; and a processor configured to execute executable instructions stored in the memory to: display a plurality of steps (334, 336, 338, 340, 342, 344, 346) of a standard operating procedure associated with a particular event at a facility responsive to the event being detected at the facility, the SOP previously created using a generic SOP portion and a customized SOP portion; display a rendering of a portion of the facility associated with the event responsive to the event being detected; and display information relevant to the event and the SOP responsive to the event being detected, wherein the processor is configured to execute executable instructions stored in the memory to simultaneously display the plurality of steps 334, 336, 338, 340, 342, 344, 346) of the SOP, the rendering, and the information relevant to the event and the SOP using a plurality of windows (326, 328, 330, 332). display a plurality of steps (334, 336, 338, 340, 342, 344, 346) of a standard operating procedure associated with a particular event at a facility responsive to the event being detected at the facility, the SOP previously created using a generic SOP portion and a customized SOP portion; display a rendering of a portion of the facility associated with the event responsive to the event being detected; and display information relevant to the event and the SOP responsive to the event being detected, wherein the processor is configured to execute executable instructions stored in the memory to simultaneously display the plurality of steps 334, 336, 338, 340, 342, 344, 346) of the SOP, the rendering, and the information relevant to the event and the SOP using a plurality of windows (326, 328, 330, 332).