mhurhangee/patent-ind-claim-en huggingface dataset:
A staple cartridge , comprising: a cartridge body comprising a deck ; a plurality of staples removably stored within said cartridge body; and an implantable layer assembly positioned over said deck, wherein said implantable layer assembly comprises: a compensation layer configured to be at least partially captured within said staples when said staples are moved from an unfired position to a fired position, wherein said compensation layer comprises a first length; and an overlap layer extending from said compensation layer, wherein said overlap layer comprises a second length, wherein said second length is longer than said first length and wherein said overlap layer is configured to overlap an adjacent implanted implantable layer; and characterized in that : said overlap layer is configured to be more flexible than said compensation layer . a cartridge body comprising a deck ; a plurality of staples removably stored within said cartridge body; and an implantable layer assembly positioned over said deck, wherein said implantable layer assembly comprises: a compensation layer configured to be at least partially captured within said staples when said staples are moved from an unfired position to a fired position, wherein said compensation layer comprises a first length; and an overlap layer extending from said compensation layer, wherein said overlap layer comprises a second length, wherein said second length is longer than said first length and wherein said overlap layer is configured to overlap an adjacent implanted implantable layer; and characterized in that : said overlap layer is configured to be more flexible than said compensation layer . a compensation layer configured to be at least partially captured within said staples when said staples are moved from an unfired position to a fired position, wherein said compensation layer comprises a first length; and an overlap layer extending from said compensation layer, wherein said overlap layer comprises a second length, wherein said second length is longer than said first length and wherein said overlap layer is configured to overlap an adjacent implanted implantable layer; and characterized in that : said overlap layer is configured to be more flexible than said compensation layer .
A method for preparing a tetrafluoro-1,2-epoxypropane comprising reacting a 2-bromo-tetrafluoropropan-3-ol with an alkaline or alkaline earth metal hydroxide solution wherein the 2-bromo-tetrafluoropropan-3-ol is selected from the group consisting of 2-bromo-1,1,1,2-tetrafluoropropan-3-ol and 2-bromo-1,1,1,3-tetrafluoropropan-3-ol, and wherein the 2-bromo-1,1,1,2-tetrafluoropropan-3-ol or 2-bromo-1,1,1,3-tetrafluoropropan-3-ol is prepared in a process which comprises reacting 3-acetoxy-2-bromo-1,1,1,2-tetrafluoropropane or 3-acetoxy-2-bromo-1,1,1,3-tetrafluoropropane with sulphuric acid in an aqueous solution.
A process for preparing a peroxyester or peroxycarbonate comprising: a) reacting an organic hydroperoxide with an acid halide, an acid anhydride, or a haloformate, in the presence of a base, b) separating the aqueous layer after completion of step a), c) adding a reducing agent to the organic layer after the aqueous layer has been separated in step b), wherein the reducing agent is an agent capable of reducing the organic hydroperoxide to the corresponding alcohol, d) ensuring that the mixture of step c) has a pH of greater than 6.8 by maintaining or increasing the pH of the mixture of step c), and e) maintaining the pH of greater than 6.8 for at least 5 seconds, wherein the process is characterized in that : i. the mixture of step c) has a pH of less than 6.8 before step d), and in step d) the pH of the mixture of step c) is increased to a pH of greater than 6.8; and/or ii. after completion of step e) the pH is decreased to a pH of less than 6.8. a) reacting an organic hydroperoxide with an acid halide, an acid anhydride, or a haloformate, in the presence of a base, b) separating the aqueous layer after completion of step a), c) adding a reducing agent to the organic layer after the aqueous layer has been separated in step b), wherein the reducing agent is an agent capable of reducing the organic hydroperoxide to the corresponding alcohol, d) ensuring that the mixture of step c) has a pH of greater than 6.8 by maintaining or increasing the pH of the mixture of step c), and e) maintaining the pH of greater than 6.8 for at least 5 seconds, i. the mixture of step c) has a pH of less than 6.8 before step d), and in step d) the pH of the mixture of step c) is increased to a pH of greater than 6.8; and/or ii. after completion of step e) the pH is decreased to a pH of less than 6.8.
A filter media having a gradient in mean pore size across at least a portion of the thickness of the filter media, wherein the gradient is represented by an exponential function fit to four numerical values of the mean pore size determined at different points across at least the portion of the thickness of the filter media, the exponential function having the form: mean pore size x = a * exp k * x wherein x corresponds to a location along the thickness of the portion of the filter media and is normalized to have a value greater than or equal to 0 and less than or equal to 1, and wherein k is greater than or equal to 0.1 and less than or equal to 1.75 and a is greater than or equal to 0.1 μm and less than or equal to 100 μm; wherein the exponential function is determined using a least squares linear regression model; and wherein the coefficient of determination R 2 of the exponential function is greater than or equal to 0.9. wherein x corresponds to a location along the thickness of the portion of the filter media and is normalized to have a value greater than or equal to 0 and less than or equal to 1, and wherein k is greater than or equal to 0.1 and less than or equal to 1.75 and a is greater than or equal to 0.1 μm and less than or equal to 100 μm; wherein the exponential function is determined using a least squares linear regression model; and wherein the coefficient of determination R 2 of the exponential function is greater than or equal to 0.9.
A method for transmitting, by an Access Point, AP, data in a wireless local area network, WLAN, system, the method comprising: receiving an uplink, UL, frame from a first STA, wherein the UL frame comprising first receive, Rx, operating mode information representing a first Rx operating mode to be changed by the first STA; and transmitting, to the first STA, an acknowledgement, ACK, frame for UL multiuser, MU, transmission, wherein the ACK frame comprises mode change acceptance information representing an acceptance or denial of change of the first Rx operating mode based on the first Rx operating mode information, wherein based on the mode change acceptance information representing the denial of change of the first Rx operating mode, the ACK frame further comprises second Rx operating mode information for the first STA, wherein the second Rx operating mode information represents a second Rx operating mode different from the first Rx operating mode, wherein each of the first Rx operating mode information and the second Rx operating mode information comprises Rx spatial stream number information and Rx channel bandwidth information, and wherein the Rx spatial stream number information and the Rx channel bandwidth information included in the first Rx operating mode information are different from the Rx spatial stream number information and the Rx channel bandwidth information included in the second Rx operating mode information. receiving an uplink, UL, frame from a first STA, wherein the UL frame comprising first receive, Rx, operating mode information representing a first Rx operating mode to be changed by the first STA; and transmitting, to the first STA, an acknowledgement, ACK, frame for UL multiuser, MU, transmission, wherein the ACK frame comprises mode change acceptance information representing an acceptance or denial of change of the first Rx operating mode based on the first Rx operating mode information, wherein based on the mode change acceptance information representing the denial of change of the first Rx operating mode, the ACK frame further comprises second Rx operating mode information for the first STA, wherein the second Rx operating mode information represents a second Rx operating mode different from the first Rx operating mode, wherein each of the first Rx operating mode information and the second Rx operating mode information comprises Rx spatial stream number information and Rx channel bandwidth information, and wherein the Rx spatial stream number information and the Rx channel bandwidth information included in the first Rx operating mode information are different from the Rx spatial stream number information and the Rx channel bandwidth information included in the second Rx operating mode information.
A pump bearing for use in a gear pump comprising: a top face ; a side face perimetrically surrounding the top face; a bottom face opposed to the top face; a first bearing bore projecting from the top face to the bottom face defining an axis and configured to contain a drive-side shaft; and a groove within the side face located between the top face and the bottom face , characterised in that the groove has a variable depth in a direction perpendicular to the axis configured to receive a seal. a top face ; a side face perimetrically surrounding the top face; a bottom face opposed to the top face; a first bearing bore projecting from the top face to the bottom face defining an axis and configured to contain a drive-side shaft; and a groove within the side face located between the top face and the bottom face , characterised in that the groove has a variable depth in a direction perpendicular to the axis configured to receive a seal.
An electrical connector system for interconnecting more than two high voltage electrical loads, comprising a male connector including a male connector body defining a cavity receiving a male electrical terminal , the male electrical terminal comprising: - an attachment portion that defines a pair of crimp wings configured to attach said terminal to a wire cable ; - a connection portion , wherein the connection portion defines a first blade longitudinally projecting from said terminal and a second blade longitudinally projecting from said terminal and - a transition portion intermediate the connection portion and the attachment portion , wherein the transition portion defines a first shoulder laterally projecting from a first mesial edge proximate the first blade and wherein the transition portion defines a second shoulder laterally projecting from a second mesial edge opposite the first mesial edge and proximate the second blade ; comprising:¶a male connector having the electrical connector system further comprising a female connector having a first female terminal configured to receive the first blade and a second female terminal configured to receive the second blade , thereby electrically interconnecting the first female terminal , the second female terminal , and the wire cable ; the electrical connector system being characterized in that a first blade width is less than a second blade width and wherein a first blade length is less than a second blade length, and in that a first shoulder width is greater than a second shoulder width, and in that the cavity defines a first longitudinal slot configured to receive the first shoulder and defines a second longitudinal slot opposite the first slot, said second slot having a second slot depth less than a first slot depth and configured to receive the second shoulder and wherein a lateral first shoulder edge is configured to engage an end wall of the first slot and a lateral second shoulder edge is configured to engage an end wall of the second slot. - an attachment portion that defines a pair of crimp wings configured to attach said terminal to a wire cable ; - a connection portion , wherein the connection portion defines a first blade longitudinally projecting from said terminal and a second blade longitudinally projecting from said terminal and - a transition portion intermediate the connection portion and the attachment portion , wherein the transition portion defines a first shoulder laterally projecting from a first mesial edge proximate the first blade and wherein the transition portion defines a second shoulder laterally projecting from a second mesial edge opposite the first mesial edge and proximate the second blade ;
A calcium flux agonist for use in the prevention and/or treatment of bacterial infections and/or injuries of the skin by enhancing an immune response of an immune competent cell to a ligand of a pattern recognition receptor, wherein the calcium flux agonist is a calcium ionophore or a SERCA inhibitor, wherein the calcium ionophore or SERCA inhibitor is ionomycin, calcimycin, calcium ionophore II, calcium ionophore IV, calcium ionophore V, calcium ionophore VI, 2,5-di-tert-butylhydroquinone (DBHQ), thapsigargin, ruthenium red, gingerol, paxilline, or cyclopiazonic acid, wherein the pattern recognition receptor is a TLR receptor or a NOD receptor, wherein the ligand of the pattern recognition receptor is a PAMP and wherein the calcium flux agonist is topically applied.
A method for separating an organic zinc catalyst dispersed in a polyalkylene carbonate resin solution, the method comprising: using a composite filtering membrane, wherein the composite filtering membrane is a composite material comprising a hydroxyl group-containing material and polyolefin and has a form in which one or both surfaces of the polyolefin is coated with the hydroxyl group-containing material. using a composite filtering membrane, wherein the composite filtering membrane is a composite material comprising a hydroxyl group-containing material and polyolefin and has a form in which one or both surfaces of the polyolefin is coated with the hydroxyl group-containing material.
A method for controlling rotor speed of a wind turbine , the method comprising: defining a system model describing resonance dynamics of a wind turbine component , the system model having a nonlinear input term ; applying a transform to the system model to obtain a transformed model for a response oscillation amplitude of the wind turbine component , the transformed model having a linear input term ; defining a wind turbine model describing dynamics of the wind turbine , the wind turbine model including the transformed model of the wind turbine component ; and, applying a model-based control algorithm using the wind turbine model to determine at least one control output , and using the at least one control output to control rotor speed of the wind turbine . defining a system model describing resonance dynamics of a wind turbine component , the system model having a nonlinear input term ; applying a transform to the system model to obtain a transformed model for a response oscillation amplitude of the wind turbine component , the transformed model having a linear input term ; defining a wind turbine model describing dynamics of the wind turbine , the wind turbine model including the transformed model of the wind turbine component ; and, applying a model-based control algorithm using the wind turbine model to determine at least one control output , and using the at least one control output to control rotor speed of the wind turbine .
A display apparatus, comprising: a plurality of displays placeable in a vehicle ; and a controller configured to: generate a first image having a plurality of items of first information; generate a second image having a plurality of items of second information; combine the first image and the second image to form a third image; divide the third image into a first plurality of images; and cause the plurality of displays to respectively display one of the first plurality of images, characterized in that the controller is further configured to: receive an input for controlling a first display , among the plurality of displays , wherein the input is received when the first display is currently being booted and the input is received through a second display that has completed booting; and cause the first display to display information corresponding to the input when the first display has completed booting. a plurality of displays placeable in a vehicle ; and a controller configured to: generate a first image having a plurality of items of first information; generate a second image having a plurality of items of second information; combine the first image and the second image to form a third image; divide the third image into a first plurality of images; and cause the plurality of displays to respectively display one of the first plurality of images, generate a first image having a plurality of items of first information; generate a second image having a plurality of items of second information; combine the first image and the second image to form a third image; divide the third image into a first plurality of images; and cause the plurality of displays to respectively display one of the first plurality of images, characterized in that the controller is further configured to: receive an input for controlling a first display , among the plurality of displays , wherein the input is received when the first display is currently being booted and the input is received through a second display that has completed booting; and cause the first display to display information corresponding to the input when the first display has completed booting. receive an input for controlling a first display , among the plurality of displays , wherein the input is received when the first display is currently being booted and the input is received through a second display that has completed booting; and cause the first display to display information corresponding to the input when the first display has completed booting.
A multi-layer image display device for realizing a multi-layered image with a depth by overlapping a plurality of two-dimensional images, characterized by comprising: a liquid crystal display which can be selectively transparent and produce a first two-dimensional image through a combination of a plurality of pixels, a screen which is disposed behind the display so as to be overlapped in a forward-backward direction with the display , the screen being a transparent screen of a rear surface projection type; and a projector which is disposed behind the screen and adapted for projecting a second two-dimensional image on the screen and for transmitting light having passed the screen through the liquid crystal display to play a role of back light unit for the liquid crystal display . a liquid crystal display which can be selectively transparent and produce a first two-dimensional image through a combination of a plurality of pixels, a screen which is disposed behind the display so as to be overlapped in a forward-backward direction with the display , the screen being a transparent screen of a rear surface projection type; and a projector which is disposed behind the screen and adapted for projecting a second two-dimensional image on the screen and for transmitting light having passed the screen through the liquid crystal display to play a role of back light unit for the liquid crystal display .
Device for buffering container closures in a beverage filling plant, wherein the device has a horizontally oriented buffer surface for buffering container closures , a horizontally oriented transport surface , and an intake and a horizontally oriented outlet , between which the buffer surface rotatable about an axis of rotation is disposed, wherein the intake leads directly onto the buffer surface , the buffer surface adjoins the transport surface for transport of the container closures from the intake to the outlet , the buffer surface is encircled by the transport surface , the transport surface is rotatable about the axis of rotation and independently of the rotatable buffer surface , wherein the intake is arranged such that the container closures are fed substantially in the center of the buffer surface and then migrate outwards from there due to the rotation of the buffer surface in order to pass via the transport surface to the outlet , characterized in that due to the horizontal orientation of the buffer surface , the transport surface and the outlet it is achieved that buffering takes place without an additional height difference having to be overcome thereafter. the intake leads directly onto the buffer surface , the buffer surface adjoins the transport surface for transport of the container closures from the intake to the outlet , the buffer surface is encircled by the transport surface , the transport surface is rotatable about the axis of rotation and independently of the rotatable buffer surface , wherein the intake is arranged such that the container closures are fed substantially in the center of the buffer surface and then migrate outwards from there due to the rotation of the buffer surface in order to pass via the transport surface to the outlet , characterized in that due to the horizontal orientation of the buffer surface , the transport surface and the outlet it is achieved that buffering takes place without an additional height difference having to be overcome thereafter.
Method for treating broad acre crop with at least prohexadione and ethephon, wherein a water based spraying liquid is sprayed on plants, wherein the liquid comprises water and suitable amounts of prohexadione and ethephon, - wherein the amount of prohexadione is between 20 and 200 g/ha, and - wherein the amount of ethephon is between 100 and 325 g/ha. - wherein the amount of prohexadione is between 20 and 200 g/ha, and - wherein the amount of ethephon is between 100 and 325 g/ha.
A method performed by an access point for generating policies for improving network system performance, the method comprising: sending operational data to a server; receiving a management policy from the server according to the operational data sent to the server; merging the management policy with a user preference or user policy to generate a unified policy; and applying the unified policy for network management. sending operational data to a server; receiving a management policy from the server according to the operational data sent to the server; merging the management policy with a user preference or user policy to generate a unified policy; and applying the unified policy for network management.
An article for use in the induction of an immune response against an infectious disease, an autoimmune disease, or cancer, wherein the article comprises a polypeptide comprising (i) a silk polypeptide, and (ii) an antigen. (i) a silk polypeptide, and (ii) an antigen.
A follistatin-like 1 (FSTL1) polypeptide for use in a method for repairing cardiac tissue following an injury in a subject in need thereof, the method comprising contacting the cardiac tissue with the FSTL1 polypeptide, wherein the FSTL1 polypeptide completely lacks any carbohydrate modification.