mhurhangee/ep-ind-claims huggingface dataset:
An adhesive bandage comprising: a solid support comprising an absorbent material having a first surface comprising an anti-adherent material and a second surface fixed to an adhesive material sized to extend from one or more edges of the absorbent material so that the absorbent material can be exposed to the skin of a subject, said first surface comprising an anti-adherent material having deposited thereon a polymer multilayer from about 1 nm to 500 nm thick comprising at least one polymer, said polymer multilayer comprising poly(allylamine hydrochloride) and poly(acrylic acid), the polymer multilayer being impregnated with silver nanoparticles, which silver nanoparticles are releasable in an amount of about 0.05 to 5 μg/cm 2 of the polymer multilayer per day.
Use of a liquid fuel composition in a spark ignition internal combustion engine for providing an improvement in CO 2 emissions, wherein the liquid fuel composition has a final boiling point of less than 190° C, and wherein the spark ignition internal combustion engine is comprised within the powertrain of a plug-in hybrid electric vehicle.
Method for eliminating condensation with fan-assisted fuel operated heating devices with a fuel operated burner, a fuel gas valve which is controllable regarding the volume flow, a fan which is controllable regarding the volume flow, a primary heat exchanger for energetically using the exhaust gases of the burner, and an exhaust manifold in which the fuel gas volume flow and the volume flow through the fan are at least approximately detected, characterized in that the temperature of the exhaust manifold is detected, the dew point of the exhaust gas is at least approximately determined in dependence on the detected fuel gas volume flow and the volume through the fan, in the event of a shortfall of a predetermined difference between the temperature of the exhaust manifold and the dew point of the exhaust gas the volume flow of the fan is increased, and if a further, predetermined difference between the temperature of the exhaust manifold and the dew point of the exhaust gas is exceeded, the volume flow of the fan is reduced.
A computer-implemented method to provide a data transfer mechanism for a multiple graphics processing unit, GPU, configuration (2710, 2720, 2730, 2740) of a graphics processor, the computer-implemented method comprises: monitoring cross tile memory accesses from a first GPU of the graphics processor, to another, second GPU of the graphics processor; and determining, with a memory controller of the first GPU, whether frequent cross tile memory accesses occur from the first GPU to the second GPU; sending a message from the memory controller to a graphics driver to initiate the data transfer mechanism when frequent cross tile memory accesses occur from the first GPU to the second GPU, receiving, with the graphics driver, the message from the memory controller of the first GPU; providing, with the graphics driver, the data transfer mechanism in response to receiving the message, wherein the data transfer mechanism transfers or copies the data that is being accessed frequently by the first GPU to the local memory (2770-1, 2780-1) of the first GPU and to local memory (2770-2, 2780-2) of at least one other GPU; and enabling split frame rendering with the first GPU handling rendering for a first portion of a display and the at least one other GPU handling rendering for a second different portion of the display using the transferred or copied the data. monitoring cross tile memory accesses from a first GPU of the graphics processor, to another, second GPU of the graphics processor; and determining, with a memory controller of the first GPU, whether frequent cross tile memory accesses occur from the first GPU to the second GPU; sending a message from the memory controller to a graphics driver to initiate the data transfer mechanism when frequent cross tile memory accesses occur from the first GPU to the second GPU, receiving, with the graphics driver, the message from the memory controller of the first GPU; providing, with the graphics driver, the data transfer mechanism in response to receiving the message, wherein the data transfer mechanism transfers or copies the data that is being accessed frequently by the first GPU to the local memory (2770-1, 2780-1) of the first GPU and to local memory (2770-2, 2780-2) of at least one other GPU; and enabling split frame rendering with the first GPU handling rendering for a first portion of a display and the at least one other GPU handling rendering for a second different portion of the display using the transferred or copied the data.
A device for positioning an adjustable implant device adjacent to target tissue, comprising: an implant holding element configured to releasably hold said adjustable implant device; a tool holding element configured to hold an adjustment tool adjacent the implant holding element and to allow operation thereof while so held, said adjustment tool being configured to adjust said adjustable implant device, said tool holding element coupled longitudinally moveable relative to said adjustment tool and said implant holding element between a first position arrangeable adjacent said adjustable implant device and a second position arrangeable spaced therefrom; and an implant securing element having a configuration effective to secure said implant to said target tissue. an implant holding element configured to releasably hold said adjustable implant device; a tool holding element configured to hold an adjustment tool adjacent the implant holding element and to allow operation thereof while so held, said adjustment tool being configured to adjust said adjustable implant device, said tool holding element coupled longitudinally moveable relative to said adjustment tool and said implant holding element between a first position arrangeable adjacent said adjustable implant device and a second position arrangeable spaced therefrom; and an implant securing element having a configuration effective to secure said implant to said target tissue.
A cutting insert comprising a main body, the main body including: a first face; a second face continuous with the first face and extending in a direction intersecting the first face; and a third face continuous with the first face and the second face, the first face having a fixing hole formed therein, the second face including a rake face, among outer-peripheral sides of the second face, a boundary portion with the first face being a main cutting edge, when viewed from a side where the first face is disposed, the main cutting edge including: a first straight portion located adjacent to a reference side, the reference side being a boundary between the first face and the third face; characterized in that the main cutting edge includes a second straight portion arranged at a distance from the first straight portion; and a curved portion connecting the first straight portion and the second straight portion, a first intersection angle (θ1) of the first straight portion with respect to the reference side being different from a second intersection angle (θ2) of the second straight portion with respect to the reference side; and wherein, when viewed from the side where the first face is disposed, the curved portion includes: a first curved sub-portion convex in a direction away from the fixing hole; and a second curved sub-portion convex toward the fixing hole. a first face; a second face continuous with the first face and extending in a direction intersecting the first face; and a third face continuous with the first face and the second face, the first face having a fixing hole formed therein, the second face including a rake face, among outer-peripheral sides of the second face, a boundary portion with the first face being a main cutting edge, when viewed from a side where the first face is disposed, the main cutting edge including: a first straight portion located adjacent to a reference side, the reference side being a boundary between the first face and the third face; characterized in that the main cutting edge includes a second straight portion arranged at a distance from the first straight portion; and a curved portion connecting the first straight portion and the second straight portion, a first straight portion located adjacent to a reference side, the reference side being a boundary between the first face and the third face; characterized in that the main cutting edge includes a second straight portion arranged at a distance from the first straight portion; and a curved portion connecting the first straight portion and the second straight portion, a first intersection angle (θ1) of the first straight portion with respect to the reference side being different from a second intersection angle (θ2) of the second straight portion with respect to the reference side; and wherein, when viewed from the side where the first face is disposed, the curved portion includes: a first curved sub-portion convex in a direction away from the fixing hole; and a second curved sub-portion convex toward the fixing hole. a first curved sub-portion convex in a direction away from the fixing hole; and a second curved sub-portion convex toward the fixing hole.
A glass container comprising: a body having an inner surface, an outer surface and a wall thickness extending between the outer surface and the inner surface, wherein at least the inner surface of the body has a delamination factor less than or equal to 10; a compressively stressed layer extending from the outer surface of the body into the wall thickness, the compressively stressed layer having a surface compressive stress greater than or equal to 150 MPa; and a lubricous coating positioned around at least a portion of the outer surface of the body, wherein the outer surface of the body with the lubricous coating has a coefficient of friction less than or equal to 0.7 and wherein the lubricous coating is a tenacious inorganic coating. a body having an inner surface, an outer surface and a wall thickness extending between the outer surface and the inner surface, wherein at least the inner surface of the body has a delamination factor less than or equal to 10; a compressively stressed layer extending from the outer surface of the body into the wall thickness, the compressively stressed layer having a surface compressive stress greater than or equal to 150 MPa; and a lubricous coating positioned around at least a portion of the outer surface of the body, wherein the outer surface of the body with the lubricous coating has a coefficient of friction less than or equal to 0.7 and wherein the lubricous coating is a tenacious inorganic coating.
A wireless communications method, comprising: employing a processor executing computer executable instructions stored on a computer readable storage medium to implement the following acts: generating cyclic shifts for a sequence generator by masking shift register output values with one or more vectors, wherein a vector is generated from a sequence generator polynomial and a desired cyclical shift; forwarding the sequence generator to a future state based in part on the output values and the vectors in order to generate a consecutive sequence of bits occurring just before a desired future state of the sequence generator; and using said consecutive sequence of bits to initialize the shift register of the sequence generator. employing a processor executing computer executable instructions stored on a computer readable storage medium to implement the following acts: generating cyclic shifts for a sequence generator by masking shift register output values with one or more vectors, wherein a vector is generated from a sequence generator polynomial and a desired cyclical shift; forwarding the sequence generator to a future state based in part on the output values and the vectors in order to generate a consecutive sequence of bits occurring just before a desired future state of the sequence generator; and using said consecutive sequence of bits to initialize the shift register of the sequence generator. generating cyclic shifts for a sequence generator by masking shift register output values with one or more vectors, wherein a vector is generated from a sequence generator polynomial and a desired cyclical shift; forwarding the sequence generator to a future state based in part on the output values and the vectors in order to generate a consecutive sequence of bits occurring just before a desired future state of the sequence generator; and using said consecutive sequence of bits to initialize the shift register of the sequence generator.
A grease composition comprising a mixed base oil, a urea-based thickener, and an additive, wherein: the kinematic viscosity at 40°C of the base oil is 100 to 1,000 mm 2 /s, and the particles containing the urea-based thickener in the grease composition satisfy the following requirement: Requirement: the area-based arithmetic average particle diameter of the particles is 2.0 μm or less, as measured by a laser diffraction/scattering method and wherein the additive is one or more selected from a sarcosine derivative, an amine compound and an amide compound, wherein the sarcosine derivative is an α-amino acid in which an amino group having a methyl group is bound to a carbon atom having a carboxy group bound thereto. the kinematic viscosity at 40°C of the base oil is 100 to 1,000 mm 2 /s, and the particles containing the urea-based thickener in the grease composition satisfy the following requirement: Requirement: the area-based arithmetic average particle diameter of the particles is 2.0 μm or less, as measured by a laser diffraction/scattering method and
A method of printing a two-dimensional bit-mapped image having a number of pixels per row for printing using a plurality of overlapping printheads or a printhead or printheads indexed through overlapping positions, the or each printhead having a row of ejection channels, each ejection channel having associated ejection electrodes to which a voltage is applied in use sufficient to cause particulate concentrations to be formed from within a body of printing fluid, and wherein, in order to cause volumes of charged particulate concentrations of one of a number of predetermined volume sizes to be ejected as printed droplets from selected ejection channels of the overlapping printheads, voltage pulses (V E) of respective predetermined amplitude and duration, as determined by respective image pixel bit values, are applied to the electrodes of the selected ejection channels, wherein for each row of the image, the values of the voltage pulses (V E) to be applied to the overlapping printheads to form pixels printed by overlapped ejection channels are variably adjusted, so as to variably adjust the ejection volume for each pixel, in dependence on the position of the pixel within an overlapped region of the printheads and in dependence on a predetermined volume size of the pixel, wherein each overlapping printhead or printheads indexed through overlapping positions prints a contribution to each non-blank pixel in the overlapped channels in the form of a single ejection event and based on a predetermined fading function dependent on the predetermined volume sizes of the pixels to be printed in the overlapped region of the printheads.
A press wheel for agricultural equipment, the press wheel comprising: an annular inner rim extending along a rotational axis and defining a central opening; and a wheel body circumferentially surrounding the inner rim; wherein the inner rim comprises a plurality of axially-extending recesses (326, 326'), characterized in that the inner rim has a first side and a second side opposite the first side; wherein the plurality of axially-extending recesses (326, 326') comprises a plurality of first axially-extending recesses and a plurality of second axially-extending recesses; wherein each of the first axially-extending recesses extends from the first side toward the second side; and wherein each of the second axially-extending recesses extends from the second side toward the first side. an annular inner rim extending along a rotational axis and defining a central opening; and a wheel body circumferentially surrounding the inner rim; wherein the inner rim comprises a plurality of axially-extending recesses (326, 326'), characterized in that the inner rim has a first side and a second side opposite the first side; wherein the plurality of axially-extending recesses (326, 326') comprises a plurality of first axially-extending recesses and a plurality of second axially-extending recesses; wherein each of the first axially-extending recesses extends from the first side toward the second side; and wherein each of the second axially-extending recesses extends from the second side toward the first side.
A modular LED driver system, comprising: a modular LED driver; a plurality of modular connectors electrically coupled to the modular LED driver, wherein each modular connector of the plurality of modular connectors is electrically couplable to at least one LED lighting module via a modular low voltage cable, and wherein each modular connector outputs a different amount of power; and the modular low voltage cable comprising a cable connector having multiple sets of terminals, wherein the cable connector is configured to electrically engage any one of the plurality of modular connectors such that, when the cable connector is coupled to a first modular connector of the plurality of modular connectors, a first set of the multiple sets of cable connector terminals is electrically engaged to provide a first amount of power, and when the cable connector is coupled to a second modular connector of the plurality of modular connectors, a second set of the multiple sets of cable connector terminals is electrically engaged to provide a second amount of power; wherein each modular connector is designated by a colour, the colour being indicative of the amount of power provided via the modular connector or the number of LED lighting modules to be connected to the modular connector; and wherein each set of cable connector terminals is designated by a colour and configured to be electrically coupled to one of the plurality of modular connectors designated by the corresponding colour. a modular LED driver; a plurality of modular connectors electrically coupled to the modular LED driver, wherein each modular connector of the plurality of modular connectors is electrically couplable to at least one LED lighting module via a modular low voltage cable, and wherein each modular connector outputs a different amount of power; and the modular low voltage cable comprising a cable connector having multiple sets of terminals, wherein the cable connector is configured to electrically engage any one of the plurality of modular connectors such that, when the cable connector is coupled to a first modular connector of the plurality of modular connectors, a first set of the multiple sets of cable connector terminals is electrically engaged to provide a first amount of power, and when the cable connector is coupled to a second modular connector of the plurality of modular connectors, a second set of the multiple sets of cable connector terminals is electrically engaged to provide a second amount of power; wherein each modular connector is designated by a colour, the colour being indicative of the amount of power provided via the modular connector or the number of LED lighting modules to be connected to the modular connector; and wherein each set of cable connector terminals is designated by a colour and configured to be electrically coupled to one of the plurality of modular connectors designated by the corresponding colour.
Sealing system for a door leaf or window sash having a lower end face and having a first door or window side and, opposite this first door or window side, a second door or window side and intended for sealing a gap between the door leaf or window sash and a surface opposite the lower end face of the door leaf or window sash, wherein the sealing system has a first sealing unit and a second sealing unit which are arranged one behind the other in the flow direction through the gap from the first door or window side to the second door or window side, wherein the first sealing unit is designed for sealing against water, and the second sealing unit is designed for sealing against air, wherein, with the door leaf or window sash closed, the first sealing unit seals downwardly with respect to the surface and, on both end faces, outwardly with respect to a door or window frame, and wherein the first sealing unit and/or the second sealing unit are/is designed as a lowerable sealing unit with a sealing profile (33, 43) which is able to be lowered automatically onto the surface when closing the door leaf or window sash.
A process for polymerizing ethylene comprising: (i) contacting, in a first reactor, ethylene; optionally at least one comonomer; with a catalyst composition comprising one or more Group 3-10 transition metal containing Ziegler-Natta procatalyst compounds; one or more alkylaluminum cocatalysts; and one or more self limiting agents, wherein the one or more self limiting agents is 4-methylcyclohexane-1,2-dicarboxylic anhydride and the one or more self limiting agents are provided at a total self limiting agent to transition metal component molar ratio from 1:1 to 1.9:1 such that the self limiting agents reduce polymerization rates to no greater than 40% of the polymerization rate in the absence of the one or more self limiting agents at temperatures equal to or greater than 120 °C; and (ii) polymerizing at a first reactor temperature of greater than 75 °C and less than 112 °C to form an ethylene-based polymer; and wherein the first reactor does not exhibit sheeting.
Radio signal emitting node (25, 38) configured to emit a radio signal with a radio emission power when buried in soil, said node (25, 38) comprising: - an antenna (20; 39); - an integrated electronic circuit being electrically connected to the antenna (20, 39) using a feed line (15, 17, 18); and - at least one sensor for generating measurement data; whereas the integrated circuit is configured to operate the antenna (20, 39) to emit the radio signal containing said measurement data periodically or upon receiving a wireless request; characterized in that: the radio signal emitting node (25, 38) has been configured to allow a surrounding medium of the soil to influence the near field of the antenna (20, 39), when said node (25, 38) is buried in soil, the radio signal emitting node (25, 38) further has been configured to decrease the radio emission power or to prevent the radio signal emission in case the influence of the surrounding medium onto the near field is withdrawn, when said node (25, 38) is removed from the soil. - an antenna (20; 39); - an integrated electronic circuit being electrically connected to the antenna (20, 39) using a feed line (15, 17, 18); and - at least one sensor for generating measurement data;