mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a processor; and a memory (44; 46) communicatively connected with the processor, the memory having stored thereon executable instructions that when executed by the processor cause the processor to effectuate operations comprising: setting a parameter, said parameter to be included in a first frame, said parameter indicative that multiple acknowledgments are allowed in an integrated ACK frame, the allowed multiple acknowledgments comprising an acknowledgment of a first application data and an acknowledgment of a second medium access control data; sending the first frame, the first frame comprising a first medium access control data and the first application data; sending a second frame, the second frame comprising the second medium access control data and a second application data; and receiving the integrated ACK frame, the integrated ACK frame comprising the acknowledgment of the second medium access control data and the acknowledgment of the first application data. a processor; and a memory (44; 46) communicatively connected with the processor, the memory having stored thereon executable instructions that when executed by the processor cause the processor to effectuate operations comprising: setting a parameter, said parameter to be included in a first frame, said parameter indicative that multiple acknowledgments are allowed in an integrated ACK frame, the allowed multiple acknowledgments comprising an acknowledgment of a first application data and an acknowledgment of a second medium access control data; sending the first frame, the first frame comprising a first medium access control data and the first application data; sending a second frame, the second frame comprising the second medium access control data and a second application data; and receiving the integrated ACK frame, the integrated ACK frame comprising the acknowledgment of the second medium access control data and the acknowledgment of the first application data. setting a parameter, said parameter to be included in a first frame, said parameter indicative that multiple acknowledgments are allowed in an integrated ACK frame, the allowed multiple acknowledgments comprising an acknowledgment of a first application data and an acknowledgment of a second medium access control data; sending the first frame, the first frame comprising a first medium access control data and the first application data; sending a second frame, the second frame comprising the second medium access control data and a second application data; and receiving the integrated ACK frame, the integrated ACK frame comprising the acknowledgment of the second medium access control data and the acknowledgment of the first application data.
A process for preparing a polymer latex comprising polymerizing one or more ethylenically unsaturated aromatic monomers and one or more conjugated diene monomers in the presence of hydroperoxide chain transfer agent and sulfur-containing chain transfer agent, wherein the sulfur-containing chain transfer agent is added after at least 80 wt% of the hydroperoxide chain transfer agent has been introduced in the process, as the polymerization proceeds.
A handle for a razor cartridge, the handle comprising: a head having a cartridge engaging end and an attachment end; a body formed of a first material and defining a centerline, the body having a front end and a rear end, wherein the front end is coupled with the attachment end; and a cover layer at least partially overlying the body and formed of a second material, the cover layer comprising a base surface having a plurality of projections extending therefrom, wherein: each projection of the plurality of projections is interposed between a pair of immediately adjacent projections; each projection of the plurality of projections defines a height; and the height of each projection of the plurality of projections is: greater than the height of one of the immediately adjacent projections; and less than the height of the other immediately adjacent projection, characterized in that each projection of the plurality of projections is frusto-pyramidal shaped. a head having a cartridge engaging end and an attachment end; a body formed of a first material and defining a centerline, the body having a front end and a rear end, wherein the front end is coupled with the attachment end; and a cover layer at least partially overlying the body and formed of a second material, the cover layer comprising a base surface having a plurality of projections extending therefrom, wherein: each projection of the plurality of projections is interposed between a pair of immediately adjacent projections; each projection of the plurality of projections defines a height; and the height of each projection of the plurality of projections is: greater than the height of one of the immediately adjacent projections; and less than the height of the other immediately adjacent projection, characterized in that each projection of the plurality of projections is frusto-pyramidal shaped. each projection of the plurality of projections is interposed between a pair of immediately adjacent projections; each projection of the plurality of projections defines a height; and the height of each projection of the plurality of projections is: greater than the height of one of the immediately adjacent projections; and less than the height of the other immediately adjacent projection, characterized in that each projection of the plurality of projections is frusto-pyramidal shaped. greater than the height of one of the immediately adjacent projections; and less than the height of the other immediately adjacent projection, characterized in that each projection of the plurality of projections is frusto-pyramidal shaped.
A method for rendering Digital Cinema Initiative -image data compliant with the "Digital Cinema System Specification", Version 1.2, on an Enhanced Dynamic Range projector system, the EDR projector system having a larger dynamic range than a standard DCI projector and being capable of reproducing higher light levels than DCI light levels, the EDR projector system further comprising a first modulator (106; 208) and a second modulator (110; 216), said first modulator being illuminated by a light source and providing a halftone image to an optical system, said optical system blurring the halftone image to generate a blurred halftone image, the blurred halftone image being received by the second modulator, said second modulator modulating the blurred halftone image to produce a desired image, the method comprising: receiving (step 802) input image data; determining (step 804) whether the input image data comprises DCI image data; if the input image data comprises DCI image data, performing dynamic range processing on the DCI image data, the dynamic range processing comprising: setting the first modulator to produce the halftone image with a light level according to a ratio of DCI max luminance to max luminance of the EDR projector system; and sending signals to the second modulator to modulate light from the first modulator to form the desired image from said input image data. receiving (step 802) input image data; determining (step 804) whether the input image data comprises DCI image data; if the input image data comprises DCI image data, performing dynamic range processing on the DCI image data, the dynamic range processing comprising: setting the first modulator to produce the halftone image with a light level according to a ratio of DCI max luminance to max luminance of the EDR projector system; and sending signals to the second modulator to modulate light from the first modulator to form the desired image from said input image data. setting the first modulator to produce the halftone image with a light level according to a ratio of DCI max luminance to max luminance of the EDR projector system; and sending signals to the second modulator to modulate light from the first modulator to form the desired image from said input image data.
A server comprising an administration module configured to: receive context information from a remote network of a vehicle, wherein the context information comprises compatibility of a plurality of electronic control units, ECUs, in the remote network of the vehicle, and the compatibility of the plurality of ECUs indicates whether each ECU is compatible individually with an update; formulate a policy for governing a first update for one or more ECUs of the plurality of ECUs based on the context information from the remote network of the vehicle, wherein the policy comprises an installation policy, and the installation policy comprises respective update installation instructions relating to the compatibility of the one or more ECUs; prepare the first update for the one or more ECUs in compliance with the policy; and send the policy and the first update to the remote network for updating the one or more ECUs in the remote network. receive context information from a remote network of a vehicle, wherein the context information comprises compatibility of a plurality of electronic control units, ECUs, in the remote network of the vehicle, and the compatibility of the plurality of ECUs indicates whether each ECU is compatible individually with an update; formulate a policy for governing a first update for one or more ECUs of the plurality of ECUs based on the context information from the remote network of the vehicle, wherein the policy comprises an installation policy, and the installation policy comprises respective update installation instructions relating to the compatibility of the one or more ECUs; prepare the first update for the one or more ECUs in compliance with the policy; and send the policy and the first update to the remote network for updating the one or more ECUs in the remote network.
A method of configuring an optical path for transmission of data from a source node to a destination node, the optical path comprising an optical channel for parallel transmission of non overlapping frequency carriers, the frequency separation of the carriers being lower than the baud rate, the method comprising: (a) determining a path OSNR (OSNR p) of the path; (b) selecting a carrier bandwidth so that the channel bandwidth (BW T) is less than or equal to a maximum path bandwidth (B P) available for transmission, wherein the channel bandwidth, B T ≈ BW ·C, wherein BW is the carrier bandwidth and C is the number of frequency carriers; (c) selecting a FEC code having a minimum overhead requirement; (d) determining a channel OSNR (OSNR T) based on the currently selected bandwidth and the currently selected FEC code; (e) in response to determining that the channel OSNR (OSNR T) is greater than the path OSNR (OSNR p), reselect new FEC codes having increasing overhead requirements until the channel OSNR (OSNR T) is less than the path OSNR (OSNR p), and if this is not possible increase the carrier bandwidth and return to step (c); (h) configuring the path for transmission based on the finally selected channel bandwidth (B T) of carrier frequencies and the finally selected FEC code. (a) determining a path OSNR (OSNR p) of the path; (b) selecting a carrier bandwidth so that the channel bandwidth (BW T) is less than or equal to a maximum path bandwidth (B P) available for transmission, wherein the channel bandwidth, B T ≈ BW ·C, wherein BW is the carrier bandwidth and C is the number of frequency carriers; (c) selecting a FEC code having a minimum overhead requirement; (d) determining a channel OSNR (OSNR T) based on the currently selected bandwidth and the currently selected FEC code; (e) in response to determining that the channel OSNR (OSNR T) is greater than the path OSNR (OSNR p), reselect new FEC codes having increasing overhead requirements until the channel OSNR (OSNR T) is less than the path OSNR (OSNR p), and if this is not possible increase the carrier bandwidth and return to step (c); (h) configuring the path for transmission based on the finally selected channel bandwidth (B T) of carrier frequencies and the finally selected FEC code.
An adhesive film adapted to be wound and stamped, the adhesive film including an epoxy-based adhesive compound that can be activated by UV radiation, wherein the adhesive compound comprises: a) 2-40 wt % of film former, b) 10-70 wt % of aromatic epoxy resins, c) cyclo-aliphatic epoxy resins, the cyclo-aliphatic epoxy resins not exceeding 35 wt %, d) 0-50 wt % of epoxy-enhanced polyether compounds, e) 0-20 wt % of polyol, and f) 0.5-7 wt % of cationic initiators, the proportions adding up to 100%, and the adhesive compound has an open time of 10 seconds to 60 minutes after the UV activation, during which open time the film has a pressure-sensitive adhesive characteristic, characterized in that the share of an epoxy equivalent of the cyclo-aliphatic epoxy resins in the epoxy equivalent of all the epoxy resins is at most 25 % and the adhesive compound comprises at least 42 wt % of the epoxy-enhanced polyether compounds, or the adhesive compound comprises at least 6 wt % of the polyol, or the adhesive compound comprises at least 12 wt % of the epoxy-enhanced polyether compounds as well as at least 2 wt % of the polyol. a) 2-40 wt % of film former, b) 10-70 wt % of aromatic epoxy resins, c) cyclo-aliphatic epoxy resins, the cyclo-aliphatic epoxy resins not exceeding 35 wt %, d) 0-50 wt % of epoxy-enhanced polyether compounds, e) 0-20 wt % of polyol, and f) 0.5-7 wt % of cationic initiators, the proportions adding up to 100%, and the adhesive compound has an open time of 10 seconds to 60 minutes after the UV activation, during which open time the film has a pressure-sensitive adhesive characteristic, characterized in that the share of an epoxy equivalent of the cyclo-aliphatic epoxy resins in the epoxy equivalent of all the epoxy resins is at most 25 % and the adhesive compound comprises at least 42 wt % of the epoxy-enhanced polyether compounds, or the adhesive compound comprises at least 6 wt % of the polyol, or the adhesive compound comprises at least 12 wt % of the epoxy-enhanced polyether compounds as well as at least 2 wt % of the polyol.
A method for pumping wellbore fluid from a wellbore, the method comprising the steps of: providing a linear pump (100, 300) having a chamber, the chamber defined by a sidewall, and a piston, the chamber having an inlet valve connected to a passage through the sidewall and an expandable material in axial alignment with the piston to define a reciprocating linear motor pump, the expandable material exhibiting at least one of piezoelectric, electrostriction, magnetostrictive, and piezomagnetism properties; submerging the reciprocating linear motor pump in a wellbore fluid in a wellbore; axially contracting the expandable material to cause the piston to draw the wellbore fluid from outside the reciprocating linear motor pump, through the inlet valve, into the chamber, the outlet valve closing to prevent wellbore fluid from the tubing from entering the chamber and the inlet valve opening to allow wellbore fluid from outside the reciprocating linear motor pump to enter the chamber and then axially extending the expandable material to cause the piston to push wellbore fluid out of the chamber through the outlet valve, the inlet valve closing to prevent wellbore fluid from exiting the chamber through the inlet valve and the outlet valve opening to allow wellbore fluid to exit the chamber through the outlet valve; and repeatedly applying alternating electric current from a stimulus generator to cause the expandable material to extend and contract. providing a linear pump (100, 300) having a chamber, the chamber defined by a sidewall, and a piston, the chamber having an inlet valve connected to a passage through the sidewall and an expandable material in axial alignment with the piston to define a reciprocating linear motor pump, the expandable material exhibiting at least one of piezoelectric, electrostriction, magnetostrictive, and piezomagnetism properties; submerging the reciprocating linear motor pump in a wellbore fluid in a wellbore; axially contracting the expandable material to cause the piston to draw the wellbore fluid from outside the reciprocating linear motor pump, through the inlet valve, into the chamber, the outlet valve closing to prevent wellbore fluid from the tubing from entering the chamber and the inlet valve opening to allow wellbore fluid from outside the reciprocating linear motor pump to enter the chamber and then axially extending the expandable material to cause the piston to push wellbore fluid out of the chamber through the outlet valve, the inlet valve closing to prevent wellbore fluid from exiting the chamber through the inlet valve and the outlet valve opening to allow wellbore fluid to exit the chamber through the outlet valve; and repeatedly applying alternating electric current from a stimulus generator to cause the expandable material to extend and contract.
Holder for a fan of a lighting device for a vehicle, wherein the holder comprises at least one fastening element for the fastening of the fan on the holder, and at least one fastening device for the fastening of the holder in and/ or on the housing of the lighting device on the inside of the lighting device, characterized in that the, at least one, fastening device has a smooth through-bore or a through-bore with female threading at least in a part of the through-bore for the reception of a fastening screw.
An electric tool comprising: a body portion including: a tool attachment member to which a tool is attached; a driving unit configured to drive the tool; and a transmission unit configured to transmit driving force of the driving unit to the tool; a grip portion provided for the body portion and including a gripping part designed to be held by a user with his or her hand; and a battery pack configured to supply power to the driving unit, wherein the battery pack is attachable to, and removable from, the grip portion, characterized in that: the battery pack includes an all-solid-state battery and has a heavier weight than the body portion. a body portion including: a tool attachment member to which a tool is attached; a driving unit configured to drive the tool; and a transmission unit configured to transmit driving force of the driving unit to the tool; a grip portion provided for the body portion and including a gripping part designed to be held by a user with his or her hand; and a battery pack configured to supply power to the driving unit, wherein the battery pack is attachable to, and removable from, the grip portion,
A polyamide resin composition for a molded article exposed to high-pressure hydrogen, the composition consisting essentially of: polyamide 6 resin, wherein polyamide 6 resin is polyamide resin composed mainly of 6-aminocaproic acid and/or units derived from ε-caprolactam, so that units derived from 6-aminocaproic acid or units derived from ε-caprolactam are contained in a total amount of 90 mol% or more based on 100 mol% of total monomer units constituting the polyamide resin; at least one polyamide resin having a melting point, as determined by DSC, that is not higher than a melting point of the polyamide 6 resin + 20°C and a cooling crystallization temperature, as determined by DSC, that is higher than a cooling crystallization temperature of the polyamide 6 resin, the at least one polyamide resin being present in an amount of 0.01 to 5 parts by weight based on 100 parts by weight of the polyamide 6 resin; at least one impact modifier in an amount of 1 to 50 parts by weight based on 100 parts by weight of the polyamide 6 resin; and optionally one or more other components which are added to the extent that the properties of the composition are not impaired. polyamide 6 resin, wherein polyamide 6 resin is polyamide resin composed mainly of 6-aminocaproic acid and/or units derived from ε-caprolactam, so that units derived from 6-aminocaproic acid or units derived from ε-caprolactam are contained in a total amount of 90 mol% or more based on 100 mol% of total monomer units constituting the polyamide resin; at least one polyamide resin having a melting point, as determined by DSC, that is not higher than a melting point of the polyamide 6 resin + 20°C and a cooling crystallization temperature, as determined by DSC, that is higher than a cooling crystallization temperature of the polyamide 6 resin, the at least one polyamide resin being present in an amount of 0.01 to 5 parts by weight based on 100 parts by weight of the polyamide 6 resin; at least one impact modifier in an amount of 1 to 50 parts by weight based on 100 parts by weight of the polyamide 6 resin; and optionally one or more other components which are added to the extent that the properties of the composition are not impaired.
Method of assembling a group of irregular tetrahedral packages (1a, 1b) having a first orientation and a mirrored second orientation, said packages (1a, 1b) each having two panels (5, 6) that are isosceles right triangles, and two elongated panels (7, 8) that are right triangles, characterized by comprising the steps of: providing an L-shaped blank having a rectangular central wall, a rectangular right wall, and a rectangular left wall, the right wall and the left wall being attached on neighbouring edges of the central wall via weakening lines (11, 12), arranging one package with a first orientation and one package with a second orientation on each of the right wall, left wall and central wall, wherein all packages (1a, 1b) are placed such that a panel (5, 6) with isosceles right triangle shape faces the cardboard blank, and where the hypotenuse of said panel is directed towards a central corner, between the right wall and the left wall, and such that the top downward angled edges of all packages also are directed towards said central corner, such that the cardboard blank can be folded into a cube by angling the right wall from an unfolded position, and by angling the left wall from an unfolded position, until the packages (1a, 1b) rest on top of the packages (1a, 1b) on the central wall. providing an L-shaped blank having a rectangular central wall, a rectangular right wall, and a rectangular left wall, the right wall and the left wall being attached on neighbouring edges of the central wall via weakening lines (11, 12), arranging one package with a first orientation and one package with a second orientation on each of the right wall, left wall and central wall, wherein all packages (1a, 1b) are placed such that a panel (5, 6) with isosceles right triangle shape faces the cardboard blank, and where the hypotenuse of said panel is directed towards a central corner, between the right wall and the left wall, and such that the top downward angled edges of all packages also are directed towards said central corner, such that the cardboard blank can be folded into a cube by angling the right wall from an unfolded position, and by angling the left wall from an unfolded position, until the packages (1a, 1b) rest on top of the packages (1a, 1b) on the central wall.
Binder for injection moulding composition comprising: - at least 35% by volume of a polymeric base, - from 40 to 55% by volume of a mixture of waxes or a mixture of wax and palm oil, - and 10% by volume of a surfactant, wherein the polymeric base contains 2 to 7% by volume of an ethylene and vinyl acetate copolymer, 25% by volume of polyethylene, 2 to 15% by volume of polypropylene and 6 to 15% by volume of acrylic resin, the respective quantities of the components of the binders being such that, added together, they do not exceed 100%, and wherein the acrylic resin has a molecular weight of between 50,000 and 220,000 and an inherent viscosity of 0.21 to 0.83, and is chosen from the group comprising polymers of isobutyl methacrylate, methyl methacrylate, ethyl methacrylate and N-butyl methacrylate, and copolymers of isobutyl methacrylate and N-butyl methacrylate and of methyl methacrylate and N-butyl methacrylate, or a mixture of these polymers and/or copolymers. - at least 35% by volume of a polymeric base, - from 40 to 55% by volume of a mixture of waxes or a mixture of wax and palm oil, - and 10% by volume of a surfactant,