mhurhangee/ep-ind-claims huggingface dataset:
A package comprising: a base sheet to configure a main body of the package; a color ink layer to contain at least 1-layer color ink coated over the base sheet; a smooth glossy layer to provide a glossy feeling to the color ink layer; and a protruded layer to be configured by printing transparent varnish in a protruded shape under predetermined conditions for keeping the glossy feeling of the color ink layer. a base sheet to configure a main body of the package; a color ink layer to contain at least 1-layer color ink coated over the base sheet; a smooth glossy layer to provide a glossy feeling to the color ink layer; and a protruded layer to be configured by printing transparent varnish in a protruded shape under predetermined conditions for keeping the glossy feeling of the color ink layer.
A peptide antagonist of a Cx43 hemichannel protein for use in treating sepsis or endotoxemia or reducing or inhibiting development of sepsis, wherein the peptide antagonist has the sequence of an extracellular domain of a Cx43 hemichannel.
A water-in-oil emulsion composition comprising the below-described components and, wherein it satisfies the below-described conditions to; Components: 0.1 to 5.0 mass % of glycerol isostearate and/or glycerol oleate with respect to the total amount of composition, an aqueous component, and an oil component containing an isoparaffin having 20 carbon atoms or less and a solid oil component; Conditions: the internal-aqueous-phase proportion, which is obtained by dividing the mass of the aqueous component by the sum of the mass of the aqueous component and the mass of the oil component, is 68% or higher, and the amount of glycerol monoisostearate and/or glycerol monooleate contained in component is 85 mass % or higher with respect to the total amount of, the amount of an isoparaffin having 20 carbon atoms or less contained in component is 30 mass % or higher with respect to the total amount of hydrocarbon oil, and in the water-in-oil emulsion component and component are present in a multi-phase equilibrium state, wherein the multi-phase equilibrium state is obtained by mixing component and component, and in which the multi-phase equilibrium state is (i) bicontinuous cubic liquid crystals, reverse hexagonal liquid crystals, and a water phase are coexistent, or (ii) bicontinuous cubic liquid crystals, reverse hexagonal liquid crystals, other phases, and a water phase are coexistent. 0.1 to 5.0 mass % of glycerol isostearate and/or glycerol oleate with respect to the total amount of composition, an aqueous component, and an oil component containing an isoparaffin having 20 carbon atoms or less and a solid oil component; the internal-aqueous-phase proportion, which is obtained by dividing the mass of the aqueous component by the sum of the mass of the aqueous component and the mass of the oil component, is 68% or higher, and the amount of glycerol monoisostearate and/or glycerol monooleate contained in component is 85 mass % or higher with respect to the total amount of, the amount of an isoparaffin having 20 carbon atoms or less contained in component is 30 mass % or higher with respect to the total amount of hydrocarbon oil, and in the water-in-oil emulsion component and component are present in a multi-phase equilibrium state, wherein the multi-phase equilibrium state is obtained by mixing component and component, and in which the multi-phase equilibrium state is (i) bicontinuous cubic liquid crystals, reverse hexagonal liquid crystals, and a water phase are coexistent, or (ii) bicontinuous cubic liquid crystals, reverse hexagonal liquid crystals, other phases, and a water phase are coexistent.
Apparatus for forging a hollow body from a pre-perforated hollow block, comprising forging tools which can be driven radially with respect to a forging axis, a clamping head which is displaceable on a guide bed in the direction of the forging axis and comprises collet chucks for the hollow block, and a mandrel carriage which is arranged on the side of the clamping head facing away from the forging tools, is displaceable independently of said clamping head along the guide bed and whose mandrel bar provided with a forging mandrel penetrates the clamping head coaxially with respect to the forging axis, characterised in that the mandrel carriage comprises an axial actuating drive for the mandrel bar and can be coupled to the clamping head in a manner ensuring tensile strength.
Headrest for motor vehicle seat, said headrest comprising: - a reinforcement made of a folded metal tube in the general shape of an inverted U, in such a way as to define two parallel branches for connection to a backrest of said seat, the upper ends of said branches being connected together by a spacer, - a block of flexible foam padding overmoulding the top portion of said reinforcement, - a coating cover of said block, said cover being provided with a lower turning mouth, said block overmoulding said cover, said branches passing through two respective lower orifices provided in said cover, - a case mounted on said reinforcement between said branches, said bloc overmoulding said case, - a weight for absorbing the vibrations of said headrest when moving, said weight being arranged in said case, said headrest being characterised in that: - said case is manufactured - for example by welding, sewing or gluing - with a flexible material sheet base, - said case is provided with an upper fastening loop shaped to surround said spacer, - two respective side elastic fastening loops are associated - for example by welding, sewing or gluing - to said case, with each one of said loops respectively surrounding each one of said branches. - a reinforcement made of a folded metal tube in the general shape of an inverted U, in such a way as to define two parallel branches for connection to a backrest of said seat, the upper ends of said branches being connected together by a spacer, - a block of flexible foam padding overmoulding the top portion of said reinforcement, - a coating cover of said block, said cover being provided with a lower turning mouth, said block overmoulding said cover, said branches passing through two respective lower orifices provided in said cover, - a case mounted on said reinforcement between said branches, said bloc overmoulding said case, - a weight for absorbing the vibrations of said headrest when moving, said weight being arranged in said case, - said case is manufactured - for example by welding, sewing or gluing - with a flexible material sheet base, - said case is provided with an upper fastening loop shaped to surround said spacer, - two respective side elastic fastening loops are associated - for example by welding, sewing or gluing - to said case, with each one of said loops respectively surrounding each one of said branches.
A process of delayed coking wherein petroleum is fed to an atmospheric distillation tower whence derivatives are removed in addition to a bottom residuum of the atmospheric distillation tower, which is fed to a vacuum distillation tower whence heavy vacuum gas oil and a bottom product and optionally one or more other derivatives are removed, and wherein a portion of heavy vacuum gas oil from the vacuum distillation tower is added to the bottom product of the vacuum distillation tower to form a combined feedstock stream of a delayed coking unit, wherein the percentage by volume of heavy vacuum gas oil added to the bottom product of the vacuum distillation tower is from 10 to 40%.
An apparatus comprising: an Unmanned Underwater Vehicle UUV; a projectile comprising: a guidance kit (102, 103) configured to direct the projectile in flight; a shell configured to mate with the guidance kit (102, 103); a hollow nose cone configured to couple with the shell, wherein the nose cone includes an interior surface configured to house said Unmanned Underwater Vehicle UUV; a controller configured to identify a condition for deploying the UUV in flight, and to detach the nose cone from the shell in response to determining that the condition is satisfied; and a parachute configured to couple with the UUV; wherein the UUV is configured to deploy the parachute from an end of the nose cone to extract the UUV from the nose cone. an Unmanned Underwater Vehicle UUV; a projectile comprising: a guidance kit (102, 103) configured to direct the projectile in flight; a shell configured to mate with the guidance kit (102, 103); a hollow nose cone configured to couple with the shell, wherein the nose cone includes an interior surface configured to house said Unmanned Underwater Vehicle UUV; a controller configured to identify a condition for deploying the UUV in flight, and to detach the nose cone from the shell in response to determining that the condition is satisfied; and a parachute configured to couple with the UUV; a guidance kit (102, 103) configured to direct the projectile in flight; a shell configured to mate with the guidance kit (102, 103); a hollow nose cone configured to couple with the shell, wherein the nose cone includes an interior surface configured to house said Unmanned Underwater Vehicle UUV; a controller configured to identify a condition for deploying the UUV in flight, and to detach the nose cone from the shell in response to determining that the condition is satisfied; and a parachute configured to couple with the UUV; wherein the UUV is configured to deploy the parachute from an end of the nose cone to extract the UUV from the nose cone.
Device for the unidirectional transmission of data from a first network to a second network, comprising: a network test access port, network TAP for reading data which has been transmitted from a first subscriber of the first network to the first network and for outputting the read data to a second subscriber of the second network and a checking device for checking the read data for freedom from errors, wherein the checking device comprises a processor which is designed to check the read data for freedom from errors, wherein the checking device comprises a first digital output for outputting a digital signal, wherein the processor is designed to actuate the first digital output depending on the result of checking for freedom from errors of the read data such that the digital output outputs a first digital signal depending on the result of checking for freedom from errors of the read data so that a feedback channel to the first subscriber can be formed by means of the output first digital signal in order to indicate the result of checking for freedom from errors of the read data to the first subscriber characterised in that the checking device comprises a first digital input for receiving a first digital acknowledgement signal of the first subscriber, wherein the processor is designed to actuate the first digital output based on the received first digital acknowledgement signal such that the digital output ends the output of the first digital signal. a network test access port, network TAP for reading data which has been transmitted from a first subscriber of the first network to the first network and for outputting the read data to a second subscriber of the second network and a checking device for checking the read data for freedom from errors, wherein the checking device comprises a processor which is designed to check the read data for freedom from errors, wherein the checking device comprises a first digital output for outputting a digital signal, wherein the processor is designed to actuate the first digital output depending on the result of checking for freedom from errors of the read data such that the digital output outputs a first digital signal depending on the result of checking for freedom from errors of the read data so that a feedback channel to the first subscriber can be formed by means of the output first digital signal in order to indicate the result of checking for freedom from errors of the read data to the first subscriber characterised in that the checking device comprises a first digital input for receiving a first digital acknowledgement signal of the first subscriber, wherein the processor is designed to actuate the first digital output based on the received first digital acknowledgement signal such that the digital output ends the output of the first digital signal.
A method for distinguishing between a power on reset and a low voltage reset of an automatic dispenser for volatile substances and for controlling the operation of the automatic dispenser accordingly comprising the steps of: determining if a stored value is equal to a specified value; and executing a first mode if the stored value is not equal to the specified value, the first mode including the step of performing an activation sequence after setting the stored value to the specified value; and executing a second mode if the stored value is equal to the specified value, the second mode bypassing the first mode; wherein the second mode includes setting the stored value to a value different than the specified value. determining if a stored value is equal to a specified value; and executing a first mode if the stored value is not equal to the specified value, the first mode including the step of performing an activation sequence after setting the stored value to the specified value; and executing a second mode if the stored value is equal to the specified value, the second mode bypassing the first mode; wherein the second mode includes setting the stored value to a value different than the specified value.
A hydrogel precursor formulation comprising at least one structural compound and at least one linker compound, wherein said structural compound and said linker compound are polymerizable by a selective reaction between a nucleophile and a conjugated unsaturated bond or group, characterized in that the hydrogel precursor formulation is in the form of an unreacted powder which is in the form of a stable compact cake.
A composite positive electrode material for a lithium ion battery comprising: a positive electrode active material (a); a conductive material (b) having a primary particle diameter of 10 to 100 nm and/or a fibrous conductive material (c) having a fiber diameter of 1 nm to 1 μm; and a conductive material (d) having an aspect ratio of 2 to 50, wherein the active material (a) is LiMn 2 O 4, the conductive material (b) is a carbonaceous material, the conductive material (c) is fibrous carbon and the conductive material (d) is carbon black; and wherein the composite positive electrode material for a lithium ion battery is obtained by mixing the conductive material (d) with a composition containing the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c), the composition obtained by dispersing the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c) in a solvent to a state where the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c) are forcibly dispersed, and then agglutinating the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c). a positive electrode active material (a); a conductive material (b) having a primary particle diameter of 10 to 100 nm and/or a fibrous conductive material (c) having a fiber diameter of 1 nm to 1 μm; and a conductive material (d) having an aspect ratio of 2 to 50, wherein the active material (a) is LiMn 2 O 4, the conductive material (b) is a carbonaceous material, the conductive material (c) is fibrous carbon and the conductive material (d) is carbon black; and wherein the composite positive electrode material for a lithium ion battery is obtained by mixing the conductive material (d) with a composition containing the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c), the composition obtained by dispersing the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c) in a solvent to a state where the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c) are forcibly dispersed, and then agglutinating the positive electrode active material (a), and the conductive material (b) and/or the conductive material (c).
A cleaning assembly, configured for mounting on a main body of a cleaning robot, the cleaning assembly comprising: a cleaning component (1, 1'); a first connecting rod with one end swingingly connected to the cleaning component (1, 1') and the other end swingingly connected to the main body, and a second connecting rod with one end swingingly connected to the cleaning component (1, 1') and the other end swingingly connected to the main body, allowing the first connecting rod, the cleaning component (1, 1'), the second connecting rod, and the main body to form a link mechanism to lift or lower the cleaning component (1, 1') by a reciprocating movement of the link mechanism; and a driving device, configured to drive the link mechanism to perform the reciprocating movement; characterized in that, the driving device comprises a rotating body (4, 4') fixedly connected to the first connecting rod. a cleaning component (1, 1'); a first connecting rod with one end swingingly connected to the cleaning component (1, 1') and the other end swingingly connected to the main body, and a second connecting rod with one end swingingly connected to the cleaning component (1, 1') and the other end swingingly connected to the main body, allowing the first connecting rod, the cleaning component (1, 1'), the second connecting rod, and the main body to form a link mechanism to lift or lower the cleaning component (1, 1') by a reciprocating movement of the link mechanism; and a driving device, configured to drive the link mechanism to perform the reciprocating movement; characterized in that, the driving device comprises a rotating body (4, 4') fixedly connected to the first connecting rod.
A method to produce a compound, CL2A-SN-38, of the structure, comprising performing a reaction scheme as shown: wherein intermediate 9 is not exposed to triphenylphosphine.
A method comprising: generating at least one current pulse in an antiferromagnetic region of an antiferromagnetic memory device (1 1), the antiferromagnetic region consisting of an antiferromagnetic material exhibiting inversion asymmetry of spin-sublattices; wherein a portion of the or each current pulse has a duration less than 250 ps and a magnitude which is sufficiently high such that an electric field strength of at least 10 5 V cm -1 is generated in the antiferromagnetic region so as to induce a staggered spin-orbit field strong enough to switch magnetic moments in at least a portion of the antiferromagnetic region, wherein the portion of the or each current pulse causes the switching of the magnetic moments, and wherein generating the least one pulse comprises: exposing the antiferromagnetic region to at least one gigahertz or terahertz pulse of electromagnetic radiation which is elliptically or linearly polarized. generating at least one current pulse in an antiferromagnetic region of an antiferromagnetic memory device (1 1), the antiferromagnetic region consisting of an antiferromagnetic material exhibiting inversion asymmetry of spin-sublattices; wherein a portion of the or each current pulse has a duration less than 250 ps and a magnitude which is sufficiently high such that an electric field strength of at least 10 5 V cm -1 is generated in the antiferromagnetic region so as to induce a staggered spin-orbit field strong enough to switch magnetic moments in at least a portion of the antiferromagnetic region, wherein the portion of the or each current pulse causes the switching of the magnetic moments, and wherein generating the least one pulse comprises: exposing the antiferromagnetic region to at least one gigahertz or terahertz pulse of electromagnetic radiation which is elliptically or linearly polarized.
An actively controlled squeeze film damper system comprising: a housing defining an annulus receiving a damping fluid during operation; a lubricant source supplying damping fluid to the annulus; a sensor assembly for measuring a parameter indicative of a compressibility of the damping fluid, characterized in that the sensor assembly measures a sound speed of the damping fluid downstream of the lubricant source; and a control device for adjusting the compressibility of the damping fluid by adjusting the sound speed of the damping fluid within a predefined range. a housing defining an annulus receiving a damping fluid during operation; a lubricant source supplying damping fluid to the annulus; a sensor assembly for measuring a parameter indicative of a compressibility of the damping fluid, characterized in that the sensor assembly measures a sound speed of the damping fluid downstream of the lubricant source; and a control device for adjusting the compressibility of the damping fluid by adjusting the sound speed of the damping fluid within a predefined range.
A seat assembly for forming at least one seat of a seat arrangement for a passenger cabin of an aircraft with at least one seat structure which has a seat backrest for forming a backrest surface and a seat cushion element for forming a seat surface and a passenger space partition, which is arranged to spatially partition a passenger space of the seat and which at least partially surrounds the seat structure and leaves open an access to the seat structure characterized in that the seat cushion element is moveable between a comfort position in which the seat cushion element projects further into the access to provide a larger seat surface and an access position in which the seat cushion element does not project as far or does not project at all into the access to provide a wider access wherein the seat cushion element is configured in such a movable way that it provides a variable seat surface in the depth of the seat surface wherein the seat cushion element is moveable by about 7 cm to about 26 cm between the comfort position and the access position seen or projected in the horizontal direction, to provide a seat surface which is lower by about 7 cm to about 26 cm in the comfort position than in the access position.