mhurhangee/ep-ind-claims huggingface dataset:
A bicycle saddle that can be fastened on a bicycle, wherein the bicycle saddle has a saddle nose and a rear region, wherein the bicycle saddle has a central region that is arranged between the rear region and the saddle nose, wherein the bicycle saddle has a bicycle saddle shell and a damping layer that is fastened on the bicycle saddle shell, and wherein the damping layer comprises an elastic material that is designed for absorbing forces acting upon the bicycle saddle due to a deformation of the elastic material, characterized in that the bicycle saddle shell is delimited by a peripheral shell edge, wherein two opposing recesses are formed on an underside of the bicycle saddle shell and respectively extend sectionally along the shell edge in the central region of the bicycle saddle; in that the damping layer is delimited by a peripheral layer edge, wherein the damping layer has two opposing projections that respectively extend sectionally along the layer edge in the central region of the bicycle saddle, and in that the two projections are designed for respectively engaging behind the opposing recesses in order to achieve form-fitted fastening of the damping layer on the bicycle saddle shell. the bicycle saddle shell is delimited by a peripheral shell edge, wherein two opposing recesses are formed on an underside of the bicycle saddle shell and respectively extend sectionally along the shell edge in the central region of the bicycle saddle; in that the damping layer is delimited by a peripheral layer edge, wherein the damping layer has two opposing projections that respectively extend sectionally along the layer edge in the central region of the bicycle saddle, and in that the two projections are designed for respectively engaging behind the opposing recesses in order to achieve form-fitted fastening of the damping layer on the bicycle saddle shell.
Insulation system for covering a façade of a building consisting of at least one insulation element, at least one mechanical fastener, which fastener fixes the insulation element to the façade of the building, and a rendering system being arranged on the outer surface of the insulation element whereby - the insulation element has at least a first and a second layer (8, 9) being connected to each other; - the first layer being directed to the façade having a bulk density being lower than the bulk density of the second layer; - at least one layer is made of mineral fibres, especially stone wool fibres and a binding agent, or of cellular plastic, especially expanded polystyrene, wherein the insulation element has a third layer made of mineral fibres and a binding agent, the third layer having a high receptiveness and/or adhesion for the rendering system without using any surface primer, coating and/or an additive due to a homogeneous composite achieved by mixing the fibres with aerogel particulate material as a suspension in an air flow, which third layer has a bulk density being higher than the bulk density of the second layer and wherein the adhesion between the third layer and the rendering system has a bond strength between 0,010 N/mm 2 and 0,080 N/mm 2, especially between 0,010 N/mm 2 and 0,030 N/mm 2, preferably between 0,015 N/mm 2 and 0,025 N/mm 2, for example 0,020 N/mm 2. - the insulation element has at least a first and a second layer (8, 9) being connected to each other; - the first layer being directed to the façade having a bulk density being lower than the bulk density of the second layer; - at least one layer is made of mineral fibres, especially stone wool fibres and a binding agent, or of cellular plastic, especially expanded polystyrene,
A particulate filter (100, 200, 300) capturing particulate matter in an exhaust gas discharged from the internal combustion engine, wherein the particulate filter (100, 200, 300) includes: a wall-flow part including an inlet-side cell that is open only at an end on an exhaust gas inflow side, an outlet-side cell that is adjacent to the inlet-side cell and that is open only at an end on an exhaust gas outflow side, and a porous wall that partitions the inlet-side cell from the outlet-side cell; and a straight-flow part including a through cell that penetrates the filter (100, 200, 300) in an axial direction thereof and that is open at the end on the exhaust gas inflow side as well as the end on the exhaust gas outflow side, and wherein in a cross section of the filter (100, 200, 300) orthogonal to the axial direction, an outer peripheral region and a central region of the cross section are provided with respectively a plurality of through cells (32A, 32B), a plurality of inlet-side cells and plurality of outlet-side cells, characterized in that a cross-sectional area of each of the through cells present in an outer peripheral region of this cross section is larger than a cross-sectional area of each of the through cells present in a central region of the cross section, and the cross-sectional area of each of the through cells (32A, 32B) is smaller than the cross-sectional areas of the inlet-side cells and the outlet-side cells. a wall-flow part including an inlet-side cell that is open only at an end on an exhaust gas inflow side, an outlet-side cell that is adjacent to the inlet-side cell and that is open only at an end on an exhaust gas outflow side, and a porous wall that partitions the inlet-side cell from the outlet-side cell; and a straight-flow part including a through cell that penetrates the filter (100, 200, 300) in an axial direction thereof and that is open at the end on the exhaust gas inflow side as well as the end on the exhaust gas outflow side, and wherein in a cross section of the filter (100, 200, 300) orthogonal to the axial direction, an outer peripheral region and a central region of the cross section are provided with respectively a plurality of through cells (32A, 32B), a plurality of inlet-side cells and plurality of outlet-side cells, characterized in that a cross-sectional area of each of the through cells present in an outer peripheral region of this cross section is larger than a cross-sectional area of each of the through cells present in a central region of the cross section, and the cross-sectional area of each of the through cells (32A, 32B) is smaller than the cross-sectional areas of the inlet-side cells and the outlet-side cells.
A wrapper configured to be disposed about an item, wherein the wrapper comprises a flexible wrapping material, and a plurality of laser-formed crease lines in the flexible wrapping material, the laser-formed crease lines being configured such that when the flexible wrapping material is folded about crease lines when the item is wrapped in the wrapper a form-factor conformal pocket is, at least in part, formed to accommodate the item, characterised in that the material exhibits poor dead-fold characteristics in that it exhibits a percentage spring-back of greater than 50%.
A method for making a molecular complex, said method comprising contacting a polypeptide having at least 85% sequence identity to the amino acid sequence set forth in SEQ ID NO:1 with a protease having at least 85% sequence identity to the amino acid sequence set forth in SEQ ID NO:8, wherein said protease cleaves said polypeptide at one or more sites between amino acid 50 and amino acid 74, wherein the molecular complex has GAA activity.
Apparatus (14, 141) to apply a coating to media comprising: a first roller for receiving a continuous belt, the continuous belt for receiving a coating from a second roller and for transferring the coating to media, characterized in that the first roller is adjustable in diameter or width to provide, in use, an adjustable width of the continuous belt to the second roller. a first roller for receiving a continuous belt, the continuous belt for receiving a coating from a second roller and for transferring the coating to media, characterized in that the first roller is adjustable in diameter or width to provide, in use, an adjustable width of the continuous belt to the second roller.
Component comprising a substrate surface coated with a coating comprising at least one MoN layer having a thickness not less than 40 nm, wherein between the substrate surface and the at least one MoN layer: i) a substrate surface hardened layer is comprised, which is a hardened, nitrogen-containing substrate surface layer that is the result of a nitriding treatment carried out at the substrate surface and has a thickness not less than 10 μm, preferably not less than 20 μm and not greater than 150 μm, and/or ii) a layer system composed of more than 2 MoN layers and more than 2 CrN layers is comprised, wherein the MoN and CrN layers forming the layer system are individual layers deposited alternate one on each other forming a multilayer MoN/CrN coating film characterized in that said at least one MoN layer consists of molybdenum nitride comprising a mixture of phases, the mixture comprising: - the hexagonal phase δ-MoN and the cubic phase γ-Mο 2 N, or - the hexagonal phase δ-MoN and the oversaturated cubic phase ζ-MoN, or - the hexagonal phase δ-MoN and the cubic phase γ-Mο 2 N and the oversaturated cubic phase ζ-MoN. wherein between the substrate surface and the at least one MoN layer: i) a substrate surface hardened layer is comprised, which is a hardened, nitrogen-containing substrate surface layer that is the result of a nitriding treatment carried out at the substrate surface and has a thickness not less than 10 μm, preferably not less than 20 μm and not greater than 150 μm, and/or ii) a layer system composed of more than 2 MoN layers and more than 2 CrN layers is comprised, wherein the MoN and CrN layers forming the layer system are individual layers deposited alternate one on each other forming a multilayer MoN/CrN coating film i) a substrate surface hardened layer is comprised, which is a hardened, nitrogen-containing substrate surface layer that is the result of a nitriding treatment carried out at the substrate surface and has a thickness not less than 10 μm, preferably not less than 20 μm and not greater than 150 μm, and/or ii) a layer system composed of more than 2 MoN layers and more than 2 CrN layers is comprised, wherein the MoN and CrN layers forming the layer system are individual layers deposited alternate one on each other forming a multilayer MoN/CrN coating film characterized in that said at least one MoN layer consists of molybdenum nitride comprising a mixture of phases, the mixture comprising: - the hexagonal phase δ-MoN and the cubic phase γ-Mο 2 N, or - the hexagonal phase δ-MoN and the oversaturated cubic phase ζ-MoN, or - the hexagonal phase δ-MoN and the cubic phase γ-Mο 2 N and the oversaturated cubic phase ζ-MoN. - the hexagonal phase δ-MoN and the cubic phase γ-Mο 2 N, or - the hexagonal phase δ-MoN and the oversaturated cubic phase ζ-MoN, or - the hexagonal phase δ-MoN and the cubic phase γ-Mο 2 N and the oversaturated cubic phase ζ-MoN.
A method comprising: storing electrical energy in a capacitor bank of a xenon light power supply; starting a first timer when the capacitor bank begins storing electrical energy; discharging the capacitor bank and transmitting a trigger signal to a light-emitting diode assembly when the first timer has reached a predefined threshold; at the LED light assembly, receiving the discharge from the capacitor bank; regulating current to one or more LEDs from the received discharge; performing at least one of beginning a second timer after receiving the trigger signal or enabling a monitor that monitors voltage of the received discharge; and when at least one of the second timer has reached a second predefined threshold or the monitored voltage has reached a predefined voltage value, disabling current to the one or more LEDs. storing electrical energy in a capacitor bank of a xenon light power supply; starting a first timer when the capacitor bank begins storing electrical energy; discharging the capacitor bank and transmitting a trigger signal to a light-emitting diode assembly when the first timer has reached a predefined threshold; at the LED light assembly, receiving the discharge from the capacitor bank; regulating current to one or more LEDs from the received discharge; performing at least one of beginning a second timer after receiving the trigger signal or enabling a monitor that monitors voltage of the received discharge; and when at least one of the second timer has reached a second predefined threshold or the monitored voltage has reached a predefined voltage value, disabling current to the one or more LEDs. receiving the discharge from the capacitor bank; regulating current to one or more LEDs from the received discharge; performing at least one of beginning a second timer after receiving the trigger signal or enabling a monitor that monitors voltage of the received discharge; and when at least one of the second timer has reached a second predefined threshold or the monitored voltage has reached a predefined voltage value, disabling current to the one or more LEDs.
A plasma etching method using a Faraday cage, the plasma etching method comprising: providing an etching base in a Faraday cage having a mesh part provided on an upper side thereof; shielding a part of the mesh part with a shutter and then performing plasma etching on the etching base; and forming a pattern portion on the etching base by performing the plasma etching while moving the shutter in a direction from an outer portion to a central portion of the Faraday cage, wherein a depth of the pattern portion is gradually changed in a direction from one side to the other side of the etching base. providing an etching base in a Faraday cage having a mesh part provided on an upper side thereof; shielding a part of the mesh part with a shutter and then performing plasma etching on the etching base; and forming a pattern portion on the etching base by performing the plasma etching while moving the shutter in a direction from an outer portion to a central portion of the Faraday cage, wherein a depth of the pattern portion is gradually changed in a direction from one side to the other side of the etching base.
A device for in-line quality control for plastic materials during the production process, comprising at least two different measuring instruments selected from the group of measuring instruments for determining the rheological properties, measuring instruments for color measurement, measuring instruments for detecting inclusions and gel particles and the like, measuring instruments for assessing the optical properties and measuring instruments for determining the mechanical parameters, examination of the olfactory parameters, wherein the device has an installation for removing plastic melt from the production extruder, an installation for forming a flat film from this plastic melt, and installations for transporting the flat film to the measuring devices and for finishing the flat film, wherein the device is coupled to a side branch of the extruder via an adapter and the removal of the plastic melt is performed after opening a valve, and the removal of the plastic melt is performed by means of a displacement body which is positioned in the melt flow and around which the melt is directed to a bore in the cylinder housing of the extruder. an installation for removing plastic melt from the production extruder, an installation for forming a flat film from this plastic melt, and installations for transporting the flat film to the measuring devices and for finishing the flat film, wherein the device is coupled to a side branch of the extruder via an adapter and the removal of the plastic melt is performed after opening a valve, and the removal of the plastic melt is performed by means of a displacement body which is positioned in the melt flow and around which the melt is directed to a bore in the cylinder housing of the extruder.
A printer for conveying a sheet of a roll paper type to perform printing thereon, the printer comprising a transverse tension sensor for detecting that the sheet being discharged has deviated in a paper width direction orthogonal to a discharging direction, wherein the transverse tension sensor comprises: a pair of movable pieces (21a, 21b), each of which is displaced when the sheet has been displaced to one side and another side in the paper width direction; and a sensor portion for detecting displacement of the pair of movable pieces as a state where the sheet has deviated in the paper width direction, and wherein conveyance of the sheet is stopped based on a detection signal of the transverse tension sensor. a pair of movable pieces (21a, 21b), each of which is displaced when the sheet has been displaced to one side and another side in the paper width direction; and a sensor portion for detecting displacement of the pair of movable pieces as a state where the sheet has deviated in the paper width direction, and wherein conveyance of the sheet is stopped based on a detection signal of the transverse tension sensor.
A method for receiving a paging frame, the method comprising: determining, by a user equipment, a set of bits of a user equipment identifier using a Discontinuous Reception, DRX, cycle of the user equipment and a paging group count transmitted by a network equipment; and determining, by the user equipment, the paging frame in a communication channel based on the DRX cycle of the user equipment, the paging group count, and a value of the set of bits of the user equipment identifier, wherein determining the paging frame comprises utilizing the formula system frame number, SFN, mod Paging_DRX_Period == (x div Paging_Group_Count)*(z), wherein x comprises a DRX cycle of 32*N frames and wherein z comprises a set of bits of the user equipment identifier, the set of bits determined based upon the DRX cycle and the paging group count. determining, by a user equipment, a set of bits of a user equipment identifier using a Discontinuous Reception, DRX, cycle of the user equipment and a paging group count transmitted by a network equipment; and determining, by the user equipment, the paging frame in a communication channel based on the DRX cycle of the user equipment, the paging group count, and a value of the set of bits of the user equipment identifier, wherein determining the paging frame comprises utilizing the formula system frame number, SFN, mod Paging_DRX_Period == (x div Paging_Group_Count)*(z), wherein x comprises a DRX cycle of 32*N frames and wherein z comprises a set of bits of the user equipment identifier, the set of bits determined based upon the DRX cycle and the paging group count.
An illumination lamp with integrated switch, comprising a main body, a battery, a conductive seat, a controller, a light source assembly, and an end cover; the controller includes a controller circuit board and a microcontroller while the controller circuit board is fixed on the conductive seat and a light-touch switch is connected to the microcontroller on the controller circuit board; an inner thread is arranged in an opening at one end of the end cover while an opening on the other end of the end cover is an operation opening; the conductive seat matches the inner thread to be fixed in the end cover; an outer thread of the main body is connected to the inner thread of the end cover; characterized in that: - the battery is a lithium ion battery; - the conductive seat is disposed with a positive spring and a negative spring that work together with the lithium ion battery; - the illumination lamp further includes an alarm buzzer capable of making sounds, in which an outer circular base is disposed on an outer surface of a housing thereof; a stopper base is arranged at an inner wall of one end of the end cover with the operation opening; the alarm buzzer is disposed within an inner cavity of the end cover and between the stopper base and the conductive seat; the housing of the alarm buzzer slidably matches the inner cavity of the end cover and the outer circular base cooperates with the stopper base for stopping; the alarm buzzer is electrically connected to the controller; - the structure mentioned above works by pressing the alarm buzzer through the end of the end cover through the operation opening, so that the alarm buzzer is moved downward to touch and activate the light-touch switch, a top of the alarm buzzer being thus an operation end. - the battery is a lithium ion battery; - the conductive seat is disposed with a positive spring and a negative spring that work together with the lithium ion battery; - the illumination lamp further includes an alarm buzzer capable of making sounds, in which an outer circular base is disposed on an outer surface of a housing thereof; a stopper base is arranged at an inner wall of one end of the end cover with the operation opening; the alarm buzzer is disposed within an inner cavity of the end cover and between the stopper base and the conductive seat; the housing of the alarm buzzer slidably matches the inner cavity of the end cover and the outer circular base cooperates with the stopper base for stopping; the alarm buzzer is electrically connected to the controller; - the structure mentioned above works by pressing the alarm buzzer through the end of the end cover through the operation opening, so that the alarm buzzer is moved downward to touch and activate the light-touch switch, a top of the alarm buzzer being thus an operation end.
A method for treating lignin, characterized in that the method comprises the following steps: a) dissolving lignin, the lignin being selected from a group consisting of kraft lignin, steam explosion lignin, biorefinery lignin, supercritical separation lignin, hydrolysis lignin, flash precipitated lignin, biomass originating lignin, lignin from alkaline pulping process, lignin from soda process, lignin from organosolv pulping and combinations thereof, into an aqueous composition, which contains a compound selected from the class of phenols, while keeping the temperature of the composition at 0 - 60 °C and the pH of the composition at the pH value of 4 - 10; and b) subjecting the composition formed in step a) to an alkali treatment by allowing the composition to react while keeping the temperature of the composition at 60 - 100 °C and the pH of the composition at a pH value of 6 - 10. a) dissolving lignin, the lignin being selected from a group consisting of kraft lignin, steam explosion lignin, biorefinery lignin, supercritical separation lignin, hydrolysis lignin, flash precipitated lignin, biomass originating lignin, lignin from alkaline pulping process, lignin from soda process, lignin from organosolv pulping and combinations thereof, into an aqueous composition, which contains a compound selected from the class of phenols, while keeping the temperature of the composition at 0 - 60 °C and the pH of the composition at the pH value of 4 - 10; and b) subjecting the composition formed in step a) to an alkali treatment by allowing the composition to react while keeping the temperature of the composition at 60 - 100 °C and the pH of the composition at a pH value of 6 - 10.
A spherical annular seal member comprising: a spherical annular base member defined by a cylindrical inner surface, a partially convex spherical outer surface, and large- and small-diameter-side annular end faces (25, 26) of the partially convex spherical outer surface; and an expandable annular coating layer formed integrally on the cylindrical inner surface of said spherical annular base member, characterized in that; said coating layer is composed of a mixture of acid-treated graphite and wax. a spherical annular base member defined by a cylindrical inner surface, a partially convex spherical outer surface, and large- and small-diameter-side annular end faces (25, 26) of the partially convex spherical outer surface; and an expandable annular coating layer formed integrally on the cylindrical inner surface of said spherical annular base member, characterized in that; said coating layer is composed of a mixture of acid-treated graphite and wax.