mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a pattern portion, in which a plurality of ridges having ridgelines are arranged adjacent to each other, on a tire surface, the ridgelines including a main body portion and a first extending portion and a second extending portion that extend in different directions from the main body portion in plan view, wherein the first extending portion of a ridge and the second extending portion of an adjacent ridge at least partially overlap each other when viewed from a direction along the tire surface and the direction along the main body portion of the ridgeline, a height of the ridges is from 0.2 mm to 0.5 mm, and ridges adjacent to each other are arranged at a constant pitch of from 0.15 mm to 0.35 mm, and the first extending portion of a ridge and the second extending portion of an adjacent ridge at least partially overlap each other when viewed from the direction along the tire surface and the direction orthogonal to the main body portion of the ridgeline, characterized in that the first extending portion and the second extending portion each have an L-letter shape having bending points (B1, B2) and extend parallel to the main body portion and in an opposite direction to each other from the bending points (B1, B2) to tips (T1, T2). a pattern portion, in which a plurality of ridges having ridgelines are arranged adjacent to each other, on a tire surface, the ridgelines including a main body portion and a first extending portion and a second extending portion that extend in different directions from the main body portion in plan view, wherein the first extending portion of a ridge and the second extending portion of an adjacent ridge at least partially overlap each other when viewed from a direction along the tire surface and the direction along the main body portion of the ridgeline, a height of the ridges is from 0.2 mm to 0.5 mm, and ridges adjacent to each other are arranged at a constant pitch of from 0.15 mm to 0.35 mm, and the first extending portion of a ridge and the second extending portion of an adjacent ridge at least partially overlap each other when viewed from the direction along the tire surface and the direction orthogonal to the main body portion of the ridgeline, characterized in that the first extending portion and the second extending portion each have an L-letter shape having bending points (B1, B2) and extend parallel to the main body portion and in an opposite direction to each other from the bending points (B1, B2) to tips (T1, T2).
A process for the removal of at least one of CO, ethylene and propylene from a feed stream containing at least one of CO, ethylene and propylene in a concentration of ppm levels to 0.5 vol-%, said process comprising contacting the feed stream with an adsorbent material in order to obtain a depleted gas stream, said adsorbent comprising a Ag-exchanged zeolite having: a Si/Al ratio of less than 10, less than or equal to 2.0 weight percent moisture content, a Ag content of between 80-110%, hydrothermal structural damage of no greater than 15%, and a ΔCO working capacity greater than or equal to 0.055 mmol CO/g Ag-zeolite, wherein the hydrothermal structural damage is determined as 100 x (1-(oxygen capacity in wt% determined by the McBain test after calcination of the Ag-exchanged zeolite / oxygen capacity in wt% determined by the McBain test after Ag exchange and washing of the zeolite)), wherein the ΔCO working capacity is determined from a reference breakthrough test performed for a CO breakthrough concentration of 100.0ppb at the following conditions: a feed gas pressure of 7.9 bara (114.7 psia), a feed gas temperature of 10°C, a feed gas flow rate of 78.7 mot/m 2 s (21slpm), an adsorption column length of 5.9 cm, with the feed gas comprising 2.0ppm CO, 3.0ppm H 2, 79% N 2, and 21% O 2, and wherein the Ag content is 100 times the total amount of Ag in wt% present in the agglomorated adsorbent divided by the amount in wt% required for replacement of all of the exchangeable cations with Ag.
Automated isothermal titration micro calorimetry system comprising: • a micro calorimeter with a sample cell and a reference cell wherein, the sample cell is accessible via a sample cell stem and the reference cell is accessible via a reference cell stem, • an automatic pipette assembly comprising a syringe with a titration needle arranged to be inserted into the sample cell for supplying titrant, the pipette assembly comprises an activator for driving a plunger in the syringe, • a pipette translation unit comprising a pipette arm that is supported for rotation about an axis, supports the pipette assembly at its other end and is further arranged to move the pipette assembly vertically, the pipette translation unit being arranged to place the pipette assembly in position for titration, washing and filling operations, • a wash station for the titrant needle, • a cell fluidics system for dispensing and withdrawing liquid in the sample cell, and • a cell preparation unit arranged to perform operations for replacing the sample liquid in the sample cell when the pipette assembly is placed in another position than the position for titration, the cell preparation unit comprising a cell arm that is supported for rotation about an axis, supporting a cell cannula connected to the cell fluidics system. • a micro calorimeter with a sample cell and a reference cell wherein, the sample cell is accessible via a sample cell stem and the reference cell is accessible via a reference cell stem, • an automatic pipette assembly comprising a syringe with a titration needle arranged to be inserted into the sample cell for supplying titrant, the pipette assembly comprises an activator for driving a plunger in the syringe, • a pipette translation unit comprising a pipette arm that is supported for rotation about an axis, supports the pipette assembly at its other end and is further arranged to move the pipette assembly vertically, the pipette translation unit being arranged to place the pipette assembly in position for titration, washing and filling operations, • a wash station for the titrant needle, • a cell fluidics system for dispensing and withdrawing liquid in the sample cell, and • a cell preparation unit arranged to perform operations for replacing the sample liquid in the sample cell when the pipette assembly is placed in another position than the position for titration, the cell preparation unit comprising a cell arm that is supported for rotation about an axis, supporting a cell cannula connected to the cell fluidics system.
A power miter saw comprising: a saw base; a table rotatably connected to said saw base; a miter arm assembly for angularly positioning said table relative to said saw base; a saw blade and motor assembly operatively connected to said table; a multiple link hinged linear guide mechanism configured to support said saw blade and motor assembly and enable movement of said assembly along a predetermined linear generally horizontal path between extended and retracted positions, said mechanism comprising a first hinge having first and second links pivotably connected together by a first shaft extending through aligned openings therein, said first link being pivotably connected with said assembly by a second shaft and said second link being pivotably connected to said table by a third shaft, said first, second and third shafts being parallel to one another; characterised by said second link having at least one outwardly extending mounting tab adjacent said first shaft; a locking lever having a handle and a locking blade at opposite end portions and a pivot portion with a pivot connection therebetween for pivotably mounting said lever to said tab, said blade being configured to fit within a gap between adjacent surfaces (140, 142, 144) of said first and second links when said guide mechanism is in one of its extended or retracted positions and said lever is moved into a locked position. a saw base; a table rotatably connected to said saw base; a miter arm assembly for angularly positioning said table relative to said saw base; a saw blade and motor assembly operatively connected to said table; a multiple link hinged linear guide mechanism configured to support said saw blade and motor assembly and enable movement of said assembly along a predetermined linear generally horizontal path between extended and retracted positions, said mechanism comprising a first hinge having first and second links pivotably connected together by a first shaft extending through aligned openings therein, said first link being pivotably connected with said assembly by a second shaft and said second link being pivotably connected to said table by a third shaft, said first, second and third shafts being parallel to one another; characterised by said second link having at least one outwardly extending mounting tab adjacent said first shaft; a locking lever having a handle and a locking blade at opposite end portions and a pivot portion with a pivot connection therebetween for pivotably mounting said lever to said tab, said blade being configured to fit within a gap between adjacent surfaces (140, 142, 144) of said first and second links when said guide mechanism is in one of its extended or retracted positions and said lever is moved into a locked position.
An integrated optoelectronic device comprising: a semiconductor substrate; a diode structure formed above the substrate, the diode structure comprising a bottom diode strip and, formed on top of the bottom diode strip, a layered diode mesa comprising an intrinsic-type layer and a top diode layer; a first electrical connection contacting the top diode layer of the diode mesa, the first electrical connection connected to a first electrical node of an electronic circuit; and second and third electrical connections contacting the bottom diode strip on opposite respective sides of the diode mesa, the second electrical connection connected to a second electrical node of the electronic circuit and the third electrical connection connected to a third electrical node of the electronic circuit, wherein the electronic circuit is operative to apply a heater bias voltage between the second and third nodes and a reverse bias voltage across the diode structure corresponding to a non-zero average of a voltage between the first node and the second node and a voltage between the first node and the third node. a semiconductor substrate; a diode structure formed above the substrate, the diode structure comprising a bottom diode strip and, formed on top of the bottom diode strip, a layered diode mesa comprising an intrinsic-type layer and a top diode layer; a first electrical connection contacting the top diode layer of the diode mesa, the first electrical connection connected to a first electrical node of an electronic circuit; and second and third electrical connections contacting the bottom diode strip on opposite respective sides of the diode mesa, the second electrical connection connected to a second electrical node of the electronic circuit and the third electrical connection connected to a third electrical node of the electronic circuit, wherein the electronic circuit is operative to apply a heater bias voltage between the second and third nodes and a reverse bias voltage across the diode structure corresponding to a non-zero average of a voltage between the first node and the second node and a voltage between the first node and the third node.
Neutron absorbing component, comprising a core consisting of a first material and a layer consisting of a second material, wherein the layer at least partly encloses the core and is adapted to protect the core from an outer surrounding, wherein the first material has a higher neutron absorption capability than the second material, characterized in that the component is adapted to be used in fission reactors, that the neutron absorbing component comprises an intermediate layer between the core and the layer, that the intermediate layer comprises the first material and the second material, and that the intermediate layer has a material gradient that comprises a decrease of the concentration of the first material from the core to the layer and an increase of the concentration of the second material from the core to the layer.
A method for manufacturing a thin film transistor, comprising: providing a substrate; forming a gate electrode, a gate insulating layer, an amorphous silicon material active layer and a cap layer on the substrate successively, wherein the cap layer is provided with a pattern on a side of the cap layer away from the amorphous silicon material active layer, and the pattern is composed of at least one groove (a) along a length direction of the active layer and at least one groove (b) along a width direction of the active layer; subjecting the amorphous silicon material active layer to laser annealing treatment to transform the amorphous silicon material active layer into a low temperature polycrystalline silicon material active layer; and removing the cap layer. providing a substrate; forming a gate electrode, a gate insulating layer, an amorphous silicon material active layer and a cap layer on the substrate successively, wherein the cap layer is provided with a pattern on a side of the cap layer away from the amorphous silicon material active layer, and the pattern is composed of at least one groove (a) along a length direction of the active layer and at least one groove (b) along a width direction of the active layer; subjecting the amorphous silicon material active layer to laser annealing treatment to transform the amorphous silicon material active layer into a low temperature polycrystalline silicon material active layer; and removing the cap layer.
Heat sink comprising a graphite-containing flat material provided for bearing against one or more battery cells, which flat material contains an expanded graphite blank which has a density of from 0.05 to 0.6 g/cm 3, and which heat sink comprises two main surfaces, a plastics layer being arranged on at least one main surface, the at least one plastics layer being perforated, characterised in that the at least one plastics layer has a perforated structure, a striped structure and/or a meandering structure.
A method for pairing two devices, the method comprising the steps of: determining a first orientation of a first device; determining a second orientation of a second device; determining an orientation offset between the first orientation and the second orientation; determining if the orientation offset between the first orientation and the second orientation matches a first orientation offset; initiating a pairing of the first and the second devices based on the orientation offset between the first orientation and the second orientation matching the first orientation offset; determining a third orientation of the first device; determining a fourth orientation of the second device; determining an orientation offset between the third orientation and the fourth orientation; determining if the orientation offset between the third orientation and the fourth orientation is zero; and pairing the first and the second devices when the orientation offset between the third orientation and the fourth orientation is zero, and when both devices have rotated from their initial orientations determining a first orientation of a first device; determining a second orientation of a second device; determining an orientation offset between the first orientation and the second orientation; determining if the orientation offset between the first orientation and the second orientation matches a first orientation offset; initiating a pairing of the first and the second devices based on the orientation offset between the first orientation and the second orientation matching the first orientation offset; determining a third orientation of the first device; determining a fourth orientation of the second device; determining an orientation offset between the third orientation and the fourth orientation; determining if the orientation offset between the third orientation and the fourth orientation is zero; and pairing the first and the second devices when the orientation offset between the third orientation and the fourth orientation is zero, and when both devices have rotated from their initial orientations
Pneumatic tube capsule comprising at least one lid which is held in a bearing of a capsule head in such a manner as to be able to pivot about an axis of rotation, in parallel with the capsule axis, between a closed position and an open position, and has a pivot shaft comprising two mutually opposite cam portions which cooperate with a leaf spring arrangement which is clamped in the capsule head and is oriented perpendicularly to a diameter plane of the capsule head extending through the axis of rotation of the lid, characterised in that the lid forms a circumferential closing rim located in a plane perpendicular to the lid axis, and in that the cam portions consist of two parallel flattened formations of the pivot shaft which are perpendicular to a diameter plane of the lid extending through the axis of rotation.
A method for producing tablet compositions of Metformin comprising dry granulation of the active substance with a diluent which is a mixture of Microcrystalline Cellulose and Dibasic Calcium Phosphate Anhydrous.
An exhaust mixer assembly for a gas turbine engine of the type having an outer annular passage coaxially surrounding a core passage, the exhaust mixer assembly comprising a duct surrounding the outer annular passage and extending to a duct exit, the outer and core passages coaxially communicating with a lobed exhaust mixer, the lobed exhaust mixer having an upstream end, a downstream end and a lobed annular wall extending therebetween, the lobed annular wall defining a plurality of circumferentially distributed alternating inner and outer lobes (42, 44), the lobes having exits defining a mixing plane at which gases in the outer and core passages (24, 26) are mixed, the mixing plane being disposed upstream of the duct exit, the outer lobes protruding radially into the annular outer passage and the inner lobes protruding radially into the core passage, the inner lobes including troughs forming an inner radial portion thereof and the outer lobes including crests forming an outer radial portion thereof, adjacent inner and outer lobes having radial walls interconnecting adjacent troughs and crests, one radial wall being positioned between each trough and each crest, the downstream end of the lobed exhaust mixer including a jagged trailing edge including circumferentially spaced-apart radial rows of tabs extending in a downstream direction from the trailing edge of the radial walls of the inner and outer lobes (42, 44) between the troughs and the crests, characterised in that the jagged trailing edge of the lobed exhaust mixer further comprises at least one tab extending in a downstream direction from the trailing edge of each trough and crest of the inner and outer lobes.
A method for generating a cement bond log, comprising: transmitting sonic or ultrasonic waves in multiple directions from a multi-directional logging tool disposed in a wellbore; receiving reflected waves at the logging tool and recording waveforms based on said received waves; processing the waveforms to determine numerical values that indicate a degree of bonding associated with multiple portions of a cement sheath disposed in said wellbore; aggregating the numerical values; and generating a composite image based on said aggregated numerical values; characterized in that said numerical values comprise mean absolute value amplitudes at minima and maxima of the waveforms. transmitting sonic or ultrasonic waves in multiple directions from a multi-directional logging tool disposed in a wellbore; receiving reflected waves at the logging tool and recording waveforms based on said received waves; processing the waveforms to determine numerical values that indicate a degree of bonding associated with multiple portions of a cement sheath disposed in said wellbore; aggregating the numerical values; and generating a composite image based on said aggregated numerical values; characterized in that said numerical values comprise mean absolute value amplitudes at minima and maxima of the waveforms.
A machine for recycling electronic apparatuses comprising: - a user interface making it possible to enter and to visualize data concerning the electronic apparatus, - an opening for inserting the electronic apparatus into the recycling machine, - diagnostic means (211, 212, 405) making it possible in particular to detect the brand, the model, the software version of the electronic apparatus, means for storing said electronic apparatus with a view to its recycling, - means allowing the user to choose between a financial compensation, an exchange of his electronic apparatus or a combination of these two possibilities, - means for packaging the electronic apparatus with a protective packaging, said packaging means comprising a packaging area and a tray for receiving the electronic apparatus placed in the packaging area, conveying means for transferring the electronic apparatus from the opening to the packaging area, and a storage area for storing the packaged electronic apparatus, wherein the storage area is coincident with the packaging area, the electronic apparatuses being stored in the packaging area and stacked on top of each other on the receiving tray, two consecutive electronic apparatuses being separated by a protective packaging layer folded over each electronic apparatus by a protective packaging layer folding device. - a user interface making it possible to enter and to visualize data concerning the electronic apparatus, - an opening for inserting the electronic apparatus into the recycling machine, - diagnostic means (211, 212, 405) making it possible in particular to detect the brand, the model, the software version of the electronic apparatus, means for storing said electronic apparatus with a view to its recycling, - means allowing the user to choose between a financial compensation, an exchange of his electronic apparatus or a combination of these two possibilities, - means for packaging the electronic apparatus with a protective packaging, said packaging means comprising a packaging area and a tray for receiving the electronic apparatus placed in the packaging area, conveying means for transferring the electronic apparatus from the opening to the packaging area, and a storage area for storing the packaged electronic apparatus,