mhurhangee/ep-ind-claims huggingface dataset:
A diamond wire saw device, comprising: at least two diamond sawing wires or at least two groups of the diamond sawing wires, the at least two diamond sawing wires being arranged in the front and back of a cutting working surface along a cutting feed direction, or the at least two groups of the diamond sawing wires being arranged in the front and back of more than one parallel cutting working surface; the diamond sawing wires in the same group being parallel to one another to form a layer of cutting mesh surface; characterized in that the diameter of a former diamond sawing wire or a former group of diamond sawing wires is smaller than that of a latter diamond sawing wire or a latter group of diamond sawing wires; the wire diameter of the former diamond sawing wire or the former group of diamond sawing wires is smaller than that of the latter diamond sawing wire or the latter group of diamond sawing wires; and the size of diamond grains attached onto the former diamond sawing wire or the former group of diamond sawing wires is larger than that of diamond grains attached onto the latter diamond sawing wire or the latter group of diamond sawing wires
A fluid ejection device comprising: a fluid slot extending through a substrate and a chamber layer; a thin-film layer between the substrate and chamber layer comprising an ink feed hole that opens the slot between the substrate and chamber layer; a nozzle layer formed over the chamber layer that encloses the slot; hanging pillars in the chamber layer that are adhered to the nozzle layer and that hang into the slot; and a particle tolerant thin-film extension that extends the thin-film layer into the slot from between the substrate and the chamber layer characterised in that protrusions in the particle tolerant thin-film extension are interleaved between the hanging pillars. a fluid slot extending through a substrate and a chamber layer; a thin-film layer between the substrate and chamber layer comprising an ink feed hole that opens the slot between the substrate and chamber layer; a nozzle layer formed over the chamber layer that encloses the slot; hanging pillars in the chamber layer that are adhered to the nozzle layer and that hang into the slot; and a particle tolerant thin-film extension that extends the thin-film layer into the slot from between the substrate and the chamber layer characterised in that protrusions in the particle tolerant thin-film extension are interleaved between the hanging pillars.
A re-closeable container comprising: a base having opposing front and rear panels (112, 114), opposing side walls (116, 118) extending between the front and rear panels, and a bottom panel connected with lower edges of the front, rear, and side walls (163, 164), wherein the front panel includes a fixed portion and a tear-away portion; a cover pivotally connected with an upper edge of the rear panel for movement between an open position and a closed position, the cover having a top portion extending between the front and rear panels when the cover is in the closed position, and a front portion connected with the top portion and disposed in close parallel alignment with the front panel when the cover is in the closed position; and a locking panel hingedly connected with an upper edge of the front panel and disposed between the front panel of the base and the front portion of the cover when the cover is in the closed position, the locking panel having a plurality of tabs (142, 144) and a tear-away portion; wherein the tear-away portion of the locking panel is fixedly attached to both the front portion of the cover and the tear-away portion of the front panel such that initial movement of the cover from the closed position toward the open position causes the tear-away portions of the locking panel and the front panel to tear from the plurality of tabs and the fixed portion respectively and causes both tear-away portions to pivotally move with the cover. a base having opposing front and rear panels (112, 114), opposing side walls (116, 118) extending between the front and rear panels, and a bottom panel connected with lower edges of the front, rear, and side walls (163, 164), wherein the front panel includes a fixed portion and a tear-away portion; a cover pivotally connected with an upper edge of the rear panel for movement between an open position and a closed position, the cover having a top portion extending between the front and rear panels when the cover is in the closed position, and a front portion connected with the top portion and disposed in close parallel alignment with the front panel when the cover is in the closed position; and a locking panel hingedly connected with an upper edge of the front panel and disposed between the front panel of the base and the front portion of the cover when the cover is in the closed position, the locking panel having a plurality of tabs (142, 144) and a tear-away portion; wherein the tear-away portion of the locking panel is fixedly attached to both the front portion of the cover and the tear-away portion of the front panel such that initial movement of the cover from the closed position toward the open position causes the tear-away portions of the locking panel and the front panel to tear from the plurality of tabs and the fixed portion respectively and causes both tear-away portions to pivotally move with the cover.
A process for designing and manufacturing an everting soft robot, having a tubular structure formed by sections, the everting soft robot being capable of growing along a pre-programmed path, comprising the following steps: - generation or reconstruction of the three-dimensional CAD (Computer-Aided Design) model representing the environment in which the everting soft robot must navigate, - identification of a starting point, an end point and obstacles to be overcome, avoided or exploited by the everting soft robot, - generation of a path to reach the arrival point from the starting point avoiding the obstacles, the path including at least one of path straight segments (sd), curvilinear segments (sc) and axial rotation segments (sr), - design of tubular structure straight sections, tubular structure curvilinear sections and tubular structure axial rotation sections corresponding to the straight segments (sd), curvilinear segments (sc) and axial rotation segments (sr), respectively, further characterised by the following steps: - choice between a plurality of first fabric patches, second fabric patches, third fabric patches, and fourth fabric patches for each section of tubular structure, - subjecting each fabric patch to its own state of traction deriving from its weaving, - positioning or orienting each fabric patch in the tubular structure of the robot, - union of the plurality of fabric patches (M1, M2, M3, M4) on the basis of said design of the sections, capable of providing a determined tubular structure rectilinear section, curvilinear section and axial rotation section, so that the everting soft robot is adequate to follow this path during its growth. - generation or reconstruction of the three-dimensional CAD (Computer-Aided Design) model representing the environment in which the everting soft robot must navigate, - identification of a starting point, an end point and obstacles to be overcome, avoided or exploited by the everting soft robot, - generation of a path to reach the arrival point from the starting point avoiding the obstacles, the path including at least one of path straight segments (sd), curvilinear segments (sc) and axial rotation segments (sr), - design of tubular structure straight sections, tubular structure curvilinear sections and tubular structure axial rotation sections corresponding to the straight segments (sd), curvilinear segments (sc) and axial rotation segments (sr), respectively, - choice between a plurality of first fabric patches, second fabric patches, third fabric patches, and fourth fabric patches for each section of tubular structure, - subjecting each fabric patch to its own state of traction deriving from its weaving, - positioning or orienting each fabric patch in the tubular structure of the robot, - union of the plurality of fabric patches (M1, M2, M3, M4) on the basis of said design of the sections, capable of providing a determined tubular structure rectilinear section, curvilinear section and axial rotation section, so that the everting soft robot is adequate to follow this path during its growth.
Method for onshore or offshore erecting an upstanding construction comprising longitudinal construction parts of a windmill, comprising the steps of - providing the longitudinal parts of the construction; - transporting the longitudinal parts of the construction on a vehicle (4, 4', 4") to an erection site; - providing a crane for hoisting the longitudinal parts of the construction; - using the crane for placing the respective longitudinal parts of the construction on top of each other on a construction base at the erection site; comprising the steps of: - providing the construction base and/or the longitudinal parts of the construction with a support and guide facility for the crane; - arranging that the crane is mountable on the support and guide facility; and - mounting the crane on the support and guide facility of at least one of the construction base and the longitudinal parts of the construction that is placed on the construction base, so as to arrange that the crane is movable up and down along the support and guide facility of the construction, and - completing the erection of the upstanding construction by removing the crane and removing the support and guide facility from the longitudinal parts (9, 9', 9", 9''', X) of the construction, characterized by using the crane for picking up and placing a windmill generator and hub on top of the upstanding construction, followed by using the crane for picking up and placing rotor blades on the hub. - providing the longitudinal parts of the construction; - transporting the longitudinal parts of the construction on a vehicle (4, 4', 4") to an erection site; - providing a crane for hoisting the longitudinal parts of the construction; - using the crane for placing the respective longitudinal parts of the construction on top of each other on a construction base at the erection site; - providing the construction base and/or the longitudinal parts of the construction with a support and guide facility for the crane; - arranging that the crane is mountable on the support and guide facility; and - mounting the crane on the support and guide facility of at least one of the construction base and the longitudinal parts of the construction that is placed on the construction base, so as to arrange that the crane is movable up and down along the support and guide facility of the construction, and - completing the erection of the upstanding construction by removing the crane and removing the support and guide facility from the longitudinal parts (9, 9', 9", 9''', X) of the construction, characterized by using the crane for picking up and placing a windmill generator and hub on top of the upstanding construction, followed by using the crane for picking up and placing rotor blades on the hub.
Tyre for a passenger vehicle, comprising a tread intended to come into contact with the ground via a tread surface and having an axial width LT, the tread comprising two axially exterior portions (22, 23) each having an axial width (LS1, LS2) at most equal to 0.3 times the axial width LT, comprising at least one rubbery material M intended to come into contact with the ground during running, at least one axially exterior portion (22, 23) comprising axially exterior cuts (24, 25), an axially exterior cut (24, 25) forming a space opening onto the tread surface and being delimited by at least two lateral faces referred to as main lateral faces (241, 242) connected by a bottom face, the axially exterior cuts (24, 25) having a depth D defined by the maximum radial distance between the tread surface and the bottom face, the tyre further comprising a crown reinforcement radially on the inside of the tread, the crown reinforcement comprising a working reinforcement and a hoop reinforcement, the working reinforcement being made up of 2 working layers (41, 42) each comprising reinforcing elements which are coated in an elastomeric material, mutually parallel and respectively form, with a circumferential direction (XX') of the tyre, an oriented angle (A1, A2) at least equal to 20° and at most equal to 50°, in terms of absolute value, and of opposite sign from one layer to the next, the said reinforcing elements in each ply being made up of individual metal threads or monofilaments having a cross section the smallest dimension of which is at least equal to 0.20 mm and at most equal to 0.5 mm, and a breaking strength Rm, the density of reinforcing elements in each working layer being at least equal to 100 threads per dm and at most equal to 200 threads per dm, the hoop reinforcement comprising at least one hooping layer comprising reinforcing elements which are mutually parallel and form, with the circumferential direction (XX') of the tyre, an angle B at most equal to 10°, in terms of absolute value, the breaking strength R c of each working layer (41, 42) being at least equal to 30 000 N/dm, Rc being defined by: Rc= Rm ∗ S ∗ d, where Rm is the tensile breaking strength of the monofilaments in MPa, S is the cross-sectional area of the monofilaments in mm 2 and d is the density of monofilaments in the working layer considered, in number of monofilaments per dm, the measurement of breaking strength, denoted Rm being taken under tension in accordance with ISO standard 6892 of 1984, characterized in that in at least one of the two axially exterior portions (LS1, LS2), the at least one rubbery material M intended to be in contact with the ground during running, has a Shore hardness at least equal to 48 and at most equal to 60, the shore hardness being measured in accordance with standard ASTM 2240 or DIN 53505.
An antimicrobial composition comprising: an antipathogenic agent; a first solvent capable of dissolving the antipathogenic agent, the solvent being selected from a group consisting of water, a C1 alcohol and a C2 alcohol; a lubricious agent represented by a silicone oil; and a second solvent capable of dissolving the lubricious agent, wherein the first solvent and the second solvent are mutually miscible. an antipathogenic agent; a first solvent capable of dissolving the antipathogenic agent, the solvent being selected from a group consisting of water, a C1 alcohol and a C2 alcohol; a lubricious agent represented by a silicone oil; and a second solvent capable of dissolving the lubricious agent, wherein the first solvent and the second solvent are mutually miscible.
A water-decomposable resin composition, comprising: a polyvinyl alcohol resin, the polyvinyl alcohol resin having a melting point and a temperature at which the weight thereof decreases by 10% with respect to the weight of the polyvinyl alcohol resin at 100°C due to heat, the difference between the melting point and this temperature being 100°C or more; and a water absorptive resin. a polyvinyl alcohol resin, the polyvinyl alcohol resin having a melting point and a temperature at which the weight thereof decreases by 10% with respect to the weight of the polyvinyl alcohol resin at 100°C due to heat, the difference between the melting point and this temperature being 100°C or more; and a water absorptive resin.
A silicon photomultiplier with a plurality of photodiodes for detecting light, the silicon photomultiplier comprising: a supply terminal (Vb1,Vb2) configured to supply a bias voltage to each of the photodiodes; a plurality of diode connection resistors (Ra), wherein each diode connection resistor is connected to a respective one of the photodiodes in series; and a plurality of binarization circuits, each binarization circuit having an input terminal connected to an intermediate node between a respective one of the photodiodes and the corresponding diode connection resistor (Ra), wherein an output terminal of each binarization circuit is connected to an output terminal (lout) of the silicon photomultiplier via a respective converting resistor (Ro) for converting a voltage change into current signals; wherein each of the photodiodes is provided with a respective one of the plurality of diode connection resistors (Ra), a respective one of the plurality of binarization circuits, and the respective converting resistor (Ro). a supply terminal (Vb1,Vb2) configured to supply a bias voltage to each of the photodiodes; a plurality of diode connection resistors (Ra), wherein each diode connection resistor is connected to a respective one of the photodiodes in series; and a plurality of binarization circuits, each binarization circuit having an input terminal connected to an intermediate node between a respective one of the photodiodes and the corresponding diode connection resistor (Ra), wherein an output terminal of each binarization circuit is connected to an output terminal (lout) of the silicon photomultiplier via a respective converting resistor (Ro) for converting a voltage change into current signals; wherein each of the photodiodes is provided with a respective one of the plurality of diode connection resistors (Ra), a respective one of the plurality of binarization circuits, and the respective converting resistor (Ro).
Automatic drinks machine, in particular a fully automatic coffee machine, with a container for storage of a cleaning/descaling agent, which automatic drinks machine has a connection to a line in a lower region and an overflow in an upper region, wherein water can be poured into the container through the line and the connection and can be emptied out of the container through the connection, characterised in that a pump and a flow meter are arranged in the region of the line, with a control facility which is configured to determine an amount of cleaning/descaling agent present in the container from a difference between the amount of water pumped through the flow meter into the container and corresponding to the empty volume of the container and the amount of water which is then completely emptied out of the container again.
A method performed by a first network node for information centric network, ICN, mobility management, the method comprising: receiving, at the first network node positioned between a subscriber and a publisher of an ICN, a packet for a second network node; receiving at the first network node movement metrics of the second network node, wherein the movement metrics includes a predicted trajectory of the second network node or the first network node determines the predicted trajectory of the second network node based on the movement metrics of the second network node; transferring from the first network node based on the predicted trajectory of the second network node at least a portion of a forwarding information base, FIB, of the first network node or at least a portion of a pending interest table, PIT, of the first network node to a third network node predicted to be in a new path of the returning packet sent in response to the packet; and transmitting from the first network node the packet to the predicted third network node for delivery to the second network node on the new path, and wherein the predicted third network node is selected from a plurality of network nodes based on the movement metrics of the second network node; and wherein the packet is an interest packet, and either the second network node is a publisher for data named in the interest packet or the second network node being a subscriber for data named in the interest packet. receiving, at the first network node positioned between a subscriber and a publisher of an ICN, a packet for a second network node; receiving at the first network node movement metrics of the second network node, wherein the movement metrics includes a predicted trajectory of the second network node or the first network node determines the predicted trajectory of the second network node based on the movement metrics of the second network node; transferring from the first network node based on the predicted trajectory of the second network node at least a portion of a forwarding information base, FIB, of the first network node or at least a portion of a pending interest table, PIT, of the first network node to a third network node predicted to be in a new path of the returning packet sent in response to the packet; and transmitting from the first network node the packet to the predicted third network node for delivery to the second network node on the new path, and wherein the predicted third network node is selected from a plurality of network nodes based on the movement metrics of the second network node; and wherein the packet is an interest packet, and either the second network node is a publisher for data named in the interest packet or the second network node being a subscriber for data named in the interest packet.
A lubrication system of an internal combustion engine comprising: an oil pump that pressure feeds lubricating oil to be supplied to the internal combustion engine; an oil pressure control means (17, 18) that controls the oil pressure of the oil pump; and characterized by a determination means that determines whether the degree of deterioration of the lubricating oil is higher than a predetermined level; wherein when it is determined by said determination means that the degree of deterioration of the lubricating oil is higher than said predetermined level, the oil pressure of said oil pump is made lower, by means of said oil pressure control means (17, 18), than that at the time when the degree of deterioration of the lubricating oil is equal to or lower than said predetermined level. an oil pump that pressure feeds lubricating oil to be supplied to the internal combustion engine; an oil pressure control means (17, 18) that controls the oil pressure of the oil pump; and characterized by a determination means that determines whether the degree of deterioration of the lubricating oil is higher than a predetermined level; wherein when it is determined by said determination means that the degree of deterioration of the lubricating oil is higher than said predetermined level, the oil pressure of said oil pump is made lower, by means of said oil pressure control means (17, 18), than that at the time when the degree of deterioration of the lubricating oil is equal to or lower than said predetermined level.
Use of a material comprising cellulose fibers having an average fiber diameter of not more than 200 nm, wherein the content of carboxyl group in a cellulose composing the cellulose fiber ranges frog 0.1 to 2 mmol/g, as an oxygen barrier or a water vapor barrier.