mhurhangee/ep-ind-claims huggingface dataset:
Machine for coiling pipes in the form of large-size heavy spools, comprising a reel rotating about a longitudinal axis (X-X) for coiling the pipes fed to the reel in a feeding direction (Y-Y), wherein said reel comprises: - a first rotating half-reel; - a second half-reel coaxial with and arranged opposite the first half-reel in the longitudinal direction (X-X); said first and second half-reels (10;20) being displaceable in both senses of the longitudinal direction (X-X) from a relative position where the two half-reels (10;20) are closed in contact with each other in the longitudinal direction (X-X) for coiling the spool, to a position where the two half-reels (10;20) are separated from each other for unloading the finished and tied spool; and wherein the machine comprises - an assembly for tying the spool by means of a strap, comprising: • first inner semi-channels connected to each half-reel (10,20) in predefined angular positions thereof; • at least one first and one second outer semi-channels (32,33) which are rotationally fixed, respectively connected to the first half-reel and second half-reel in a predefined angular position thereof, axially detached from each other and axially displaceable in the longitudinal direction (X-X) together with the two half-reels (10,20); • a tying unit for operation of the strap, connected to the channels (31,32). - a first rotating half-reel; - a second half-reel coaxial with and arranged opposite the first half-reel in the longitudinal direction (X-X); - an assembly for tying the spool by means of a strap, comprising: • first inner semi-channels connected to each half-reel (10,20) in predefined angular positions thereof; • at least one first and one second outer semi-channels (32,33) which are rotationally fixed, respectively connected to the first half-reel and second half-reel in a predefined angular position thereof, axially detached from each other and axially displaceable in the longitudinal direction (X-X) together with the two half-reels (10,20); • a tying unit for operation of the strap, connected to the channels (31,32). • first inner semi-channels connected to each half-reel (10,20) in predefined angular positions thereof; • at least one first and one second outer semi-channels (32,33) which are rotationally fixed, respectively connected to the first half-reel and second half-reel in a predefined angular position thereof, axially detached from each other and axially displaceable in the longitudinal direction (X-X) together with the two half-reels (10,20); • a tying unit for operation of the strap, connected to the channels (31,32).
Method for operating a system, the system comprising at least one suction device and at least one handheld power tool, - wherein a communication connection is set up between the suction device and the handheld power tool by means of at least one suction device communication unit and at least one handheld power tool communication unit, - wherein at least one communication signal is transmitted from the handheld power tool communication unit to the suction device communication unit by means of the communication connection, characterized in that - switching on the suction device results in at least one start signal being sent to the handheld power tool, - wherein the handheld power tool is able to be activated only if the start signal is received by the handheld power tool. - wherein a communication connection is set up between the suction device and the handheld power tool by means of at least one suction device communication unit and at least one handheld power tool communication unit, - wherein at least one communication signal is transmitted from the handheld power tool communication unit to the suction device communication unit by means of the communication connection, - switching on the suction device results in at least one start signal being sent to the handheld power tool, - wherein the handheld power tool is able to be activated only if the start signal is received by the handheld power tool.
A pressurized brake system, comprising: a master cylinder (50, 210) at least partially defining a master chamber (42, 227); a master plunger (10, 211) that slides within the master cylinder (50, 210), the master plunger (10, 211) having ah active face facing the master chamber (42, 227) and a pressure face opposite the active face; a slave cylinder (54, 247) at least partially defining a slave chamber (56, 243); a slave piston (74, 249) that slides within the slave cylinder (54, 247), the slave piston (74, 249) having an active face facing the slave chamber (56, 243) and a pressure face opposite the active face, wherein the master chamber (42, 227) is in fluid communication with the slave chamber (56, 243) such that movement of the master plunger (10, 211) results in hydraulic movement of the slave piston (74, 249); at least one pressure chamber (58, 88), wherein fluid pressure from the at least one pressure chamber (58, 88) acts on the pressure face of the slave piston (74, 249); characterized in that the fluid pressure from the at least one pressure chamber (58, 88) also acts on the pressure face of the master plunger (10, 211). a master cylinder (50, 210) at least partially defining a master chamber (42, 227); a master plunger (10, 211) that slides within the master cylinder (50, 210), the master plunger (10, 211) having ah active face facing the master chamber (42, 227) and a pressure face opposite the active face; a slave cylinder (54, 247) at least partially defining a slave chamber (56, 243); a slave piston (74, 249) that slides within the slave cylinder (54, 247), the slave piston (74, 249) having an active face facing the slave chamber (56, 243) and a pressure face opposite the active face, wherein the master chamber (42, 227) is in fluid communication with the slave chamber (56, 243) such that movement of the master plunger (10, 211) results in hydraulic movement of the slave piston (74, 249); at least one pressure chamber (58, 88), wherein fluid pressure from the at least one pressure chamber (58, 88) acts on the pressure face of the slave piston (74, 249); characterized in that the fluid pressure from the at least one pressure chamber (58, 88) also acts on the pressure face of the master plunger (10, 211).
A solid hydrophilic modified polyrotaxane composition comprising: a hydrophilic modified polyrotaxane produced by modifying, with hydrophilic modifying groups, all or part of hydroxy groups on a cyclodextrin of a polyrotaxane containing the cyclodextrin, a polyethylene glycol which is included in the cavities of the cyclodextrin molecules in a skewered manner, and a capping group that is placed at each end of the polyethylene glycol and prevents dissociation of the cyclodextrin molecules from the polyethylene glycol; and a polyphenol antioxidant in an amount of 0.001 to 5% by weight, based on the polyrotaxane, wherein the polyphenol antioxidant is at least one selected from the group consisting of rosmarinic acid, gallic acid and catechin. a hydrophilic modified polyrotaxane produced by modifying, with hydrophilic modifying groups, all or part of hydroxy groups on a cyclodextrin of a polyrotaxane containing the cyclodextrin, a polyethylene glycol which is included in the cavities of the cyclodextrin molecules in a skewered manner, and a capping group that is placed at each end of the polyethylene glycol and prevents dissociation of the cyclodextrin molecules from the polyethylene glycol; and a polyphenol antioxidant in an amount of 0.001 to 5% by weight, based on the polyrotaxane,
Soft-start device having a housing and having at least one plug-in unit which can be inserted in and withdrawn from the housing and which has a three-phase thyristor assembly, characterised in that the housing is provided with appropriate receptacles arranged one above another and/or one behind another for the modular plug-in units, the modular plug-in units thus being able to be inserted in the heightwise or depthwise direction of the housing as desired and each modular plug-in unit being intended to supply a voltage, only a single module thus being required for each voltage level, and in that each plug-in unit can if required be connected in series or in parallel with other identical modular plug-in units in order to create a complete voltage.
A process for the preparation of a tire tread composition comprising a silica-treated functionalized resin composition, comprising the steps of: catalytically reacting a polymer backbone with a hydrosilylation agent having a Si-H bond to produce a silane-functionalized resin composition, wherein the polymer backbone is selected from at least one of dicyclopentadiene (DCPD)-based polymer, a cyclopentadiene -based polymer, a DCPD-styrene copolymer, a C 5 homopolymer and copolymer resin, a C 5 -styrene copolymer resin, a terpene homopolymer or copolymer resin, a pinene homopolymer or copolymer resin, a C 9 homopolymer and copolymer resin, a C 5 /C 9 copolymer resin, an alpha-methylstyrene homopolymer or copolymer resin, and combinations thereof; mixing the silane-functionalized resin composition with silica to produce a silica-treated functionalized resin composition; and blending the silica-treated functionalized resin composition with a diene elastomer and an inorganic filler. catalytically reacting a polymer backbone with a hydrosilylation agent having a Si-H bond to produce a silane-functionalized resin composition, wherein the polymer backbone is selected from at least one of dicyclopentadiene (DCPD)-based polymer, a cyclopentadiene -based polymer, a DCPD-styrene copolymer, a C 5 homopolymer and copolymer resin, a C 5 -styrene copolymer resin, a terpene homopolymer or copolymer resin, a pinene homopolymer or copolymer resin, a C 9 homopolymer and copolymer resin, a C 5 /C 9 copolymer resin, an alpha-methylstyrene homopolymer or copolymer resin, and combinations thereof; mixing the silane-functionalized resin composition with silica to produce a silica-treated functionalized resin composition; and blending the silica-treated functionalized resin composition with a diene elastomer and an inorganic filler.
A physical article of manufacture including one or more tangible computer-readable storage media, encoding computer-executable instructions for executing on a computing device a computer process comprising: determining if a cold boot of a device has occurred; in response to determining that a cold boot of the device has occurred, creating a non-volatile, NV, index (106, 230, 350) in a trusted platform module, TPM, (102, 228) of the device with a platform configuration registers, PCR, policy (232, 242) specifying that values of PCRs on the TPM (102, 228) are equal to their current values; and in response to determining that the PCR policy (232, 242) is satisfied, setting a value of an NVWritten attribute to specify that the PCR policy (232, 242) was satisfied since last time the device was cold booted. determining if a cold boot of a device has occurred; in response to determining that a cold boot of the device has occurred, creating a non-volatile, NV, index (106, 230, 350) in a trusted platform module, TPM, (102, 228) of the device with a platform configuration registers, PCR, policy (232, 242) specifying that values of PCRs on the TPM (102, 228) are equal to their current values; and in response to determining that the PCR policy (232, 242) is satisfied, setting a value of an NVWritten attribute to specify that the PCR policy (232, 242) was satisfied since last time the device was cold booted.
A method for reconstructing a block of an image, the method comprising: responsive to a single quantized residual block being used to jointly represent at least two components of a plurality of components of the block, deriving (801, 901, 301, 304, 401, 402) a quantization matrix from a plurality of scaling lists each defined for one component of the plurality of components; and, applying (802, 902, 306) the derived quantization matrix to the single quantized residual block to obtain a reconstructed residual block for each of the at least two components. responsive to a single quantized residual block being used to jointly represent at least two components of a plurality of components of the block, deriving (801, 901, 301, 304, 401, 402) a quantization matrix from a plurality of scaling lists each defined for one component of the plurality of components; and, applying (802, 902, 306) the derived quantization matrix to the single quantized residual block to obtain a reconstructed residual block for each of the at least two components.
A display device comprising: a display panel to display an image; and a reflective sheet reflecting light emitted toward a cover bottom and comprising a reflective layer, a first skin layer formed on an upper portion of the reflective layer, and a second skin layer formed on a lower portion of the reflective layer, wherein the first and second skin layers (178, 179) are formed so as to have an embossing surface to prevent adhesion between the reflective layer and the light guide plate and increase efficiency of light, and the reflective layer comprises a plurality of air bubbles, characterized in that said display device further comprises a plurality of light emitting diodes, LEDs, to generate light so as to supply the light to the display panel and a light guide plate to guide light to the display panel; in that said cover bottom is disposed below the LEDs toward the light guide plate; and in that the air bubbles have an oval shape having a major axis in a horizontal direction. a display panel to display an image; and a reflective sheet reflecting light emitted toward a cover bottom and comprising a reflective layer, a first skin layer formed on an upper portion of the reflective layer, and a second skin layer formed on a lower portion of the reflective layer, wherein the first and second skin layers (178, 179) are formed so as to have an embossing surface to prevent adhesion between the reflective layer and the light guide plate and increase efficiency of light, and the reflective layer comprises a plurality of air bubbles,
Plant for producing at least partially desulfurized biogas, comprising a biomass digester and/or post-digester, the digester and/or post-digester comprising: - a chamber in which an anaerobic digestion of the biomass takes place, leading to the production of biogas and of digestate, - a means for introducing an oxidizing gas, - a desulfurization net placed horizontally and fastened in the upper part of the chamber, and - ropes attached to said desulfurization net and which hang down to the biogas-digestate interface. - a chamber in which an anaerobic digestion of the biomass takes place, leading to the production of biogas and of digestate, - a means for introducing an oxidizing gas, - a desulfurization net placed horizontally and fastened in the upper part of the chamber, and - ropes attached to said desulfurization net and which hang down to the biogas-digestate interface.
A method for manufacturing a concrete workpiece prestressed by a reinforcement, in which the quartz sand-based fresh concrete that contains the reinforcement is provided in a casting mold, wherein the prestress is generated by a thermal treatment, wherein the concrete and its reinforcement are selected in such a way that the thermal expansion coefficient of the concrete is smaller than that of the reinforcement while cooling the concrete workpiece from an elevated temperature, wherein the fresh concrete is further set in such a way that its thermal expansion coefficient drops from a value above to below that of the reinforcement as a result of heating in the elevated temperature range, and that the concrete and reinforcement adhere to each other strongly enough in the cooling process when the concrete has been hydrated in the cooling process to at least an extent where the reinforcement can be expanded owing to the varying thermal expansion coefficients, and that the concrete with the reinforcement is brought to the elevated temperature in such a way and hydrated in the cooling process to at least an extent that it is prestressed by the reinforcement after cooling.
A method of fabricating a micro-electrical-mechanical system (MEMS) apparatus on a substrate, the method comprising the steps of: processing the substrate so as to fabricate an electronic circuit; depositing a first electrode that is operably coupled with the electronic circuit; depositing a membrane so that it is mechanically coupled to the first electrode; applying a sacrificial layer; depositing a structural layer and a second electrode that is operably coupled with the electronic circuit so that the sacrificial layer is disposed between the membrane and the structural layer so as to form a preliminary structure; etching the substrate to create a sound port; attaching the substrate to a carrier using a dicing tape; singulating the substrate; and removing the sacrificial layer so as to form a MEMS structure, wherein the step of singulating the substrate is carried out before the step of removing the sacrificial layer, and wherein both the singulating step and the step of removing the sacrificial layer are carried our while the substrate is still on the dicing tape. processing the substrate so as to fabricate an electronic circuit; depositing a first electrode that is operably coupled with the electronic circuit; depositing a membrane so that it is mechanically coupled to the first electrode; applying a sacrificial layer; depositing a structural layer and a second electrode that is operably coupled with the electronic circuit so that the sacrificial layer is disposed between the membrane and the structural layer so as to form a preliminary structure; etching the substrate to create a sound port; attaching the substrate to a carrier using a dicing tape; singulating the substrate; and removing the sacrificial layer so as to form a MEMS structure,
A shaft-seal arrangement comprising a shaft, which is mounted in a rotatable manner and extends along an axial axis, a stator, which is arranged around the shaft, and a rotating sealing ring, which is connected to the shaft, wherein a first gap is formed between the stator and the shaft, wherein the stator has a first sealing surface, which is arranged downstream of the first gap, as seen in a radial direction, wherein the sealing ring has a second sealing surface, which is arranged in a position opposite the first sealing surface, wherein a second gap is formed between the first sealing surface and the second sealing surface, wherein a mechanical seal is arranged adjacent to the sealing ring, wherein the mechanical seal is designed in the form of a dry gas seal, wherein the mechanical seal comprises a slide ring, having a gas infeed, which is designed such that a gas can be fed between the stator and the sealing ring, characterized by a second sealing unit, which is arranged in the second gap, in the sealing ring, on the second sealing surface, wherein the second sealing unit is designed such that it seals the second gap when the shaft is not rotating and opens the second gap when the shaft is rotating. a shaft, which is mounted in a rotatable manner and extends along an axial axis, a stator, which is arranged around the shaft, and a rotating sealing ring, which is connected to the shaft, wherein a first gap is formed between the stator and the shaft, wherein the stator has a first sealing surface, which is arranged downstream of the first gap, as seen in a radial direction, wherein the sealing ring has a second sealing surface, which is arranged in a position opposite the first sealing surface, wherein a second gap is formed between the first sealing surface and the second sealing surface, wherein a mechanical seal is arranged adjacent to the sealing ring, wherein the mechanical seal is designed in the form of a dry gas seal, wherein the mechanical seal comprises a slide ring, having a gas infeed, which is designed such that a gas can be fed between the stator and the sealing ring, characterized by a second sealing unit, which is arranged in the second gap, in the sealing ring, on the second sealing surface, wherein the second sealing unit is designed such that it seals the second gap when the shaft is not rotating and opens the second gap when the shaft is rotating.
A server for managing network traffic offloaded from a wireless cellular network to a device-to-device, D2D, contention-based network, the server comprising: a processor; and a D2D contention manager comprising instructions that, when executed by the processor, manage communications between user equipments, UEs, (113, 114) in the D2D contention-based network, at least two of the UEs configured to selectively communicate with each other through a core network of the wireless cellular network and through the D2D contention-based network, the D2D contention manager configured to: define a first set of links in the D2D contention-based network; for each link in the first set, calculate a link cost corresponding to a conflict with one or more other links in the first set; in order of ascending link cost, evaluate each link in the first set to select a second set of links from among the first set that, when activated, increases a sum throughput of data packets communicated between the UEs (113, 114); and communicate a message to the UEs (113, 114) to activate the second set of links during an offload period. a processor; and a D2D contention manager comprising instructions that, when executed by the processor, manage communications between user equipments, UEs, (113, 114) in the D2D contention-based network, at least two of the UEs configured to selectively communicate with each other through a core network of the wireless cellular network and through the D2D contention-based network, the D2D contention manager configured to: define a first set of links in the D2D contention-based network; for each link in the first set, calculate a link cost corresponding to a conflict with one or more other links in the first set; in order of ascending link cost, evaluate each link in the first set to select a second set of links from among the first set that, when activated, increases a sum throughput of data packets communicated between the UEs (113, 114); and communicate a message to the UEs (113, 114) to activate the second set of links during an offload period. define a first set of links in the D2D contention-based network; for each link in the first set, calculate a link cost corresponding to a conflict with one or more other links in the first set; in order of ascending link cost, evaluate each link in the first set to select a second set of links from among the first set that, when activated, increases a sum throughput of data packets communicated between the UEs (113, 114); and communicate a message to the UEs (113, 114) to activate the second set of links during an offload period.
A film containing a hydroxymethyl group-containing vinyl alcohol-based polymer containing a vinyl alcohol unit and a structural unit represented by the following formula, wherein the proportion of the structural unit represented by the formula in the hydroxymethyl group-containing vinyl alcohol-based polymer is 0.1 to 30 mol%.