mhurhangee/ep-ind-claims huggingface dataset:
Pile for an offshore monopile type foundation structure comprising an elongate cylindrical steel tube comprising a first length with a first wall thickness, a second length with a second wall thickness, wherein the second length comprises several reinforcement ribs extending longitudinally and equally spaced apart from each other over the entire second length.
A steering control device for a steering system including a housing, a turning shaft which is accommodated in the housing such that the turning shaft is able to reciprocate, and an actuator which applies a motor torque for causing the turning shaft to reciprocate using a motor as a drive source, the steering control device comprising an electronic control unit configured to: detect an absolute steering angle which is a rotation angle of a rotation shaft which is able to be converted into a turning angle of turning wheels connected to the turning shaft and which is expressed as an absolute angle including a range exceeding 360°; and determine whether movement of the turning shaft is limited and acquire a limit position determination angle corresponding to the absolute steering angle when it is determined that movement of the turning shaft is limited; characterized in that the electronic control unit is configured to compare a first stroke width which is a sum of an absolute value of the limit position determination angle on a right side and an absolute value of the limit position determination angle on a left side with a stroke threshold value corresponding to an entire stroke range of the turning shaft when an angle which indicates that the turning shaft is located at an end position and which is correlated with the absolute steering angle is defined as an end-position-corresponding angle and the limit position determination angles on the right and left sides are acquired, and set the end-position-corresponding angles on the right and left sides based on the limit position determination angles on the right and left sides when the first stroke width is greater than the stroke threshold value. detect an absolute steering angle which is a rotation angle of a rotation shaft which is able to be converted into a turning angle of turning wheels connected to the turning shaft and which is expressed as an absolute angle including a range exceeding 360°; and determine whether movement of the turning shaft is limited and acquire a limit position determination angle corresponding to the absolute steering angle when it is determined that movement of the turning shaft is limited; characterized in that the electronic control unit is configured to compare a first stroke width which is a sum of an absolute value of the limit position determination angle on a right side and an absolute value of the limit position determination angle on a left side with a stroke threshold value corresponding to an entire stroke range of the turning shaft when an angle which indicates that the turning shaft is located at an end position and which is correlated with the absolute steering angle is defined as an end-position-corresponding angle and the limit position determination angles on the right and left sides are acquired, and set the end-position-corresponding angles on the right and left sides based on the limit position determination angles on the right and left sides when the first stroke width is greater than the stroke threshold value.
A method for producing a sheet-shaped cell culture, the method comprising: performing one single operation, or at least two different operations for removing undifferentiated cells in a cell population containing pluripotent stem cell-derived differentiation-induced cells, wherein said differentiation-induced cells are cardiomyocytes, wherein the one single operation is anti-CD30 antibody treatment, and wherein the at least two different operations comprise anti-CD30 antibody treatment; and seeding the cell population obtained in on a culture substrate and performing graft-forming culture, wherein the cell population is seeded at a density reaching confluence, and wherein, in a sheet-forming incubation, a sheet culture medium used for sheet-forming incubation at day 1 contains a Rho-kinase inhibitor. performing one single operation, or at least two different operations for removing undifferentiated cells in a cell population containing pluripotent stem cell-derived differentiation-induced cells, wherein said differentiation-induced cells are cardiomyocytes, wherein the one single operation is anti-CD30 antibody treatment, and wherein the at least two different operations comprise anti-CD30 antibody treatment; and seeding the cell population obtained in on a culture substrate and performing graft-forming culture, wherein the cell population is seeded at a density reaching confluence, and wherein, in a sheet-forming incubation, a sheet culture medium used for sheet-forming incubation at day 1 contains a Rho-kinase inhibitor.
An integral lighting assembly (1A, 1B, 1D, 1E) comprising - an optical arrangement (2, 3); - a first light source (S 1) for generating a first beam (L 1) of light; - a first collimator (C 1) for directing the first beam (L 1) at the optical arrangement (2, 3); - a second light source (S 2) for generating a second beam (L 2) of light; and - a second collimator (C 2) for directing the second beam (L 2) at the optical arrangement (2, 3); characterised in that the collimators (C 1, C 2) are arranged such that a collimator (C 1, C 2) on one side of an optical axis of the lighting assembly (2, 3) directs its beam (L 1, L 2) of light essentially at a region of the optical arrangement (2, 3) on the other side of the optical axis such that the first beam (L 1) crosses the second beam (L 2) before arriving at the optical arrangement (2, 3); and wherein the optical arrangement (2, 3) is realized to manipulate the first and second light beams (L 1, L 2) to give a low exit beam (B LO) and a high exit beam (B HI) such that the low exit beam (B LO) and the high exit beam (B HI) are partially combined in an overlap region on a projection plane located at a predefined distance from the integral lighting assembly (1A, 1B, 1D, 1E). - an optical arrangement (2, 3); - a first light source (S 1) for generating a first beam (L 1) of light; - a first collimator (C 1) for directing the first beam (L 1) at the optical arrangement (2, 3); - a second light source (S 2) for generating a second beam (L 2) of light; and - a second collimator (C 2) for directing the second beam (L 2) at the optical arrangement (2, 3);
A resilient single-dose sachet for storage and administration of a liquid medication, the sachet comprising: a. a top portion, a bottom portion, and a perimeter, the top portion having a narrowed region and a tab connected at connection points, b. a front layer and a back layer, the front layer and back layer being permanently joined around the perimeter to form a seal, the seal forming a compartment wherein the compartment is adapted to contain the liquid medication and a headspace, wherein the sachet is being adapted such that the user can consume the liquid directly from the sachet wherein the sachet is child-resistant, wherein said tab is attached to the narrowed region, and the tab has a tear notch and a fold line disposed such that the tear notch is accessed by folding the tab along the fold line, the tear notch does not extend to said perimeter, characterised in that the perimeter is curved, and in that where the tab connects to the sachet at said connection points the transition is curved with no sharp corners. a. a top portion, a bottom portion, and a perimeter, the top portion having a narrowed region and a tab connected at connection points, b. a front layer and a back layer, the front layer and back layer being permanently joined around the perimeter to form a seal, the seal forming a compartment wherein the compartment is adapted to contain the liquid medication and a headspace, wherein the sachet is being adapted such that the user can consume the liquid directly from the sachet wherein the sachet is child-resistant, wherein said tab is attached to the narrowed region, and the tab has a tear notch and a fold line disposed such that the tear notch is accessed by folding the tab along the fold line, the tear notch does not extend to said perimeter, characterised in that the perimeter is curved, and in that where the tab connects to the sachet at said connection points the transition is curved with no sharp corners.
Apparatus for transplanting seedlings from a tray into a ground planting position, wherein the tray includes a plurality of cells for holding plugs of growing medium containing seedlings, the apparatus including: a plug ejection means arranged to eject plugs from the cells of the tray; a conveyor arranged to receive plugs ejected from the tray and to convey the plugs to a seedling planting apparatus a plug removal means arranged to remove plugs that do not contain germinated seedlings from the conveyor at a removal position before they are transferred to the seedling planting apparatus wherein the apparatus includes seedling retention means arranged to engage with plant material of the seedlings projecting from the plugs at said removal position before the plugs are transferred to the seedling planting apparatus, thereby preventing removal of plugs containing seedlings with projecting plant material by the plug removal means; wherein the conveyor has a plurality of cell pockets for receiving plugs ejected from the tray, the conveyor includes cell pocket opening means arranged to open a cell pocket partially when said cell pocket reaches the removal position, characterised in that, after removal of plugs without seedlings, the cell pockets close to retain the plugs containing seedlings with projecting plant material, and the cell pockets are advanced by movement of the conveyor to a pre-planting hold position before the plugs containing seedlings are transferred to the seedling planting apparatus. a plug ejection means arranged to eject plugs from the cells of the tray; a conveyor arranged to receive plugs ejected from the tray and to convey the plugs to a seedling planting apparatus a plug removal means arranged to remove plugs that do not contain germinated seedlings from the conveyor at a removal position before they are transferred to the seedling planting apparatus wherein the apparatus includes seedling retention means arranged to engage with plant material of the seedlings projecting from the plugs at said removal position before the plugs are transferred to the seedling planting apparatus, thereby preventing removal of plugs containing seedlings with projecting plant material by the plug removal means; wherein the conveyor has a plurality of cell pockets for receiving plugs ejected from the tray, the conveyor includes cell pocket opening means arranged to open a cell pocket partially when said cell pocket reaches the removal position, characterised in that, after removal of plugs without seedlings, the cell pockets close to retain the plugs containing seedlings with projecting plant material, and the cell pockets are advanced by movement of the conveyor to a pre-planting hold position before the plugs containing seedlings are transferred to the seedling planting apparatus.
Operating head for removing and fitting wheel tyres for vehicles, comprising supporting means, fixable to the mobile arm of a tyre-changing machine, at least a reference element fixable to the mobile arm and positionable in the proximity of a section of the edge of the rim of a wheel fixed on said tyre-changing machine, during the removal operation of a tyre from said rim, at least a removal tool having a free extremity substantially hook-shaped, supported by said supporting means and movable between a fastening position, wherein said tool extends from said supporting means beyond said reference element to fit between said edge of the rim and said tyre and to position said free extremity below the bead of said tyre, and an extraction position, wherein said free extremity is arranged in correspondence to said reference element, substantially superimposed on a protruding appendix of the reference element itself, to extract said bead of the tyre above said edge of the rim, characterized by the fact that it comprises positioning means for positioning said tool between said extraction position and a disengagement position along a direction of moving away/close with respect to said protruding appendix, wherein in said disengagement position said free extremity of the tool is retracted with respect to said protruding appendix.
A downhole electrical power generating system, comprising: a flow restricting device which variably restricts fluid flow through an opening, the restricting device vibrating in response to the fluid flow, and the restricting device thereby alternately increasing and decreasing the fluid flow through the opening; an electricity generating device which generates electricity in response to vibration of the restricting device; and a dampening device (60, 62) for controlling a vibration of the restricting device; characterized in that the dampening device (60, 62) includes a coil which is energized to variably dampen the restricting device vibration. a flow restricting device which variably restricts fluid flow through an opening, the restricting device vibrating in response to the fluid flow, and the restricting device thereby alternately increasing and decreasing the fluid flow through the opening; an electricity generating device which generates electricity in response to vibration of the restricting device; and a dampening device (60, 62) for controlling a vibration of the restricting device; characterized in that the dampening device (60, 62) includes a coil which is energized to variably dampen the restricting device vibration.
A downlink offloading and converging method, the method comprises: maintaining a cellular radio bearer between a cellular radio access device, which is an eNodeB, and a user equipment, UE, receiving (401, 501), by the UE, a data frame over a non-cellular radio bearer from a non-cellular radio access device, wherein the non cellular radio access device is a WLAN access point, and the data frame comprises: - a data packet that the cellular radio access device needs to send to the UE, the data packet relating to the cellular radio bearer; - indication information used to indicate that the data packet is a cellular network data packet, wherein the indication information is a type code and the type code corresponds to a protocol type of the data packet; and - bearer information used to indicate the cellular radio bearer to which the data packet relates; determining (402, 502), by the UE, that the data packet is a cellular network data packet according to the indication information; and if so, then processing (403, 503), by the UE, the data packet by using a cellular network protocol indicated by the type code and mapping the data packet to the cellular radio bearer maintained between the cellular radio access device and the UE according to the bearer information. maintaining a cellular radio bearer between a cellular radio access device, which is an eNodeB, and a user equipment, UE, receiving (401, 501), by the UE, a data frame over a non-cellular radio bearer from a non-cellular radio access device, wherein the non cellular radio access device is a WLAN access point, and the data frame comprises: - a data packet that the cellular radio access device needs to send to the UE, the data packet relating to the cellular radio bearer; - indication information used to indicate that the data packet is a cellular network data packet, wherein the indication information is a type code and the type code corresponds to a protocol type of the data packet; and - bearer information used to indicate the cellular radio bearer to which the data packet relates; - a data packet that the cellular radio access device needs to send to the UE, the data packet relating to the cellular radio bearer; - indication information used to indicate that the data packet is a cellular network data packet, wherein the indication information is a type code and the type code corresponds to a protocol type of the data packet; and - bearer information used to indicate the cellular radio bearer to which the data packet relates; determining (402, 502), by the UE, that the data packet is a cellular network data packet according to the indication information; and if so, then processing (403, 503), by the UE, the data packet by using a cellular network protocol indicated by the type code and mapping the data packet to the cellular radio bearer maintained between the cellular radio access device and the UE according to the bearer information.
A scroll compressor comprising: a casing comprising a rotation shaft; a discharge cover fixed inside the casing to partition the inside of the casing into a suction space and a discharge space; a first scroll revolving by rotation of the rotation shaft; a second scroll defining a plurality of compression chambers together with the first scroll, the second scroll having an intermediate pressure discharge hole communicating with a compression chamber having an intermediate pressure of the plurality of compression chambers; a back pressure plate defining a back pressure chamber for accommodating a refrigerant discharged from the intermediate pressure discharge hole; a floating plate movably disposed on a side of the back pressure plate to define the back pressure chamber together with the back pressure plate, the floating plate comprising a contact part that is capable of contacting the discharge cover; and a coating layer defining an outer surface of the contact part, wherein the discharge cover has a first hardness value, the floating plate has a second hardness value, and the coating layer has a third hardness value, and the third hardness value is less than the first hardness value and greater than the second hardness value, characterized in that the discharge cover comprises an impact absorption layer disposed at a portion thereof that faces the contact part and the coating layer has a hardness value greater than that of the impact absorption layer.. a casing comprising a rotation shaft; a discharge cover fixed inside the casing to partition the inside of the casing into a suction space and a discharge space; a first scroll revolving by rotation of the rotation shaft; a second scroll defining a plurality of compression chambers together with the first scroll, the second scroll having an intermediate pressure discharge hole communicating with a compression chamber having an intermediate pressure of the plurality of compression chambers; a back pressure plate defining a back pressure chamber for accommodating a refrigerant discharged from the intermediate pressure discharge hole; a floating plate movably disposed on a side of the back pressure plate to define the back pressure chamber together with the back pressure plate, the floating plate comprising a contact part that is capable of contacting the discharge cover; and a coating layer defining an outer surface of the contact part,
A method for controlling a flow rate in a microchannel (2; 42-45; 100-103) of a microfluidic device (1; 1'; 40; 90), the said microfluidic device comprising a chamber (6; 6'; 47-50; 92-95), an inlet circuit (8; 8'; 124) and an outlet circuit (9; 9'; 125) which are connected to the chamber and between which a sensibly continuous flow of fluid can be established without contact with the microchannel, the inlet circuit and the outlet circuit merging directly in the chamber such that the flow of the fluid between the inlet circuit and the outlet circuit is in the chamber, or being connected to the chamber through a unique conduit, the flow between the inlet circuit and the outlet circuit being then outside the chamber, at least one of the circuits - the inlet circuit and/or the outlet circuit - comprising a valve (11; 11'; 12; 58-61; 62-65) and being controllable so as to modify the pressure at said end of the microchannel, independently of the pressure at another end of the microchannel, the method in which a sensibly continuous flow is established, without contact with the microchannel, between the inlet circuit and the outlet circuit and in which the valve is controlled to modify said pressure.
A method of making an oriented collagen gel, comprising the step of depositing with a depositing device a concentration of collagen onto a substrate to induce fibrillogenesis, wherein said depositing device having a depositing speed during said deposition and wherein said concentration of collagen having a travelling speed while being deposited, wherein said depositing speed and travelling speed are both larger than zero, but moving in opposite direction from each other and together defining a draw ratio of said depositing speed and said travelling speed for said deposition of said concentration of collagen, wherein said depositing step applies both a shear and an extensional force component to said concentration of collagen during said fibrillogenosis, and while said deposition occurs in a pH buffer of at least 5.
Removable gripping handle, in particular for cooking accessory comprising a main body and a slide mounted movably in translation on the main body against an elastic return means between a rest position and a release position in which the elastic return means exerts a return force towards the rest position, the elastic return means being carried by the slide, respectively by the main body, the slide being mountable on the main body to occupy an assembly position separate from the rest position, the elastic return means comprises a free strand adapted to be blocked by a retaining member belonging to the main body, respectively to the slide, the displacement of the slide from the assembly position to the release position causing the retaining member to block the free strand of the elastic return means.
An anti-disassembly joint, wherein a first through hole is disposed inside the anti-disassembly joint, a thread portion having an external thread is provided on an outer surface of the anti-disassembly joint, the anti-disassembly joint is connectable to a pipe connection nut via the thread portion, and an end portion of the anti-disassembly joint extending out forms an anti-disassembly raised block, the anti-disassembly raised block is provided with a stop surface and a sliding surface, the stop surface and the sliding surface are disposed at two sides of the anti-disassembly raised block away from each other, respectively, and the stop surface is configured to be matched with an external tool to implement an installation of the anti-disassembly joint, wherein: a full thread diameter of the thread portion is the maximum diameter of the anti-disassembly joint; the anti-disassembly joint further comprises a free spinning surface, the free spinning surface is connected to adjacent two anti-disassembly raised blocks, and the free spinning surface is perpendicular to an axis of the first through hole, the sliding surface is an inclined surface, and the sliding surface is smoothly connected to the free spinning surface. a full thread diameter of the thread portion is the maximum diameter of the anti-disassembly joint; the anti-disassembly joint further comprises a free spinning surface, the free spinning surface is connected to adjacent two anti-disassembly raised blocks, and the free spinning surface is perpendicular to an axis of the first through hole, the sliding surface is an inclined surface, and the sliding surface is smoothly connected to the free spinning surface.