mhurhangee/ep-ind-claims huggingface dataset:
A mold for manufacturing a wind turbine blade, comprising: a lower mold component, and an upper mold component, wherein the lower mold component and the upper mold component form a mold cavity in the shape of a wind turbine blade, the upper mold component comprises at least two upper mold parts, and the mold further comprises guide rails configured to guide, for opening the mold cavity, one of the upper mold parts from a position in which the mold cavity is closed to a position in which the upper mold part is positioned adjacent to the lower mold component and the mold cavity is open. a lower mold component, and an upper mold component, wherein the lower mold component and the upper mold component form a mold cavity in the shape of a wind turbine blade, the upper mold component comprises at least two upper mold parts, and the mold further comprises guide rails configured to guide, for opening the mold cavity, one of the upper mold parts from a position in which the mold cavity is closed to a position in which the upper mold part is positioned adjacent to the lower mold component and the mold cavity is open.
A pharmaceutical liposomal formulation for photodynamic therapy, comprising a liposomal bilayer, which consists substantially of phospholipids comprising poly (ethylene glycol)-linked phospholipids, dipalmitoyl phosphatidyl choline and dipalmitoyl phospatidyl glycerol; and a therapeutically effective amount of a non-polar photosensitizer, wherein said photosensitizer is selected from the group consisting of di- and tetra-hydroporphyrins, that have light absorption maxima in the range of 640-780 nanometers.
Process for producing 1-chloro-3,3,3-trifluoropropene (HCFO-1233zd), comprising the steps of: i) providing: • a stream A1 comprising HF, • a stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene, and • a reactor containing a liquid phase, ii) in said reactor, contacting, in said liquid phase and in the absence of a catalyst, said stream A1 comprising HF with said stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene under conditions which are sufficient to produce a stream C comprising 1-chloro-3,3,3-trifluoropropene, HF and HCl, iii) recovering said stream C, characterized in that said reactor is provided with means for stirring said liquid phase such that, during the implementation of step ii), the temperature of said liquid phase varies by a maximum of 2°C. i) providing: • a stream A1 comprising HF, • a stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene, and • a reactor containing a liquid phase, • a stream A1 comprising HF, • a stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene, and • a reactor containing a liquid phase, ii) in said reactor, contacting, in said liquid phase and in the absence of a catalyst, said stream A1 comprising HF with said stream A2 comprising 1,1,3,3-tetrachloropropene and/or 1,3,3,3-tetrachloropropene under conditions which are sufficient to produce a stream C comprising 1-chloro-3,3,3-trifluoropropene, HF and HCl, iii) recovering said stream C,
A method for initiating communication in real-time between two users in a multi-user communication environment, characterized in that the method comprises: providing a unique code to a first user in the multi-user communication environment which is provided with a menu system from which only predetermined chat messages may be formed, the code being transmitted by the first user to a second user outside of the multi-user communication environment; whereby the second user initiates real-time, free form, and secure communication with the first user after the code is authenticated in the multi-user communication environment.
A dishwasher that comprises a tub wherein the washing process is performed, a door for accessing into the tub, more than one basket whereon items to be washed are emplaced, one or more spray arms for delivering water onto the items in the baskets, more than one nozzle disposed on the spray arm for spraying water on the items by generating a water jet and a detergent dispenser wherein a tablet, dissolvable in water, containing chemicals such as detergent, softener and rinse agent in pressed layers, is emplaced, and wherein the detergent dispenser comprises - a reservoir inside which water circulating in the tub enters, forming a detergent-water solution as the water contacts the tablet, whereby the solution is delivered to the washing environment inside the tub, - a tablet holder holding the tablet suspended in the horizontal position from the ceiling of the reservoir and the lower portion inside the reservoir, with a lower wall shaped like a grate or sieve allowing the water entering into the reservoir to contact the lower surface of the tablet, - a lid that is installed to the ceiling of the reservoir covering the tablet in the tablet holder, preventing the water circulating in the tub and moving downwards by the effect of gravity from directly reaching the tablet characterized in that the dispenser comprises: - an inlet hole arranged on the lower side of the reservoir, said inlet hole being arranged in such a manner as to allow the water circulating in the tub to enter the reservoir from the lower side and to move upwards inside the reservoir, acting on the lower surface of the tablet suspended from the ceiling of the reservoir. - a reservoir inside which water circulating in the tub enters, forming a detergent-water solution as the water contacts the tablet, whereby the solution is delivered to the washing environment inside the tub, - a tablet holder holding the tablet suspended in the horizontal position from the ceiling of the reservoir and the lower portion inside the reservoir, with a lower wall shaped like a grate or sieve allowing the water entering into the reservoir to contact the lower surface of the tablet, - a lid that is installed to the ceiling of the reservoir covering the tablet in the tablet holder, preventing the water circulating in the tub and moving downwards by the effect of gravity from directly reaching the tablet characterized in that the dispenser comprises: - an inlet hole arranged on the lower side of the reservoir, said inlet hole being arranged in such a manner as to allow the water circulating in the tub to enter the reservoir from the lower side and to move upwards inside the reservoir, acting on the lower surface of the tablet suspended from the ceiling of the reservoir.
A brush assembly (100, 200, 300) comprising: a cushion pad (120, 220,320) having a compressibility at 25% deflection within the range of 6.9 kPa (1 psi) to 2413 kPa (350 psi); a brush (110, 210,310) attached to the cushion pad, wherein the brush comprises: a brush base, and bristles (111, 311), the bristles comprising moldable polymeric material and abrasive particle additives. a cushion pad (120, 220,320) having a compressibility at 25% deflection within the range of 6.9 kPa (1 psi) to 2413 kPa (350 psi); a brush (110, 210,310) attached to the cushion pad, wherein the brush comprises: a brush base, and bristles (111, 311), the bristles comprising moldable polymeric material and abrasive particle additives.
A paver comprising a main vehicle body, said paver comprising a set of fore-wheels, said set of fore-wheels being connected to said main vehicle body via a hydraulic wheel suspension system which, in at least a paving mode of said paver, allows hydraulic level compensation for each wheel of said set of fore-wheels, said paver further comprising a hydraulic motion control assembly characterized in that the hydraulic motion control assembly is adapted to selectively provide hydraulic spring suspension, and preferably also hydraulic dampening, to at least one wheel, preferably at least two wheels, of said set of fore-wheels.
An assembly for a gas turbine engine comprising: at least one platform (66B, 66C) including a main body extending between a first mate face and a second mate face to establish a gas path surface, the main body including an internal passage extending circumferentially between a first opening along the first mate face and a second opening along the second mate face relative to an assembly axis, wherein a perimeter of the first mate face establishes a first area, a perimeter of the second opening establishes a second area, and the second area is greater than the first area; an airfoil section extending radially from the at least one platform (66B, 66C) relative to the assembly axis, the airfoil section including an internal cavity extending at least partially from the at least one platform (66B, 66C); and wherein the airfoil section is integrally formed with the at least one platform (66B, 66C), the airfoil section establishes an external surface contour, and the airfoil section and the platform (66B, 66C) are established by a plurality of plies (L1, L2) comprising a ceramic matrix composite material. at least one platform (66B, 66C) including a main body extending between a first mate face and a second mate face to establish a gas path surface, the main body including an internal passage extending circumferentially between a first opening along the first mate face and a second opening along the second mate face relative to an assembly axis, wherein a perimeter of the first mate face establishes a first area, a perimeter of the second opening establishes a second area, and the second area is greater than the first area; an airfoil section extending radially from the at least one platform (66B, 66C) relative to the assembly axis, the airfoil section including an internal cavity extending at least partially from the at least one platform (66B, 66C); and wherein the airfoil section is integrally formed with the at least one platform (66B, 66C), the airfoil section establishes an external surface contour, and the airfoil section and the platform (66B, 66C) are established by a plurality of plies (L1, L2) comprising a ceramic matrix composite material.
An applicator assembly comprising: a head portion having a proximal end, a distal end, and an interior portion defining a fluid chamber; a container slidably coupled to the proximal end of the head portion; a sealing member (340, 342, 344) sealing a distal end of the container; an application member attached to the distal end of the head portion; and a lifting member mateable with the sealing member, wherein the lifting member is mounted in the interior portion of the head portion and an interior of the container is placed in fluid communication with the application member by way of a fluid conduit that is formed around the sealing member from the container to the fluid chamber when the container is axially translated toward the head portion and lifting member lifts the sealing member, a translation of the container in a direction away from the head portion causing the sealing member to retract, thus reducing the amount of fluid that flows into the head portion. a head portion having a proximal end, a distal end, and an interior portion defining a fluid chamber; a container slidably coupled to the proximal end of the head portion; a sealing member (340, 342, 344) sealing a distal end of the container; an application member attached to the distal end of the head portion; and a lifting member mateable with the sealing member, wherein the lifting member is mounted in the interior portion of the head portion and an interior of the container is placed in fluid communication with the application member by way of a fluid conduit that is formed around the sealing member from the container to the fluid chamber when the container is axially translated toward the head portion and lifting member lifts the sealing member, a translation of the container in a direction away from the head portion causing the sealing member to retract, thus reducing the amount of fluid that flows into the head portion.
Adapter unit, which is provided for coupling, in particular releasable coupling, of a wiper blade to a wiper arm, having a base element, a cover element and a wiper arm receptacle which is configured to receive the wiper arm pivotably about a bearing axis, wherein the cover element is connectable to the base element and largely covers the wiper arm receptacle, and wherein the cover element has a wind deflector surface, which is provided to deflect an incident flow of air and to press the wiper blade onto a vehicle window, and wherein the base element is configured to receive a wiper blade, wherein the wind deflector surface encloses a main angle of between 25° and 75°, preferably of between 40° and 60°, with the bearing axis, characterized in that the adapter unit, in particular the cover element and/or the base element, has a wiper arm opening which encloses a wiper arm angle of between -15° and 15°, preferably of between -5° and 5°, with the wind deflector surface.
Cooking system, in particular induction cooking system, comprising at least one hob with at least one extractor fan unit which, in at least one operating state, at least partially sucks developing vapours out from at least one cooking zone, with a set-down plate, with at least one carrier unit, which has at least one electronics receiving area which is provided to at least partially receive at least one electronics unit, wherein the carrier unit has at least one fan receiving area, which is provided to at least partially receive at least one element of the extractor fan unit, wherein the carrier unit has at least one carrier plate, which separates the electronics receiving area and the fan receiving area from one another, and wherein the electronics receiving area and the fan receiving area are arranged on opposing sides of the carrier plate with respect to a main extension plane of the carrier plate, and wherein the carrier unit is embodied in one piece, wherein the carrier unit is moulded in one piece, characterised by an external housing unit, which is embodied as a hob external housing unit and together with the set-down plate at least substantially defines a hob external housing, wherein the external housing unit partially defines a receiving space embodied as a cavity for mounting at least one hob component and has a housing base, which has a distance of at most 500 mm from the set-down plate, wherein in at least one operating state the carrier unit is arranged completely within the external housing unit, wherein the carrier plate divides a hob interior, which is completely defined by the set-down plate and the external housing unit, into two subspaces (72a, 74a).
A scintillation neutron detector comprising: a neutron scintillator crystal containing 6 Li, said crystal having a surface area per unit volume of no less than 60 cm 2 /cm 3, characterized in that the amount of light emitted by the neutron scintillator crystal containing 6 Li is 1000 photons/neutron or more. a neutron scintillator crystal containing 6 Li, said crystal having a surface area per unit volume of no less than 60 cm 2 /cm 3, characterized in that the amount of light emitted by the neutron scintillator crystal containing 6 Li is 1000 photons/neutron or more.
A method of controlling a switch that is used to charge a capacitor that provides an output voltage (Vo), the switch having an inductor on an input side of the switch between a power source (Vi) and the switch, the method comprising: initiating a switching cycle (k) including turning on the switch; sensing a voltage (Vsns) representing current through the inductor; using a reference voltage (Vref) as a basis for turning off the switch during the switching cycle (k) when Vsns exceeds Vref; and setting an initial value of Vref at a beginning of the switching cycle based on at least one feature of an activation of the switch during at least one previous switching cycle (k-n), characterised in reducing Vref during the switching cycle using a rate such that Vref will be approximately equal to a voltage (Vpeak) corresponding to a preselected peak current threshold of the inductor at a time when Vsns equals Vpeak, and wherein reducing Vref comprises using feedback information regarding a gate voltage of the switch during the switching cycle. initiating a switching cycle (k) including turning on the switch; sensing a voltage (Vsns) representing current through the inductor; using a reference voltage (Vref) as a basis for turning off the switch during the switching cycle (k) when Vsns exceeds Vref; and setting an initial value of Vref at a beginning of the switching cycle based on at least one feature of an activation of the switch during at least one previous switching cycle (k-n), characterised in reducing Vref during the switching cycle using a rate such that Vref will be approximately equal to a voltage (Vpeak) corresponding to a preselected peak current threshold of the inductor at a time when Vsns equals Vpeak, and wherein reducing Vref comprises using feedback information regarding a gate voltage of the switch during the switching cycle.
A header for an agricultural harvester, the header including a header frame and a combination flex and rigid control system, the header being configured to operate in either a floating flex mode configuration, in which the header more or less floats over the field surface, or in a fixed rigid mode configuration, with the header more or less rigid across the width of the machine and at a fixed orientation relative to the ground surface, said combination flex and rigid control system having a controller, and - at least one sensor (402, 408) having a communication link to the controller; and - a flex arm, pivotally connected to the header frame, extending along a bottom of the header and connected to a first one of the at least one sensor (402, 408) for acquiring and conveying ground proximity information during flex mode operation; and - an elongated feeler arm, pivotally connected to the flex arm, extending angularly away from the flex arm below the flex arm and characterized in that the elongated feeler arm is connected to the first one of the at least one sensor (402, 408) for acquiring and conveying ground proximity information during rigid mode operation. - at least one sensor (402, 408) having a communication link to the controller; and - a flex arm, pivotally connected to the header frame, extending along a bottom of the header and connected to a first one of the at least one sensor (402, 408) for acquiring and conveying ground proximity information during flex mode operation; and - an elongated feeler arm, pivotally connected to the flex arm, extending angularly away from the flex arm below the flex arm and
Inner ring for a guide vane ring of a turbomachine, by means of which adjustable guide vanes can be rotatably mounted, characterized in that the inner ring comprises a first and a second fixing ring (16a, 16b) which are interconnected by means of at least one fixing element that is axial with respect to a central axis of the inner ring, the at least one fixing element comprising a vane mounting for rotatably mounting a guide vane, which mounting corresponds to the associated guide vane and projects radially with respect to the central axis.
A 10 or 11 amino acid cell-penetrating peptide characterized in that it comprises an amino acid sequence consisting of XWXRLXXXXXX (SEQ ID No: 5), wherein X in position 1 is beta-A or S; X in positions 3, 9 and 10 are, independently from each other, W or F; X in position 6 is R if X in position 8 is S, and X in position 6 is S if X in position 8 is R; X in position 7 is L or none; X in position 8 is S or R; and X in position 11 is R or none, and wherein X in position 7 is L if X in position 11 is none.
A method of relaying a packet, comprising: receiving at least one packet encoded using a fountain code; reducing a degree of the at least one packet by at least one of: removing all native packets of the at least one packet that belong to a decoded set of native packets; or removing any combination of two native packets of the least one packet that belong to a same equivalence class; processing the at least one packet based on the reduced degree; generating a combined packet, the generating comprising combining the at least one processed packet with at least one other processed packet based on the reduced degree and a weight of each of the processed packets; and transmitting the combined packet. receiving at least one packet encoded using a fountain code; reducing a degree of the at least one packet by at least one of: removing all native packets of the at least one packet that belong to a decoded set of native packets; or removing any combination of two native packets of the least one packet that belong to a same equivalence class; removing all native packets of the at least one packet that belong to a decoded set of native packets; or removing any combination of two native packets of the least one packet that belong to a same equivalence class; processing the at least one packet based on the reduced degree; generating a combined packet, the generating comprising combining the at least one processed packet with at least one other processed packet based on the reduced degree and a weight of each of the processed packets; and transmitting the combined packet.
Tread for a tyre of a heavy vehicle, this tread having a volume of rubber to be worn away during running and a mean thickness E measured from a tread surface in the new state, this tread surface being intended to come into contact with a roadway, this tread comprising a plurality of sipes of circumferential overall orientation and of width (Li), each of these sipes extending into the depth of the tread over a depth that is less than the mean thickness E of the tread, each sipe being extended radially inwards by a channel of maximum width (Lc) that is greater than the width (Li) of the incision and of height (Hc), this channel having lateral walls (51, 52) that are intended, when the tread has become partially worn, to delimit a new groove of maximum width (Lc), these lateral walls (51, 52) connecting to a bottom of the channel, each sipe connecting together a plurality of drainage wells, each drainage well formed in the thickness of the tread opening via a first opening onto the tread surface via an opening the maximum dimension of which is at least equal to twice the width (Li) of the sipe and via a second opening into the said channel, this tread being characterized in that there is, for each sipe of circumferential overall orientation, at least one drainage well in the contact patch during running and in that, in the continuation of each drainage well, a protrusion is formed on the bottom of the channel into which the said drainage well opens, this protrusion having a height (Hp) that is less than the height (Hc) of the channel and a width (Lp) that is less than the maximum width (Lc) of the said channel.