mhurhangee/ep-ind-claims huggingface dataset:
A wind power blade with a multi-beam structure, wherein the blade is provided with a hollow layout structure and comprises a blade skin suction edge, a blade skin pressure edge, main load-carrying structure crossbeams (1, 2, 4, 5) and anti-shearing webs (7, 8), wherein the blade skin suction edge and the blade skin pressure edge are combined to form a cavity structure having a streamlined cross section, wherein a support structure formed by the combination of the main load-carrying structure crossbeams (1, 2, 4, 5) and the anti-shearing webs (7, 8) is located in the cavity, wherein both the blade skin suction edge and the blade skin pressure edge feature a multi-segment combined structure respectively, wherein the multi-segment combined structure is that the blade skin suction edge and the blade skin pressure edge are divided into three segments respectively, which are the front sections of the blade skin suction edge and the blade skin pressure edge, the middle sections (9, 10) between the crossbeams, and the tail sections of the blade skin suction edge and the blade skin pressure edge, and the multiple segments are connected to the side surface of the main load-carrying structure crossbeams (1, 2, 4, 5) to integrally form the blade skin suction edge and the skin pressure edge, wherein the main load-carrying structure cross beam is composed of four blade crossbeams (1, 2, 4, 5), wherein the blade skin suction edge is provided with a first blade crossbeam and a second blade crossbeam, and the blade skin pressure edge is provided with a third blade crossbeam and a fourth blade crossbeam, and the four blade crossbeams (1, 2, 4, 5) are laterally connected with the blade skin suction edge and the blade skin pressure edge, so that the four blade crossbeams (1, 2, 4, 5) become part of the blade skin suction edge and the blade skin pressure edge, characterized in that the connection between the four blade crossbeams (1, 2, 4, 5) and the blade skin suction edge as well as the blade skin pressure edge is cohesive connection, wherein the two sides of each of the four blade crossbeams (1, 2, 4, 5) are connected with the sides of the blade skin suction edge and the blade skin pressure edge respectively via uniform cross section and through resin adhesive, and the tail sections of the blade skin suction edge and the blade skin pressure edge are provided with trailing edge force bearing structure trabeculae (3, 6) respectively, wherein the trailing edge force bearing structure trabeculae (3, 6) are connected with the middle segment of the tail sections of the blade skin suction edge and the blade skin pressure edge respectively to form part of the tail sections of the blade skin suction edge and the blade skin pressure edge, wherein the trailing edge force bearing structure trabeculae (3, 6) are cohesively connected with the blade skin suction edge and the blade skin pressure edge, wherein the two sides of the trailing edge force bearing structure trabeculae (3, 6) are connected with the sides of the tail sections of the blade skin suction edge and the blade skin pressure edge via glue respectively.
A battery module, comprising: a battery cell stack having a plurality of battery cells stacked; a case configured to accommodate the battery cell stack; and a heat dissipation member inserted into the case and supported in contact with the battery cell stack; wherein an insert hole is formed in the case, and wherein the heat dissipation member includes: a base plate; and at least one protrusion coupled to the base plate and inserted into the insert hole; wherein the base plate is inserted into the case and contacts one side of the case at which the insert hole is formed; wherein one side of the base plate is in contact with the case, and the other side of the base plate opposite to the one side is in contact with the battery cell stack; wherein the protrusion is inserted into the insert hole and coupled to the case by hooking or snap-fitting; wherein at least one guide protrusion is formed at the case, and wherein at least one guide hole is formed in the base plate to guide the base plate to be inserted along the guide protrusion. a battery cell stack having a plurality of battery cells stacked; a case configured to accommodate the battery cell stack; and a heat dissipation member inserted into the case and supported in contact with the battery cell stack; wherein an insert hole is formed in the case, and wherein the heat dissipation member includes: a base plate; and at least one protrusion coupled to the base plate and inserted into the insert hole; wherein the base plate is inserted into the case and contacts one side of the case at which the insert hole is formed; wherein one side of the base plate is in contact with the case, and the other side of the base plate opposite to the one side is in contact with the battery cell stack; wherein the protrusion is inserted into the insert hole and coupled to the case by hooking or snap-fitting; wherein at least one guide protrusion is formed at the case, and wherein at least one guide hole is formed in the base plate to guide the base plate to be inserted along the guide protrusion. a base plate; and at least one protrusion coupled to the base plate and inserted into the insert hole; wherein the base plate is inserted into the case and contacts one side of the case at which the insert hole is formed; wherein one side of the base plate is in contact with the case, and the other side of the base plate opposite to the one side is in contact with the battery cell stack; wherein the protrusion is inserted into the insert hole and coupled to the case by hooking or snap-fitting; wherein at least one guide protrusion is formed at the case, and wherein at least one guide hole is formed in the base plate to guide the base plate to be inserted along the guide protrusion.
A high-speed connector comprising at least one twisted pair of electrical conductors and one pair of connection elements of male or female type that are parallel and installed in an insert of insulating material forming a support for said connection elements, each of said connection elements of said pair of connection elements being electrically connected to an electrical conductor of the twisted pair of electrical conductors, wherein an end portion of said insert is shaped to define a baffle between the two connection elements, which baffle is suitable for imparting dielectric contact to the abutment interface between said insert and another insert that is similar and forms part of another connector, thereby establishing dielectric continuity at said abutment interface, to ensure a good conservation of the characteristic impedance at the level of the connection.
A transmission system, especially for a motor vehicle, having around an axis at least an input shell that is rotationally connected to a driving shaft and to a drive web in order to rotationally connect said input shell to a double wet clutch mechanism that, having at least a first clutch and a second clutch respectively of the multiple-disc type, is controlled to selectively couple said driving shaft to a first driven shaft and to a second driven shaft,wherein the input shell and the drive web are rotationally connected by connecting means implemented by riveting, or by welding, with zero angular clearance, characterized in that the system has oil drainage means arranged in at least one radially outer portion of the input shell and/or in at least one radially outer portion of the drive web, to allow oil drainage radially outward,and wherein said oil drainage means have at least one radial oil drainage passage configured circumferentially between the connecting portions (16, 22) of the input shell and of the drive web rotationally connected by said connecting means.
A rotor system comprising: a rotor duct; at least one rotor blade, wherein the at least one rotor blade comprises a tip end; and a tip extension affixed at the tip end of the at least one rotor blade, wherein the tip extension is comprised, at least in part, of a flexible material and the rotor blade has a fixed extended length based on the tip extension; wherein an outboard end of the tip extension comprises the flexible material and an inboard end of the tip extension comprises a non-flexible material, wherein the inboard end of the tip extension comprises a plurality of attachment elements and the tip end of the rotor blade comprises a plurality of mating attachment elements, wherein the plurality of attachment elements comprises a plurality of posts and the plurality of mating attachment elements comprises a plurality of slots, the posts and the slots being configured to interlock to affix the tip extension to the rotor blade, wherein the posts and the slots are configured such that the posts and the slots interlock together based on the expected direction of rotation for the rotor blade during operation. a rotor duct; at least one rotor blade, wherein the at least one rotor blade comprises a tip end; and a tip extension affixed at the tip end of the at least one rotor blade, wherein the tip extension is comprised, at least in part, of a flexible material and the rotor blade has a fixed extended length based on the tip extension; wherein an outboard end of the tip extension comprises the flexible material and an inboard end of the tip extension comprises a non-flexible material, wherein the inboard end of the tip extension comprises a plurality of attachment elements and the tip end of the rotor blade comprises a plurality of mating attachment elements, wherein the plurality of attachment elements comprises a plurality of posts and the plurality of mating attachment elements comprises a plurality of slots, the posts and the slots being configured to interlock to affix the tip extension to the rotor blade, wherein the posts and the slots are configured such that the posts and the slots interlock together based on the expected direction of rotation for the rotor blade during operation.
A tableted chewing gum composition for oral administration of cannabinoids, the composition comprising water-soluble chewing gum ingredients and water-insoluble gum base located in a plurality of particles, the composition having been pressed into a coherent tablet by compression means, wherein: i) a first population of particles comprises water-insoluble gum base, wherein the gum base comprises one or more natural resins in an amount of 10-40% by weight of the gum base, one or more elastomers in an amount of 3-30% by weight of the gum base and one or more polyvinyl acetate elastomer plasticizers having a weight-average molecular weight (Mw) from 5,000 to 40,000 and being present in an amount of from 8-50% by weight of the gum base, and ii) a second population of particles is present in an amount of 40 to 80% by weight of the tableted chewing gum composition and comprises water-soluble chewing gum ingredients in an amount of more than 50% by weight of the second population of particles, the second population of particles being free of water-insoluble gum base, and wherein the gum base does not comprise vinyl laurate-vinyl acetate copolymer, and wherein the chewing gum composition comprises one or more cannabinoids in an amount of 0.1 to 200 mg. i) a first population of particles comprises water-insoluble gum base, wherein the gum base comprises one or more natural resins in an amount of 10-40% by weight of the gum base, one or more elastomers in an amount of 3-30% by weight of the gum base and one or more polyvinyl acetate elastomer plasticizers having a weight-average molecular weight (Mw) from 5,000 to 40,000 and being present in an amount of from 8-50% by weight of the gum base, and ii) a second population of particles is present in an amount of 40 to 80% by weight of the tableted chewing gum composition and comprises water-soluble chewing gum ingredients in an amount of more than 50% by weight of the second population of particles, the second population of particles being free of water-insoluble gum base, and
A system for ultrasonically ablating or checking a zone of the heart, comprising: ▪ a means for measuring the electrical activity of the heart for acquiring at least one frequency of an electrocardiogram; ▪ a phase grating coupled to the means for measuring the electrical activity of the heart for generating, in synchronisation with the acquired frequency of the electrocardiogram of the heart, a focused beam of ultrasound signals (F us) to at least one targeted zone (Z c) of the heart; ▪ a positioning system coupled to the means for measuring the electrical activity of the heart and coupled to the phase grating (RES_US) so as to feedback control the position of at least one focused zone of at least one focused beam of ultrasound signals (F us) to the position of the at least one targeted zone (Z c), ▪ an MRI imaging system coupled to the means for measuring the electrical activity of the heart and configured to carry out active dynamic check of a temperature and tissue deformation in the targeted zone (Z c) and/or in the neighbouring zones of the targeted zone (Z c); ▪ a device for measuring a cavitation level in the targeted zone (Z c); ▪ a calculator configured to dynamically adjust, while generating the beam of ultrasound signals (F us), the characteristics of said beam of ultrasound signals (F us) as a function of the cavitation level and as a function of the temperature and/or tissue deformation in the focused zone in response to generating the beam of ultrasound signals (F us). ▪ a means for measuring the electrical activity of the heart for acquiring at least one frequency of an electrocardiogram; ▪ a phase grating coupled to the means for measuring the electrical activity of the heart for generating, in synchronisation with the acquired frequency of the electrocardiogram of the heart, a focused beam of ultrasound signals (F us) to at least one targeted zone (Z c) of the heart; ▪ a positioning system coupled to the means for measuring the electrical activity of the heart and coupled to the phase grating (RES_US) so as to feedback control the position of at least one focused zone of at least one focused beam of ultrasound signals (F us) to the position of the at least one targeted zone (Z c), ▪ an MRI imaging system coupled to the means for measuring the electrical activity of the heart and configured to carry out active dynamic check of a temperature and tissue deformation in the targeted zone (Z c) and/or in the neighbouring zones of the targeted zone (Z c); ▪ a device for measuring a cavitation level in the targeted zone (Z c); ▪ a calculator configured to dynamically adjust, while generating the beam of ultrasound signals (F us), the characteristics of said beam of ultrasound signals (F us) as a function of the cavitation level and as a function of the temperature and/or tissue deformation in the focused zone in response to generating the beam of ultrasound signals (F us).
An organic light emitting display apparatus comprising: an anode electrode disposed on a substrate; an auxiliary electrode disposed on the substrate; an organic emission layer disposed on the anode electrode; a cathode electrode disposed on the organic emission layer and on the auxiliary electrode; an insulating bank disposed on the auxiliary electrode, the bank overlapping a first portion of the auxiliary electrode and exposing a second portion of the auxiliary electrode; and a partition wall comprising: a first partition wall disposed on part of the exposed second portion of the auxiliary electrode; a second partition wall disposed on the first partition wall and overlapping the exposed second portion of the auxiliary electrode, a top of the second partition wall being wider than its bottom; wherein, the second partition wall leaves a separation space between the second partition wall and the bank; and the auxiliary electrode is exposed in the separation space, the cathode electrode being electrically connected to the auxiliary electrode through the separation space, characterized in that the second partition wall contacts the bank and is supported by the first partition wall and the bank. an anode electrode disposed on a substrate; an auxiliary electrode disposed on the substrate; an organic emission layer disposed on the anode electrode; a cathode electrode disposed on the organic emission layer and on the auxiliary electrode; an insulating bank disposed on the auxiliary electrode, the bank overlapping a first portion of the auxiliary electrode and exposing a second portion of the auxiliary electrode; and a partition wall comprising: a first partition wall disposed on part of the exposed second portion of the auxiliary electrode; a second partition wall disposed on the first partition wall and overlapping the exposed second portion of the auxiliary electrode, a top of the second partition wall being wider than its bottom; wherein, the second partition wall leaves a separation space between the second partition wall and the bank; and the auxiliary electrode is exposed in the separation space, the cathode electrode being electrically connected to the auxiliary electrode through the separation space, characterized in that the second partition wall contacts the bank and is supported by the first partition wall and the bank. a first partition wall disposed on part of the exposed second portion of the auxiliary electrode; a second partition wall disposed on the first partition wall and overlapping the exposed second portion of the auxiliary electrode, a top of the second partition wall being wider than its bottom; wherein, the second partition wall leaves a separation space between the second partition wall and the bank; and the auxiliary electrode is exposed in the separation space, the cathode electrode being electrically connected to the auxiliary electrode through the separation space, characterized in that the second partition wall contacts the bank and is supported by the first partition wall and the bank.
A method of detecting a nucleic acid which comprises: (a) annealing to a nucleic acid two oligonucleotide P*s, wherein each oligonucleotide P* has a non-extendable 3' end, wherein the 3' nonextendable terminus of each oligonucleotide P* is removable by pyrophosphorolysis, wherein one oligonucleotide P* overlaps with the other oligonucleotide P* by at least one nucleotide at their respective 3' ends, and wherein one oligonucleotide P* anneals to a first nucleic acid strand and the other oligonucleotide P* anneals to a nucleic acid strand which is the complement of the first nucleic acid strand; wherein both oligonucleotide P*s address the same region of interest and both oligonucleotide P*s match the sequence of interest. (b) removing the 3' non-extendable termini of the annealed first and second oligonucleotide P*s by pyrophosphorolysis to produce unblocked oligonucleotides; and (c) detecting the removal of the 3' non-extendible termini of the oligonucleotide P*s. (a) annealing to a nucleic acid two oligonucleotide P*s, wherein each oligonucleotide P* has a non-extendable 3' end, wherein the 3' nonextendable terminus of each oligonucleotide P* is removable by pyrophosphorolysis, wherein one oligonucleotide P* overlaps with the other oligonucleotide P* by at least one nucleotide at their respective 3' ends, and wherein one oligonucleotide P* anneals to a first nucleic acid strand and the other oligonucleotide P* anneals to a nucleic acid strand which is the complement of the first nucleic acid strand; wherein both oligonucleotide P*s address the same region of interest and both oligonucleotide P*s match the sequence of interest. (b) removing the 3' non-extendable termini of the annealed first and second oligonucleotide P*s by pyrophosphorolysis to produce unblocked oligonucleotides; and (c) detecting the removal of the 3' non-extendible termini of the oligonucleotide P*s.
A process for the oxidative dehydrogenation of ethane to ethylene comprising: providing a multitubular fixed-bed reactor comprising a reactor inlet, an interior shell space, a perforated partition that divides the interior shell space into an upstream region and a downstream region, and a plurality of reactor tubes, wherein the plurality of reactor tubes comprise a catalyst bed that comprises an oxidative dehydrogenation catalyst; supplying a feed gas comprising ethane and oxygen to the reactor inlet and allowing the ethane and oxygen to react in the presence of the oxidative dehydrogenation catalyst to yield a reactor effluent comprising ethylene; supplying a coolant to the upstream region in a flow pattern that is counter-current with the flow of the feed gas through the plurality of reactor tubes; and withdrawing the coolant from the upstream region and supplying at least a portion of the coolant withdrawn from the upstream region to the downstream region in a flow pattern that is co-current with the flow of the feed gas through the plurality of reactor tubes; and wherein the coolant is supplied to the downstream region at a downstream coolant inlet at a downstream inlet coolant temperature and is withdrawn from the downstream region at a downstream coolant outlet at a downstream outlet coolant temperature, and wherein the downstream outlet coolant temperature exceeds the downstream inlet coolant temperature by 1 to 30 °C. providing a multitubular fixed-bed reactor comprising a reactor inlet, an interior shell space, a perforated partition that divides the interior shell space into an upstream region and a downstream region, and a plurality of reactor tubes, wherein the plurality of reactor tubes comprise a catalyst bed that comprises an oxidative dehydrogenation catalyst; supplying a feed gas comprising ethane and oxygen to the reactor inlet and allowing the ethane and oxygen to react in the presence of the oxidative dehydrogenation catalyst to yield a reactor effluent comprising ethylene; supplying a coolant to the upstream region in a flow pattern that is counter-current with the flow of the feed gas through the plurality of reactor tubes; and withdrawing the coolant from the upstream region and supplying at least a portion of the coolant withdrawn from the upstream region to the downstream region in a flow pattern that is co-current with the flow of the feed gas through the plurality of reactor tubes; and wherein the coolant is supplied to the downstream region at a downstream coolant inlet at a downstream inlet coolant temperature and is withdrawn from the downstream region at a downstream coolant outlet at a downstream outlet coolant temperature, and wherein the downstream outlet coolant temperature exceeds the downstream inlet coolant temperature by 1 to 30 °C.