mhurhangee/ep-ind-claims huggingface dataset:
A disposable absorbent article in the form of a diaper having a longitudinal centerline and a lateral centerline, a front waist region with a front waist edge, a rear waist region with a rear waist edge, a crotch region disposed between the front waste region and the rear waist region, and two spaced apart longitudinal side edges joining the front waist edge to the rear waist edge and comprising an assembly of components including a topsheet, a backsheet, and an absorbent core therebetween; wherein the absorbent core comprises less than 20% by weight of cellulose fibers; and wherein the absorbent core comprises zeolites; wherein the zeolites comprise at least two types of zeolites selected from the group consisting of a) a Faujasite framework wherein: i) the sodium content expressed as Na 2 O is below 10 wt%; b) a Mordenite Framework Inverted framework wherein: i) the sodium content expressed as Na 2 O is below 1 wt%; c) a Mordenite framework wherein: i) the sodium content expressed as Na 2 O is below 5 wt%. wherein the absorbent core comprises less than 20% by weight of cellulose fibers; and wherein the absorbent core comprises zeolites; wherein the zeolites comprise at least two types of zeolites selected from the group consisting of a) a Faujasite framework wherein: i) the sodium content expressed as Na 2 O is below 10 wt%; b) a Mordenite Framework Inverted framework wherein: i) the sodium content expressed as Na 2 O is below 1 wt%; c) a Mordenite framework wherein: i) the sodium content expressed as Na 2 O is below 5 wt%. a) a Faujasite framework wherein: i) the sodium content expressed as Na 2 O is below 10 wt%; i) the sodium content expressed as Na 2 O is below 10 wt%; b) a Mordenite Framework Inverted framework wherein: i) the sodium content expressed as Na 2 O is below 1 wt%; i) the sodium content expressed as Na 2 O is below 1 wt%; c) a Mordenite framework wherein: i) the sodium content expressed as Na 2 O is below 5 wt%. i) the sodium content expressed as Na 2 O is below 5 wt%.
Brake disc for a bicycle comprising: - a first component having a braking track configured to cooperate with brake pads and a plurality of first connection portions that extend towards the inside and that comprise respective first connection areas; - a second component having (i) a radially inner annular coupling portion for coupling with a hub of a wheel of the bicycle and (ii) a plurality of second connection portions, in a number corresponding to said plurality of said first connection portions, the second connection portions extending outwards from the radially inner annular coupling portion towards said first component and comprising respective second connection areas; - connecting members active between the first connection areas and the corresponding second connection areas; said second connection portions comprising at least one respective pair of arms that extend between the respective second connection area and the radially inner annular coupling portion, said pair of arms defining a through opening between them; characterized in that each second connection portion comprises said pair of arms and a reinforcing arm having an arrangement substantially parallel to that of the first connection portion of said first component with which the second connection portion of the second component is associated, each second connection portion extending from the second connection area and reaches another second connection portion that is arranged circumferentially adjacent to said second connection portion. - a first component having a braking track configured to cooperate with brake pads and a plurality of first connection portions that extend towards the inside and that comprise respective first connection areas; - a second component having (i) a radially inner annular coupling portion for coupling with a hub of a wheel of the bicycle and (ii) a plurality of second connection portions, in a number corresponding to said plurality of said first connection portions, the second connection portions extending outwards from the radially inner annular coupling portion towards said first component and comprising respective second connection areas; - connecting members active between the first connection areas and the corresponding second connection areas;
Method for preparation of a fuel mixture for spark-ignition engines comprising a mixture of petroleum hydrocarbons with a final distillation temperature no higher than 210°C, oxygen compounds and refining additives, from biomass, characterized in deriving ethanol or a mixture of ethanol and other alcohols having a carbon number C1-C5, aldehydes, ketones, esters of lower fatty acids up to C5 or mixtures of them all, from a fermentation of the biomass, carrying out a catalytic conversion of the product of the fermentation, to hydrocarbons, isolating a bio-component from the product of the catalytic conversion, whereas the bio-component is a mixture of synthetic hydrocarbons having a final distillation temperature up to 210°C, comprising up to 35% (V/V) of aromatic hydrocarbons, with a content of sulfur, chlorine, and metals, including lead, below the detection level of generally applicable analytical methods, with a benzene content of less than 0.2% (V/V) and an ethanol content less than 0.17% (V/V), wherein the bio-component is derived from the biomass and contains hydrocarbons only with the carbon atoms of no anthropogenic origin, and next preparing the fuel mixture for spark-ignition engines comprising the petroleum hydrocarbons, the bio-component, the oxygen compounds and the refining additives selected from detergents, antioxidants, anti-corrosion additives and others that improve the performance characteristics, wherein the biocomponent is present in an amount up to 85% by volume of the total fuel mixture.
Active humidification device for a patient breathing circuit, comprising: a housing, an air conditioning chamber extending through the housing between a first connector port for connection to a ventilator and a second connector port for connection via a breathing tube to a patient, a heater mounted within the air conditioning chamber, a temperature and humidity sensor mounted within the air conditioning chamber, an air flow sensor mounted within the air conditioning chamber, the air flow sensor operable to measure air flow rate and direction of air flow through the air conditioning chamber, a humidity generator mounted on the housing and having a vapour outlet communicating with the air conditioning chamber, and a controller operably connected to the heater, the temperature and humidity sensor, the air flow sensor and the humidity generator for controlling operation of the active humidification device to maintain air delivered from the active humidification device to a patient in use at a preset desired humidity, characterised in that the heater comprises an electro-resistive heater element extending around a cylindrical support sleeve defining an inner bore of the air conditioning chamber, with an outer insulation sleeve mounted about the heater element. a housing, an air conditioning chamber extending through the housing between a first connector port for connection to a ventilator and a second connector port for connection via a breathing tube to a patient, a heater mounted within the air conditioning chamber, a temperature and humidity sensor mounted within the air conditioning chamber, an air flow sensor mounted within the air conditioning chamber, the air flow sensor operable to measure air flow rate and direction of air flow through the air conditioning chamber, a humidity generator mounted on the housing and having a vapour outlet communicating with the air conditioning chamber, and a controller operably connected to the heater, the temperature and humidity sensor, the air flow sensor and the humidity generator for controlling operation of the active humidification device to maintain air delivered from the active humidification device to a patient in use at a preset desired humidity, characterised in that the heater comprises an electro-resistive heater element extending around a cylindrical support sleeve defining an inner bore of the air conditioning chamber, with an outer insulation sleeve mounted about the heater element.
A compound represented by the formula: or a pharmaceutically acceptable salt thereof, wherein: a, b and c are each 0 or 1, such that one of a, b and c is 1, and the remaining two of a, b and c are either 0 or 1, such that a 4-6 membered ring is defined; A represents C 1-6 alkyl, haloC 1-6 alkyl, C 1-6 alkoxyC 1-6 alkyl, hydroxyC 1-6 alkyl; D represents SO 2 or C; X represents a C or N atom; R represents H, C 1-6 alkyl or haloC 1-6 alkyl; i and j independently represent integers selected from 0, 1 and 2, such that i plus j is 1, 2 or 3; B represents (a) a 5-6 membered heteroaryl ring 2-3 heteroatoms, 1-3 of which are nitrogen atoms and 0-1 of which is an oxygen or sulfur atom, or (b) CO 2 R 1, said heteroaryl group (a) being optionally substituted with 1-3 groups selected from R 2; R 1 is selected from the group consisting of: C 1-6 alkyl, haloC 1-6 alkyl, phenyl and C 1-6 alkyl-phenyl; and each R 2 is independently selected from halo, C 1-6 alkyl, C 1-4 hydroxyalkyl and haloC 1-6 alkyl. a, b and c are each 0 or 1, such that one of a, b and c is 1, and the remaining two of a, b and c are either 0 or 1, such that a 4-6 membered ring is defined; A represents C 1-6 alkyl, haloC 1-6 alkyl, C 1-6 alkoxyC 1-6 alkyl, hydroxyC 1-6 alkyl; D represents SO 2 or C; X represents a C or N atom; R represents H, C 1-6 alkyl or haloC 1-6 alkyl; i and j independently represent integers selected from 0, 1 and 2, such that i plus j is 1, 2 or 3; B represents (a) a 5-6 membered heteroaryl ring 2-3 heteroatoms, 1-3 of which are nitrogen atoms and 0-1 of which is an oxygen or sulfur atom, or (b) CO 2 R 1, said heteroaryl group (a) being optionally substituted with 1-3 groups selected from R 2; R 1 is selected from the group consisting of: C 1-6 alkyl, haloC 1-6 alkyl, phenyl and C 1-6 alkyl-phenyl; and each R 2 is independently selected from halo, C 1-6 alkyl, C 1-4 hydroxyalkyl and haloC 1-6 alkyl.
Method for creating a substrate of the type semiconductor on insulator, comprising the following steps: a) providing a donor substrate comprising a monocrystalline support substrate, a smoothing layer and a semiconductor layer, the smoothing layer forming an etch stop layer with respect to the material of the support substrate; a') implantation of ion species through the semiconductor layer so as to form a fragilisation plane; b) creating an assembly by placing the donor substrate and a receiver substrate in contact; c) transferring the semiconductor layer, and at least a part of the smoothing layer onto the receiver substrate by detachment along the fragilization plane; d) carrying out a selective etching of said part of the support substrate with respect to the smoothing layer; said method being characterised in that the semiconductor layer of the donor substrate provided in step a) is monocrystalline and in that it further comprises the following steps: - before step b), amorphisation of at least a part of the semiconductor layer to form an amorphous layer; - during or after step c), recrystallisation in solid phase of the amorphous layer to form a transferred monocrystalline semiconductor layer. a) providing a donor substrate comprising a monocrystalline support substrate, a smoothing layer and a semiconductor layer, the smoothing layer forming an etch stop layer with respect to the material of the support substrate; a') implantation of ion species through the semiconductor layer so as to form a fragilisation plane; b) creating an assembly by placing the donor substrate and a receiver substrate in contact; c) transferring the semiconductor layer, and at least a part of the smoothing layer onto the receiver substrate by detachment along the fragilization plane; d) carrying out a selective etching of said part of the support substrate with respect to the smoothing layer; said method being characterised in that the semiconductor layer of the donor substrate provided in step a) is monocrystalline and in that it further comprises the following steps: - before step b), amorphisation of at least a part of the semiconductor layer to form an amorphous layer; - during or after step c), recrystallisation in solid phase of the amorphous layer to form a transferred monocrystalline semiconductor layer. - before step b), amorphisation of at least a part of the semiconductor layer to form an amorphous layer; - during or after step c), recrystallisation in solid phase of the amorphous layer to form a transferred monocrystalline semiconductor layer.
An ultrasonic oscillator unit that is disposed in a distal end part of an endoscope insertion part and has a plurality of ultrasonic oscillators, wherein the ultrasonic oscillators each have a piezoelectric body, a cable that is electrically bonded to the piezoelectric body is inserted into an internal space of the distal end part, at least one of a plurality of electrical bonded portions (100,104) from the cable to the piezoelectric body is bonded by a resin material having conductivity, the at least one of the plurality of electrical bonded portions using the resin material is covered with a first resin layer whose material is different from that of the resin material, and the first resin layer is made of gas barrier epoxy resin. wherein the ultrasonic oscillators each have a piezoelectric body, a cable that is electrically bonded to the piezoelectric body is inserted into an internal space of the distal end part, at least one of a plurality of electrical bonded portions (100,104) from the cable to the piezoelectric body is bonded by a resin material having conductivity, the at least one of the plurality of electrical bonded portions using the resin material is covered with a first resin layer whose material is different from that of the resin material, and the first resin layer is made of gas barrier epoxy resin.
Handling device for transferring a stack of products, in particular of folded, stitched or bound products, from a receiving region to a depositing region, wherein the handling device comprises a gripping installation which is movable in three dimensions and is configured for receiving and moving the stack of products disposed in the receiving region and depositing said stack in the depositing region; wherein the gripping installation comprises an upper holding element (22, 26, 28, 30) for holding down an upper side of the received stack, and a lower holding element (24, 32) for supporting a lower side, opposite the upper side, of the received stack; wherein the gripping installation furthermore comprises a first lateral delimitation element and a second lateral delimitation element, said delimitation elements (34, 36) each being able to be assigned to one of two mutually opposite lateral faces (10a, 10b) of a stack; characterized in that the lower holding element (24, 32) is mounted so as to be pivotable in relation to at least the first and/or the second delimitation element (34, 36).
A mechanism for opening and reclosing an outflow opening for emptying a container, especially a beverage container, incorporating a lid (1, 101) comprising the outflow opening (2, 102) and a latch to open and reclose the said outflow opening in the container lid, where the latch is fitted with hatching elements connected slidingly to the container lid, and wherein the lid features technical means suitable for initiating movement of the latch, characterised in that the lid (1, 101) contains at least one pair of sliding surfaces (3, 103), each of them incorporating at least one section in the shape of a convex arch, wherein at least one pair of hatching elements (7, 107) formed on the latch (6, 106) is moving on the said pair of sliding surfaces (3, 103) when shifting the latch (6, 106), and wherein ends (3a, 3b, 103a, 103b) of the sliding surfaces (3, 103) are positioned at different heights with respect to the bottom surface of the lid (1, 101) at the opening (2, 102), so that the end (3a, 103a) of each sliding surface (3, 103) from which the movement of the latch (6, 106) starts towards the opening of the outflow opening (2, 102) is positioned higher than its other end (3b, 103b), and wherein the latch (6, 106) in the closed position contacts the bottom surface of the lid (1, 101) around the outflow opening (2, 102), and in the open position is distant from the bottom surface of the lid (1, 101).
An oscillator circuit for generating quadrature-related first and second oscillation signals having equal frequencies, the oscillator circuit comprising: a first oscillation circuit (VCO_I) configured to generate the first oscillation signal having a first controllable frequency; a second oscillation circuit (VCO_Q) which is coupled to the first oscillation circuit and configured to generate the second oscillation signal having a second controllable frequency; the oscillator circuit being characterised in that it further comprises a controller configured to enable and disable oscillation of the first and second oscillation circuits (VCO_I, VCO_Q) and to control the first and second controllable frequencies, such that when the oscillation is enabled, the first and second controllable frequencies are controlled to be initially unequal and then to become equal; and wherein: a quadrature relationship between the first and second oscillation signals is established when the first and second controllable frequencies become equal. a first oscillation circuit (VCO_I) configured to generate the first oscillation signal having a first controllable frequency; a second oscillation circuit (VCO_Q) which is coupled to the first oscillation circuit and configured to generate the second oscillation signal having a second controllable frequency; the oscillator circuit being characterised in that it further comprises a controller configured to enable and disable oscillation of the first and second oscillation circuits (VCO_I, VCO_Q) and to control the first and second controllable frequencies, such that when the oscillation is enabled, the first and second controllable frequencies are controlled to be initially unequal and then to become equal; and wherein: a quadrature relationship between the first and second oscillation signals is established when the first and second controllable frequencies become equal.
A method of producing an aggregate comprising both a hypothalamus tissue and a non-neural head ectoderm, comprising: (i) a step of forming an aggregate of stem cells in a serum-free medium, and (ii) a step of floating-culturing the formed aggregate in the serum-free medium, wherein the serum-free medium used for the floating-culturing comprises a serum substitute and an exogenous signal promoter of BMP2 and/or BMP4 at a concentration not causing suppression of neural differentiation. (i) a step of forming an aggregate of stem cells in a serum-free medium, and (ii) a step of floating-culturing the formed aggregate in the serum-free medium, wherein the serum-free medium used for the floating-culturing comprises a serum substitute and an exogenous signal promoter of BMP2 and/or BMP4 at a concentration not causing suppression of neural differentiation.
A particulate filter, characterized by comprising: a plurality of first passages, ends of the first passages being blocked on an upstream side in a flow direction of exhaust gas; a plurality of second passages, ends of the second passages being blocked on a downstream side in the flow direction of exhaust gas; porous partition walls that are members that separates the first passages from the second passages, the porous partition walls having pores of a size such that ash passes through the pores; and a porous coat layer provided at part of a region of the partition walls from an upstream end of the partition walls up to a position before a downstream end of the partition walls, the porous coat layer having pores smaller than the pores of the partition walls, and a thickness of the coat layer decreasing gradually from the upstream side of the coat layer towards the downstream side of the coat layer. a plurality of first passages, ends of the first passages being blocked on an upstream side in a flow direction of exhaust gas; a plurality of second passages, ends of the second passages being blocked on a downstream side in the flow direction of exhaust gas; porous partition walls that are members that separates the first passages from the second passages, the porous partition walls having pores of a size such that ash passes through the pores; and a porous coat layer provided at part of a region of the partition walls from an upstream end of the partition walls up to a position before a downstream end of the partition walls, the porous coat layer having pores smaller than the pores of the partition walls, and a thickness of the coat layer decreasing gradually from the upstream side of the coat layer towards the downstream side of the coat layer.
A security element for security papers, value documents or the like, having a carrier having an upper side and a lower side and comprising several reflective first micro-imaging elements arranged flatly in a first pattern, and second micro-imaging elements arranged flatly in a second pattern, a first microstructure object which contains several first microstructures which are arranged in a first microstructure pattern so adapted to the first pattern that the first microstructure object is imaged in magnified form in front of the upper side by means of the first micro-imaging elements, and a second microstructure object which contains several second microstructures which are arranged in a second microstructure pattern so adapted to the second pattern that the second microstructure object is imaged in magnified form in front of the lower side by means of the second micro-imaging elements.