mhurhangee/ep-ind-claims huggingface dataset:
A wireless IC device comprising: a wireless IC chip; a power feeding circuit board, which is a multilayer board made of ceramic sheets and includes a power feeding circuit formed as a distributed constant resonant circuit of an inverted F antenna configuration or an inverted L antenna configuration; the power feeding circuit board including a high-side electrode (151; 161; 171; 181) disposed on a first surface thereof and connected to a high-side terminal of the wireless IC chip via a power feeding pin (154, 163, 173, 184) and a low-side electrode (153, 162, 172, 183) disposed on a second surface thereof and connected to a low-side terminal of the wireless IC chip; a radiating plate, to which the power feeding circuit board is adhered or disposed adjacent thereto, arranged to perform at least one of radiation of a transmission signal supplied from the power feeding circuit (150, 160, 170, 180), and receiving of a reception signal and supplying of the reception signal to the power feeding circuit (150, 160, 170, 180), wherein the radiating plate and the high-side electrode (151; 161; 171; 181) face each other and are electrically connected via electromagnetic coupling. a wireless IC chip; a power feeding circuit board, which is a multilayer board made of ceramic sheets and includes a power feeding circuit formed as a distributed constant resonant circuit of an inverted F antenna configuration or an inverted L antenna configuration; the power feeding circuit board including a high-side electrode (151; 161; 171; 181) disposed on a first surface thereof and connected to a high-side terminal of the wireless IC chip via a power feeding pin (154, 163, 173, 184) and a low-side electrode (153, 162, 172, 183) disposed on a second surface thereof and connected to a low-side terminal of the wireless IC chip; a radiating plate, to which the power feeding circuit board is adhered or disposed adjacent thereto, arranged to perform at least one of radiation of a transmission signal supplied from the power feeding circuit (150, 160, 170, 180), and receiving of a reception signal and supplying of the reception signal to the power feeding circuit (150, 160, 170, 180), wherein the radiating plate and the high-side electrode (151; 161; 171; 181) face each other and are electrically connected via electromagnetic coupling.
Process for the conversion of a feedstock comprising a lignin-comprising material, comprising the steps (a) to (c): (a) charging the feedstock to a fluidized bed reactor; (b) pyrolyzing at least part of the feedstock in the fluidized bed reactor while introducing a carrier gas into the reactor, to produce pyrolysis vapours; (c) reacting at least part of the pyrolysis vapours coming from step (b) in a second reactor comprising a catalyst, to produce hydrocarbon products comprising aromatics; in which process in step (a) sand is used as a heat carrier in the fluidized bed; and in step (b) a C 1 -C 4 alkane, and, in addition, also nitrogen is introduced into the reactor as a carrier gas; and the temperature in the fluidized bed reactor in step (b) is equal to or more than 400°C to equal to or less than 600°C and the temperature in the reactor in step (b) is kept higher than in the reactor in step (c); and the reactor in step (c) is a fixed bed reactor comprising a MFI or MWW type zeolite catalyst and the temperature in the reactor is equal to or more than 350°C to equal to or less than 550°C. (a) charging the feedstock to a fluidized bed reactor; (b) pyrolyzing at least part of the feedstock in the fluidized bed reactor while introducing a carrier gas into the reactor, to produce pyrolysis vapours; (c) reacting at least part of the pyrolysis vapours coming from step (b) in a second reactor comprising a catalyst, to produce hydrocarbon products comprising aromatics;
A process for the manufacture of an aqueous antiperspirant composition comprising the steps of: (i) mixing aluminium-containing antiperspirant salt, water soluble calcium salt, amino acid, and water, wherein the aluminium-containing antiperspirant salt is a basic aluminium chloride salt of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 5 Cl (ii) heating the mixture to a temperature of greater than 100°C at a pressure of greater than 1 Bar (100,000 Pa) using ultra-high temperature processing equipment and (iii) restoring the mixture to ambient temperature and pressure, wherein the basic aluminium chloride salt is of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 5 Cl.
A method of continuous dyeing with reactive dyes in wet conditions, the method comprising: 1)adding fabric to a mixture of a dye liquor and an alkali through a one-bath-one-step method; 2) immersing the fabric pretreated in 1) in a padding liquor with an air film horizontal pad dyeing machine; 3)preheating the fabric after being treated in 2) at a temperature of 50-90°C; and 4) rolling and batching the fabric after being treated in 3) at a temperature of 10-70°C for 2-72 hours. 1)adding fabric to a mixture of a dye liquor and an alkali through a one-bath-one-step method; 2) immersing the fabric pretreated in 1) in a padding liquor with an air film horizontal pad dyeing machine; 3)preheating the fabric after being treated in 2) at a temperature of 50-90°C; and 4) rolling and batching the fabric after being treated in 3) at a temperature of 10-70°C for 2-72 hours.
An instrument, which is an intramedullary implant template for evaluating at least one of a size or an orientation of a prospective implant with respect to a bone, comprising: (a) a first assembly having a first radio-opaque portion providing a representation of a profile in an anatomical plane, of a first portion of an intramedullary implant or a canal in the bone within which the intramedullary implant is to be located; and (b) a second assembly having a second radio-opaque portion providing a representation of a profile in the anatomical plane, of a second portion of the intramedullary implant or canal within which the intramedullary implant is to be located and further having a third radio-opaque portion comprising a peg and a ring circumscribing the peg upon planar alignment of the implant template to the anatomical plane, the third radio-opaque portion providing by fluoroscopic indication an alignment feature of the instrument. (a) a first assembly having a first radio-opaque portion providing a representation of a profile in an anatomical plane, of a first portion of an intramedullary implant or a canal in the bone within which the intramedullary implant is to be located; and (b) a second assembly having a second radio-opaque portion providing a representation of a profile in the anatomical plane, of a second portion of the intramedullary implant or canal within which the intramedullary implant is to be located and further having a third radio-opaque portion comprising a peg and a ring circumscribing the peg upon planar alignment of the implant template to the anatomical plane, the third radio-opaque portion providing by fluoroscopic indication an alignment feature of the instrument.
A joined body comprising: a first member; a second member having a high coefficient of thermal expansion as compared to that of the first member; and a joint portion which at least partially includes a mixed layer containing metal of a transition metal and an oxide of the transition metal and which joins the first member and the second member; and wherein in the joint portion, a first layer containing a first oxide of the transition metal, a second layer containing a second oxide of the transition metal having a low valence as compared to that of the first oxide, and the mixed layer are formed in this order from the first member to the second member so as to form a multilayer structure. a first member; a second member having a high coefficient of thermal expansion as compared to that of the first member; and a joint portion which at least partially includes a mixed layer containing metal of a transition metal and an oxide of the transition metal and which joins the first member and the second member; and wherein in the joint portion, a first layer containing a first oxide of the transition metal, a second layer containing a second oxide of the transition metal having a low valence as compared to that of the first oxide, and the mixed layer are formed in this order from the first member to the second member so as to form a multilayer structure.
A cell culture vessel comprising: at least one cell culture chamber, having a bottom, a top and sidewalls; a base defining a base plane extending in a first direction and a second direction perpendicular to the first direction; wherein the bottom, the top and the sidewalls each have surfaces facing the inside of the cell culture chamber; wherein at least the bottom surface of the cell culture chamber comprises an array of microcavities; an inlet in a top of the vessel providing access to the cell culture chamber (2000 on one side of the vessel; an outlet in a bottom of the vessel providing access to each cell culture chamber on the opposite side of the vessel; wherein the bottom surface of the cell culture chamber defines a plane which is at a first angle relative to the first direction of the base plane and a second angle relative to the second direction of the base plane; wherein an absolute value of at least one of the first angle and the second angle is greater than zero; and wherein an absolute value of the first angle or the second angle or both is from 1° to 30°. at least one cell culture chamber, having a bottom, a top and sidewalls; a base defining a base plane extending in a first direction and a second direction perpendicular to the first direction; wherein the bottom, the top and the sidewalls each have surfaces facing the inside of the cell culture chamber; wherein at least the bottom surface of the cell culture chamber comprises an array of microcavities; an inlet in a top of the vessel providing access to the cell culture chamber (2000 on one side of the vessel; an outlet in a bottom of the vessel providing access to each cell culture chamber on the opposite side of the vessel; wherein the bottom surface of the cell culture chamber defines a plane which is at a first angle relative to the first direction of the base plane and a second angle relative to the second direction of the base plane; wherein an absolute value of at least one of the first angle and the second angle is greater than zero; and wherein an absolute value of the first angle or the second angle or both is from 1° to 30°.
A multilayer battery module, comprising: first cylindrical battery cells disposed to stand up and arranged in lateral and longitudinal directions into a matrix form; second cylindrical battery cells disposed to stand up and arranged on the first cylindrical battery cells in a one-to-one relationship; and a heatsink made of a material with high thermal conductivity and disposed at a layer boundary between the first cylindrical battery cells and the second cylindrical battery cells, wherein the first cylindrical battery cells and the second cylindrical battery cells are disposed so that positive electrode terminals thereof and negative electrode terminals thereof face each other with the heatsink being interposed therebetween for each corresponding ones of the first and second cylindrical battery cells, wherein a portion of the heatsink facing the each respective positive electrode terminal is recessed to form a heat and gas discharge path, and a portion of the heatsink facing the each negative electrode terminal contacts to the respective negative electrode terminal to form a heat dissipation path, wherein the first and second cylindrical battery cells are arranged so that upper and lower portions of first and second cylindrical battery cells neighboring along a lateral direction are reversed and upper and lower portions of first and second cylindrical battery cells neighboring along a longitudinal direction are not reversed, first cylindrical battery cells disposed to stand up and arranged in lateral and longitudinal directions into a matrix form; second cylindrical battery cells disposed to stand up and arranged on the first cylindrical battery cells in a one-to-one relationship; and a heatsink made of a material with high thermal conductivity and disposed at a layer boundary between the first cylindrical battery cells and the second cylindrical battery cells, wherein the first cylindrical battery cells and the second cylindrical battery cells are disposed so that positive electrode terminals thereof and negative electrode terminals thereof face each other with the heatsink being interposed therebetween for each corresponding ones of the first and second cylindrical battery cells, wherein a portion of the heatsink facing the each respective positive electrode terminal is recessed to form a heat and gas discharge path, and a portion of the heatsink facing the each negative electrode terminal contacts to the respective negative electrode terminal to form a heat dissipation path, wherein the first and second cylindrical battery cells are arranged so that upper and lower portions of first and second cylindrical battery cells neighboring along a lateral direction are reversed and upper and lower portions of first and second cylindrical battery cells neighboring along a longitudinal direction are not reversed,
Supporting pole for apparatuses comprising: - at least one bearing base; - at least one elongated cylindrical structure placed above the bearing base; characterized in that it further comprises: - a plurality of brackets for fastening a respective apparatus to a corresponding one bracket, said apparatus being cameras, radio bridges, lamps, sound diffusers, TV cameras, electronic flag-type signboards, traffic lights or telecommunication apparatuses, each bracket being placed above said elongated cylindrical structure at an opposite end with respect to an end to which the bearing base is connected, each bracket being structurally built, in order to create an interruption on said pole at a height at which each of said apparatuses is fastened, each apparatus being screwed onto the corresponding one bracket in a perfect coupling, each of said brackets being designed to orient the corresponding one apparatus along a desired direction due to a regulation on the fastening of the bracket through slots with which the bracket is equipped; - a technical room, which contains the necessary devices for an operation of the various apparatuses, said technical room being placed in the base of the pole and being integrated therein; and - a system for connecting the various modules which allows keeping a ground connection inside the pole. - at least one bearing base; - at least one elongated cylindrical structure placed above the bearing base; - a plurality of brackets for fastening a respective apparatus to a corresponding one bracket, - a technical room, which contains the necessary devices for an operation of the various apparatuses, said technical room being placed in the base of the pole and being integrated therein; and - a system for connecting the various modules which allows keeping a ground connection inside the pole.
A ballast discarding device for a full-sea deep manned submersible, comprising an outer cylinder and an inner cylinder arranged concentrically, wherein the outer cylinder and the inner cylinder are connected respectively by a plurality of mounting brackets, a first cavity with an opening is formed between the inner wall of the outer cylinder and the inner wall of the inner cylinder, and a second cavity with an opening is formed inside the inner cylinder; characterized in that the ballast discarding device further comprises a turning plate provided with a hole, said turning plate connecting the bottoms of the outer cylinder and the inner cylinder together, one end of the turning plate is hinged with a first hinged support, and the other end of the turning plate is connected with a hanging mechanism hinged to a third hinged support; and the turning plate is also provided with a sliding mechanism for opening and closing the hole of the turning plate, the movable end of the sliding mechanism is connected with the output end of a power mechanism, and the power mechanism is arranged at the bottom of the turning plate.
A method of identifying by mass spectrometry a microorganism from among a predetermined set of J reference microorganisms, J being a positive integer, each reference microorganism being represented by a set of reference data, the method comprising: ▪ determining a set of data representative of the microorganism to be identified according to a mass spectrometry measurement of said microorganism; and ▪ for each reference microorganism j, j ∈ [1, J], calculating a distance m j between said determined set of data and the set of reference data of the reference microorganism j, characterized in that it comprises calculating a probability f j ( m j) for the microorganism to be identified to be the reference microorganism j, according to relation: f j m j = p j × N j m j p j × N j m j + 1 − p j × N ̅ j m j where: ▪ m j is the distance between the set of data representative of the microorganism to be identified and the set of reference data of the reference microorganism j; ▪ f j ( m j) is the probability calculated for said distance m j; ▪ N j ( m j) is the value, for distance m j, of a random variable modeling the distance between a set of data associated with a microorganism to be identified and the set of reference data of the reference microorganism j, when the microorganism to be identified is the reference microorganism; ▪ N j ( m j) is the value, for distance m j, of a random variable modeling the distance between a set of data associated with a microorganism to be identified and the set of reference data of the reference microorganism j, when the microorganism to be identified is not the reference microorganism; and ▪ p j is a predetermined scalar in the range from 0 to 1. ▪ determining a set of data representative of the microorganism to be identified according to a mass spectrometry measurement of said microorganism; and ▪ for each reference microorganism j, j ∈ [1, J], calculating a distance m j between said determined set of data and the set of reference data of the reference microorganism j, ▪ m j is the distance between the set of data representative of the microorganism to be identified and the set of reference data of the reference microorganism j; ▪ f j ( m j) is the probability calculated for said distance m j; ▪ N j ( m j) is the value, for distance m j, of a random variable modeling the distance between a set of data associated with a microorganism to be identified and the set of reference data of the reference microorganism j, when the microorganism to be identified is the reference microorganism; ▪ N j ( m j) is the value, for distance m j, of a random variable modeling the distance between a set of data associated with a microorganism to be identified and the set of reference data of the reference microorganism j, when the microorganism to be identified is not the reference microorganism; and ▪ p j is a predetermined scalar in the range from 0 to 1.
A flame retardant blend comprising the following components: (a) at least one diester diol of a ring-brominated aromatic compound; and (b) at least one epoxy resin, wherein the proportions by weight of components (a) and (b) in the blend are in the range of 98.5:1.5 to 96.5:3.5. (a) at least one diester diol of a ring-brominated aromatic compound; and (b) at least one epoxy resin, wherein the proportions by weight of components (a) and (b) in the blend are in the range of 98.5:1.5 to 96.5:3.5.
Protective suit, in particular a fire or chemical protective suit, comprising a body trunk section, which in an upper region forms a shoulder section, extending away from which are two sleeves, with a hood which is provided or can be attached at the top of the body trunk section, with a holding device arranged at a head-side region of the protective suit and formed by a camera-holding device, in which an electronic device in the form of a digital camera is accommodated, characterised in that the camera holding device is arranged on an inner side of the hood, on a visor or visor frame.
A method for producing a laminate, comprising: a film forming step of forming a thin film (120, 160) having one or more layers on a support; a defect cover layer forming step of forming by CVD a further layer (130, 170) being a defect cover layer, on the thin film and an inspection step of detecting a defect in the surface of the thin film covered with the defect cover layer by irradiating the thin film with light through the top of the defect cover layer (130, 170) and detecting scattered light from the defect; the defect having a size of 0.1 μm or more and 20 μm or less a film forming step of forming a thin film (120, 160) having one or more layers on a support; a defect cover layer forming step of forming by CVD a further layer (130, 170) being a defect cover layer, on the thin film and an inspection step of detecting a defect in the surface of the thin film covered with the defect cover layer by irradiating the thin film with light through the top of the defect cover layer (130, 170) and detecting scattered light from the defect; the defect having a size of 0.1 μm or more and 20 μm or less
A fiber optic connector assembly comprising: a first electrically,insulating body having a contact hole and a guide hole both formed in the first insulating body; a first fiber optic adapter having a fiber optic terminus therein, the first adapter being mounted in the contact hole of the first insulating body; a second electrically insulating body having a contact hole and a guide hole both formed in the second insulating body; a second fiber optic adapter having a fiber optic terminus therein, the second adapter being mounted in the contact hole of the second insulating body, the second adapter being constructed for mating engagement with the first adapter; a guide bushing formed separately from the first insulating body and received in the guide hole in the first insulating body; and a guide pin received in the guide hole in the second insulating body; the first insulating body being configured for mating with the second insulating body such that the guide pin is received in the guide bushing in close tolerance prior to the first adapter engaging the second adapter to precisely guide the fiber optic termini into engagement with each other. a first electrically,insulating body having a contact hole and a guide hole both formed in the first insulating body; a first fiber optic adapter having a fiber optic terminus therein, the first adapter being mounted in the contact hole of the first insulating body; a second electrically insulating body having a contact hole and a guide hole both formed in the second insulating body; a second fiber optic adapter having a fiber optic terminus therein, the second adapter being mounted in the contact hole of the second insulating body, the second adapter being constructed for mating engagement with the first adapter; a guide bushing formed separately from the first insulating body and received in the guide hole in the first insulating body; and a guide pin received in the guide hole in the second insulating body; the first insulating body being configured for mating with the second insulating body such that the guide pin is received in the guide bushing in close tolerance prior to the first adapter engaging the second adapter to precisely guide the fiber optic termini into engagement with each other.