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5 results about "Glass-coated wire" patented technology
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Glass-coating is a process invented in 1924 by G. F. Taylor and converted into production machine by Ulitovski for producing fine glass-coated metal filaments only a few micrometres in diameter. In this process, known as the "Taylor-wire" or "microwire process" or "Taylor-Ulitovski process", the metal to be produced in microwire form is held in a glass tube, typically a borosilicate composition, which is closed at one end. This end of the tube is then heated in order to soften the glass to a temperature at which the metal part is in liquid state and the glass can be drawn down to produce a fine glass capillary containing a metal core. In recent years the process was converted to continuous one by continuously feeding the metal drop with new material. Although this process is simple enough it requires a lot of factors to be met at the same time. The continuous flow of metal that is being coated by the glass has to be melted at the same temperature as the glass otherwise there may be consistency problems which could lead to a change in the properties of the wire. This means that metals that have a high melting temperature can not be used because it may prove difficult to match the high melting point of the metal to a high melting point in a glass. The rate at which the metal wire is pulled also has to be monitored due to the fact that a fluctuation in the speed of pulling may cause a difference of width in the wire. Not only does the wire need to be pulled at the same rate but it also needs to be cooled in a stable environment, which is normally conducted by moving the wire through a stream of cooled water or oil. However. there are some apparatuses that can bypass some of these problems by heating the glass and the metal in separate chambers which allows for the use of metals with high melting points. Around the 1950s the Taylor-Ulitovski process was changed to a continuous feeding process of the materials in order to make these wires on a mass production scale.
Grain-oriented electrical steel sheet and method for manufacturing same
The grain-oriented electrical steel sheet includes a base steel sheet having a predetermined chemical composition, a glass coating provided on a surface of the base steel sheet, and a tension-applying insulation coating provided on a surface of the glass coating. The base steel sheet has a texture oriented in the Goss orientation. In the base steel sheet, when an average dispersion angle from an ideal Goss orientation with a rolled surface normal direction ND as the rotation axis is defined as α (°), an average dispersion angle from the ideal Goss orientation with an orthogonal-to-rolling direction TD as the rotation axis is defined as β(°), and an average dispersion angle from the ideal Goss orientation with a rolling direction RD as the rotation axis is defined as γ (°), α, β, and γ satisfy the following formula (1). 0.0≤|β|<2.5<|α|<4.0≤|γ|≤10.0 . . . (1)
Owner:NIPPON STEEL CORPORATION
Glass-lined coating integrated anticorrosion chemical reaction kettle
The present application relates to a kind of glass lining coating integrated anticorrosion chemical reaction kettle, belong to chemical equipment technical field;Including reaction kettle device, the outer wall of the top of the reaction kettle device is equipped with support frame, the outer wall of the middle part of the support frame is equipped with torque motor, the output end of the torque motor is sleeved with first gear, the first gear side is engaged with second gear.The present application is integrated by glass lining coating structure, appearance neat, sealed anticorrosion, easy to clean, cooperate distributed multi-point temperature measurement, accurate global temperature control, adapt to strong corrosion condition, improve equipment stability and life;Stirring mechanism can be lifted, can be automatically adjusted depth with liquid level, avoid idling, splashing and mixing uneven, adapt to a variety of working conditions, higher automation and safety;Paddle angle can be continuously adjusted at 0 °-45 °, match different materials and process, flow field and shear force controllable, more fully stirred, substantially improve versatility and reaction effect.
Owner:JIANGSU XIELI EQUIP TECH CO LTD
A glass surface self-cleaning coating and a method for preparing the same
This invention relates to the field of glass coating technology, specifically to a self-cleaning coating for glass surfaces and its preparation method. The self-cleaning coating comprises the following components by weight: 3-7 parts of KH570-SiO₂ / photochromic microcapsules, 2-4 parts of fluoroalkylated silica, 25-35 parts of modified waterborne fluoroalkylsiloxane, 35-50 parts of deionized water, 0.5-2 parts of additives, 0.1-0.3 parts of leveling agent, and 0.2-0.3 parts of UV absorber; the additives are a combination of dispersant and thickener in a mass ratio of (70-85):(15-30). The core material of the photochromic microcapsules is a spiropyran compound, and the wall material is melamine-formaldehyde resin. It not only achieves self-cleaning but also provides anti-glare properties, making it widely applicable.
Owner:HEBEI EASTERN MEDICINE BIO - TECH CO LTD
Jig for applying window glass coating
The article related to the design is a jig 10, as shown in Reference Figure 1, which is pressed against a windowpane and slid to apply a transparent coating liquid that seeps out to the windowpane, thereby forming an ultraviolet-blocking film. As shown in Reference Figure 2, this article is a long, rectangular two-layer sponge made of a soft sponge coating layer 11 (yellow) and a hard sponge support layer 12 (black), fitted into an aluminum support frame 13 (blue) with a U-shaped cross-section, with the soft sponge coating layer 11 exposed from the aluminum support frame 13. Handles are fixed to both ends, and the coating work is usually performed by two people supporting it.
Owner:垣渕 修史
Method for the generation of a sequence of layers for a glass surface
Method (1) for the generation of a sequence of layers for a glass surface, said sequence of layers comprising, according to a layering position, layers selected from glasses, coatings, plastic interlayers, gaps with air and / or argon, opaque elements and shields or a combination thereof each having its own thickness, comprises the steps of a) providing a machine learning generative artificial intelligence algorithm based on a conversational model, said artificial intelligence algorithm being trained to generate a sequence of layers for a glass surface necessary to make a glass surface by selecting one or more layers, a relative thickness for each selected layer and a layering position; b) providing by input on a user device (10) one or more initial statements relating to a glass surface design, said initial statements comprising performance parameters required for the glass surface selected from optical, energetic, static, acoustic, usage parameters or a combination thereof; c) processing the statements provided by means of said artificial intelligence algorithm so as to generate said sequence of layers, said sequence of layers being representative of the correspondence between the statements provided and the training of the artificial intelligence algorithm, said artificial intelligence algorithm being resident in a processing unit (20) in signal communication with the user device (10), d) generating by means of said artificial intelligence algorithm a final sequence of layers representative of the correspondence between the statements provided and the training of the artificial intelligence algorithm.
Owner:GLASSADVISOR GMBH SRL