• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The desalination plant with microlupas, is a system for separating the salt from the water, formed by one or more tubes (2) with microlupas (3), which will have connecting pieces (4) between each two tubes (2). This piece (4) serves, at the same time, to connect an upper outlet for the water vapor (6), and, another lower outlet (5) for the salt that will exit through the tube (5). Underneath the tube (2) there will be a panel with mirror microspherespheres (8), and, there will be another panel (9, 10), like the previous one, on both sides of the tube (2). Thus, a heat system is created, such as that which will create the concentration of the sun's rays passing through the microlopes (3) of the tube (2), in this tube (2), which will allow the salt water to evaporate, so separate it from water, without any artificial energy, since the sun's energy will suffice. (Machine-translation by Google Translate, not legally binding)
    公开号:ES2668669A1
    申请号:ES201600312
    申请日:2016-04-29
    公开日:2018-05-21
    发明作者:Fº JAVIER PORRAS VILA
    申请人:Fº JAVIER PORRAS VILA；
    IPC主号:
    专利说明:

    /}ESAI.ADORA WITH MICROUPAS OBJEW OF THE INVENTION
    The main objective of the present invention is to form the water system, which will be able to separate the salt from the sea water, which will be done simply by using the heat of sunlight when it is concentrated. in the microlupas (3) that form part of the glass of the tubes (2) that transport the salt water. For the purposes of this patent, the wedges (3) are magnifiers of reduced diameter, of WlO or two centimeters. This system, therefore, does not require the use of any artificial energy, but only it. renewable encrgia of the sun
    BACKGROUND OF 1_4 INVENTION
    The main antecedent of my invention <the day (10.04.16), is found in the microlupas (3) and in the mirror microscmiesfcras (10) (8) qu <: I have prescluded in previous inventions. As regards the mirror microscmiesfems (10), it is worth remembering my I) watch nI> P2005003229, entitled: Lamp of divergell mirrors / is multiple, in which it presented a lighting system, which, in addition to the bulb, It had a panel with mirrored hemispheres. like the ones that are presented today (10), which served pam awnentar the light waves that bounced in them. which increases considerably the intensity of the light of the bulb The second. patent to remember, while it relates to the invention of today, is my patent nI> P200400 / 429. titled: Cé / ula photo-termo · volláica, the effect "vemodero, in which a few mlcrolupas, located in a bell of cnstal, served pat1l to heat the intmO space!" of the bell, which warmed. at the same time, to a mctalica plate to which Ima celul adheres to olympic tennQ that converts heat into electrical energy.
    DEXRIPC / Ó, v OF THE INVENTION
    The / Jesa / adore with microlupos, is a! Qstcma of water evaporation that allows to eliminate salt from salt water. which will pass through a tube vCJ1JcaJ (1) through which the water will enter. salty This tube (1) is attached, by means of an elbow, to another hori7..Gnlal tube (2), which will be a high-resistance glass tube. in which the same matter of the crystal forms microlupas (3) all along its surface, which are defined as being small magnifiers, of an diameter enentlometer. In. Figure 1 represents, only, one of the tubes (2) <with micro-tubes (3) of this system. that you might need to connect other tubes (2) like the one I describe. At the far right, the tube (2) has a connecting piece (4) with the next tube (2) qu-e, at the same time, it serves to be added, through the upper area. an outlet tube (6) of the water vapor, which joins the coil (7) to which the water vapor will condense, and. through the lower area, it has another tube (5) for the salt to come out, which will come out, from time to time, dragged with little salt water tulle, even if it dries and dry. We see in the lower 7th of the figure 1, a horizontal pan (8) full of microscmic ~ fera: s (10) of mirror, which
    they are hemispheres of a very small lammo that will be at least one millimeter in diameter, which
    They will serve to make light ID. of the sun bounce on them and concentrate on the microlupas (3) that there is by zone ID
    bottom of the tube (2). In the upper area, the tube (2) will be accompanied by two other panels (9)
    with halvespheres (10) of esccjo, -one to every mud-, so that the light of the sun bounces on it, and, it is directed
    S towards the microlupas (3) deltuoo (2). The mirror microspheres (10) can be concave or
    convex, while the tiny bulges that form in the suppository of the mirror, that is,
    those that form the mieroscmiespheres (10), which have a tiny sphere split by the
    half-, they can be both concave and convex. With all these weddings (3) and
    mieroscmiespheres (10), I was assured that sunlight 9C will concentrate inside the tube (2),
    10 creating in him a high temperature, that will evaporate the salty water with quite rapidC "". l ..
    DESCRIPTION OF THE FIGURES
    Figure ,, "1: Batch view of the desalination plant in which only one tube (2) with wedges has been placed
    (3). The system will include as many tubes (2) as this one, as needed. In the area of the right is
    shows the connection piece between two tubes (2), which serves at the same time. to connect an output
    I S for water vapor (6), Y. another outlet (5) for salt that will come out with a little water. Under the
    tube (2) there will be a panel (8) with microspheres (10) of ~ -bcjo, and. there will be another panel (9, 10), like the
    anterior, on both sides of the tube (2).
    Figure ,, 01:
    1) Saltwater inlet tube
    twenty 2) Tube with microlupas
    3) Microlupas
    4) Connection piece between two tubes with wedges, which distributes the water vapor above, and, the
    agu3 salad3 below
    S) Salt outlet tube with some water
    25 6) Water vapor outlet tube
    7) Coil
    8) I'anel of micro mirror hemispheres
    9) Poneros de mieroscm mirror spheres
    lO) Mirror microscmicsfcras
    JO DESCRIPTION OF A PREFERRED EMBODIMENT
    DesalUllora with micro / I / pas, is a water salt separation system, formed by one or
    more tubes (2) with micro-tubes (3), which will have connecting pieces (4) between each two tubes (2). This
    piece (4) serves, at the same time, to know a tube (6) for an upper outlet for the steam of
    Water. Y. another tube (5) for the lower outlet (5) of the salt .. Under the tube (2) there will be a panel (8) with mirror microspheres (10). Y. there will be alfO panel (9, 10). -also with microscmiespheres (10) of mirror-, on both sides of the tube (2). Thus, a heat system is created, such as the one that will create the concentration of the sun's rays that pass through the wedges (3) of the tube (2) -, inside this 5 tube (2), which will allow evaporate salt water, to separate it from water. for what will be enough with the energy of the 901 that will bounce off the mirror microscm (10) and head towards the microlupas
    (3) of the tube (2), both in the vcrtical panel (9) that will be on both sides of the tube (2), and in the horizontal panel (8) that is located below the tube (2) so that the light of the sun rebotc in its mirror microcsfcrns (10). and, then, go towards the microlupas (3) that will be in the area
    10 bottom of the tube (2), there where, of course, sunlight has no direct access. For now, if 00 is the fastest, yes, at least, it is the cheapest system that exists to evaporate water from the sea, and. separate the salt because it only uses a renewable energy, such as that provided by sunlight.
    权利要求:
    Claims (1)
    [1]
      1) Desjadoro with microlupas. caracleri2JKia for comprising a vertical tube (1) that joins, by means of an elbow. to another horizontal tube (2), which is a glass tube, in which its very matter of
    crystal form, all along its surface. microlupas (3), defined by magnifying glasses of one centimeter in diameter; at the right end of each tube (2) there will be a connection piece (4) for Olro tube (2) the same as the previous one; the connection piece (4) has, for the upper area, an outlet (6) of the water vapor, which joins the serpeol! n (7), and, for the lower area, has another tube (5) for salt output; In the lower area of the tube (2) there is a horizontal panel (8) full of mirror microsemyspheres (10). ccnvexas or concave, which are hemispheres of at least one
    10 millimeter in diameter; In the upper area, the tube (2) faces two other pads (9) with mirror microsemicspheres (10), one on each side. 2) Desoladora with microlupas, according to claim one, characterized by being a variant for the mirror microspheres (10) that will be. In this variant. concave
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    引用文献:
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    法律状态:
    2019-02-27| FG2A| Definitive protection|Ref document number: 2668669 Country of ref document: ES Kind code of ref document: B1 Effective date: 20190227 |
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