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    • 1. 发明公开
    • UNIT FOR THE ADVANCED PRETREATMENT OF WASTEWATER
    • EINHEIT ZUR ERWEITERTEN VORBEARBEITUNG VONABWÄSSERN
    • EP2578288A1
    • 2013-04-10
    • EP11786177.3
    • 2011-05-27
    • Equipos Tecnicos Para El Agua, S.L.
    • MORCILLO BARJOLA, Manuel
    • B01D33/21B01D33/50
    • C02F1/004B01D33/15B01D33/39B01D33/48B01D33/727C02F1/006C02F2209/10C02F2303/16
    • The invention relates to a unit for the advanced pretreatment of water using filter discs, said unit being formed by a cubic body supported by a structure, including a lower conical portion and comprising the injection of a stream of air. The unit is intended for the pretreatment of both untreated water and process water containing up to 2.500 mg/l SST, 1.380 mg/l DQO, and 20 ml V60. The unit provides removal values as high as up to 98% for V60, 95% for SST and 76% for DQO The unit includes: one or more filter discs (3) each comprising a circular support with blades (33), of a diameter determined according to the flow of water (10) and the amount of solids to be filtered; and a filter mesh disc (31) which can have different mesh openings of between 50 and 500 micrometers depending on the particle size of the solids (23). The advanced pretreatment unit comprises auxiliary cleaning devices (19) having deflection nozzles (19a) and cleaning is performed by means of the above-mentioned stream of air (12), which is introduced into the internal chambers (17), and the flow of water (10).
    • 本发明涉及一种用于使用过滤盘进行预处理水的单元,所述单元由立方体形成,所述立方体由结构支撑,所述结构包括下锥形部分并且包括喷射空气流。 该装置用于预处理含有高达2.500mg / l SST,1.380mg / l DQO和20ml V60的未处理水和工艺水。 该装置为V60提供高达98%的清除值,SST为95%,DQO为76%。该装置包括:一个或多个过滤盘(3),每个过滤盘(3)均包括直径为 根据水的流量(10)和待过滤的固体量确定; 和根据固体(23)的粒径可以具有介于50和500微米之间的不同网孔的过滤网盘(31)。 先进预处理单元包括具有偏转喷嘴(19a)的辅助清洁装置(19),并且通过上述引入到内室(17)的空气流(12)进行清洁, 水(10)。
    • 3. 发明公开
    • SIFTER
    • 紫杉
    • EP2052790A1
    • 2009-04-29
    • EP07737162.3
    • 2007-05-10
    • Tsukasa Co., Ltd.
    • KATO, Fumio
    • B07B1/20B07B1/46B07B7/06
    • B07B1/20B07B7/06
    • A sifter comprising: a receiver having a supply chamber; a sieve assembly having a sieving chamber coupled to the supply chamber; a rotator having a rotating shaft laterally arranged to pass through the supply chamber and the sieving chamber; a drum having a circular cross-section and having a larger diameter than the diameter of the rotating shaft, the drum being extended in at least space of the sieving chamber and arranged coaxially with the sieve; a cylindrical sieve located inside the sieving chamber and arranged coaxially with the rotating shaft; a stirring rotor located in an inner area of the sieving chamber inside the sieve comprising a rotating blade attached to the rotating shaft; an extraction member; and an outlet for discharging powder passing through the sieve from the inner area to the outer area.
    • 一种筛子,包括:具有供应室的接收器; 筛组件,其具有联接到所述供应室的筛分室; 旋转体,其具有横向布置成穿过所述供应室和所述筛分室的旋转轴; 滚筒具有圆形横截面并且具有比旋转轴的直径更大的直径,滚筒在筛分室的至少空间中延伸并与筛子同轴布置; 位于筛分室内的圆筒筛,与旋转轴同轴配置; 位于筛内的筛分室的内部区域中的搅拌转子,包括附接到旋转轴的旋转叶片; 提取部件; 以及用于将通过筛子的粉末从内部区域排出到外部区域的出口。
    • 5. 发明公开
    • METHOD FOR STIMULATING BASIC BIOCHEMICAL REACTIONS OF AN ORGANISM FOR TREATING AND REGENERATING TISSUES, A PANEL FOR TREATING AND REGENERATING TISSUES AND A RADIATOR
    • 面板用于治疗和组织散热器再生生物的基本EDEN的生化反应,刺激
    • EP1964590A1
    • 2008-09-03
    • EP06784078.5
    • 2006-07-20
    • Obschestvo S Ogranichennoy Otvetstvennostyu 'Dipolnye Struktury'
    • BAGRAEV, Nikolai TaimurazovichKLYACHKIN, Leonid EfimovichMALYARENKO, Anna Mikhailovna
    • A61N5/02A61N5/06H01S5/00H01L33/00
    • A61N5/02A61N2005/0651H01L27/156H01L33/06H01L33/34H01S1/02H01S5/3031H01S2302/02
    • A method for stimulating the basic biochemical reactions of an organism at tissue treatment and regeneration, comprising exposure of skin areas to terahertz radiation in the range of 0.02 THz to 8 THz, the carrier of said radiation representing infrared radiation in the range of 1 to 56 µm. The method can be embodied with the aim of a panel for tissue treatment and regeneration. The panel comprises n emitters in the form of silicon light emitting diodes generating terahertz radiation in the range of 0.02 THz to 8 THz. Maximal summary average luminosity flux of these emitters is calculated according to medical indications; the panel dimensions are calculated basing on the required exposure area that provides non-linear effect of regenerative influence intensification at simultaneous activation of light emitting diodes; the number of light emitting diodes on the panel is defined depending on the emitters aperture size. The panel is comprised of emitters. Each emitter represents a source of terahertz radiation in the form of semiconductor silicon light emitting diode, generating infrared radiation by means of emitting matrices of planar silicon structures, this infrared radiation being the carrier of terahertz radiation, whereas the substrate of an emitting matrix represents silicon quantum wells with p-type conductivity, self-ordered inside ultrafine diffusion boron profiles generated in the surface of single-crystalline silicon (100) wafers with n-type conductivity, and the emitting element represents quantum-dimensional p-n junction embodying a cascade of longitudinal silicon self-ordered quantum wells with p-type conductivity, crossed by modulated quantum wire, whereas this quantum-dimensional p-n junction is located inside self-ordered silicon microresonator. Terahertz radiation frequency is provided by selecting geometry of topographic image of ultrafine diffusion boron profiles surface in silicon, subject to fluctuations of surface deformation potential, which cause forming self-ordered silicon microresonators with distributed feedback in the plane of self-ordered quantum wells. Modulation depth is provided due to the rate of tension, applied both longitudinally and transversely to the diffusion profile plane.
    • 一种刺激生物体的基本生化反应在组织治疗和再生,在0时02分太赫兹至8的THz的范围内,其包括皮肤区域暴露于太赫兹辐射的方法,所述辐射的载波表示在1至56的范围内的红外辐射 微米。 该方法可以与用于组织治疗和再生一个面板的目标来实现。 所述面板包括在硅发光二极管在0时02分至8的THz太赫兹的范围内产生太赫兹辐射的形式N发射器。 论文发射器的最大平均摘要光度通量计算gemäß到医学指征; 面板尺寸计算所要求的曝光区域筑底那样在发光二极管同时激活提供再生影响集约化非线性效应; 的面板上的发光二极管的数量被定义取决于发射器孔径尺寸。 所述面板由发射器。 每个发射器darstellt太赫兹辐射的源在半导体硅光的形式的发光二极管,通过发射平面的硅结构的矩阵的方式产生的红外辐射,该红外辐射被太赫兹辐射的载体,而一个发射矩阵darstellt硅酮的基材 量子阱与p型导电性,自有序内部在单晶硅的表面上产生的超细扩散硼轮廓(100)具有n型导电性的晶片,和darstellt量子维pn结发光元件体现的纵向级联 硅自有序量子阱与p型导电性,由调制量子线交叉,而这个量子维pn结位于内侧的自有序硅微谐振器。 太赫兹辐射频率是由选择的超细扩散硼型材地形图像的几何形状表面的硅,受表面变形电位的波动,这会导致与在自排序的量子阱的平面分布反馈形成自有序硅微谐振器提供。 调制深度由于张力的速率提供,同时适用纵向和横向的扩散轮廓平面。
    • 9. 发明公开
    • ANATOMICAL NASAL RESPIRATOR
    • Anatomische und medizinische Nasenatmungsvorrichtung
    • EP1785165A1
    • 2007-05-16
    • EP05742397.2
    • 2005-04-26
    • Tirado Abullon, Salvador
    • Tirado Abullon, Salvador
    • A62B23/06
    • A61F5/08
    • This inhaler (1) is composed of two parallel cylindrical tubes (1.1), a linking bridge (2) between said cylinders, and two threaded terminals (10, 11).
      The inhaler is provided with three peripheral rings, one external one (5), one intermediate one (6) (located within each cylindrical tube) and one internal one (7), located in the terminal (10, 11), the section of which has a semicircular shape with a diameter of 2 mm. The planes of the external openings of the cylindrical tubes (1.1), form an angle of 130°.
      The internal opening (4) of each cylinder is provided with a threaded terminal with two standard lengths of 5 mm and 9 mm, which a variable in other versions.
      The average exterior diameter of the terminals is of 10 mm, although it can vary between 8 y 14 mm, at intervals of 2 mm.
    • 该吸入器(1)由两个平行的圆柱形管(1.1),在所述气缸之间的连接桥(2)和两个螺纹端子(10,11)组成。 吸入器设置有三个外围环,位于端子(10,11)中的一个外部环(5),一个中间一个(6)(位于每个圆柱形管内)和一个内部一个(7) 其具有直径为2mm的半圆形。 圆柱形管(1.1)的外部开口的平面形成一个130°的角度。 每个气缸的内部开口(4)设有两个标准长度为5 mm和9 mm的螺纹端子,其他型号可变。 端子的平均外径为10 mm,尽管它可以在8 y 14 mm之间变化,间隔为2mm。
    • 10. 发明公开
    • AUTONOMOUS ELECTROMAGNETIC CONTROL SYSTEM FOR BINDING BOOTS TO A SNOWBOARD, SKIS OR SIMILAR
    • 自动化ELEKTROMAGNETISCHES STEUERSYSTEM ZUM BINDEN VON STIEFELN An SNOWBOARDS; SKIER ODERÄHNLICHES
    • EP1731203A1
    • 2006-12-13
    • EP04766970.0
    • 2004-10-04
    • El Petit Mon d'en Ricard, S.C.P.
    • DELMUNS I CARVAJAL, Ricard
    • A63C9/088
    • A63C9/0802A63C5/12A63C9/088A63C9/0885A63C10/12A63C10/18A63C10/20
    • The invention relates to an autonomous electromagnetic control system for binding boots to a electromagnetic control system for binding boots to a snowboard, skis or generally any board used for sports, surf as a skateboard or a surfboard.
      The inventive system is disposed on the clothing and boots of the sportsperson as well as on the board, in order to ensure the safe practice of said sports.
      According to the invention, the system comprises, rechargeable batteries; electric or solar chargers; power switches; electromagnetic gripper elements or electromagnets which are provided in each boot; slabs; sheets or particles of a ferromagnetic material, which are housed in the board(s) on which the boots are positioned and fixed; and optionally, a system fro the transmission/reception of commands, using electromagnetic waves or infrared rays, which is used to control the aforementioned switches and which can be equipped with a voice recognition device.
      In this way, a sportsperson equipped with any of the optional system configurations, comprising suit/boots and board or board(s), can slide on the corresponding surface securely and with optimal control. In addition, the system enables the user to detach him/herself from the board quickly, conveniently, remotely and autonomously, without the need for an automatic board-release system that is not controlled by the user.
    • 本发明涉及一种用于将靴子绑定到电磁控制系统的自主电磁控制系统,用于将靴子绑定到滑雪板,滑雪板或通常用于运动,冲浪作为滑板或冲浪板的任何板。 本发明的系统处于运动员的衣服和靴子以及板上,以确保所述运动的安全实践。 根据本发明,该系统包括可充电电池; 电动或太阳能充电器; 电源开关; 设置在每个靴子中的电磁抓爪元件或电磁体; 砖; 容纳在其上定位和固定靴子的板中的铁磁材料的片材或颗粒; 并且可选地,使用用于控制上述开关并且可以配备有语音识别装置的使用电磁波或红外线的命令的发送/接收的系统。 以这种方式,配备有任何可选系统配置的运动员,包括衣服/靴子和板或板,可以在相应的表面上滑动并且以最佳的控制。 此外,该系统使得用户能够快速,方便,远程和自主地将其自己从板上分离,而不需要不由用户控制的自动板释放系统。