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    • 4. 发明申请
    • MODULARE ABSORPTIONSKÄLTEMASCHINE IN PLATTENBAUWEISE
    • 模块化吸收式冷却机在板结构中的应用
    • WO2015059563A2
    • 2015-04-30
    • PCT/IB2014/002399
    • 2014-10-16
    • SOLARFROST LABS PTY LTD
    • KUNZE, GerhardRUBINSTEIN, Marshal
    • F25B17/02
    • F25B15/04F04F1/06F25B17/02F25B37/00F25B39/00F28D9/0093Y02A30/277Y02B30/62
    • Intermittierende Annnoniak-Wasser-Absorptionskaltemaschine, als Stapel vertikaler Platten ausgebildet, mit Bypass, Temperaturregelung, und Wärmerückgewinnung,, bestehend aus zwei Generatoren (13, 15), drei Absorbern (17, 18, 20), einem Verdampfer (25), einem Kondensator (23), zwei durch Regelventile (M3, M5) gesteuerte Lösungs-Dampfpumpen (einerseits 9A, 9B, 9C, 9D, 8A, Μ3, V1, V2 andererseits 11A, 11B, 11C, 11D, 10A, M5,V3, V4) wobei für den Aufbau des Plattenstapels neben den dünnen zweidimensionalen Formplatten für Generatoren, Absorber, Kondensator und Verdampfer auch dicke Formplatten mit dreidimensionalen Elementen für Behälter, Pumpen und Verteilungskanäle Verwendung finden, und dieser Plattenstapel aus drei flächig verbundenen Teilstapeln besteht, von denen die äußeren (1A, 1B) Behälter, Pumpen und Verteilungskanäle beinhalten, während der mittlere Stapel (.2) mit den Generatoren, Absorber, Kondensator und Verdampfer schmäler ist, so dass sich an der Seite des gesamten Plattenstapels eine vertiefte vertikale Längsrinne befindet, in der die Steuerungselemente (6) der Maschine montiert sind.
    • 间歇Annnoniak水吸收式制冷机,形成为一个堆的垂直板,具有旁路,温度控制,和WÄ RMER导航用途RECOVERY ,,由两个发生器(13,15),三个吸收器(17,18 ,20),蒸发器(25),冷凝器(23),两个(通过控制阀M3,M5)来控制Lö唱蒸气泵(一方面,9A,9B,9C,9D,图8A,Μ3,V1,V2,另一方面11A, 图11B,11C,11D,10A,M5,V3,V4)其中,f导航用途r是板堆的结构除了d导航用途可以用于导航用途ř发生器,吸收器,冷凝器和蒸发器还厚模具板具有用于导航使用ř白塞&AUML三维元件的三维形状的板; 并且板堆由三个空间连接的子堆组成,其中另一个(1A,1B)包括容器,泵和分配通道,在 中间堆(.2)与发电机,吸收器 R,冷凝器和蒸发器SCHM BEAR是LER,使得凹垂直L&AUML对整个板层叠体的侧面; ngsrinne是,其中,所述控制元件(6)安装在机床的

    • 5. 发明申请
    • ENDOSCÓPIO FLEXÍVEL COM RESFRIAMENTO HIDRÁULICO E PNEUMÁTICO PARA INSPEÇÃO DE BATERIAS DE FORNOS DE COQUE
    • 具有液压和气动冷却功能的柔性内窥镜检查焦炉电池
    • WO2014071472A1
    • 2014-05-15
    • PCT/BR2013/000116
    • 2013-04-12
    • D&M ENDOSCOPIOS INDUSTRIAIS LTDA EPP.
    • SOUBLIN, Didier, Henri, René
    • G02B23/24F27D21/02F25B17/02F25B41/00
    • F27D21/02C10B45/00G02B23/2492
    • "Endoscópio flexível com resfriamento hidráulico e pneumático para inspeção de baterias de fornos de coque" consiste essencialmente de um endoscópio (1) montado em um carretel (2) com juntas rotativas (3 e 4) onde é enrolado o corpo em tubo flexível (5), que é dotado de duas mangueiras internas (6 e 7) e concêntricas para a passagem, respectivamente, de cabeamento (8)/ ar comprimido (9) e água refrigerada (10) em direção a ponteira rígida (1 1), que formata uma câmera hidráulica externa (12) e outra câmera hidráulica interna (13), além do compartimento (14) para acondicionamento da câmera lateral (15) e da câmera frontal (16) devidamente arrefecidas pelo sistema de refrigeração e com saídas de ar cónicas (17). É um produto com alto apelo ecológico, por auxiliar na identificação de trincas que deixam vazar para o meio ambiente gases tóxicos e grande quantidade de pó de carvão.
    • 具有用于检查焦炉电池的液压和气动冷却的柔性内窥镜基本上由安装在具有旋转接头(3和4)的卷轴(2)上的内窥镜(1)组成,其上以柔性管(5)的形式将主体 ),其分别设有用于通向电缆(8)/压缩空气(9)和冷却水(10)的通向冷却水(10)的两个内部同心软管(6和7),其形成一个外部 液压室(12)和另外的内部液压室(13),以及用于调节由冷却系统适当冷却的侧室(15)和前室(16)的隔室(14),并具有锥形空气出口 (17)。 这是一种在生态学上具有高度吸引力的产品,因为它有助于检测到有毒气体和大量碳粉的泄漏到环境中的裂纹。
    • 8. 发明申请
    • DEVICE AND METHOD FOR TEMPERATURE MODULATION OF THE NOSTRILS, NASAL CAVITY, AND ORAL ENTRANCE
    • 用于温度调节鼻腔,鼻腔和口腔入口的装置和方法
    • WO2018089250A1
    • 2018-05-17
    • PCT/US2017/059741
    • 2017-11-02
    • CEDARS-SINAI MEDICAL CENTER
    • ROSENGART, Axel
    • A61F7/12A61B18/02A61F7/00F25B17/02
    • The disclosed devices and methods cool the nasal and / or oral cavity and perioral area, which in turn triggers a positive sensory reflex response to the brain leading to improvement of abnormally regulated cerebral vasomotor (brain arterial) tone which is thought to be the primary trigger factor for migraine headaches. Cooling is applied temporarily (10 to 30 minutes) to the inside of either or both nostrils. In some examples, the device is a single-use cooling "bullet" made from plastic (or other materials), has a conical, egg, nasal, oval, or other suitable shape and fits tightly to the inside of either nostril. The bullet may contain a nontoxic coolant (i.e., propylene glycol), water or other coolant which is kept at a cold state (e.g. 3-6 degrees Celsius below normal body temperature).
    • 所公开的装置和方法冷却鼻腔和/或口腔和口周区域,这反过来引发对脑的正面感觉反射反应,导致改善异常调节的脑血管舒缩(脑动脉)音 这被认为是偏头痛头痛的主要诱因。 临时应用冷却(10至30分钟)至任一个或两个鼻孔的内部。 在一些示例中,该设备是一次性冷却“子弹” 由塑料(或其他材料)制成,具有圆锥形,卵形,鼻形,椭圆形或其他适合的形状,并且可以紧贴在任一个鼻孔的内部。 子弹可含有保持在冷态(例如比正常体温低3-6摄氏度)的无毒冷却剂(即丙二醇),水或其它冷却剂。
    • 9. 发明申请
    • HYBRID HEAT PIPE
    • 混合热管
    • WO2017207262A1
    • 2017-12-07
    • PCT/EP2017/061690
    • 2017-05-16
    • CLIMATEWELL AB
    • BOLIN, Göran
    • F25B17/00F25B17/08F25B17/02F25B30/04
    • There is disclosed a heat transferring device comprising a number of spaces and conduits together with heat transferring elements and a heat exchanger as well as a heat source. A capillary tube feeds a heat transferring medium to a space from which is can be evaporated. The invention is highly suitable for all applications where heat is to be transferred from a small volume to a large area. It is also suitable where the same large area needs to be cooled. The energy consumption is reduced compared to more traditional technologies. The number of moving parts is minimized which gives lower costs for use, manufacture, maintenance etc. The invention is very versatile and can be utilized in many different applications where it is desired to transfer heat from one point to a large area. It can also be used for cooling purposes.
    • 公开了一种传热装置,其包括多个空间和导管以及热传递元件和热交换器以及热源。 毛细管将传热介质送入可以蒸发的空间。 本发明非常适合于热量从小体积转移到大面积的所有应用。 它也适用于需要冷却相同大面积的地方。 与更传统的技术相比,能耗降低。 移动部件的数量被最小化,这降低了使用,制造,维护等方面的成本。本发明非常通用,并且可以用于需要将热量从一个点传递到大面积的许多不同应用中。 它也可以用于冷却目的。
    • 10. 发明申请
    • SOLAR COOLING WITH AN AMMONIA-WATER-ABSORPTION REFRIGERATION MACHINE
    • 与氨 - 水吸收式冷太阳能冷
    • WO2012126023A3
    • 2013-05-10
    • PCT/AT2012000065
    • 2012-03-16
    • SOLAR FROST LABS PTY LTDKUNZE GERHARD
    • KUNZE GERHARD
    • F25B17/02F25B27/00
    • F25B27/007F25B17/02Y02A30/277Y02B30/62
    • The invention relates to a single-stage ammonia-water absorption refrigeration machine in the batch process consisting of a generator (1) having a pressure reducer (29) and solution concentration optimization (3), absorber (14), condenser (25), evaporator (24), wherein the generator (1) together with a recooled inlet vessel (3) and the pressure reducer form a structural and pressure unit, in which the pressure reducer (29), at the start of each operating cycle, reduces the generator pressure below the absorber pressure, in such a manner that, from there, via a nonreturn valve (69), solution flows into the recooled generator inlet vessel (3), fills it, and from there the solution gradually flows, following gravity, into a hot zone (1) which, in particular, consists of a preheating zone (11) that is heated by the absorber (18) and an externally heated hot zone (12), where ammonia vapour is formed, which flows by a siphon line (8) from the bottom through the residual solution still situated in the generator inlet vessel (3) and where, from the top end of this generator inlet vessel, a gas line leads through a nonreturn valve (27) to the condenser (25), while the boiled solution flowing out of the hot zone (1) flows through the pressure reducer (29) and through a nonreturn valve (40) and also a pressure reduction stage (17) for the absorber (14).
    • 本发明涉及一种单步氨 - 水吸收式制冷机中,包括一个发电机(1)与Druckabsenker(29)和溶液浓度优化(3),吸收器(14),冷凝器(25),蒸发器(24),其中所述发电机的间歇法(1) 用再冷却输入容器(3)和所述Druckabsenker的结构和印刷单元的形式,其中,在每个工作循环的开始Druckabsenker(29)降低吸收器压力低于发生器压力,以便从那里,经由单向阀(69)溶液进入再冷却发电机输入容器(一起 3)流动,该填充并下列重力逐渐(在溶液(在热区1)从那里流过,其特别地温热从来自吸收器18)所述预热区(11)和外部加热的热区(12) 其中氨蒸气产生,其具有虹吸管(8)从下方穿过仍处于发电机输入容器(3)位于残余溶液 流,并且其中从所述发电机输入容器的上端通过止回阀(27)向冷凝器(25)的气体管线的出热区(1)的流出物煮溶液通过Druckabsenker(29)过程中执行,并通过一个单向阀(40)和一个 减压阶段(17),以吸收体(14)中流动。