公开(公告)号：WO2012161889A1

公开(公告)日：2012-11-29

申请号：PCT/US2012/033900

申请日：2012-04-17

Applicant: COOL DRY LLC ,  WISHERD, David, S. ,  EISENBERG, John, A. ,  D'ANNA, Pablo, E.

Inventor： WISHERD, David, S. ,  EISENBERG, John, A. ,  D'ANNA, Pablo, E.

IPC: F26B3/347

CPC classification number: F26B3/343 ,  D06F58/266 ,  F26B11/0495

Abstract: Heating an object, (food, wet clothing) having a variable weight that includes a medium (water) comprising: placing the object having the variable weight including medium into an enclosure; initiating a heating process by subjecting object with medium to a variable AC electrical field; and controlling the heating process. The object/clothing having a first "cool" state and therefore includes a maximum weight in the first "cool" state due to absorption of medium. The object is substantially free from the medium/water in a second "heated" state due to substantial evaporization of the medium from the object. Heating process is completed when the object is substantially transitioned into the second "heated" state. The method further comprises using an air flow having an ambient temperature inside the enclosure to carry away the evaporated medium from the enclosure.

Abstract translation: 加热具有可变重量的物体（食品，湿衣服），其包括介质（水），包括：将具有包括介质的可变重量的物体放置在外壳中; 通过使介质对象进行可变AC电场来启动加热过程; 并控制加热过程。 具有第一“冷”状态的物体/衣物因此由于介质的吸收而包括在第一“冷”状态下的最大重量。 由于介质从物体的大量蒸发，该物体在第二“加热”状态基本上不含介质/水。 当物体基本上转变到第二“加热”状态时，完成加热过程。 该方法还包括使用在外壳内具有环境温度的空气流将外部的蒸发介质带走。

公开(公告)号：WO2009035428A1

公开(公告)日：2009-03-19

申请号：PCT/UA2007/000070

申请日：2007-11-13

Applicant: "TECHNOLOGICAL PARK "INSTITUTE FOR MONOCRYSTALS", CLOSE JOINT-STOCK COMPANY ,  "INSTITUTE FOR MONOCRYSTALS", SCIENTIFIC AND TECHNOLOGICAL COMPLEX OF NATIONAL ACADEMY OF SCIENCES, STATE SCIENTIFIC INSTITUTION ,  VOLOSHKO, Oleksandr Yuriiovych ,  DYKUKHA, Igor Viktorovych ,  LIOVKIN, Mykola Viktorovych ,  SAMOILOV, Viktor Leonidovych ,  SEMYNOZHENKO, Volodymyr Petrovych ,  HOMYCHUK, Viktor Andriyovych ,  CHEPKIY, Oleksiy Andriyovych ,  SHYSHKIN, Oleg Valerievych

Inventor： VOLOSHKO, Oleksandr Yuriiovych ,  DYKUKHA, Igor Viktorovych ,  LIOVKIN, Mykola Viktorovych ,  SAMOILOV, Viktor Leonidovych ,  SEMYNOZHENKO, Volodymyr Petrovych ,  HOMYCHUK, Viktor Andriyovych ,  CHEPKIY, Oleksiy Andriyovych ,  SHYSHKIN, Oleg Valerievych

IPC: F26B11/04

CPC classification number: F26B11/049 ,  F26B11/0495

Abstract: The dryer comprises a multimode resonator chamber supported rotatably at uprights (13) by means of a rotation device and made of two truncated cones (1,2) of different heights and a cylindrical section (3) which connects the cones to each other at their larger bases, a rotational vacuum tight joint (11) to a microwave energy waveguide input (12), a chamber blowdown device with an air duct (15), and a chamber volume pumping out device with a dielectric duct (18) extending from a chamber bottom (17) edge along its axis through a rotational vacuum seal (16) near the bottom plane and bent upwards relative to the horizontal base (14) of the dryer, a horn antenna (8) disposed between the rotational vacuum seal (11) and the higher truncated cone (1) the horn of which antenna being closed, at the output, by a radio transparent partition (9) with a through hole (10) in its center contactless position pickups (.23) disposed at uprights (13) near the horn antenna (8). The chamber being supported at the uprights (13) at an angle between 8- and 10- with the horizontal base (14). Furthermore, the cylindrical section of the chamber (3) is provided with a charging- discharging hatch (4) having a cover (5) and a vacuum and microwave seal (7). The height ratio of the higher truncated cone (1) to the cylindrical section (3) to the lower truncated cone (2) of the resonator is 0.75:1 :0.5 and an angle between the axis and generatrix of the higher truncated cone (1) being between 8- and 10-. The air duct of the chamber blowdown device (15) extends into a horn cavity of the horn antenna (8) near the radio transparent partition plane (9).

Abstract translation: 干燥机包括一个多模谐振腔，它通过旋转装置可旋转地支撑在立柱（13）上，由不同高度的两个截锥体（1,2）制成，而圆柱形部分（3）将锥体彼此连接 较大的基座，到微波能量波导输入端（12）的旋转真空紧密接头（11），具有空气管道（15）的腔室排放装置，以及具有介质导管（18）的室容积抽出装置 腔室底部（17）沿其轴线通过靠近底部平面并相对于干衣机的水平底座（14）向上弯曲的旋转真空密封件（16），设置在旋转真空密封件（11）之间的喇叭天线 ）和较高的截头圆锥（1）在其输出处由位于立柱上的中心非接触位置拾取器（.23）中的带有通孔（10）的无线电透明隔板（9）在其输出端处封闭天线的喇叭（1） 13）靠近喇叭天线（8）。 所述腔室在立柱（13）处以与水平基座（14）之间的8-和10-之间的角度被支撑。 此外，腔室（3）的圆柱形部分设置有具有盖（5）和真空和微波密封件（7）的充电 - 排放口（4）。 高截头圆锥体（1）与圆柱形部分（3）与谐振器的下截锥体（2）的高度比为0.75：1：0.5，高截锥体（1）的轴与母线之间的角度 ）在8-和10-之间。 室排放装置（15）的空气管道延伸到无线电透明隔板（9）附近的喇叭天线（8）的喇叭腔内。

公开(公告)号：WO2008113338A2

公开(公告)日：2008-09-25

申请号：PCT/DE2008/000471

申请日：2008-03-17

Applicant: PÜSCHNER GMBH + CO. KG ,  PÜSCHNER, Peter

Inventor： PÜSCHNER, Peter

IPC: F26B5/04 ,  F26B3/347 ,  F26B11/04

CPC classification number: H05B6/80 ,  F26B3/347 ,  F26B5/041 ,  F26B5/048 ,  F26B11/049 ,  F26B11/0495 ,  H05B2206/046

Abstract: Mikrowellen-Vakuumtrocknungsanlage zur Trocknung von stückigem, pulverförmigem oder granulatförmigem Gut, umfassend einen rohrförmigen Vakuumbehälter mit einer Guteinlaßöffnung an seinem einen Ende und einer unteren Gutauslaßöffnung an seinem anderen Ende, eine nichtmetallische Trommel zur Aufnahme und Förderung des zu trocknenden Guts, die an ihre Stirnseiten offen ist, in dem Vakuumbehälter koaxial angeordnet und mittels eines Antriebs zu einer Drehbewegung antreibbar ist sowie eine Innenfläche aufweist, die so ausgebildet ist, daß sie bei Drehung der Trommel das durch die Guteinlaßöffnung eingebrachte zu trocknende Gut in Richtung zum Ende des Vakuumbehälters mit der Gutauslaßöffnung fördert, mindestens einen Mikrowellen-Generator und mindestens ein Mikrowellen-Einkoppelelement, das von dem Mikrowellen-Generator gespeist wird und in den Innenraum des Vakuumbehälters mündet, Mikrowellen-Vakuumtrocknungsanlage mit mindestens zwei Trocknungsstationen, durch die Trommeln geführt werden und Verfahren zur Trocknung von stückigem, pulverförmigem oder granulatförmigem Gut mittels Mikrowellen in einem Vakuumbehälter.

Abstract translation: 对于块状物，粉末或颗粒产品，包括具有在其一端的材料入口端口并且在其另一端的下Gutauslaßöffnung，用于接收和传送所述材料的非金属鼓的管状真空容器的干燥微波真空干燥植物进行干燥，在它们的端面，其打开 被布置在真空容器同轴，并通过驱动装置可在旋转运动来驱动，并具有能促进由所述材料入口端口材料引入要在所述滚筒的旋转朝着与Gutauslaßöffnung真空容器的端部干燥其上形成这样的内表面，所述 至少一个微波发生器和从微波发生器供给，并打开与至少两个干燥站，至少一个微波耦合元件的真空容器，微波真空干燥系统的内部，通过该TRO mmeln被用于通过在真空容器中的微波的装置干燥块状物，粉末或颗粒产品执行和处理。

公开(公告)号：WO01007850A1

公开(公告)日：2001-02-01

申请号：PCT/JP2000/004810

申请日：2000-07-18

IPC: F26B3/34 ,  F26B11/04 ,  F26B3/347 ,  F26B17/32 ,  F26B23/08 ,  F26B25/00

CPC classification number: F26B3/343 ,  F26B11/0495

Abstract: A microwave rotary drying machine, wherein hot air is supplied from a hot air feeding device (30) into a rotary drum (11) and microwave is transmitted from a microwave transmitting device (50) after residual processed food has been charged into the rotary drum (11) and while being stirred, because the residual processed food in the rotary drum (11) is heated by hot air from the front surface side and simultaneously heated from the inside by microwave induction heating, the entire residual processed food is heated uniformly and dried uniformly in a short time so as to produce dried matter and, in addition, because the residual processed food can be dried without overheating, the dried matter is not carbonized, and dried up to an optimum moisture content, whereby the dried matter capable of being used as dry food material and livestock feed can be provided.

Abstract translation: 一种微波旋转干燥机，其中热空气从热空气供给装置（30）供应到旋转鼓（11）中，并且微波从微波发射装置（50）传送到残余加工食品已经装入旋转鼓 （11），搅拌的同时，由于旋转滚筒（11）中的残留加工食品被来自前表面侧的热空气加热，同时通过微波感应加热从内部加热，所以残余加工食品被均匀地加热， 在短时间内均匀地干燥以产生干燥物质，另外由于残留的加工食品可以在不过热的情况下进行干燥，干燥物质不被碳化，干燥至最佳含水量，因此能够 用作干粮材料，牲畜饲料。

公开(公告)号：WO2008113338A3

公开(公告)日：2009-04-30

申请号：PCT/DE2008000471

申请日：2008-03-17

Applicant: PUESCHNER GMBH & CO KG ,  PUESCHNER PETER

Inventor： PUESCHNER PETER

IPC: F26B5/04 ,  F26B3/347 ,  F26B11/04

CPC classification number: H05B6/80 ,  F26B3/347 ,  F26B5/041 ,  F26B5/048 ,  F26B11/049 ,  F26B11/0495 ,  H05B2206/046

Abstract: The invention relates to a microwave vacuum drying system (100) for drying lumpy, powdery or granulated products (170), comprising a tubular vacuum container (110) having a product inlet (120) on one end and a product outlet (130) on the other end, and a non-metallic drum (2) for receiving and transporting the product (170) to be dried. Said drum is open on the front sides thereof, coaxially arranged in the vacuum container (110), can be rotatably driven by means of a drive, and comprises an inner surface designed such that, when the drum (2) rotates it transports the product (170) to be dried, inserted via the product inlet (120), towards the end of the vacuum container (110) comprising the product outlet (130). The invention also relates to at least one microwave generator (49) and at least one microwave injection element which is fed by the microwave generator (49) and ends inside the vacuum container (110). The invention further relates to a microwave vacuum drying system (110) comprising at least two drying stations through which drums (190-195) are guided, and to methods for drying lumpy, powdery or granulated products (170) by means of microwaves in a vacuum container (110).

Abstract translation: 微波真空干燥系统（100），用于块状，粉末或粒状好（170），其包括具有在其一端的材料入口端口（120）的管状真空容器（110）和在其另一端下部Gutauslaßöffnung（130），一个非金属的干燥 滚筒（2），用于接收和输送的被干燥材料（170），这是在其端部表面上具有开口，在该真空容器（110）同轴地布置，并且可以通过在一个旋转运动的驱动器，并具有适于内表面被驱动 它的通过在所述鼓（2）的旋转引入的材料入口端口（120）将被干燥（170）朝向所述真空容器（110）与所述Gutauslaßöffnung（130）的端部支撑至少一个微波发生器（49）和至少 打开一个微波耦合元件，其被从微波发生器（49）和供给到真空容器的内部（110） ， 被引导微波真空干燥系统（110），其具有通过该鼓（190-195），用于干燥块状物，粉末或粒状好（170）通过在真空容器（110）的微波的装置中的至少两个干燥站，和方法。

公开(公告)号：WO2006126065A1

公开(公告)日：2006-11-30

申请号：PCT/IB2006/001349

申请日：2006-05-23

Applicant: VAN DER VIJVER, Brian ,  LONG, Raymond, John

Inventor： LONG, Raymond, John

IPC: F26B11/04 ,  F26B3/30 ,  C10F5/00

CPC classification number: F26B11/0495 ,  C10F5/00

Abstract: A drying apparatus (10) for drying sphagnum moss comprises a rotatable drum (12) in which moss to be dried is supported and two rows of infrared lamps (14) which are located in the drum for heating the moss. The drum (12) has a first end (20) defining an entrance opening (24) through which moss is introduced into the drum and a second end (22) defining a discharge opening (26) through which moss is discharged. The drum (12) includes a number of curved vanes which act on the moss as the drum rotates thereby to cause it to be displaced from the first end 20 to the second end (22). As the drum rotates, the moss is turned over allowing for effective heating of all sides of the moss. The lamps (14) provide for contact-less directional heat transfer to the moss so as to cause evaporation of moisture therefrom.

Abstract translation: 用于干燥泥炭苔的干燥装置（10）包括可旋转的滚筒（12），其中待干燥的苔藓被支撑，并且位于滚筒中的两排红外灯（14）用于加热苔藓。 滚筒（12）具有限定入口（24）的第一端（20），通过该入口开口将苔藓引入滚筒中，以及限定出料口（26）的第二端（22），苔藓通过该排出开口排出。 滚筒（12）包括多个弯曲的叶片，当滚筒旋转时作用在苔藓上，从而使其从第一端20移动到第二端（22）。 当滚筒旋转时，苔藓被翻转，允许苔藓的所有侧面的有效加热。 灯（14）提供对青苔的无接触的定向热传递，从而引起水分的蒸发。

公开(公告)号：WO2005007311A1

公开(公告)日：2005-01-27

申请号：PCT/JP2003/009251

申请日：2003-07-22

Applicant: グランゼット有限会社 ,  松田 潔

Inventor： 松田 潔

IPC: B09B3/00

CPC classification number: F26B11/0495 ,  B09B3/00 ,  B09B3/0083 ,  F26B3/343 ,  F26B11/0468

Abstract: Wastes treatment equipment for food and drink, comprising a magnetron (oscillator) capable of simply generating microwave without using heaters used before as heat sources for drying wastes, wherein such advantages of the microwave that can directly heat and dry the wastes themselves are utilized and such a structure that can flow air to most efficiently act on the promotion of the drying is used, whereby, as compared with a conventional drying by heaters, the wastes can be prevented from being overheated during treatment to emit odor, a drying time can be shortened, and the consumption of an energy used for drying can be suppressed.

Abstract translation: 废弃食物和饮料的处理设备，包括能够简单地生成微波而不使用以前用作干燥废物的热源的加热器的磁控管（振荡器），其中可以直接加热和干燥废物本身的微波的这种优点被利用， 使用能够最有效地流动空气以促进干燥的结构，由此，与传统的加热器干燥相比，可以防止废物在处理期间过热以发出气味，可以缩短干燥时间 ，能够抑制用于干燥的能量的消耗。

公开(公告)号：WO2003103407A1

公开(公告)日：2003-12-18

申请号：PCT/PL2003/000049

申请日：2003-06-06

Applicant: FIRMA PRODUKCYJNO-HANDLOWA PAULA SP. ZO.O ,  RADAS, Adam ,  PAROSA, Ryszard

Inventor： RADAS, Adam ,  PAROSA, Ryszard

IPC: A23B7/01

CPC classification number: A23B4/01 ,  A23B4/031 ,  A23B7/01 ,  A23B7/02 ,  A23L3/50 ,  A23L3/54 ,  F26B3/092 ,  F26B11/049 ,  F26B11/0495

Abstract: The method of drying dielectric materials is based on at least 2 phases. In Phase I the reduced in size dielectric material is dried in the initial process starting from the initial moisture of the dielectric material in the range from 80% to 90% to the level of 20% to 45%. After that in Phase II the initially dried dielectric material is dried with the use of microwave energy, that is carried out in a rotating cylindrically shaped chamber with the use of pressure level from 1kPa to 6kPa and frequency of microwave energy in the range of 600 MHz t0 6 GHz and with the delivered microwave power of 2W to 40 W per gram of the dried material leading to obtain the moisture level of 8% to 30%. In this phase the material is heated up to the temperature not greater than 80 degrees Celsius. Subsequently the final drying process is carried out to obtain moisture level from 6 to 10%. The method to dry dielectric materials equipped with product preparation segment, initial drying, microwave chamber and final drying segment. The microwave chamber has a cylindrically shaped chamber of the form of a dielectric cylinder 5 inside its metal cavity 6 . Additionally, metal cavity 6 is connected to the vacuum pump 7 and is equipped with microwave generators 8 characterised by low ripples of microwave power Τ

Abstract translation: 介电材料的干燥方法至少基于2个阶段。 在阶段I中，介电材料的尺寸减小在初始工艺中从介电材料的初始水分开始在80％至90％的范围内干燥至20％至45％的水平。 之后，在第二阶段中，使用微波能量干燥初始干燥的电介质材料，该微波能量使用1kPa至6kPa的压力水平和在600MHz范围内的微波能量的频率在旋转的圆柱形腔室中进行 t0 6 GHz，交付的微波功率为每克干燥材料2W至40 W，导致8％至30％的水分含量。 在这个阶段，材料被加热到不高于80摄氏度的温度。 随后进行最终干燥处理以获得6至10％的水分含量。 干燥介质材料的方法，配备产品制备段，初始干燥，微波室和最终干燥段。 微波室具有在其金属腔6内部的介电圆筒5形式的圆柱形腔。另外，金属腔6连接到真空泵7，并且配备有微波发生器8，微波发生器8的特征在于微波功率的低波纹Tau < 20％。

公开(公告)号：WO98047543A1

公开(公告)日：1998-10-29

申请号：PCT/US1998/006988

申请日：1998-04-07

IPC: A23L3/40 ,  A23L3/54 ,  F26B5/04 ,  F26B11/04 ,  A61L2/00

CPC classification number: A23L3/54 ,  A23L3/40 ,  F26B5/048 ,  F26B11/049 ,  F26B11/0495

Abstract: A process for selectively dehydrating organic matter, and at the same time eliminating insects, larvae and insect eggs that are carried by the organic matter is provided. This process leaves the product free of all toxic chemicals. The process includes the use of selected narrow bands of infrared radiation. Narrow bands of infrared radiation are selected that most efficiently penetrate the product being processed. The color of the product, its physiological properties such as oil, sugar and water content are factors considered in the selection of the vacuum, temperature, and time of the process. The process is performed in a vacuum which reduces the vapor point of the target water or solvent contained in the product being processed and permits the process to be performed at a temperature that does not harm the product.

Abstract translation: 提供选择性脱水有机物的方法，同时消除由有机物携带的昆虫，幼虫和昆虫卵。 该过程使产品不含任何有毒化学物质。 该过程包括使用所选择的窄带红外辐射。 选择窄带的红外辐射，其最有效地渗透正在处理的产品。 产品的颜色，其生理特性如油，糖和水的含量是选择真空度，温度和加工时间的因素。 该过程在减少被处理产品中所含的目标水或溶剂的蒸气点的真空中进行，并允许该过程在不损害产品的温度下进行。

公开(公告)号：WO2010135811A1

公开(公告)日：2010-12-02

申请号：PCT/CA2010/000497

申请日：2010-04-08

Applicant: HUSKY INJECTION MOLDING SYSTEMS LTD. ,  BRAND, Tiemo Dietmar ,  TENG, Alex

Inventor： BRAND, Tiemo Dietmar ,  TENG, Alex

IPC: B29B13/00 ,  B29C45/17 ,  B29C45/76

CPC classification number: B29C45/17 ,  B29B9/16 ,  B29B13/065 ,  B29C2045/0096 ,  F26B3/30 ,  F26B3/305 ,  F26B3/347 ,  F26B11/028 ,  F26B11/0468 ,  F26B11/0481 ,  F26B11/0495 ,  F26B17/04 ,  F26B17/26 ,  F26B21/08 ,  F26B21/14 ,  Y10T137/6416

Abstract: Embodiments of the present invention generally relate to a polymer treatment device (100) for providing a treatment to a polymer bed (4) having granules (2) of a polymer that are in a solid- state, a computer-readable medium associated with a controller thereof, and an associated molding system (1000). The polymer treatment device 100 includes a polymer supporter (110) with which to support, in use, the polymer bed (4), a radiant heater (120) with which to heat, in use, the polymer bed (4), a first fluid dispenser (140-1) with which to dispense, in use, a first treatment fluid (102-1), and a first fluid vent (150-1) with which to vent, in use, the first treatment fluid (102-1), along with a diffusate from the polymer bed (4) potentially entrained therewith. Furthermore, the first fluid dispenser (140-1) and the first fluid vent (150-1) are arranged to promote a flow of the first treatment fluid (102-1) through the polymer bed (4) in between the granules (2) thereof.

Abstract translation: 本发明的实施方案一般涉及一种聚合物处理装置（100），用于向具有处于固态的聚合物颗粒（2）的聚合物床（4）提供处理，所述聚合物床是与 控制器，以及相关联的模制系统（1000）。 聚合物处理装置100包括聚合物支撑体（110），其在使用中支撑聚合物床（4），辐射加热器（120），其在使用中加热聚合物床（4），第一 流体分配器（140-1），其在使用中分配第一处理流体（102-1）和第一流体通风口（150-1），在使用中第一处理流体（102-1）和第一流体通道（150-1） 1），以及可能与其夹带的聚合物床（4）的扩散物。 此外，第一流体分配器（140-1）和第一流体通风口（150-1）被布置成促进第一处理流体（102-1）通过聚合物床（4）在颗粒（2）之间的流动 ）。