WO2008089668A1 - A clothes drying cabinet - Google Patents

A clothes drying cabinet Download PDF

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Publication number
WO2008089668A1
WO2008089668A1 PCT/CN2008/000162 CN2008000162W WO2008089668A1 WO 2008089668 A1 WO2008089668 A1 WO 2008089668A1 CN 2008000162 W CN2008000162 W CN 2008000162W WO 2008089668 A1 WO2008089668 A1 WO 2008089668A1
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WO
WIPO (PCT)
Prior art keywords
cloth
clothes
chamber
refusal
hot air
Prior art date
Application number
PCT/CN2008/000162
Other languages
French (fr)
Chinese (zh)
Inventor
Jiebo Hu
Original Assignee
Jiebo Hu
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Publication date
Application filed by Jiebo Hu filed Critical Jiebo Hu
Publication of WO2008089668A1 publication Critical patent/WO2008089668A1/en

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Classifications

    • D—TEXTILES; PAPER
    • D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00—Domestic laundry dryers
    • D06F58/10—Drying cabinets or drying chambers having heating or ventilating means

Definitions

  • the invention relates to a clothes dryer, in particular to a static heat-dissipating dry type clothes dryer. Background technique
  • the existing static clothes dryer or clothes dryer is as shown in FIG. 1 , and includes: a box body 1 having a box door, and a baffle 2 separating the box body into an upper thousand clothes room 3 and a lower hot air room 4 in the box
  • a fan 5 and a heater 6 are disposed in the hot air chamber 4 at the bottom of the body, and a plurality of vent holes 7 (see FIG. 2) are opened on the top or side of the drying chamber 2 for exhausting, and the clothes drying room is provided with a hanging clothes.
  • Rod 8 During work, the clothes to be dried are hung on the clothes rail 8 with clothes hangers, and the fan 5 and the heater 6 are activated.
  • the hot air enters the drying room 3 via the deflector 2, taking away the moisture on the wet clothes, and rising according to the hot and humid air.
  • the scientific law the hot and humid air will rise from the bottom to the top of the dryer, and will be discharged from the outside of one or more holes, so that the moisture in the clothes in the clothes drying room can be drained to achieve the purpose of drying the clothes.
  • Practice has proved that although this airflow method can achieve the purpose of drying clothes, the exhaust method from one or several holes has obvious defects to be improved.
  • One or more venting holes at the top of the drying room are easy to make dust or mosquitoes and other insects crawl into the clean clothes dryer during the machine's suspension, and insects such as mosquitoes and flies After entering, it is easy to die because it can not find the exit, thus affecting the cleanliness of the dryer.
  • the structure of the venting hole will affect the normal moisture venting speed.
  • the hot water molecules in each corner of the drying room will continue to rise.
  • the hot water vapor at the opening will be discharged from the vent hole and rise to the top.
  • the hot water vapor that is not aligned with the vent hole will be temporarily absorbed between the hole and the hole or Condensed water 9 is formed at the edge of the hole, even falling (as shown in Figure 3), which will affect the timely efflux of the wet water.
  • this structure can not meet the rising hot and humid water vapor in every corner of the drying room. Evaporation in time will lengthen the entire drying process, resulting in an increase in the cost of drying the laundry. Therefore, the exhaust structure of the above-mentioned dryer has a need for further improvement. Summary of the invention
  • the technical problem to be solved by the present invention is to provide a refusal dryer or a clothes dryer which can prevent insects from entering and can quickly dry clothes, in view of the above-mentioned deficiencies of the prior art.
  • the inventor was inspired by the boiling water from the kettle. When the water boils, the hot water vapor in the kettle emerges from the small hole in the kettle lid, and most of the water vapor that is not close to the small hole will still encounter the relatively cold pot. Cover the surface and condense into small water droplets and flow into the water in the pot. The water in the pot slowly grows due to the leakage of the small holes in the evaporation pot lid, but the whole pot of water is dried, so the fastest one. The Nai is to remove the lid and let it spread to the limit of the maximum pot.
  • the air outlet of the clothes drying chamber is preferably disposed at the top of the clothes drying chamber, one of which. Two of them, the size of the air outlet is up to the size of the drying room. Three of them are the vents provided to prevent insects or dust from mosquitoes and other insects from entering the dryer.
  • a refusal dryer includes: an upper drying room and a lower hot air chamber, a baffle between the drying room and the hot air chamber, and a fan and a heater in the hot air chamber, wherein: the dry The top of the clothes room is an exhaust top made of a damping membrane type fine-pore cloth.
  • the cabinet type dryer is characterized in that: the peripheral wall of the clothes drying chamber is made of a cloth cover made of a gas-tight heat-resistant cloth, and one side of the cloth cover is provided with a zipper to form a door of the clothes drying chamber; The cloth cover is supported by the support frame and is sealingly connected to the hot air chamber and the exhaust top.
  • the refusal dryer is characterized in that: the peripheral wall of the clothes drying chamber is a rigid frame made of a rigid plate, and one side thereof is provided with a door that can be opened and sealed; the rigid frame and the hot air chamber are The exhaust top is sealed.
  • the refusal dryer is characterized in that: the rigid plate is a metal plate or a plastic plate or a composite material plate.
  • the refusal dryer is characterized in that: the upper drying compartment and the lower hot blasting chamber are upper and lower portions separated by a deflector in a reject body made of a rigid plate material.
  • the refusal dryer is characterized in that: the top of the refusal body is provided with a bracket supporting a damper film type fine hole cloth, and the whole damper film fine hole cloth covers the top surface, the periphery and the top side of the reject body The ring is sealed.
  • the physical area ratio is any value between 1: 6 - 1: 60.
  • the refusal dryer is characterized in that: the damper film type fine fused cloth is a fiber woven fabric or a fiber woven fabric.
  • the refusal dryer is characterized in that: the damper film type fine fused cloth is a plastic mesh cloth or a metal mesh cloth.
  • the advantages of the present invention are as follows:
  • the fine pores of the damper membrane type can resist the incoming mosquitoes on the one hand, and the damping dust on the other side can block most of the static falling dust.
  • the fine pores of the damping membrane type are unobstructed to the warm air with a certain amount of air pressure rising in the drying chamber, and the rising hot and humid air is discharged in an infinitely vertical open manner, and the drying speed will be large.
  • the width is increased, and the drying time is reduced to save energy.
  • Figure 1 is a structural view of a conventional cabinet dryer.
  • FIG. 2 is a top venting view of a conventional refusal dryer.
  • Fig. 3 is a view showing the flow of the existing vent hole flow.
  • Figure 4 is a schematic view showing the structure of the water cloth repellent dryer of the present invention.
  • Figure 5 is a schematic view showing the structure of the box-rejected clothes dryer of the present invention.
  • Figure 6 shows the wet and hot air flow diagram of the air-drying dryer with a damping membrane type fine-pore cloth.
  • Figure 7 is a schematic view of a damper film type fine-pore cloth used in the present invention. detailed description
  • the refusal dryer provided by the present invention is the same as the prior art, and includes: an upper drying chamber 3 and a lower hot air chamber 4, and a baffle 2 is disposed between the drying chamber 3 and the hot air chamber 4 in the hot air chamber. 4 There is a fan 5 and a heater 6 in the interior.
  • the refusal dryer casing is designed to have a top-free barrel structure, and to prevent dust, insects and the like from entering, the open top is rejected. Replace the exhaust top made of a damping membrane type fine-pore cloth.
  • Embodiment 1 Embodiment 1
  • Fig. 4 is a structural view showing an embodiment of the present invention, and the refusal dryer according to the embodiment is a cloth type clothes dryer.
  • the peripheral wall of the drying chamber is a cloth cover 10 made of a gas-tight heat-resistant cloth, and one side of the cloth cover 10 is provided with a zipper 1 1, and the zipper can be pulled into the clothes to be dried, and then the zipper is put into the clothes. 11 pull the seal.
  • the cloth cover 10 is supported by a support frame to form a barrel shape, and the sides of the entire cloth cover and the bottom of the cloth cover are sealingly connected to the hot air chamber 4 and the exhaust gas top 20.
  • the hot air blown out from the hot air chamber 4 flows into the clothes drying room, and the clothes are cooled in the clothes drying room.
  • the hot and humid air is discharged from the exhaust top made of the damping membrane type fine-pore cloth at the top of the cloth cover.
  • the specific drying process is as follows: Turn on the power, turn on the switch, the fan 5 and the heater 6 in the hot air chamber 4 at the bottom of the dryer start working, and blow out the hot air.
  • the hot air is blown through the deflector 2
  • the clothes in each layer of the drying room 3 are unobstructed, and then the exhaust top 20 is made up of a damping membrane type fine-pore cloth with a rising moisture vapor rising to the top of the drying room.
  • the hot water vapor is smaller than the pores of the fine pore cloth.
  • the vertical vertical discharge machine is shown in Fig. 6.
  • the dry clothes exhaust structure is scientific and reasonable, fully achieves the purpose of drying speed and reducing electric energy, and the clothes dryer stops working, the clothes dryer
  • the top is not easy to let dust or mosquitoes and other insects enter the clean dryer, which affects the cleaning of the dryer.
  • the cloth-type clothes dryer of the present embodiment is cylindrical, and the cloth cover 10 and the support frame in the cloth cover are all round. In addition to the cylindrical shape, it may be rectangular or other polygonal prism.
  • the ventilating dome of the damper membrane type fine-pore cloth described in this embodiment may have the same size as the outer rim of the top frame of the dryer. It can also be slightly smaller than the outer edge size of the top frame of the dryer, and the larger the size, the better.
  • Figure 1 is a square hole-shaped distribution of the hole of the ventilating membrane type fine-pore cloth. "Between 0. 5 square millimeters, the ratio of the hole to the cloth solid area is any value between 1: 6 - 1: 60.
  • the damping film type fine-density cloth is a fiber non-woven fabric or a fiber woven fabric.
  • the damping film type fine-pore cloth may also be a plastic mesh cloth or a metal mesh cloth.
  • Figure 5 is another embodiment of the present invention.
  • the material constituting the peripheral wall of the drying chamber is different, and is a rigid frame 30 made of a rigid plate, and one side is provided with an openable seal.
  • the door 31 is sealingly connected to the hot air chamber 4 and the exhaust top 20.
  • the rigid sheet material is a metal sheet or a plastic sheet or a composite sheet.
  • the upper drying chamber and the lower hot air chamber may be integrally connected, and the upper and lower portions separated by a baffle in the reject body made of a rigid plate.
  • the top of the reject body is provided with a bracket 21 supporting a damping membrane type fine hole cloth, and the whole damping film fine hole cloth 22 is fixed in the bracket 21 of the top surface of the reject body, and the periphery and the top edge ring are sealingly connected.

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  • Engineering & Computer Science (AREA)
  • Textile Engineering (AREA)
  • Detail Structures Of Washing Machines And Dryers (AREA)
  • Drying Of Solid Materials (AREA)

Abstract

A clothes dryer, particularly a clothes drying cabinet is disclosed, which comprises an upper clothes drying chamber, a lower warm air supply chamber, a flow guide board provided therebetween, a fan and a heater disposed inside the lower warm air supply chamber. It is characterized in that the ceiling of said clothes drying chamber is a gas exhaust ceiling made of fine pore cloth of damp film type. The used fine pore cloth of damp film type can keep mosquito and fly from entrance on one side and act as a damp film to the dust, which keeps off a majority of dust falling in static state. Such fine pores of damp film type can make the warm air with a given minimum pressure rise pass through without obstructions so that continuous exhaustion of the rising wet and warm air in vertically open way can be achieved, whereby the rate of drying clothes can be considerably increased and the time for drying clothes can be reduced with the electric power saved.

Description

拒式干衣机 技术领域  Rejected dryer
本发明涉及一种干衣机， 特别是一种静态排热式干衣方式的拒式干衣机。 背景技术  The invention relates to a clothes dryer, in particular to a static heat-dissipating dry type clothes dryer. Background technique
现有静态干衣拒或干衣器如图 1所示， 包括： 设有箱门的箱体 1、 一导流板 2将箱体分隔成上部千衣室 3和下部热风室 4 , 于箱体底部热风室 4内设有风扇 5及加热器 6, 于干衣室 2的顶面或侧面开多个排气孔 7 (参见图 2 )， 用以排气， 干衣室内设有挂衣杆 8。 工作时， 将需要干燥的衣物用衣架悬挂于挂衣杆 8上， 启动风扇 5及加热器 6 , 热风经由导流板 2进入干衣室 3， 带走潮湿衣物上的水 分， 根据湿热空气上升的科学规律， 湿热空气将自下而上升到干衣机顶部， 从一 个或多个孔处排出机外，从而使干衣室内的衣物的水份排净， 达到把衣物烘干的 目的。 实践证明， 这种气流方式虽然可以达到烘干衣物的目的， 但是这种从一个 或若干个孔中排气法存在明显的缺陷待改进。  The existing static clothes dryer or clothes dryer is as shown in FIG. 1 , and includes: a box body 1 having a box door, and a baffle 2 separating the box body into an upper thousand clothes room 3 and a lower hot air room 4 in the box A fan 5 and a heater 6 are disposed in the hot air chamber 4 at the bottom of the body, and a plurality of vent holes 7 (see FIG. 2) are opened on the top or side of the drying chamber 2 for exhausting, and the clothes drying room is provided with a hanging clothes. Rod 8. During work, the clothes to be dried are hung on the clothes rail 8 with clothes hangers, and the fan 5 and the heater 6 are activated. The hot air enters the drying room 3 via the deflector 2, taking away the moisture on the wet clothes, and rising according to the hot and humid air. The scientific law, the hot and humid air will rise from the bottom to the top of the dryer, and will be discharged from the outside of one or more holes, so that the moisture in the clothes in the clothes drying room can be drained to achieve the purpose of drying the clothes. Practice has proved that although this airflow method can achieve the purpose of drying clothes, the exhaust method from one or several holes has obvious defects to be improved.
一、干衣室顶部开着的一个或多个排气孔在干衣机停息过程中易使灰尘或蚊 蝇之类的小虫爬进清洁的干衣机里面，蚊蝇之类的小虫进去以后因找不到出口而 易死在里面， 从而影响干衣机的清洁卫生。  1. One or more venting holes at the top of the drying room are easy to make dust or mosquitoes and other insects crawl into the clean clothes dryer during the machine's suspension, and insects such as mosquitoes and flies After entering, it is easy to die because it can not find the exit, thus affecting the cleanliness of the dryer.
二、此种排气孔式的结构将影响正常的排湿气速度，根据热空气自然上升的 原理， 在干衣机工作中， 干衣室每个角落热水分子都不间断的上升， 通往千衣机 顶部， 此时开孔处的热水蒸气将从排气孔排出， 而上升到顶部， 没有对准排气孔 的热水蒸气将被暂时吸附在孔与孔之间的部位或孔的边缘部位形成冷凝水 9 , 甚 至下落（如图 3所示）， 这将影响湿水份的及时外排， 显然此种结构不能满足干 衣室每个角落都往上升的湿热水蒸气的及时蒸发， 会加长整个干燥过程的时间， 导致烘干衣物的成本提高， 因此上述干衣机的排气结构实有进一步改进的需要。 发明内容  Second, the structure of the venting hole will affect the normal moisture venting speed. According to the principle of natural rising of hot air, in the work of the dryer, the hot water molecules in each corner of the drying room will continue to rise. To the top of the machine, the hot water vapor at the opening will be discharged from the vent hole and rise to the top. The hot water vapor that is not aligned with the vent hole will be temporarily absorbed between the hole and the hole or Condensed water 9 is formed at the edge of the hole, even falling (as shown in Figure 3), which will affect the timely efflux of the wet water. Obviously, this structure can not meet the rising hot and humid water vapor in every corner of the drying room. Evaporation in time will lengthen the entire drying process, resulting in an increase in the cost of drying the laundry. Therefore, the exhaust structure of the above-mentioned dryer has a need for further improvement. Summary of the invention
本发明所要解决的技术问题是， 针对现有技术的上述不足， 而提供一种 既能防虫类进入又能快速对衣物供干的拒式干衣机或干衣器。  The technical problem to be solved by the present invention is to provide a refusal dryer or a clothes dryer which can prevent insects from entering and can quickly dry clothes, in view of the above-mentioned deficiencies of the prior art.
发明人从水壶煮水得到启发，水烧开时水壶里的热水蒸气从水壶盖里的小孔 冒出来，而不靠近小孔的大部分水蒸气仍将因碰到相对较冷的壶盖面而凝结成小 水珠流入壶内水中， 壶内的水因烧开蒸发壶盖小孔的外漏而慢慢少起来，但要把 整壶水都烧干， 那么最快的一种奈件是把壶盖拿掉， 让它最大壶口限度地散发被  The inventor was inspired by the boiling water from the kettle. When the water boils, the hot water vapor in the kettle emerges from the small hole in the kettle lid, and most of the water vapor that is not close to the small hole will still encounter the relatively cold pot. Cover the surface and condense into small water droplets and flow into the water in the pot. The water in the pot slowly grows due to the leakage of the small holes in the evaporation pot lid, but the whole pot of water is dried, so the fastest one. The Nai is to remove the lid and let it spread to the limit of the maximum pot.
I 烧开热水的蒸气流，现在把这个原理应用到所述类型的干衣拒和干衣器中， 也可 以达到相应效果。 所以本发明如上所述的静态排热式干衣拒和干衣器， 其干衣室 的出气口会优先设置在干衣室的顶部， 这里其中之一。 其中之二， 其出气口的尺 寸最大限度达到干衣室的外形尺寸面积。其中之三是所设置的出气孔免受蚊蝇等 虫类或灰尘进入干衣机内。 I The steam stream that boils hot water is now applied to the dry clothes and dryers of the type described, and the corresponding effect can also be achieved. Therefore, the static heat-dissipating clothes dryer and the clothes dryer of the present invention as described above, the air outlet of the clothes drying chamber is preferably disposed at the top of the clothes drying chamber, one of which. Two of them, the size of the air outlet is up to the size of the drying room. Three of them are the vents provided to prevent insects or dust from mosquitoes and other insects from entering the dryer.
本发明采用的技术方案如下：  The technical solution adopted by the present invention is as follows:
一种拒式干衣机， 包括： 上部干衣室和下部热风室， 干衣室和热风室之间 设有导流板， 于热风室内设有风扇及加热器， 其特征在于： 所述干衣室的顶是由 阻尼膜式细密孔布做成的排气顶。  A refusal dryer includes: an upper drying room and a lower hot air chamber, a baffle between the drying room and the hot air chamber, and a fan and a heater in the hot air chamber, wherein: the dry The top of the clothes room is an exhaust top made of a damping membrane type fine-pore cloth.
除上述必要技术特征外， 在具体实施过程中， 还可补充如下技术内容。 所述柜式干衣机， 其特征在于： 所述的干衣室的周壁用不透气的耐温布制 成的布罩， 布罩的一面装有拉链， 构成干衣室的门； 所述布罩用支撑框架支撑， 且与热风室及排气顶密封连接。  In addition to the above-mentioned necessary technical features, in the specific implementation process, the following technical content may be supplemented. The cabinet type dryer is characterized in that: the peripheral wall of the clothes drying chamber is made of a cloth cover made of a gas-tight heat-resistant cloth, and one side of the cloth cover is provided with a zipper to form a door of the clothes drying chamber; The cloth cover is supported by the support frame and is sealingly connected to the hot air chamber and the exhaust top.
所述拒式干衣机， 其特征在于： 所述的干衣室的周壁是用刚性板材制成的 刚性围框， 其一面设有可开启密封的门； 所述刚性围框与热风室及排气顶密封连 接。  The refusal dryer is characterized in that: the peripheral wall of the clothes drying chamber is a rigid frame made of a rigid plate, and one side thereof is provided with a door that can be opened and sealed; the rigid frame and the hot air chamber are The exhaust top is sealed.
所述拒式干衣机， 其特征在于： 所述的刚性板材是金属板材或塑料板材或 合成材料板材。  The refusal dryer is characterized in that: the rigid plate is a metal plate or a plastic plate or a composite material plate.
所述拒式干衣机， 其特征在于： 所述的上部干衣室和下部热风室是于刚性 板材制成的拒体中以导流板所分隔的上、 下部分。  The refusal dryer is characterized in that: the upper drying compartment and the lower hot blasting chamber are upper and lower portions separated by a deflector in a reject body made of a rigid plate material.
所述拒式干衣机， 其特征在于： 所述拒体的顶部设有支撑阻尼膜式细密孔 布的支架， 整块阻尼膜细密孔布覆盖在拒体的顶面、 四周和拒顶边圈密封连接。  The refusal dryer is characterized in that: the top of the refusal body is provided with a bracket supporting a damper film type fine hole cloth, and the whole damper film fine hole cloth covers the top surface, the periphery and the top side of the reject body The ring is sealed.
所述柜式干衣机， 其特征在于： 所述的阻尼膜式细密孔布上的孔呈网状均 匀分布， 气孔面积在 0. 1平方毫米 - 0. 5平方毫米之间， 孔与布实体面积比例为 1： 6 - 1： 60之间的任一数值。  1 毫米毫米之间之间之间之间之间之间之间之间之间之间之间之间之间之间之间。 The physical area ratio is any value between 1: 6 - 1: 60.
所述拒式干衣机， 其特征在于： 所述的阻尼膜式细密孔布是纤维丝无纺布 或纤维丝机织布。  The refusal dryer is characterized in that: the damper film type fine fused cloth is a fiber woven fabric or a fiber woven fabric.
所述拒式干衣机， 其特征在于： 所述的阻尼膜式细密孔布是塑料丝网布或 金属丝网布。  The refusal dryer is characterized in that: the damper film type fine fused cloth is a plastic mesh cloth or a metal mesh cloth.
本发明的优点在于： 采用阻尼膜式的细密孔一方面能抵挡外入的蚊蝇， 另一 方面对灰尘起一个阻尼膜的作用， 能挡住大部分静态掉入的灰尘。  The advantages of the present invention are as follows: The fine pores of the damper membrane type can resist the incoming mosquitoes on the one hand, and the damping dust on the other side can block most of the static falling dust.
经实际使用，此种阻尼膜式的细密孔对干衣室内带有一定微量气压上升的温 热空气畅通无阻， 实现上升的湿热空气无限止垂直敞开式的排出， 干衣速度将大 幅提高， 并且减少干衣时间， 节约电能。 Through practical use, the fine pores of the damping membrane type are unobstructed to the warm air with a certain amount of air pressure rising in the drying chamber, and the rising hot and humid air is discharged in an infinitely vertical open manner, and the drying speed will be large. The width is increased, and the drying time is reduced to save energy.
为对本发明的结构特征及其功效有进一步了解， 兹列举具体实施例并结合 附图详细说明如下。 附图说明  In order to further understand the structural features of the present invention and the effects thereof, the specific embodiments are described in detail and described below in conjunction with the accompanying drawings. DRAWINGS
图 1 是现有柜式干衣机的结构图。  Figure 1 is a structural view of a conventional cabinet dryer.
图 2是现有拒式干衣机的顶部排气孔图。  2 is a top venting view of a conventional refusal dryer.
图 3是现有排气孔 流散出流情况图。  Fig. 3 is a view showing the flow of the existing vent hole flow.
图 4 是本发明水布拒式干衣机的结构示意图。  Figure 4 is a schematic view showing the structure of the water cloth repellent dryer of the present invention.
图 5是本发明箱拒式干衣机的结构示意图。  Figure 5 is a schematic view showing the structure of the box-rejected clothes dryer of the present invention.
图 6 采用阻尼膜式细密孔布出气干衣机湿热空气流向图。  Figure 6 shows the wet and hot air flow diagram of the air-drying dryer with a damping membrane type fine-pore cloth.
图 7 是本发明的所用阻尼膜式细密孔布示意图。 具体实施方式  Figure 7 is a schematic view of a damper film type fine-pore cloth used in the present invention. detailed description
本发明所提供的拒式干衣机与现有技术一样， 同样包括： 上部干衣室 3和 下部热风室 4 , 干衣室 3和热风室 4之间设有导流板 2 , 于热风室 4内设有风扇 5及加热器 6 , 为达到排气通畅， 将拒式干衣机壳体设计成无拒顶桶形结构， 为 防止灰尘、 昆虫等杂物进入， 将敞开的拒顶用阻尼膜式细密孔布做成的排气顶代 替。 具体实施方式如下： 实施例一  The refusal dryer provided by the present invention is the same as the prior art, and includes: an upper drying chamber 3 and a lower hot air chamber 4, and a baffle 2 is disposed between the drying chamber 3 and the hot air chamber 4 in the hot air chamber. 4 There is a fan 5 and a heater 6 in the interior. In order to achieve unobstructed exhaust air, the refusal dryer casing is designed to have a top-free barrel structure, and to prevent dust, insects and the like from entering, the open top is rejected. Replace the exhaust top made of a damping membrane type fine-pore cloth. The specific implementation is as follows: Embodiment 1
图 4是本发明的一种实施例结构图， 本实施例所提供的拒式干衣机是一种 布罩式干衣机。 其干衣室的周壁是用不透气的耐温布制成的布罩 10 , 布罩 10的 一面装有拉链 1 1， 可拉开拉链放入待干燥的衣物， 放入衣物后再把拉链 11拉拢 密封。 所述布罩 10用支撑框架支撑形成桶状， 且整个布罩的侧面和布罩的底与 热风室 4及排气顶 20密封连接。 热风室 4里吹出来的热风流到干衣室内， 干衣 室内凉挂衣物。 湿热空气由布罩顶部的阻尼膜式细密孔布做成的排气顶排出。  Fig. 4 is a structural view showing an embodiment of the present invention, and the refusal dryer according to the embodiment is a cloth type clothes dryer. The peripheral wall of the drying chamber is a cloth cover 10 made of a gas-tight heat-resistant cloth, and one side of the cloth cover 10 is provided with a zipper 1 1, and the zipper can be pulled into the clothes to be dried, and then the zipper is put into the clothes. 11 pull the seal. The cloth cover 10 is supported by a support frame to form a barrel shape, and the sides of the entire cloth cover and the bottom of the cloth cover are sealingly connected to the hot air chamber 4 and the exhaust gas top 20. The hot air blown out from the hot air chamber 4 flows into the clothes drying room, and the clothes are cooled in the clothes drying room. The hot and humid air is discharged from the exhaust top made of the damping membrane type fine-pore cloth at the top of the cloth cover.
具体干衣过程如下： 接通电源， 打开开关， 干衣机底部热风室 4内的风机 5 及加热器 6 开始工作， 吹出热风， 根据热空气上浮的原理， 热气流经导流板 2 吹及位于干衣室 3的各层衣物， 不受阻挡， 然后干衣室内带着水份上升的湿热水 蒸气升到干衣室顶部的阻尼膜式细密孔布做成的排气顶 20 (通常雾化的热水蒸 气小于细密孔布气孔）快速垂直排出机外如图 6所示。这种干衣排气结构科学合 理， 充分达到了干衣速度和降低电能的目的， 并且干衣机在停止工作时， 干衣机 顶部不易使灰尘或蚊蝇之类的小虫进入清洁的干衣机里面，影响干衣机的清洁卫 生。 The specific drying process is as follows: Turn on the power, turn on the switch, the fan 5 and the heater 6 in the hot air chamber 4 at the bottom of the dryer start working, and blow out the hot air. According to the principle of the hot air floating, the hot air is blown through the deflector 2 The clothes in each layer of the drying room 3 are unobstructed, and then the exhaust top 20 is made up of a damping membrane type fine-pore cloth with a rising moisture vapor rising to the top of the drying room. The hot water vapor is smaller than the pores of the fine pore cloth. The vertical vertical discharge machine is shown in Fig. 6. The dry clothes exhaust structure is scientific and reasonable, fully achieves the purpose of drying speed and reducing electric energy, and the clothes dryer stops working, the clothes dryer The top is not easy to let dust or mosquitoes and other insects enter the clean dryer, which affects the cleaning of the dryer.
本实施例所述布罩式干衣机是圆筒形， 布罩 10和布罩内的支撑框架均为圆 助兴。 除圆筒形外， 也可以是矩形或其他多棱柱形。  The cloth-type clothes dryer of the present embodiment is cylindrical, and the cloth cover 10 and the support frame in the cloth cover are all round. In addition to the cylindrical shape, it may be rectangular or other polygonal prism.
在本实施例中所述的阻尼膜式细密孔布做成的排气顶可与干衣机顶框外沿 尺寸相同。 也可以稍小于千衣机顶框外沿尺寸， 尺寸越打越有利于排起。  The ventilating dome of the damper membrane type fine-pore cloth described in this embodiment may have the same size as the outer rim of the top frame of the dryer. It can also be slightly smaller than the outer edge size of the top frame of the dryer, and the larger the size, the better.
图 7 是本发明的所用阻尼膜式细密孔布示意图， 所述的用于制作排气顶的 阻尼膜式细密孔布上的孔呈网状均勾分布， 孔的面积在 0. 1 平方毫米" "0. 5平方 毫米之间， 孔与布实体面积比例为 1 : 6—1 : 60之间的任一数值。 所述的阻尼膜 式细密孔布是纤维丝无纺布或纤维丝机织布。  Figure 1 is a square hole-shaped distribution of the hole of the ventilating membrane type fine-pore cloth. "Between 0. 5 square millimeters, the ratio of the hole to the cloth solid area is any value between 1: 6 - 1: 60. The damping film type fine-density cloth is a fiber non-woven fabric or a fiber woven fabric.
所述的阻尼膜式细密孔布也可以是塑料丝网布或金属丝网布。 实施例二  The damping film type fine-pore cloth may also be a plastic mesh cloth or a metal mesh cloth. Embodiment 2
图 5 是本发明的另一种实施方式， 本实施例与实施例一的区别在于构成干 衣室周壁的材料不同， 是用刚性板材制成的刚性围框 30 , 其一面设有可开启密 封的门 31 ; 所述刚性围框 30与热风室 4及排气顶 20密封连接。  Figure 5 is another embodiment of the present invention. The difference between this embodiment and the first embodiment is that the material constituting the peripheral wall of the drying chamber is different, and is a rigid frame 30 made of a rigid plate, and one side is provided with an openable seal. The door 31 is sealingly connected to the hot air chamber 4 and the exhaust top 20.
所述的刚性板材是金属板材或塑料板材或合成材料板材。  The rigid sheet material is a metal sheet or a plastic sheet or a composite sheet.
所述的上部干衣室和下部热风室可以是连成一体， 而于刚性板材制成的拒 体中以导流板所分隔的上、 下部分。  The upper drying chamber and the lower hot air chamber may be integrally connected, and the upper and lower portions separated by a baffle in the reject body made of a rigid plate.
所述拒体的顶部设有支撑阻尼膜式细密孔布的支架 21 , 整块阻尼膜细密孔 布 22固设在拒体的顶面的支架 21内、 四周和拒顶边圈密封连接。  The top of the reject body is provided with a bracket 21 supporting a damping membrane type fine hole cloth, and the whole damping film fine hole cloth 22 is fixed in the bracket 21 of the top surface of the reject body, and the periphery and the top edge ring are sealingly connected.

Claims

权利 要求 书 Claim
1、 一种柜式千衣机， 包括： 上部干衣室和下部热风室， 千衣室和热风室之 间设有导流板， 于热风室内设有风扇及加热器， 其特征在于： 所述干衣室的顶是 由阻尼膜式细密孔布做成的排气顶。  1. A cabinet type laundry machine, comprising: an upper drying room and a lower hot air chamber, a baffle plate between the thousand clothes room and the hot air room, and a fan and a heater in the hot air chamber, wherein: The top of the drying chamber is an exhaust top made of a damping membrane type fine-pore cloth.
2、 根据权利要求 1所述拒式干衣机， 其特征在于： 所述的干衣室的周壁用 不透气的耐温布制成的布罩， 布罩的一面装有拉链， 构成干衣室的门； 所述布罩 用支撑框架支撑， 且与热风室及排气顶密封连接。  2. The refusal dryer according to claim 1, wherein: the peripheral wall of the clothes drying chamber is made of a cloth cover made of a gas-tight heat-resistant cloth, and one side of the cloth cover is provided with a zipper to form a dry clothes. a door of the chamber; the cloth cover is supported by the support frame and is sealingly connected to the hot air chamber and the exhaust top.
3、 根据权利要求 1所述柜式干衣机， 其特征在于： 所述的干衣室的周壁是 用刚性板材制成的刚性围框， 其一面设有可开启密封的门； 所述刚性围框与热风 室及排气顶密封连接。  3. The cabinet dryer according to claim 1, wherein: the peripheral wall of the drying chamber is a rigid frame made of a rigid plate, and one side of the drying chamber is provided with a door that can be opened and sealed; The enclosure is sealed to the hot air chamber and the exhaust top.
4、 根据权利要求 3所述拒式干衣机， 其特征在于： 所述的刚性板材是金属 板材或塑料板材或合成材料板材。  4. A refusal dryer according to claim 3, wherein: said rigid sheet material is a metal sheet or a plastic sheet or a composite sheet.
5、 根据权利要求 1所述拒式干衣机， 其特征在于： 所述的上部干衣室和下 部热风室是于刚性板材制成的拒体中以导流板所分隔的上、 下部分。 ' 5. The refusal dryer according to claim 1, wherein: said upper drying chamber and said lower hot blast chamber are upper and lower portions separated by a deflector in a body made of a rigid plate material. . '
6、 根据权利要求 5所述拒式干衣机， 其特征在于： 所述刚性板材制成的拒 体的顶部设有支撑阻尼膜式细密孔布的支架，整块阻尼膜细密孔布覆盖在拒体的 顶面、 四周和拒顶边圈密封连接。 6. The refusal dryer according to claim 5, wherein: the top of the refusal body made of the rigid plate is provided with a bracket supporting a damper film type fine hole cloth, and the whole damper film is covered with a fine hole cloth. The top surface of the reject body, the surrounding area and the top edge ring are sealed.
7、 根据权利要求 1所述柜式干衣机， 其特征在于： 所述的阻尼膜式细密孔 布上的孔呈网状均匀分布， 气孔面积在 0. 1平方毫米 - 0. 5平方毫米之间， 孔与 布实体面积比例为 1 : 6 - 1： 60之间的任一数值。  1 毫米毫米 - 0. 5平方毫米。 The ventilating area is 0. 1 square mm - 0. 5 square mm Between the hole and the cloth solid area ratio is any value between 1: 6 - 1: 60.
8、 根据权利要求 1所述拒式干衣机， 其特征在于： 所述的阻尼膜式细密孔 布是歼维丝无纺布或纤维丝机织布。  The refusal dryer according to claim 1, wherein the damper film type fine-hole woven fabric is a woven fabric or a woven fabric.
9、 根据权利要求 1所述柜式千衣机， 其特征在于： 所述的阻尼膜式细密孔 布是塑料丝网布或金属丝网布。  9. The cabinet type clothes dryer according to claim 1, wherein: the damping film type fine hole cloth is a plastic mesh cloth or a metal mesh cloth.
PCT/CN2008/000162 2007-01-23 2008-01-23 A clothes drying cabinet WO2008089668A1 (en)

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CN102268805A (en) * 2011-06-29 2011-12-07 胡杰波 Drying and ironing all-in-one machine
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