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CN203916385U - A kind of annular air purifies damping device - Google Patents

A kind of annular air purifies damping device Download PDF

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Publication number
CN203916385U
CN203916385U CN201420174005.1U CN201420174005U CN203916385U CN 203916385 U CN203916385 U CN 203916385U CN 201420174005 U CN201420174005 U CN 201420174005U CN 203916385 U CN203916385 U CN 203916385U
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China
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air
blade
stirring vane
gear
water containing
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左国玉
马政飞
张洋
洪今滔
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Beijing University of Technology
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Beijing University of Technology
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Abstract

一种环形空气净化加湿装置,该装置采用叶片搅拌气液接触式原理,能够除去空气内的各种粉尘微粒、甲醛污染物,同时对空气杀菌消毒,加湿处理;该装置包括电机驱动机构、叶片搅拌机构、齿轮传动机构、机架;巧妙利用气-液接触搅拌原理,使得除尘、消毒与加湿同时进行;本装置的搅拌叶片采用叶片的自转和公转两种方式,加大了空气净化加湿液与空气的交互质量;本装置结构简单,传动机构均采用塑料材质,成本低廉;同时避免了传统净化装置对过滤网定期更换和清洗的麻烦。

A ring-shaped air purification and humidification device, which adopts the principle of blade stirring gas-liquid contact, can remove various dust particles and formaldehyde pollutants in the air, and at the same time sterilize and humidify the air; the device includes a motor drive mechanism, blades Stirring mechanism, gear transmission mechanism, frame; clever use of the principle of gas-liquid contact stirring, so that dust removal, disinfection and humidification can be carried out at the same time; The quality of interaction with the air; the structure of the device is simple, the transmission mechanism is made of plastic material, and the cost is low; at the same time, it avoids the trouble of regular replacement and cleaning of the filter screen of the traditional purification device.

Description

一种环形空气净化加湿装置An annular air purification and humidification device

技术领域 technical field

本实用新型涉及一种环形空气净化加湿装置,属于环境净化器械应用技术领域。 The utility model relates to an annular air purification and humidification device, which belongs to the technical field of environmental purification equipment application.

背景技术 Background technique

室内空气净化一直是市场关注的热点。目前市场上的空气净化器主要采用滤网除尘,喷雾加湿。滤网技术成熟,但难以处理净化效果与排气量的矛盾,且滤网需定期更换、成本高、使用不便;加湿与净化功能分离,不易集成。空气净化器是指能够吸附、分解或转化各种空气污染物,有效提高空气清洁度的产品。 Indoor air purification has always been a hot spot in the market. Air purifiers currently on the market mainly use filter screens to remove dust and spray humidification. The filter screen technology is mature, but it is difficult to deal with the contradiction between the purification effect and the exhaust volume, and the filter screen needs to be replaced regularly, which is costly and inconvenient to use; the humidification and purification functions are separated and difficult to integrate. Air purifiers refer to products that can absorb, decompose or transform various air pollutants and effectively improve air cleanliness.

国家《空气净化器》相关标准中把空气净化器定义为“从空气中分离和去除一种或多种污染物的设备。对空气中的污染物有一定去除能力的装置。主要是指房间内使用的单体式空气净化器以及集中空调通风系统内的模块式空气净化器。 The relevant standards of the national "Air Purifier" define an air purifier as "a device that separates and removes one or more pollutants from the air. A device that has a certain ability to remove pollutants in the air. It mainly refers to indoor The single air cleaner used and the modular air cleaner in the central air conditioning ventilation system.

发明内容 Contents of the invention

本实用新型的目的在于提供了一种环形空气净化加湿装置,该装置采用叶片搅拌气液接触式原理,能够除去空气内的各种粉尘微粒、甲醛污染物,同时对空气杀菌消毒,加湿处理。 The purpose of this utility model is to provide an annular air purification and humidification device, which adopts the principle of blade agitation gas-liquid contact, can remove various dust particles and formaldehyde pollutants in the air, and at the same time sterilize and humidify the air.

为实现上述目的,本实用新型采用的技术方案为一种环形空气净化加湿装置,该装置包括电机驱动机构、叶片搅拌机构、齿轮传动机构、机架、连接轴固定孔。 In order to achieve the above purpose, the technical solution adopted by the utility model is an annular air purification and humidification device, which includes a motor drive mechanism, a blade stirring mechanism, a gear transmission mechanism, a frame, and a connecting shaft fixing hole.

所述电机驱动机构包括搅拌叶片驱动电机、吸气叶片驱动电机。 The motor driving mechanism includes a stirring blade driving motor and a suction blade driving motor.

所述叶片机构包括吸气叶片、搅拌叶片。 The blade mechanism includes suction blades and stirring blades.

所述齿轮传动机构包括转动中心轴上齿轮、转动中心轴下齿轮、锥齿轮。 The gear transmission mechanism includes an upper gear on the rotating central shaft, a lower gear on the rotating central shaft, and a bevel gear.

所述机架包括空气过滤网、吸气叶片固定架、容水腔、底座。 The frame includes an air filter, a fixed frame for suction blades, a water chamber and a base.

所述电机驱动机构的搅拌叶片驱动电机安装在容水腔中心,并采用密封防水布置;驱动电机输出轴与转动中心轴下齿轮连接。 The stirring blade driving motor of the motor driving mechanism is installed in the center of the water chamber, and adopts a sealed and waterproof arrangement; the output shaft of the driving motor is connected with the lower gear of the rotating central shaft.

所述容水腔置于底座中间,底座内部设有阶梯支撑,容水腔通过阶梯支撑安装在底座中。 The water holding chamber is placed in the middle of the base, and the inside of the base is provided with a ladder support, and the water holding chamber is installed in the base through the ladder support.

所述吸气叶片固定架通过凹槽与底座的外沿装配在一起;吸气叶片由其中心电机直接驱动,且外部固定有吸气叶片固定架;在吸气叶片转动吸入空气前,在吸气叶片固定架顶部固定有空气过滤网,所述空气过滤网的大小与吸气叶片固定架相同,用以过滤空气固体颗粒物杂质。 The suction blade fixing frame is assembled with the outer edge of the base through the groove; the suction blade is directly driven by its central motor, and the suction blade fixing frame is fixed on the outside; before the suction blade rotates to inhale air, the suction blade An air filter screen is fixed on the top of the air blade fixed frame, and the size of the air filter screen is the same as that of the suction blade fixed frame, and is used to filter air solid particle impurities.

所述叶片机构分为两部分,即吸气叶片旋转吸入空气、搅拌叶片净化吸入空气;具体而言,吸气叶片为环形叶片结构,中间设有单独电机进行驱动。搅拌叶片安装在吸气叶片与容水腔之间;所述搅拌叶片外侧为叶片,中心为连接轴,连接轴一端与容水腔外侧设有的固定孔连接固定,另一端为锥齿轮;转动中心轴上齿轮、转动中心轴下齿轮在上下两处与锥齿轮啮合,所述的转动中心轴下齿轮由搅拌叶片驱动电机驱动,从而带动转动中心轴下齿轮与锥齿轮的啮合,带动搅拌叶片连接轴随驱动电机驱动轴公转;另一方面,转动中心轴上齿轮为固定装置,其固定在吸气叶片固定架的底端无法转动。锥齿轮与转动中心轴上齿轮、转动中心轴下齿轮啮合,带动锥齿轮转动从而实现搅拌叶片的自转;搅拌叶片的连接轴与容水腔外侧设有的连接轴固定孔配合,搅拌叶片公转时也会带动容水腔随之转动。 The blade mechanism is divided into two parts, that is, the air suction blade rotates to inhale air, and the stirring blade purifies the inhaled air; specifically, the air suction blade has an annular blade structure, and a separate motor is provided in the middle for driving. The stirring blade is installed between the suction blade and the water holding chamber; the outside of the stirring blade is a blade, and the center is a connecting shaft. One end of the connecting shaft is connected and fixed with the fixing hole provided outside the water holding chamber, and the other end is a bevel gear; The upper gear of the central shaft and the lower gear of the rotating central shaft mesh with the bevel gear at the upper and lower places. The lower gear of the rotating central shaft is driven by the stirring blade drive motor, thereby driving the meshing between the lower gear of the rotating central shaft and the bevel gear, and driving the stirring blade The connecting shaft revolves with the drive shaft of the driving motor; on the other hand, the gear on the rotating central shaft is a fixed device, which is fixed on the bottom of the suction blade fixed frame and cannot rotate. The bevel gear meshes with the upper gear of the rotating central shaft and the lower gear of the rotating central shaft to drive the bevel gear to rotate to realize the self-rotation of the stirring blade; the connecting shaft of the stirring blade cooperates with the fixing hole of the connecting shaft provided on the outside of the water chamber, and when the stirring blade revolves It will also drive the water chamber to rotate thereupon.

与现有技术相比,本实用新型具有如下有益效果。 Compared with the prior art, the utility model has the following beneficial effects.

1、巧妙利用气-液接触搅拌原理,使得除尘、消毒与加湿同时进行。 1. The principle of gas-liquid contact and stirring is cleverly used, so that dust removal, disinfection and humidification can be carried out at the same time.

2、本装置的搅拌叶片采用叶片的自转和公转两种方式,加大了空气净化加湿液与空气的交互质量。 2. The mixing blades of this device adopt two modes of rotation and revolution of the blades, which increases the interaction quality between the air purification and humidification liquid and the air.

3、本装置结构简单,传动机构均采用塑料材质,成本低廉;同时避免了传统净化装置对过滤网定期更换和清洗的麻烦。 3. The structure of the device is simple, the transmission mechanism is made of plastic material, and the cost is low; at the same time, it avoids the trouble of regular replacement and cleaning of the filter screen of the traditional purification device.

附图说明 Description of drawings

图1为环型空气净化加湿装置的立体示意图。 Fig. 1 is a three-dimensional schematic diagram of a ring-type air purification and humidification device.

图2.1为环形空气净化加湿装置的平面结构示意图。 Figure 2.1 is a schematic plan view of the annular air purification and humidification device.

图2.2为环形空气净化加湿装置的立体结构示意图。 Figure 2.2 is a schematic diagram of the three-dimensional structure of the annular air purification and humidification device.

图3为环形空气净化加湿装置的吸气叶片结构示意图。 Fig. 3 is a schematic diagram of the structure of the suction vanes of the annular air purification and humidification device.

图4为环形空气净化加湿装置的搅拌叶片示意图。 Fig. 4 is a schematic diagram of the stirring blades of the annular air purification and humidification device.

图5为环形空气净化加湿装置容水腔结构示意图。 Fig. 5 is a schematic diagram of the structure of the water chamber of the annular air purification and humidification device.

图中:1、空气过滤网,2、吸气叶片固定架,3、吸气叶片,4、转动中心轴上齿轮,5、搅拌叶片,6、锥齿轮,7、转动中心轴下齿轮,8、搅拌叶片驱动电机,9、容水腔,10、底座,11、连接轴固定孔。 In the figure: 1. Air filter, 2. Suction vane fixed frame, 3. Suction vane, 4. Rotating central shaft upper gear, 5. Stirring blade, 6. Bevel gear, 7. Rotating central shaft lower gear, 8 1. Stirring blade drive motor, 9. water chamber, 10. base, 11. connecting shaft fixing hole.

具体实施方式 Detailed ways

如图1-5所示,一种环形空气净化加湿装置,该装置包括电机驱动机构、叶片搅拌机构、齿轮传动机构、机架、连接轴固定孔11。 As shown in Figures 1-5, a ring-shaped air purification and humidification device includes a motor drive mechanism, a blade stirring mechanism, a gear transmission mechanism, a frame, and a connecting shaft fixing hole 11 .

所述电机驱动机构包括搅拌叶片驱动电机8、吸气叶片驱动电机。 The motor driving mechanism includes a stirring blade driving motor 8 and a suction blade driving motor.

所述叶片机构包括吸气叶片3、搅拌叶片5。 The blade mechanism includes suction blades 3 and stirring blades 5 .

所述齿轮传动机构包括转动中心轴上齿轮4、转动中心轴下齿轮7、锥齿轮6。 The gear transmission mechanism includes an upper gear 4 on the rotating central shaft, a lower gear 7 on the rotating central shaft, and a bevel gear 6 .

所述机架包括空气过滤网1、吸气叶片固定架2、容水腔9、底座10。 The frame includes an air filter 1 , an air suction blade fixing frame 2 , a water holding chamber 9 and a base 10 .

所述电机驱动机构的搅拌叶片驱动电机8安装在容水腔9中心,并采用密封防水布置;驱动电机输出轴与转动中心轴下齿轮7连接。 The stirring blade driving motor 8 of the motor driving mechanism is installed in the center of the water holding chamber 9, and adopts a sealed and waterproof arrangement; the output shaft of the driving motor is connected with the lower gear 7 of the rotating central shaft.

所述容水腔9置于底座10中间,底座10内部设有阶梯支撑,容水腔9通过阶梯支撑安装在底座10中。 The water holding chamber 9 is placed in the middle of the base 10, and the base 10 is provided with a ladder support inside, and the water holding chamber 9 is installed in the base 10 through the ladder support.

所述吸气叶片固定架2通过凹槽与底座10的外沿装配在一起;吸气叶片3由其中心电机直接驱动,且外部固定有吸气叶片固定架2;在吸气叶片3转动吸入空气前,在吸气叶片固定架2顶部固定有空气过滤网1,所述空气过滤网1的大小与吸气叶片固定架2相同,用以过滤空气固体颗粒物杂质。 The suction blade fixed frame 2 is assembled together with the outer edge of the base 10 through the groove; the suction blade 3 is directly driven by its central motor, and the suction blade fixed frame 2 is fixed on the outside; when the suction blade 3 rotates and sucks Before the air, an air filter 1 is fixed on the top of the air suction vane fixed frame 2, and the size of the air filter 1 is the same as that of the air suction blade fixed frame 2, and is used to filter air solid particle impurities.

所述叶片机构分为两部分,即吸气叶片3旋转吸入空气、搅拌叶片5净化吸入空气;具体而言,吸气叶片3为环形叶片结构,中间设有单独电机进行驱动。搅拌叶片5安装在吸气叶片3与容水腔9之间;所述搅拌叶片5外侧为叶片,中心为连接轴,连接轴一端与容水腔9外侧设有的固定孔连接固定,另一端为锥齿轮6;转动中心轴上齿轮4、转动中心轴下齿轮7在上下两处与锥齿轮6啮合,所述的转动中心轴下齿轮7由搅拌叶片驱动电机8驱动,从而带动转动中心轴下齿轮7与锥齿轮6的啮合,带动搅拌叶片5连接轴随驱动电机驱动轴公转;另一方面,转动中心轴上齿轮4为固定装置,其固定在吸气叶片固定架2的底端无法转动。锥齿轮6与转动中心轴上齿轮4、转动中心轴下齿轮7啮合,带动锥齿轮6转动从而实现搅拌叶片5的自转;搅拌叶片5的连接轴与容水腔9外侧设有的连接轴固定孔11配合,搅拌叶片5公转时也会带动容水腔9随之转动。 The blade mechanism is divided into two parts, that is, the suction blade 3 rotates to inhale air, and the stirring blade 5 purifies the inhaled air; specifically, the air suction blade 3 is an annular blade structure, and a separate motor is arranged in the middle to drive it. The stirring blade 5 is installed between the suction blade 3 and the water holding chamber 9; the outside of the stirring blade 5 is a blade, and the center is a connecting shaft, one end of the connecting shaft is connected and fixed with the fixing hole provided on the outside of the water holding chamber 9, and the other end It is a bevel gear 6; the upper gear 4 of the rotating central shaft and the lower gear 7 of the rotating central shaft mesh with the bevel gear 6 at two places up and down, and the lower gear 7 of the rotating central shaft is driven by the stirring blade drive motor 8, thereby driving the rotating central shaft The engagement of the lower gear 7 and the bevel gear 6 drives the connecting shaft of the stirring blade 5 to revolve with the drive shaft of the drive motor; turn. The bevel gear 6 meshes with the upper gear 4 of the rotating central shaft and the lower gear 7 of the rotating central shaft, and drives the bevel gear 6 to rotate to realize the rotation of the stirring blade 5; the connecting shaft of the stirring blade 5 is fixed to the connecting shaft provided on the outside of the water holding chamber 9 The hole 11 cooperates, and when the stirring blade 5 revolves, it will also drive the water holding chamber 9 to rotate accordingly.

该装置的工作过程为,首先在容水腔注入净化加湿液,吸气叶片由电机单独驱动将空气通过空气过滤网将其吸入,吸入的涡流空气进入容水腔,搅拌叶片的自转和公转对容水腔内的空气净化加湿液产生拍打,使得大量液体飞溅,并 将叶片之间空气压入水中,增大了液体与空气的接触面积,对空气起到加湿净化并且洗涤灰尘颗粒。气泡上浮并最终通过容水腔处的间隙排出,空气涡流使得容器内空气不断与外界交换,从而实现空气的净化。 The working process of the device is as follows: first, the purified humidifying liquid is injected into the water chamber, and the suction blade is driven by the motor alone to inhale the air through the air filter, and the sucked vortex air enters the water chamber, and the rotation and revolution of the stirring blade The air purifying and humidifying liquid in the water chamber beats, causing a large amount of liquid to splash and press the air between the blades into the water, increasing the contact area between the liquid and the air, humidifying and purifying the air and washing away dust particles. The air bubbles float up and are finally discharged through the gap at the water chamber, and the air vortex makes the air in the container continuously exchange with the outside world, thereby realizing air purification.

所述容水腔9为锥形结构,通过滑槽可与底座10同轴相对转动;同时,容水腔9周围同一水平位置设置有连接轴固定孔11。 The water holding chamber 9 has a conical structure, and can rotate coaxially with the base 10 through the chute; at the same time, a connecting shaft fixing hole 11 is provided at the same horizontal position around the water holding chamber 9 .

所述叶片机构和齿轮传动机构均采用非金属材料制成,且锥齿轮6与搅拌叶片5的连接轴为一体化结构,在加工时可采用塑料一体化成型。 Both the blade mechanism and the gear transmission mechanism are made of non-metallic materials, and the connecting shaft of the bevel gear 6 and the stirring blade 5 is an integrated structure, which can be integrally formed by plastic during processing.

所述空气过滤网1可采用市面成熟的空调过滤网,即该网分为除尘网、活性炭网、加强网三层结构,加强对空气的杂质、颗粒物、细菌的初步处理效果。 The air filter 1 can adopt a mature air-conditioning filter in the market, that is, the net is divided into a three-layer structure of a dust removal net, an activated carbon net, and a reinforced net to strengthen the preliminary treatment effect on impurities, particles, and bacteria in the air.

Claims (4)

1. annular air purifies a damping device, it is characterized in that: this device comprises motor-driven mechanism, blade rabbling mechanism, gear drive, frame, connecting axle fixing hole (11);
Described motor-driven mechanism comprises stirring vane drive motors (8), air-breathing blade driving motor;
Described blade mechanism comprises air-breathing blade (3), stirring vane (5);
Described gear drive comprises that rotary middle spindle cogs (4), rotary middle spindle lower gear (7), bevel gear (6);
Described frame comprises airstrainer (1), air-breathing blade fixed mount (2), water containing chamber (9), base (10);
The stirring vane drive motors (8) of described motor-driven mechanism is arranged on water containing chamber (9) center, and adopts water-tight to arrange; Drive motors output shaft is connected with rotary middle spindle lower gear (7);
Described water containing chamber (9) is placed in the middle of base (10), and base (10) inside is provided with ladder supports, and water containing chamber (9) is arranged in base (10) by ladder supports;
Described air-breathing blade fixed mount (2) is assembled together by the outer of groove and base (10); Air-breathing blade (3) is directly driven by electrocardiograph wherein, and external stability has air-breathing blade fixed mount (2); Before air-breathing blade (3) rotates air amount, be fixed with airstrainer (1) at air-breathing blade fixed mount (2) top, the size of described airstrainer (1) is identical with air-breathing blade fixed mount (2), in order to filtered air solid particulate matter impurity;
Described blade mechanism is divided into two parts, i.e. air-breathing blade (3) rotation air amount, stirring vane (5) purify air amount; Particularly, air-breathing blade (3) is annular blade structure, and centre is provided with separate electrical motor and drives; Stirring vane (5) is arranged between air-breathing blade (3) and water containing chamber (9); Described stirring vane (5) outside is blade, and center is connecting axle, and the fixing hole that connecting axle one end and water containing chamber (9) outside is provided with is connected and fixed, and the other end is bevel gear (6); Rotary middle spindle cogs (4), rotary middle spindle lower gear (7) engages with bevel gear (6) at upper and lower two places, described rotary middle spindle lower gear (7) is driven by stirring vane drive motors (8), thereby drive rotary middle spindle lower gear (7) engages with bevel gear (6), drive stirring vane (5) connecting axle to revolve round the sun with drive motors driving shaft; On the other hand, rotary middle spindle cogs (4) for fixture, and its bottom that is fixed on air-breathing blade fixed mount (2) cannot be rotated; Bevel gear (6) cogs with rotary middle spindle (4), rotary middle spindle lower gear (7) engages, band dynamic bevel gear (6) thus rotate and realize the rotation of stirring vane (5); The connecting axle of stirring vane (5) coordinates with the connecting axle fixing hole (11) that water containing chamber (9) outside is provided with, and when stirring vane (5) revolution, also can drive water containing chamber (9) to rotate thereupon.
2. a kind of annular air according to claim 1 purifies damping device, it is characterized in that: described water containing chamber (9), for pyramidal structure, can coaxially relatively rotate with base (10) by chute; Meanwhile, water containing chamber (9) is provided with connecting axle fixing hole (11) in same level position around.
3. a kind of annular air according to claim 1 purifies damping device, it is characterized in that: described blade mechanism and gear drive all adopt nonmetallic materials to make, and the connecting axle of bevel gear (6) and stirring vane (5) is integrated, can adopt plastics integrated molding man-hour adding.
4. a kind of annular air according to claim 1 purifies damping device, it is characterized in that: described airstrainer (1) can adopt the air-conditioning filter net of market maturation, this net is divided into basket strainer, active carbon net, reinforcing mat three-decker, strengthens the preliminary treatment effect of impurity to air, particle, bacterium.
CN201420174005.1U 2014-04-10 2014-04-10 A kind of annular air purifies damping device Expired - Fee Related CN203916385U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103933816A (en) * 2014-04-10 2014-07-23 北京工业大学 Annular air purifying-humidifying device
CN106986197A (en) * 2017-04-24 2017-07-28 深圳市星特烁科技有限公司 A kind of apron quantitive conveyor structure and catalysis degreasing stove

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103933816A (en) * 2014-04-10 2014-07-23 北京工业大学 Annular air purifying-humidifying device
CN106986197A (en) * 2017-04-24 2017-07-28 深圳市星特烁科技有限公司 A kind of apron quantitive conveyor structure and catalysis degreasing stove

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