阅读说明：本技术 装有气流旋转装置的电器具 (Electric appliance with airflow rotating device ) 是由 吴钰 吴成年 于 2020-06-29 设计创作，主要内容包括：本发明的装有气流旋转装置的电器具,在电器具的蒸汽出口端或水雾出口端,装有气流旋转装置,所述气流旋转装置,包括气流导入器、旋流器及聚流器；所述旋流器,包括孔式旋流器及叶片式旋流器；本发明的有益之处是：在旋流装置的作用下,气流旋转喷出,和直喷气流比较,旋转气流运动轨迹更长,气流运动中所接触的周边空气或人体、物件表面会更多,气流更为均匀,气流与空气,气流与人或物的接触时间、接触面积、接触强度均会增加,有利于提高蒸面器、补水仪的美容、健肤、补氧、保健作用,提高蒸汽清洗机的清洗效果,提高加湿喷雾器的加湿喷雾效果；在蒸锅、蒸柜、蒸箱上,使蒸汽与蒸煮物品更有效地接触,温度更均匀,蒸煮效果得到有效提升。(The invention relates to an electric appliance provided with an airflow rotating device, which is characterized in that the airflow rotating device is arranged at the steam outlet end or the water mist outlet end of the electric appliance and comprises an airflow importer, a cyclone and a current collector; the swirler comprises a hole type swirler and a vane type swirler; the invention has the advantages that: under the action of the rotational flow device, the airflow is rotationally ejected, compared with direct-injection airflow, the movement track of the rotational airflow is longer, more peripheral air or surfaces of human bodies and objects are contacted in the movement of the airflow, the airflow is more uniform, the contact time, contact area and contact strength of the airflow and the human bodies or the objects are increased, the beautifying, skin-building, oxygen supplementing and health care effects of the face steaming device and the water supplementing instrument are improved, the cleaning effect of the steam cleaning machine is improved, and the humidifying and spraying effect of the humidifying sprayer is improved; on steamer, steam cabinet, steam ager, make steam and the contact more effectively of article of cooking, the temperature is more even, and the effect of cooking is effectively promoted.)

1. The electric appliance with airflow rotator for generating steam or water fog with electricity is composed of electric appliance body and airflow rotator, and the airflow rotator includes airflow guider, cyclone and current collector.

2. The electrical appliance with the airflow rotating device as claimed in claim 1, wherein the steam or mist outlet end of the electrical appliance with the structure of the inlet end of the airflow guider is adapted to the structure, and the outlet end of the electrical appliance is connected with the inlet end of the current collector or integrated with the current collector; the flow collector is composed of a cylindrical structure or a curved surface structure or a mixed structure of the cylindrical structure and the curved surface, and the outlet end of the flow collector is in a horn mouth shape, or in a petal shape, or in a contraction mouth shape; the inner cavity of the guide shell or the current collector is provided with a swirler installation positioning convex edge.

3. The electrical appliance equipped with an airflow rotation device according to claim 1, wherein the swirler comprises a hole-type swirler and a vane-type swirler; the hole type swirler is in a cylindrical shape, one end of the hole type swirler is open, the other end of the hole type swirler is closed, the open end is provided with an installation edge, the closed end is planar or arc-surface-shaped, or the center part of the closed end is provided with a flow guide column, the top end of the flow guide column faces the installation edge, and the top of the flow guide column is planar or arc-surface-shaped; on the wall of the cylinder body, a plurality of swirl holes or swirl grooves are uniformly distributed along the circumference according to the set swirl direction, and when airflow enters the swirl holes or swirl grooves at the inner side of the cylinder body from the mounting edge end, rotating airflow is generated at the outlet of the swirl holes along the circumference of the outer side of the cylinder body; when airflow enters the swirl holes or the swirl grooves from the outer side of the cylinder, rotating airflow is generated at the outlets of the swirl holes or the swirl grooves along the circumference of the inner side of the cylinder; the blade type swirler is characterized in that a plurality of blades are uniformly distributed along the circumference according to a set swirling direction, two ends of each blade are respectively provided with a guide plate and a mounting ring, the guide plates are planar or arc-surface shaped, or the center parts of the guide plates are provided with guide columns, the top ends of the guide columns face the mounting rings, and the tops of the guide columns are planar or arc-surface shaped; when the airflow enters the swirler vane passage from the mounting ring end, a rotating airflow is generated at the vane passage outlet along the outer circumference, and when the airflow enters the vane passage from the outer side of the swirler deflector end, a rotating airflow is generated at the vane outlet along the inner circumference.

4. The electrical appliance provided with the airflow rotating device as claimed in claim 3, wherein the orifice type swirler has a mounting edge end integrated with a mounting positioning flange in the flow collector, and a closed end arranged in the guide cylinder; or, for the hole type swirler with swirl slots, the mounting edge end of the hole type swirler is integrated with the mounting and positioning convex edge in the current collector, and the closed end is arranged in the current collector; for cyclones that use swirl slots, the swirl slots are perforated circumferentially at the closed end.

5. The electrical appliance with airflow rotation device as claimed in claim 3, wherein the vaned cyclone, one end of which has a mounting ring, is combined with the vanes by a positioning flange in the guide cylinder or the flow collector, the guide plate is connected with the ends of the vanes, or the guide plate is combined with the closed end of the fumigant product placer; or one end of the vane type swirler with the guide plate is arranged in the flow collector, the vane with the guide plate and the flow collector are integrated into a whole through the inner side of the installing and positioning convex edge in the flow collector and the outer edge of the vane, and the installing ring and the end part of the vane are connected into a whole.

6. The electrical appliance provided with an airflow rotation device according to claim 3, wherein the orifice-type swirler is provided with a through hole on the end surface of the closed end or the top of the guide pillar of the closed end; the vane type swirler is provided with a through hole at the top of the guide plate or the guide column on the guide plate.

Technical Field

The invention relates to an electric appliance, in particular to an electric appliance capable of generating steam and water mist.

Background

Among electric appliances, electric appliances capable of generating steam and mist are increasingly widely used, such as face steamers, moisturizing sprayers, humidifiers, steam cleaners, steam cookers, steam cabinets, steam chests, and the like.

The existing electric appliances on the market have a common characteristic that the steam or the water mist is sprayed out by direct injection along the axial direction of a nozzle, and the sprayed steam or the water mist cannot play the role more effectively under the influence of the speed direction of the air flow. For example, the area, contact time and contact strength of steam or water mist contacting the face are affected by the speed direction of the direct jet, so that the beauty, skin care, oxygen supplement, health care and other effects of the electric appliances cannot be better exerted; the spraying machine, the humidifier, the steam cleaning machine, the steam boiler, the steam cabinet, the steam box and the like are limited by direct spraying airflow, and the humidifying, cleaning and steaming effects are difficult to improve.

Disclosure of Invention

The invention aims at the problems to provide the electric appliance with the airflow rotational flow device, which can rotate steam or water mist during spraying, thereby improving the use efficiency of the electric appliance.

The present invention is realized by the following means.

The electric appliance with airflow rotator for generating steam or water fog with electricity is composed of electric appliance body and airflow rotator, and the airflow rotator includes airflow guider, cyclone and current collector.

More specifically, the structure of the steam or water mist outlet end of the structural electric appliance at the inlet end of the airflow importer is adaptive to the structure, and the outlet end of the structural electric appliance is connected with the inlet end of the current collector or is combined with the current collector into a whole; the flow collector is composed of a cylindrical structure or a curved surface structure or a mixed structure of the cylindrical structure and the curved surface, and the outlet end of the flow collector is in a horn mouth shape, or in a petal shape, or in a contraction mouth shape; the inner cavity of the guide shell or the current collector is provided with a swirler installation positioning convex edge.

The swirler comprises a hole type swirler and a vane type swirler; the hole type swirler is in a cylindrical shape, one end of the hole type swirler is open, the other end of the hole type swirler is closed, the open end is provided with an installation edge, the closed end is planar or arc-surface-shaped, or the center part of the closed end is provided with a flow guide column, the top end of the flow guide column faces the installation edge, and the top of the flow guide column is planar or arc-surface-shaped; on the wall of the cylinder body, a plurality of swirl holes or swirl grooves are uniformly distributed along the circumference according to the set swirl direction, and when airflow enters the swirl holes or swirl grooves at the inner side of the cylinder body from the mounting edge end, rotating airflow is generated at the outlet of the swirl holes along the circumference of the outer side of the cylinder body; when airflow enters the swirl holes or the swirl grooves from the outer side of the cylinder, rotating airflow is generated at the outlets of the swirl holes or the swirl grooves along the circumference of the inner side of the cylinder; the blade type swirler is characterized in that a plurality of blades are uniformly distributed along the circumference according to a set swirling direction, two ends of each blade are respectively provided with a guide plate and a mounting ring, the guide plates are planar or arc-surface shaped, or the center parts of the guide plates are provided with guide columns, the top ends of the guide columns face the mounting rings, and the tops of the guide columns are planar or arc-surface shaped; when the airflow enters the swirler vane passage from the mounting ring end, a rotating airflow is generated at the vane passage outlet along the outer circumference, and when the airflow enters the vane passage from the outer side of the swirler deflector end, a rotating airflow is generated at the vane outlet along the inner circumference.

Preferably, the mounting edge end of the hole type swirler is integrated with the mounting and positioning convex edge in the flow collector, and the closed end is arranged in the guide cylinder; or, for the hole type swirler with swirl slots, the mounting edge end of the hole type swirler is integrated with the mounting and positioning convex edge in the current collector, and the closed end is arranged in the current collector; for cyclones that use swirl slots, the swirl slots are perforated circumferentially at the closed end.

Preferably, one end of the vane type swirler, which is provided with a mounting ring, is combined with the vanes through a mounting and positioning convex edge in the guide cylinder or the flow collector into a whole, the guide plate is connected with the end parts of the vanes into a whole, or the guide plate is combined with the closed end of the fumigant article placer into a whole; or one end of the vane type swirler with the guide plate is arranged in the flow collector, the vane with the guide plate and the flow collector are integrated into a whole through the inner side of the installing and positioning convex edge in the flow collector and the outer edge of the vane, and the installing ring and the end part of the vane are connected into a whole.

Preferably, the hole type swirler is provided with a through hole on the end surface of the closed end or the top of the guide post of the closed end; the vane type swirler is provided with a through hole at the top of the guide plate or the guide column on the guide plate.

The invention has the advantages that:

1. under the action of the rotational flow device, the air flow is rotationally ejected, compared with direct-injection air flow, the motion track of the rotational air flow is longer, more peripheral air or surfaces of human bodies and objects are contacted in the motion of the air flow, the air flow is more uniform, the contact time, the contact area and the contact strength of the air flow and the air, the air flow and the human bodies or the objects are increased, and the use effect of the electric appliance generating steam or water mist is favorably improved.

2. The rotational flow device is used on the face steaming device and the moisturizing instrument, and is beneficial to improving the effects of beauty treatment, skin care, oxygen supplementation, health care and the like; the cleaning effect can be obviously improved when the cleaning agent is used on a steam cleaning machine; the steam cooking device is used on a steamer, a steam cabinet and a steam box, so that steam can be more effectively contacted with cooked objects, the temperature is more uniform, and the cooking effect is effectively improved; the humidifying and spraying electric appliance can be used for remarkably improving the humidifying and spraying effect.

Drawings

FIG. 1 is a schematic perspective view of a cyclone apparatus according to example 1;

FIG. 2 is a schematic perspective view of a cyclone apparatus according to example 2;

FIG. 3 is a schematic full-section view of the cyclone device in accordance with example 3;

FIG. 4 is a schematic perspective view of a cyclone apparatus according to example 4;

FIG. 5 is a schematic perspective view of a cyclone apparatus according to example 5;

FIG. 5A is a schematic full-section view of the integrated cyclone and flow collector of example 5;

FIG. 6 is a schematic perspective view of a cyclone device according to example 6;

FIG. 6A is a schematic full-section view of the integrated cyclone and flow collector of example 6;

FIG. 7 is a schematic perspective view of a cyclone apparatus according to example 7;

FIG. 8 is a schematic cross-sectional view of the cyclone of example 8 in a three-dimensional structure;

FIG. 9 is a schematic cross-sectional view of the cyclone of example 9 in a three-dimensional structure;

FIG. 10 is a schematic full-section view of the cyclone of example 10.

Detailed Description