JP3245210U - aroma hot air hood - Google Patents

Abstract

[Problem] To provide an aroma hot air hood that emits fragrance at the same time as drying hair with a hair dryer. SOLUTION: A sleeve interface 211 for fitting the blowing end of a hair dryer is provided at one end of a sleeve portion 21 of a hood body 2, and the other end of the sleeve portion is provided with a sleeve interface 211 on the inside of an arcuate portion 22. a cavity between the disc-shaped member and the sleeve interface, a plurality of air outlets communicating with the cavity in the disc-shaped member, and a passageway in the cylindrical wall of the sleeve portion. The sleeve part has a side protrusion 3 on the outer peripheral edge, a cavity 31 inside the side protrusion, one end of the cavity communicates with the passage, and the aroma-containing carrier is positioned in the cavity. 32, one side of the lateral protrusion has an exhaust hole 71 communicating with the other end of the cavity, through which the airflow of the hair dryer passes to contain the aroma on the carrier. Blow out gas. [Selection diagram] Figure 1

Description

The present invention relates to an aroma hot air hood, and more particularly to a hot air hood that can emit aroma-containing gas.

Typical dryers currently on the market mainly use a fan set to blow air into the dryer housing from the intake grill at the rear end of the dryer, and heat the heating coil to raise the temperature of the air. Blowing hot air onto wet hair from the front end of the blower grill to achieve the drying effect. When you style your hair at a hair salon and do it yourself at home, you need to use a combination of a hair dryer and a hot air hood to dry your permed hair and maintain the volume of your hair.

Considering that hot air hoods with only one function of drying hair can no longer meet the needs of consumers and developing multi-purpose products has become a trend and choice, other applications can be considered. If we can develop a product that has the following characteristics, it will not only be good news for consumers, but it will also stimulate their desire to purchase. Therefore, in order to provide a structure different from conventional technology and solve the problem of insufficient functionality of conventional hot air hoods, the inventor has accumulated many years of experience, research and development, and improvements to create this invention. Reached.

The main purpose of this invention is to blow out the hair by blowing air outward with the hair dryer, and at the same time blowing out the aroma-containing gas in the air stream, and blowing out the gas outward from at least one exhaust hole on the side of the hot air hood. Provides an aromatic hot air hood that can emit a scent when drying hair, make users feel comfortable while drying their hair, and further promote sales by achieving both functionality and psychological health consciousness. It is to be.

In order to achieve the above object, the aroma hot air hood according to the present invention includes a hood body, the hood body has a sleeve part, and one end of the sleeve part is fitted with the blowing end of a hair dryer. The other end of the sleeve portion has an arcuate portion gradually expanding toward the rear, and the inside of the arcuate portion has a disc-like member, and the sleeve interface has a disc-like member. There is a cavity in between, and the disc-shaped member is provided with a plurality of air outlets communicating with the cavity, and its main features are as follows. The cylindrical wall of the sleeve part has a passage, the outer peripheral edge of the sleeve part has a lateral convex part, the inside of the lateral convex part has a cavity whose one end communicates with the passage, and the inside of the cavity is , has a positioning part for positioning the aroma-containing carrier, and one side of the lateral convex part has at least one exhaust hole communicating with the other end of the cavity, whereby the hair When the dryer blows out air, the airflow passes through the cavity, allowing the aroma-laden gas to be blown out.

In practice, the inner peripheral edge of the arc-shaped part has a first locking part, the outer peripheral edge of the disc-shaped member has a second locking part that engages with the first locking part, and the disc-shaped member It has a concave surface and an arcuate convex surface, and a plurality of convex pipes are provided on the arcuate concave surface, one end of the plurality of convex pipes communicates with a plurality of air outlets, and an air outlet is provided on the side of any one of the convex pipes. The plurality of air outlets of the plurality of convex pipes are provided and open toward the center of the arcuate concave surface direction.

In implementation, the side protrusion includes a base and a lid, the base has a standing plate, a first side plate, and a second side plate, and the first side plate and the second side plate are arranged on both sides of the standing plate. The upright plate has a first engaging part, and the lid body has a top frame part and a lower edge of the top frame part. The extending portion has a second engaging portion that engages with the first engaging portion.

In implementation, one side of the top frame portion has a first downwardly extending limiting plate, and the other side of the top frame portion has a second downwardly extending limiting plate, the first limiting plate and the second limiting plate extending downwardly. The two limiting plates are parallel and are inserted downward so as to contact the first side plate and the second side plate, respectively, and have a second engaging portion below the extending portion, and the vertical plate It has a notched groove for restricting the extending part, has a first engaging part below the notched groove, and has support blocks on both sides of the notched groove to be abutted to support the extending part. Each has its own.

In implementation, the positioning part includes a partition plate and a support plate, a first side plate and a second side plate are respectively coupled to both side edges of the partition plate, and a sleeve part is coupled to one end of the support plate to partition the carrier. To be located between one side of the plate and the other end of the support plate, the partition plate has a notch communicating with the passage of the sleeve part.

With the design of the present invention, when the hair dryer blows out cold air or hot air, the present invention can generate a concentrated airflow in a large area through one end of the hood, which can not only dry the user's hair but also , when drying the hair, the fragrance can be released slowly through the air flow, and the service life of the aroma-containing carrier can be extended, and at the same time it can give the user a sense of well-being, achieving both functionality and psychological health. can promote sales.

1 is an exploded view of the components of a preferred embodiment of the present invention; FIG. FIG. 3 is a three-dimensional external view of a preferred embodiment of the present invention. FIG. 3 is a cross-sectional view of a preferred embodiment of the present invention; 1 is a schematic diagram of a preferred embodiment of the present invention in use; FIG.

The aroma hot air hood according to the present invention mainly includes a hood body, and one end of the sleeve part of the hood body is provided with a sleeve interface for fitting into the blowing end of a hair dryer, and the other end of the sleeve part is provided with a sleeve interface for fitting into the blowing end of a hair dryer. The end portion gradually widens the arc toward the rear, and the inner side of the arc has a disc-like member, and a cavity exists between the disc-like member and the sleeve interface, and each disc-like member has a disc-like member. A plurality of air outlets communicating with the cavity are provided for blowing air to the outside, and the outer peripheral edge of the sleeve part has a lateral convex part, and one end of the inside of the lateral convex part is connected to the cylinder of the sleeve part. a cavity communicating with the passageway in the wall; the interior of the cavity has a positioning part for positioning the aroma-containing carrier; one side of the lateral convex part communicates with the other end of the cavity; and at least one exhaust hole in the air, so that when the hair dryer blows out air, the airflow passes through the cavity and the aroma-containing gas on the carrier is blown out.

Referring to FIGS. 1 to 4, a preferred embodiment of the aroma hot air hood 1 according to the present invention is shown, which mainly includes a hood body 2 and a side convex part 3, and the hood body 2 has a sleeve part 21. , an arcuate portion 22, and a disc-shaped member 23, and one end of the sleeve portion 21 is provided with a circular sleeve interface 211 for fitting into the blowing end of a hair dryer, thereby , the cold/hot air blown from the hair dryer enters the inside of the hood main body 2 through the sleeve interface 211 and can be further blown out toward the other end of the sleeve part 21, so that the cylinder of the sleeve part 21 It has a passage 212 in the wall. The arcuate portion 22 is formed such that the other end of the sleeve portion 21 gradually expands toward the rear, and a plurality of annularly arranged locking grooves are provided on the inner circumferential edge of the arcuate portion 22 to form a first locking groove. It is provided as a section 221.

A plurality of buckles arranged in an annular manner are provided on the outer peripheral edge of the disk-shaped member 23, and these buckles are used as a second locking portion 231, and the plurality of buckles of the second locking portion 231 are as follows: By correspondingly engaging with the plurality of locking grooves of the first locking part 221, the disc-shaped member 23 is connected to the inside of the arc-shaped part 22, and a cavity 24 is formed between the disc-shaped member 23 and the sleeve interface 211. form. The disk-shaped member 23 has an arc-shaped concave surface 232 and an arc-shaped convex surface 233, and the disk-shaped member 23 is provided with a plurality of air outlets 234, each of which penetrates the arc-shaped concave surface 232 and the arc-shaped convex surface 233. A plurality of convex pipes 235 are provided on the arcuate concave surface 232 and are distributed annularly, and one end of the plurality of convex pipes 235 communicates with the plurality of air outlets 234, respectively. An air outlet 236 is provided on one side of one of the convex pipes 235, and each of the plurality of air outlets 236 of the plurality of convex pipes 235 is opened toward the center of the arcuate concave surface 232, so that the air is concentrated in a large area. Form airflow.

The side protrusion 3 has a base 4 and a lid 5, and the base 4 mainly includes a standing plate 41, a first side plate 42, and a second side plate 43, and a cutout groove 411 is formed in the surface of the standing plate 41. The bottom edge of the vertical plate 41 is connected to the outer peripheral edge of the sleeve part 21, and the internal surface of the vertical plate 41 below the notch groove 411 has a hook serving as a first engaging part 44. One support block 45 is provided on each side of the notch groove 411. The first side plate 42 and the second side plate 43 are respectively bent from both sides of the standing plate 41 and extend in parallel directions to each other. are respectively coupled to the outer peripheral edge of the sleeve portion 21, thereby forming a cavity 31 inside the side convex portion 3, and one end of the cavity 31 communicates with the cavity 24 within the hood body 2 via a passage 212. I'll do what I do.

A positioning part 32 is provided in the cavity 31, and the positioning part 32 includes a partition plate 321 and a support plate 322. The partition plate 321 is an upright rectangular plate, and the partition plate 321 and the standing plate 41 are parallel to each other. , one side edge of the partition plate 321 is combined with the inner surface of the first side plate 42, the other side edge of the partition plate 321 is combined with the inner surface of the second side plate 43, and the upper half of the partition plate 321 is formed with a notch. 323, the support plate 322 is a vertical plate, one side edge of the support plate 322 is connected to the outer peripheral edge of the sleeve part 21, and there is a space between the other side edge of the support plate 322 and one side of the partition plate 321. A locking groove 33 is formed, and the locking groove 33 communicates with the passage 212 of the sleeve portion 21 via a notch 323 of the partition plate 321.

The lid body 5 has a top frame part 6 and an extension part 7, and the top frame part 6 has a first restriction plate 61 extending downward on one side and a second restriction plate 62 extending downward on the other side. The first limiting plate 61 is parallel to the second limiting plate 62, and the extending portion 7 is a vertical plate formed by extending the bottom edge of the top frame portion 6 downward. A plurality of exhaust holes 71 are formed in the upper half of the portion 7, and a hook block serving as a second engagement portion 72 is formed below the extension portion 7.

When the lid body 5 is coupled downward to the base 4 and the top frame part 6 covers the upper part of the base 4, the plurality of exhaust holes 71 communicate with the other end of the cavity 31, and the first restricting plate 61 and the second restricting plate 61 are connected to each other. The lower half of the rectangular aroma-containing sheet is simultaneously inserted downward into the base 4 via the restriction plate 62 and abuts outward on the inner surface of the first side plate 42 and the inner surface of the second side plate 43, respectively. At the same time, the upper half of the aroma-containing sheet is positioned by the first and second restriction plates 61 and 62, and when the aroma-containing The seat will be carrier 9. By correspondingly engaging the second engaging part 72 via the first engaging part 44, a strong connection can be formed between the lid body 5 and the base 4, and the carrier 9 can be replaced. When the extension part 7 is limited to the notch groove 411 of the standing plate 41, it is supported by the contact between the two support blocks 45, so that the extension part 7 can be easily removed. 7 may have sufficient strength to prevent denting.

As a result, as shown in FIGS. 1 and 4, when the aroma-containing carrier 9 is accommodated and positioned within the first restriction plate 61, the second restriction plate 62, and the locking groove 33, the aroma gas is transferred to the partition plate. It can be slowly released outward through the notch 323 of 321. After the user turns on the hair dryer, the cold and hot air enters the cavity 24 inside the hood body 2 through the sleeve interface 211, and most of the cold and hot air flows through the plurality of air outlets 234 of the disc-shaped member 23. On the other hand, a part of the air flow enters the cavity 31 of the side protrusion 3 from the passage 212 via the rebound of the disc-shaped member 23, and further passes through the plurality of exhaust holes 71 to release the aroma. By blowing out the gas containing the aroma to the outside, it is possible to slowly release the fragrance when the wind blows.

The above are specific embodiments of the present invention and the technical means used, but this does not limit the structural features of the present invention, and those with general knowledge in the technical field can It should be understood that any changes or modifications that can be easily thought of are possible under the technical spirit of the present invention, and all are included in the scope of the utility model registration claims of the present invention.

As mentioned above, according to the above-mentioned content, the present invention can achieve the new and intended purpose, and can provide an aroma hot air hood that can release aroma-containing gas, and is industrially useful. This utility model has been filed because the value of its use is extremely high.

1: Aroma hot air hood 2: Hood body 21: Sleeve portion 211: Sleeve interface 212: Passage 22: Arc-shaped portion 221: First locking portion 23: Disk-shaped member 231: Second locking portion 232: Arc-shaped concave surface 233: Arc-shaped Convex surface 234: Air outlet 235: Convex pipe 236: Air outlet 24: Cavity 3: Side convex portion 31: Cavity 32: Positioning portion 321: Partition plate 322: Support plate 323: Notch 33: Locking groove 4: Base 41: Standing plate 411: Notch groove 42: First side plate 43: Second side plate 44: First engaging portion 45: Support block 5: Lid body 6: Top frame portion 61: First restriction plate 62: Second restriction plate 7 : Extending part 71: Exhaust hole 72: Second engaging part 9: Carrier

Claims (5)

An aroma hot air hood including the hood itself,
The hood body has a sleeve part, one end of the sleeve part is provided with a sleeve interface for fitting into the blowing end of a hair dryer, and the other end of the sleeve part is provided with a sleeve interface that fits into the outlet end of the hair dryer. the arcuate portion is gradually enlarged toward the arcuate portion, the inner side of the arcuate portion has a disc-shaped member, a cavity is provided between the disc-shaped member and the sleeve interface, and the disc-shaped member communicates with the cavity; Equipped with multiple air outlets,
a passageway in the cylindrical wall of the sleeve portion;
The outer peripheral edge of the sleeve part has a lateral convex part, the inside of the lateral convex part has a cavity whose one end communicates with the passage, and the interior of the cavity positions the aroma-containing carrier. one side of the lateral protrusion has at least one exhaust hole communicating with the other end of the cavity, thereby allowing the hair dryer to emit air. The aroma hot air hood is characterized in that when blowing out, the air flow passes through the cavity so that the aroma-containing gas is blown out. The inner peripheral edge of the arc-shaped part has a first locking part, and the outer peripheral edge of the disk-shaped member has a second locking part that engages with the first locking part, and the disc-shaped member has a first locking part. It has a concave surface and an arcuate convex surface, a plurality of convex pipes are provided on the arcuate concave surface, one end of the plurality of convex pipes communicates with each of the plurality of air outlets, and a side surface of any one of the convex pipes 2. The aroma hot air hood according to claim 1, wherein the plurality of convex tubes are provided with an air outlet, and the plurality of air outlets of the plurality of convex tubes open toward the center of the arcuate concave surface. The side convex portion includes a base and a lid body, the base has a standing plate, a first side plate, and a second side plate, and the first side plate and the second side plate are arranged on the top of the standing plate. The vertical plate is bent from both sides and extends in parallel directions to form the cavity, the vertical plate has a first engaging part, and the lid has a top frame part and a bottom part of the top frame part. and an extending portion extending downward from one of the edges, the extending portion having a second engaging portion that engages with the first engaging portion. aroma hot air hood. One side of the top frame portion has a first restriction plate extending downward, the other side of the top frame portion has a second restriction plate extending downward, and the first restriction plate has a first restriction plate extending downward. 2, is parallel to the limiting plate, is inserted downward so as to contact the first side plate and the second side plate, and has the second engaging part below the extending part, and the vertical plate is , having a notched groove for limiting the extending portion, having the first engaging portion below the notched groove, and supporting the extending portion on both sides of the notched groove. 4. The aroma hot air hood according to claim 3, each having a support block for abutting against the aroma hot air hood. The positioning part includes a partition plate and a support plate, the first side plate and the second side plate are respectively coupled to both side edges of the partition plate, the sleeve part is coupled to one end of the support plate, and the sleeve part is coupled to one end of the support plate, and the sleeve part is coupled to one end of the support plate. In order to position the carrier between one side of the partition plate and the other end of the support plate, the partition plate has a notch that communicates with the passage of the sleeve portion. Aroma hot air hood according to item 3.