CN212345680U - Air inlet cover magnetic suction type hair drier - Google Patents
Air inlet cover magnetic suction type hair drier Download PDFInfo
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- CN212345680U CN212345680U CN202020392802.2U CN202020392802U CN212345680U CN 212345680 U CN212345680 U CN 212345680U CN 202020392802 U CN202020392802 U CN 202020392802U CN 212345680 U CN212345680 U CN 212345680U
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Abstract
The utility model relates to a formula hair-dryer is inhaled to air inlet cover magnetism is comparatively inconvenient to the motor casing assembly production of current like product, and the air inlet cover washs comparatively inconvenient technical problem of loading and unloading and designs. The motor fan component of the hair drier is arranged in a motor groove between a front hood and a rear hood in a handle shell, and is characterized in that filter screens are arranged on the outer diameters of the front hood and the rear hood in an air inlet cover, one end of an electric wire of a wire outgoing sleeve extends out of wire holes of the front hood and the rear hood above U-shaped wire holes on two sides of the bottom of the front hood and the rear hood, the other end of the electric wire extends out of the wire outgoing sleeve through central wire holes on the bottom of the front hood and the rear hood, the wire outgoing sleeve is fixed in a sleeve opening groove at the central wire hole below the U-shaped wire holes on the two sides; the end faces of the bottoms of the wire holes of the front hood and the rear hood are respectively provided with a front magnetic hole and a rear magnetic hole, magnets are respectively arranged in the magnetic holes, the gasket ring is fixedly connected with an inner diameter hood opening of the air inlet hood at one end of the wire outlet sleeve, and the air inlet hood is fixedly adsorbed on the magnets through the gasket ring.
Description
Technical Field
The utility model relates to a hair drier is an air inlet cover magnetism and inhales formula hair drier.
Background
The hair drier, also called as hair drier, is a hairdressing tool for drying hair by enhancing instant ventilation effect through a fan, and the air outlet effect comprises hot air outlet after being heated by an electric heating wire and cold air outlet without being heated. Some existing hair dryers are convenient to carry and small in size, and a fan structure is arranged in a handle; such as application No. 201910767696.3, application publication No. 2019.12.06, entitled "hand-held implement", which is disclosed in chinese patent document; application No. 201910866038.X, application publication No. 2019.11.22, entitled "hand-held hair dryer", disclosed in chinese patent literature; application No. 201910103449.3, published as 2019.04.30, published in chinese patent literature entitled "blower"; the invention discloses an application number 201810864146.9 in Chinese patent literature, application publication 2018.12.11 and the name of a hair dryer. But the motor casing assembly production of above-mentioned product and similar product is comparatively inconvenient, and the air inlet cover washs the loading and unloading comparatively inconvenient.
Disclosure of Invention
In order to overcome the defects, the utility model aims to provide an air inlet cover magnetic type hair drier to the field, which causes the motor casing assembly production of the existing like products to be inconvenient, and the air inlet cover is cleaned and loaded and unloaded inconvenient technical problem. The purpose is realized by the following technical scheme.
A kind of air inlet cover magnetic suction type hair-dryer, the organism of this hair-dryer is in T-font, the air outlet one end length of organism is greater than the symmetrical other end length, the motor fan assembly sets up the motor groove between rear hood and the front hood in the grip shell, the air inlet cover of the outer diameter of front hood and rear hood below the grip shell has wire sleeves that stretch out; the structure design key points are that the outer diameters of a front hood and a rear hood in the air inlet hood are provided with filter screens, the front hood and the rear hood at the filter screens are respectively provided with a through hole, a mounting hole and a bottom edge groove, one end of a wire outgoing sleeve extends out of wire holes of the front hood and the rear hood above U-shaped wire holes at the two sides of the bottom of the front hood and the rear hood, the other end of the wire extends out through the wire outgoing sleeve of a central wire hole at the bottom of the front hood and the rear hood, the wire outgoing sleeve is fixed in a sleeve opening groove at the central wire hole below the U-shaped wire holes at the; the end faces of the bottoms of the wire holes at the bottoms of the front hood and the rear hood are respectively provided with a front magnetic hole and a rear magnetic hole, magnets are respectively arranged in the magnetic holes, the gasket ring is fixedly connected with an inner diameter hood opening of the air inlet hood at one end of the wire outlet sleeve, the air inlet hood is fixedly adsorbed by the gasket ring, and the air inlet hood and the grab handle shell are integrally cylindrical. Therefore, the structure ensures that the electric wire extends out of the front hood and the rear hood, and facilitates the air inlet hood to be fixed on the handle shell through magnet adsorption.
The front hood and the rear hood in the filter screen are respectively provided with a semicircular groove, the through holes and the mounting holes are respectively arranged at the semicircular grooves, the through holes are respectively in a U shape, U-shaped line holes are formed in the front hood and the rear hood on two sides of the through holes, the semicircular grooves at the through holes of the front hood and the rear hood are flat key grooves, the bottom edge grooves are respectively arranged at the end part edges of one sides of the semicircular grooves of the front hood and the rear hood, the bottom edge grooves are aligned with the inner diameter lugs of the shell opening on one side of the wire outgoing sleeve of the handle shell, and the handle shell is fixed on the front hood and the rear. The aforesaid is the line hole position of preceding aircraft bonnet and back aircraft bonnet, and the inside preceding aircraft bonnet of filter screen and the concrete structure setting of back aircraft bonnet.
The inner diameter of the filter screen is provided with convex ribs which are arranged symmetrically in pairs, and the convex ribs of the filter screen are fixed on two sides of the flat keyways of the rear hood and the front hood; the two ends of the outer diameter of the filter screen are respectively provided with a ring opening rib, and the ring opening ribs of the filter screen are abutted to the inner wall of the air inlet cover. The structure is convenient for the nesting and fixing of the filter screen, the front hood, the rear hood and the air inlet hood.
The rear part of the rear hood is provided with a guide rib groove, the outer diameters of the rear hood and the front hood are sleeved with the handle shell, the guide rib groove of the rear hood is sleeved with a guide rib strip on the inner wall of the handle shell, and the electric wire of the handle shell is positioned between the outer diameters of the rear hood and the front hood and the inner diameter of the handle shell. The structure is convenient for further sleeving and fixing between the rear hood and the grab handle shell, and the electric wires are assembled on the outer diameters of the front hood and the rear hood.
The front hood and the rear hood are respectively provided with four front magnetic holes and four rear magnetic holes, and the magnetic holes and the magnets are respectively cylindrical. The number of the magnet holes for fixing the magnets and the number of the magnets according to the above-described structure are not limited to eight, and the shape is not limited to a cylindrical shape.
The gasket ring is an iron ring, and the gasket ring is connected with the air inlet cover into a whole through injection molding as an insert of the air inlet cover. So that the gasket ring and the air inlet cover form a whole.
The utility model has reasonable structural design, convenient production, assembly and installation, good stability of the air inlet cover and the handle, and convenient loading, unloading and cleaning of the air inlet cover; the handle and the air inlet cover of the hair dryer are suitable for being used as the handle and the air inlet cover of the same type of hair dryer and the structure improvement of the same type of products.
Drawings
Fig. 1 is a schematic view of an explosion structure at a handle shell in an embodiment of the present invention.
Fig. 2 is a schematic structural view of the filter screen and the air inlet cover in fig. 1, i.e., the filter screen and the air inlet cover are omitted in the figure.
Figure number and name: 1. the motor fan assembly comprises a machine body, 2, a front machine cover, 201, a front magnetic hole, 3, a handle shell, 301, a lug, 4, a gasket ring, 5, a filter screen, 6, an air inlet cover, 7, an outlet sleeve, 8, a rear machine cover, 801, a rear magnetic hole, 9 and a motor fan assembly.
Detailed Description
The structure and use of the present invention will now be further described with reference to the accompanying drawings. As shown in fig. 1 and 2, the blower body is T-shaped, the length of one end of the air outlet of the blower body is greater than the length of the other end of the blower body, the motor fan assembly 9 is arranged in the motor groove between the front hood 2 and the rear hood 8 in the handle shell 3, and the air inlet hood 6 of the outer diameters of the front hood and the rear hood below the handle shell is provided with a protruded wire outlet sleeve 7. The outer diameters of a front hood and a rear hood in the air inlet hood are provided with filter screens 5, the front hood and the rear hood at the filter screens are respectively provided with a through hole, a mounting hole and a bottom edge groove, one end of a wire outgoing sleeve extends out of wire holes of the front hood and the rear hood above U-shaped wire holes at two sides of the bottom of the front hood and the rear hood, and the other end of the wire extends out of the wire outgoing sleeve through a central wire hole at the bottom of the front hood and the rear hood; the outlet sleeve is fixed on the sleeve opening groove at the central line hole below the U-shaped line holes at two sides, and the air inlet cover is sleeved and fixed on the outer diameter of the filter screen. The end faces of the bottom parts of the wire holes at the bottom parts of the front hood and the rear hood are respectively provided with a front magnetic hole 201 and a rear magnetic hole 801, magnets are respectively arranged in the magnetic holes, a gasket ring 4 is fixedly connected with an inner diameter hood opening of the air inlet hood at one end of the wire outlet sleeve, the air inlet hood is fixedly adsorbed by the gasket ring, and the air inlet hood and the grab handle shell are integrally cylindrical. The front hood and the rear hood are respectively provided with four front magnetic holes and four rear magnetic holes, and the magnetic holes and the magnets are respectively cylindrical; the gasket ring is an iron ring, and the gasket ring is connected with the air inlet cover into a whole through injection molding as an insert of the air inlet cover.
The front hood and the rear hood in the filter screen are respectively provided with semicircular grooves, the through holes and the mounting holes are respectively arranged at the semicircular grooves, the through holes are respectively in a U shape, U-shaped line holes are formed in the front hood and the rear hood on two sides of the through holes, the semicircular grooves at the through holes of the front hood and the rear hood are flat key grooves, the bottom edge grooves are respectively arranged at the end part edges of one sides of the semicircular grooves of the front hood and the rear hood, the bottom edge grooves are aligned with the inner diameter lugs 301 of the shell opening on one side of the wire outgoing sleeve of the handle shell, and the handle shell is fixed on the front hood and the rear hood. The inner diameter of the filter screen is provided with convex ribs which are arranged symmetrically in pairs, and the convex ribs of the filter screen are fixed on two sides of the flat keyways of the rear hood and the front hood; the two ends of the outer diameter of the filter screen are respectively provided with a ring opening rib, and the ring opening ribs of the filter screen are abutted to the inner wall of the air inlet cover. The rear part of the rear hood is provided with a guide rib groove, the outer diameters of the rear hood and the front hood are sleeved with the handle shell, the guide rib groove of the rear hood is sleeved with a guide rib strip on the inner wall of the handle shell, and an electric wire of the handle shell is positioned between the outer diameters of the rear hood and the front hood and the inner diameter of the handle shell.
When the handle of the hair dryer is assembled, the electric wire in the handle shell extends out of the front hood and the rear hood from the upper parts of the U-shaped through holes at the bottoms of the front hood and the rear hood, the electric wire is hidden in the handle shell, and the electric wire is connected with the switch on one side of the handle shell and the circuit board in the machine body air duct through the gap between the inner diameter of the handle shell and the outer diameters of the front hood and the rear hood. The air inlet cover of the hair dryer is fixed on the outer diameters of the front hood and the rear hood below the handle shell in an adsorption mode through the gasket ring, and the air inlet cover, the filter screen and the gasket ring are used integrally or the air inlet cover and the gasket ring are used integrally.
Claims (6)
1. A kind of air inlet cover magnetic suction type hair drier, the organism of this hair drier is T-shaped, one end length of air outlet of the organism is greater than the symmetrical other end length, the motor fan assembly (9) is set up in the motor slot between front bonnet (2) and rear bonnet (8) in holding the handle shell (3), the air inlet cover (6) of front bonnet and rear bonnet external diameter below the handle shell has line outlet sleeves (7) that stretch out; the novel air inlet hood is characterized in that a filter screen (5) is arranged on the outer diameters of a front hood (2) and a rear hood (8) in an air inlet hood (6), the front hood and the rear hood at the filter screen are respectively provided with a through hole, a mounting hole and a bottom edge groove, one end of an electric wire of a wire outgoing sleeve (7) extends out of wire holes of the front hood and the rear hood above U-shaped wire holes at the two sides of the bottom of the front hood and the rear hood, the other end of the electric wire extends out of the wire outgoing sleeve (7) through central wire holes at the bottom of the front hood and the rear hood, the wire outgoing sleeve is fixed in a sleeve opening groove at the central wire hole below the U; the end faces of the bottoms of the wire holes at the bottoms of the front hood and the rear hood are respectively provided with a front magnetic hole (201) and a rear magnetic hole (801), magnets are respectively arranged in the magnetic holes, a gasket ring (4) is fixedly connected with an inner diameter hood opening of the air inlet hood at one end of the wire outlet sleeve, the air inlet hood is fixedly adsorbed on the magnets through the gasket ring, and the air inlet hood and the grab handle shell are integrally cylindrical.
2. The magnetic suction type blower for the air inlet hood is characterized in that a front hood (2) and a rear hood (8) in a filter screen (5) are respectively provided with a semicircular groove, a through hole and a mounting hole are respectively formed in the semicircular grooves, the through holes are respectively in a U shape, a U-shaped line hole is formed in the front hood and the rear hood on the two sides of the through hole, the semicircular grooves in the through holes of the front hood and the rear hood are flat key grooves, bottom edge grooves are respectively formed in the end edges of one side of the semicircular grooves of the front hood and the rear hood, the bottom edge grooves are aligned with inner diameter lugs (301) of one side of a shell opening of a wire outlet sleeve (7) of a handle shell (3), and the handle shell is fixed to the front hood and the rear hood through screws.
3. The air inlet cover magnetic suction type hair drier according to claim 1, characterized in that the inner diameter of the filter screen (5) is provided with convex ribs which are arranged in pairwise symmetry, and the convex ribs of the filter screen are fixed on two sides of a flat key groove of the rear hood (8) and the front hood (2); the two ends of the outer diameter of the filter screen are respectively provided with a ring opening rib, and the ring opening ribs of the filter screen are propped against the inner wall of the air inlet cover (6).
4. The magnetic suction type blower for the air inlet cover according to claim 1 is characterized in that a rib guide groove is formed in the rear portion of the rear hood (8), the grip shell (3) is sleeved into the outer diameters of the rear hood and the front hood (2), the rib guide groove of the rear hood is sleeved with a rib guide strip on the inner wall of the grip shell, and an electric wire of the grip shell is located between the outer diameters of the rear hood and the front hood and the inner diameter of the grip shell.
5. An air inlet cover magnetic suction type hair drier according to claim 1, characterized in that the front hood (2) and the rear hood (8) are respectively provided with four front magnetic holes (201) and four rear magnetic holes (801), and the magnetic holes and the magnets are respectively cylindrical.
6. The air inlet cover magnetic suction type hair drier according to claim 1, characterized in that the gasket ring (4) is an iron ring, and the gasket ring is connected with the air inlet cover into a whole by injection molding as an insert of the air inlet cover (6).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020392802.2U CN212345680U (en) | 2020-03-24 | 2020-03-24 | Air inlet cover magnetic suction type hair drier |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020392802.2U CN212345680U (en) | 2020-03-24 | 2020-03-24 | Air inlet cover magnetic suction type hair drier |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212345680U true CN212345680U (en) | 2021-01-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020392802.2U Active CN212345680U (en) | 2020-03-24 | 2020-03-24 | Air inlet cover magnetic suction type hair drier |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212345680U (en) |
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2020
- 2020-03-24 CN CN202020392802.2U patent/CN212345680U/en active Active
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