WO2018177319A1

WO2018177319A1 - Nano-photocatalyst disinfecting deodorization device

Info

Publication number: WO2018177319A1
Application number: PCT/CN2018/080834
Authority: WO
Inventors: 潘恭伟
Original assignee: 佛山市顺德区朝日实业有限公司
Priority date: 2017-03-28
Filing date: 2018-03-28
Publication date: 2018-10-04
Also published as: CN107029270A

Abstract

Disclosed is a nano-photocatalyst disinfecting deodorization device, comprising a housing, a photocatalyst assembly (1), a main control board (2) and a power supply line (3). The housing comprises a front housing (4) with a rear opening and a rear housing (5) with a front opening, and further comprises a rear power supply cover (6). The photocatalyst assembly (1) is arranged inside a photocatalyst assembly cavity. The main control board (2) is arranged inside a main control board cavity. An outer interface (58) is inserted into an inner interface (46), and a clasp (59) is connected to a clasping position (47) in a snap-fitting manner. The power supply line (3) penetrates through a line groove (57) and a power supply line cavity, and the power supply line (3) penetrates through a power supply line hole (49) so as to be connected to the main control board (2). The rear power supply cover (6) is connected to a rear opening of a rear-half power supply line cavity (55) in a snap-fitting manner. By means of such a structure, during assembly, no tool is needed to assemble the device as a whole.

Description

Nano photocatalyst sterilizing bacteria deodorizer

Technical field

The invention relates to a nano photomechanical sterilization device with convenient assembly.

Background technique

In the prior art, the nano photocatalyst sterilizing bacteria deodorizer usually comprises a housing, a photocatalyst assembly, a main control board and a power cord, but the problem is that the assembly is inconvenient.

Summary of the invention

The object of the present invention is to provide a nanophotophotocatalyst sterilizing bacteria deodorizer which is convenient to assemble.

In order to achieve the above object of the present invention, the present invention provides a nanophotocatalyst sterilizing bacteria deodorizer comprising a casing, a photocatalyst assembly, a main control board and a power cord, wherein the housing further comprises a front opening of the rear opening And a rear opening of the front opening;

The top plate of the front shell has a curved shape, and the shape of the front plate adjacent to the top plate is adapted to the top plate, and the front plate and the top plate are provided with front light holes; the front case is provided with a horizontal front partition plate, and the front partition plate is provided The upper part is the front half photocatalyst assembly cavity, the lower part of the front partition is the front half main control panel cavity, and the other side is the front half power supply line cavity; the rear opening is provided with an inner interface, the front casing is provided with a buckle position; the front half power supply line cavity and a power line hole is disposed on the front vertical partition between the front main control board chambers;

The top plate of the rear case is also curved. The shape of the rear plate of the rear case is adjacent to the top plate and the top plate is adapted. The rear plate and the top plate are provided with rear light holes; the rear case is provided with a horizontal rear partition plate, and the upper part of the rear partition plate is The rear half of the photocatalyst assembly cavity; the lower side of the rear partition is the rear half main control panel cavity, and the other side is the rear half power supply line cavity of the front and rear openings, and the rear half main control panel cavity and the rear half power supply line cavity are disposed between a longitudinal partition plate, a rear side of the rear shell is provided with a wired slot and a rear half of the power line cavity; the front opening is provided with an outer interface, and the outer interface is provided with a buckle;

When the front and rear shells are fastened, the photocatalyst component is disposed in the cavity of the photocatalyst component, the main control panel is disposed in the main control panel cavity, and the outer interface is inserted into the inner interface, and the buckle hook and the buckle buckle are engaged;

Preferably, the nano photocatalyst sterilizing bacteria deodorizing device further comprises a rear power supply cover, the power line passes through the wire slot and the power line cavity, and the power line is connected to the main control board through the power line hole; the rear power supply cover and the second half The rear opening of the power cord cavity is fastened.

As an improvement of the specific embodiment of the present invention, in the above-mentioned nano photocatalyst sterilizing bacteria deodorizing device, a longitudinal frame plate is respectively disposed in the front half main control plate cavity and the second half main control plate cavity, and the longitudinal frame plate is provided with a horizontal card slot; the main control board is fitted with a horizontal card slot.

As another improvement of the specific embodiment of the present invention, in the nano photocatalyst sterilizing bacteria deodorizer, the bracket plate provided at both ends of the front half photocatalyst assembly cavity of the front case is provided with a fixing groove; A bracket plate disposed at both ends of the rear half of the photocatalyst assembly chamber is provided with a fixing groove; and both ends of the photocatalyst assembly are located in the fixing groove.

As a further improvement of the specific embodiment of the present invention, in the above nanophotocatalyst sterilizing bacteria deodorizing device, a connecting seat is arranged in the front shell, a connecting hole is arranged on the connecting seat, and a counterbore is arranged on the connecting hole; a decorative cover hole is arranged on the front plate of the shell, and the decorative cover hole is connected with the counterbore;

a connecting post is arranged in the rear shell, a screw passing hole is arranged on the rear shell, and a screw passes through the hole through the connecting post and the rear plate of the rear shell;

The above-mentioned nano photocatalyst sterilizing bacteria deodorizing device further comprises a screw and a decorative cover, the screw portion of the screw passes through the connecting hole, the screw passes through the hole and protrudes from the rear case, and the head of the screw is located in the counterbore; the decorative cover and the decorative cover The hole is detachably connected.

As a further improvement of the specific embodiment of the present invention, in the nano photocatalyst sterilizing bacteria deodorizer, the main control board is provided with a socket;

The connection end of the power cord and the socket is provided with a plug; the power cord hole of the plug passing through the front longitudinal partition is detachably fitted with the socket.

In addition, in the above-mentioned nano photocatalyst sterilizing bacteria deodorizing device, the rear opening of the front case may be provided with an outer interface, the outer interface is provided with a hook, and the front opening of the rear case is provided with an inner interface, and the inner side of the rear case is provided. Set with buckles.

In the nanophotocatalyst sterilizing bacteria deodorizer of the present invention, since such a structure is adopted, it can be assembled into one without any tools during assembly; when installing, the screws pass through the front and rear shells, and then the support surface is snail Close, you can install.

The invention is further described below in conjunction with the drawings.

DRAWINGS

Figure 1 is a perspective view of the present invention;

Figure 2 is a front view of the present invention;

Figure 3 is a rear elevational view of the present invention;

Figure 4 is a view of A-A of Figure 2;

Figure 5 is a BB view of Figure 2;

Figure 6 is an exploded perspective view of the present invention;

Figure 7 is a perspective exploded view of the present invention.

detailed description

1-7 show a nano photocatalyst sterilizing bacteria deodorizer comprising a housing, a photocatalyst assembly 1, a main control board 2, and a power cord 3, the housing including a rear opening front housing 4 and a front opening Shell 5;

The top plate of the front case 4 has a curved shape, and the shape of the front plate adjacent to the top plate of the front case 4 is adapted to the top plate, the front plate and the top plate are provided with front light holes 41; and the front case 4 is provided with a horizontal front partition 42 The upper part of the front baffle 42 is the front half photocatalyst assembly cavity 43, the lower side of the front baffle is the front half main control plate cavity 44, and the other side is the front half power supply wire cavity 45; the rear opening is provided with the inner interface 46, the front case The wall panel is provided with a buckle 47; the front vertical partition 48 between the front half power line cavity and the front half main control plate cavity is provided with a power line hole 49;

The top plate of the rear case 5 has a curved shape, the rear plate of the rear case is shaped adjacent to the top plate and the top plate is adapted, the rear plate and the top plate are provided with rear light holes 51; the rear case is provided with a horizontal rear partition 52, the rear partition plate The upper part is the rear half photocatalyst assembly cavity 53; the lower side of the rear baffle is the rear half main control plate cavity 54, the other side is the rear half power supply line cavity 55, the rear half main control plate cavity and the rear half power supply line cavity A rear vertical partition 56 is disposed between the rear panel 5 and the rear panel 5 is provided with a wire slot 57 communicating with the rear half power cable cavity; the front opening is provided with an outer interface 58 and the outer interface is provided with a hook 59; the cable slot 57 extends to the rear One end of the shell 5;

Also includes a rear power cover 6,

The front and

rear shells

4, 5 are combined, the first half photocatalyst assembly chamber 43 and the second half photocatalyst assembly chamber 53 constitute a photocatalyst assembly chamber, and the first half main control panel chamber 44 and the second half main control panel chamber 54 constitute a main control panel chamber, and the front half power supply line cavity 45 and the second half of the power line cavity 55 constitute a rear-opening power line cavity; the photocatalyst assembly 1 is disposed in the photocatalyst assembly cavity, the main control board 2 is disposed in the main control board cavity, and the outer interface 58 is inserted into the inner interface 46, the hook 59 The buckle is fastened with the buckle 47; the power cord 3 passes through the slot 57 and the power cable cavity, and the power cable is connected to the main control board 2 through the power line hole on the front vertical partition 48; the rear power supply cover 6 and the rear half power supply line cavity The rear opening of the 55 is fastened.

As a further improvement of the present invention, the front half main control panel cavity 44 and the rear half main control panel cavity 54 are respectively provided with a longitudinal frame plate 7 provided with a horizontal card slot 71; the main control panel 2 and The horizontal card slot 71 is fitted.

As a further improvement of the present invention, the bracket plate 8 of the front half of the front half of the photocatalyst assembly chamber 43 is provided with a fixing groove;

a bracket plate 8 disposed at two ends of the rear half photocatalyst assembly chamber 53 of the rear case 5, wherein the bracket plate is provided with a fixing groove;

Both ends of the photocatalyst assembly 1 are located in the fixing groove.

The front housing 4 is provided with a connecting seat 4A, the connecting seat is provided with a connecting hole 4B, the connecting hole is provided with a counterbore 4C; the front plate of the front shell 4 is provided with a decorative cover hole 4D, the decorative cover hole 4D and the sinking 4C Hole connection

The rear housing 5 is provided with a connecting post 5A, the rear housing is provided with a screw through hole 5B, the screw passing through the hole 5B passes through the connecting post 5A and the rear plate of the rear housing 5; the connecting post 5A and the connecting seat 4A are butted;

Also included is a screw 9 and a decorative cover 10 through which the screw portion of the screw 9 extends through the connecting hole 4B and the screw through the hole 5B. The head of the screw 9 is located in the counterbore 4C; the decorative cover 10 and the decorative cover hole 4D Removable connection. After the screw portion of the screw 9 passes through the connecting hole 4B and the screw passes through the hole 5B and protrudes from the rear case 5, the screw is screwed to the supporting surface of the supporting rear case 5, thereby achieving mounting.

The main control board 2 is provided with a socket 21;

The connecting end of the power cord 3 and the socket 21 is provided with a plug 31; the plug 31 is detachably engaged with the socket 21 through the power cord hole 49 of the front longitudinal partition.

In the assembly of the present invention, (1) the rear case 5 is placed on the tooling table, the tooling table supports the rear plate of the rear case 5; (2) the two ends of the photocatalyst assembly are placed in the fixing groove of the bracket plate 8 of the rear case, the main One side of the control board 2 is fitted with the horizontal card slot 71 of the longitudinal frame plate 7, the photocatalyst assembly and the main control board 2 are electrically connected; (3) the front case 4 and the rear case are fastened, and the outer interface 58 is inserted into the inner interface 46, and the buckle is inserted into the inner interface 46. The hook 59 and the buckle 47 are engaged; (4) the plug 31 end of the power cord 3 is embedded from the rear opening of the rear half power cord cavity 55 of the rear case 5, and then the plug 31 passes through the power cord on the front vertical partition 48. The hole 49, the plug 31 is plugged into the socket 21, and the power cord 3 is fitted into the wire slot 57.

What has been described above is only a preferred embodiment of the present invention. It should be noted that a number of modifications and variations can be made by those skilled in the art without departing from the principles of the invention.

Claims

A nano photocatalyst sterilizing bacteria deodorizing device comprising a casing, a photocatalyst assembly, a main control board and a power cord, wherein the casing comprises a rear opening front casing and a front opening rear casing,

Wherein, the top plate of the front shell is curved, the shape of the front plate adjacent to the top plate is adapted to the top plate, the front plate and the top plate are provided with front light holes; the front shell is provided with a horizontal front partition, the front partition The upper part of the board is the front half photocatalyst assembly cavity, the lower part of the front partition is the front half main control panel cavity, and the other side is the front half power supply line cavity; the rear opening is provided with the inner interface, the front casing is provided with the buckle position; the front half power cord a power line hole is disposed on the front longitudinal partition between the cavity and the front main control plate cavity;

The top plate of the rear case is curved, the shape of the rear plate of the rear case is adjacent to the top plate and the top plate is adapted to the top plate, and the rear plate and the top plate are provided with rear light holes; the rear case is provided with a horizontal rear partition plate, and the upper rear partition plate is rear The semi-photocatalyst component cavity; the lower side of the rear baffle is the rear half main control plate cavity, the other side is the rear half power supply line cavity of the front and rear, and the rear half of the main control plate cavity and the rear half of the power supply line cavity are provided with the rear mediastinum a plate, a rear side of the rear case is provided with a wired slot and a rear half of the power line cavity; the front opening is provided with an outer interface, and the outer interface is provided with a hook;

When the front shell and the rear shell are fastened, the first half photocatalyst assembly chamber and the rear half photocatalyst assembly chamber form a photocatalyst assembly chamber, and the first half main control panel cavity and the second half main control panel cavity constitute a main control panel cavity, and the front half power supply line cavity and The rear half power line cavity constitutes a rear open power line cavity; wherein the photocatalyst component is disposed in the photocatalyst component cavity, the main control board is disposed in the main control board cavity, the outer interface is inserted into the inner interface, and the buckle hook and the buckle position are engaged.
The nano photocatalyst sterilizing bacteria deodorizing device according to claim 1, wherein the nano photocatalyst sterilizing bacteria deodorizing device further comprises a rear power supply cover, wherein the power line passes through the wire slot and the power source. a wire cavity, and the power cable is connected to the main control board through the power line hole; the rear power supply cover is fastened to the rear opening of the rear half power wire cavity.
The nanophotocatalyst sterilizing bacteria deodorizing device according to claim 1, wherein a longitudinal frame is disposed in the front half main control plate cavity and the second half main control plate cavity, and the vertical shelf plate is provided with a horizontal card. a slot; the main control board is mated with the horizontal card slot.
The nano photocatalyst sterilizing bacteria deodorizing device according to claim 1, wherein: a bracket plate disposed at two ends of the front half photocatalyst assembly chamber of the front shell, and a fixing groove is disposed on the bracket plate;

a bracket plate disposed at two ends of the rear half photocatalyst assembly cavity of the rear case, wherein the bracket plate is provided with a fixing groove;

Both ends of the photocatalyst assembly are located in the fixing groove.
The nano photocatalyst sterilizing bacteria deodorizing device according to any one of claims 1 to 4, characterized in that: the front shell is provided with a connecting seat, the connecting seat is provided with a connecting hole, and the connecting hole is provided with a counterbore a decorative cover hole is arranged on the front panel of the front shell, and the decorative cover hole is connected with the counterbore;

a connecting post is disposed in the rear casing, a screw passing hole is disposed on the rear casing, and a screw passes through the hole through the connecting post and the rear plate of the rear casing;

The utility model further comprises a screw and a decorative cover, wherein the screw part of the screw passes through the connecting hole, the screw passes through the hole and protrudes out of the rear case, the head of the screw is located in the counterbore; the decorative cover is detachably connected with the decorative cover hole.
The nano photocatalyst sterilizing bacteria deodorizer according to any one of claims 1 to 4, wherein the main control board is provided with a socket;

The connecting end of the power cord and the socket is provided with a plug; the plug passes through the power cord hole of the front longitudinal partition and is detachably engaged with the socket.
A nano photocatalyst sterilizing bacteria deodorizing device comprising a casing, a photocatalyst assembly, a main control board and a power cord, wherein the casing comprises a rear opening front casing and a front opening rear casing,

Wherein, the top plate of the front shell is curved, the shape of the front plate adjacent to the top plate is adapted to the top plate, the front plate and the top plate are provided with front light holes; the front shell is provided with a horizontal front partition, the front partition The upper part of the board is the front half photocatalyst assembly cavity, the lower part of the front partition is the front half main control board cavity, and the other side is the front half power supply line cavity; the rear opening is provided with the outer interface, the outer interface is provided with the buckle; the front half power supply line cavity and a power line hole is disposed on the front vertical partition between the front main control board chambers;

The top plate of the rear case is curved, the shape of the rear plate of the rear case is adjacent to the top plate and the top plate is adapted to the top plate, and the rear plate and the top plate are provided with rear light holes; the rear case is provided with a horizontal rear partition plate, and the upper rear partition plate is rear The semi-photocatalyst component cavity; the lower side of the rear baffle is the rear half main control plate cavity, the other side is the rear half power supply line cavity of the front and rear, and the rear half of the main control plate cavity and the rear half of the power supply line cavity are provided with the rear mediastinum a plate, a rear side of the rear case is provided with a wired slot and a rear half of the power line cavity; the front opening is provided with an inner interface, and the rear case is provided with a buckle position;

When the front shell and the rear shell are fastened, the first half photocatalyst assembly chamber and the rear half photocatalyst assembly chamber form a photocatalyst assembly chamber, and the first half main control panel cavity and the second half main control panel cavity constitute a main control panel cavity, and the front half power supply line cavity and The rear half power line cavity constitutes a rear open power line cavity; wherein the photocatalyst component is disposed in the photocatalyst component cavity, the main control board is disposed in the main control board cavity, the outer interface is inserted into the inner interface, and the buckle hook and the buckle position are engaged.