KR102108225B1 - Bulkhead system for ventilation units - Google Patents

Abstract

The present invention relates to a partition system for a ventilator. The partition system comprises: a wind blade having a blade base which has a first insertion groove formed on an upper surface thereof, a first socket which is integrally formed on the rear surface of the blade base, an auxiliary base which has a second insertion groove formed on an upper surface thereof and has one side integrally formed on one side of the blade base, and a blade which is integrally formed on the other side of the auxiliary base; a side gasket having a gasket base plate, gasket side plates formed by bending both ends of the gasket base plate in the direction of the front surface thereof, and a second socket integrally formed on the rear surface of the gasket base plate; and a filter screen member having a first strut member provided on the gasket side plate, a second strut member provided on the other side of the blade base, and a filter insect-repellent metal net provided between the first and second strut members. Therefore, the partition system can enable a ventilation system using a forced exhaust method to be installed on a window frame or a door frame and block a gap therebetween, thereby increasing ventilation efficiency and preventing pollution of the surface of the ventilation system.

Description

Bulkhead system for ventilation units}

The present invention relates to a partition system for a ventilation system.

Republic of Korea Patent Publication No. 10-2008-0047103 (published date: 2008.5.28., The name of the invention: window for air purification using a bulkhead type air filter forming a static pressure chamber), as shown in Figure 6, the rail at the bottom In the window for air purification consisting of an outer window (100), an inner window (200), a filter module (410) and an electric fan module (500) on a frame having a window frame, the filter module (410) forms a constant pressure chamber, The constant pressure chamber is configured in such a way that the filter frame 411 surrounds the filter unit 413, in which a plurality of filters are layered and combined, in a rectangular frame shape, and the filter is opened at both sides of the filter frame 411. The end face of the negative coincides with the end face, and the other end face is formed to protrude from the edge portion of the filter part than the other end face by forming a protruding part 412, and the filter part is provided with an insulating member 418 or a plurality of air communication holes. Formed The constant pressure chamber a partition wall type air filter, characterized by forming a composed further including the heating element is an air cleaning windows start with.

While these conventional technologies realize various indoor purification or ventilation modes, they claim that air filters for air purification, etc. are installed in windows without separate installation on walls or windows, while claiming to be excellent in economics and aesthetics. In addition to being unable to implement smooth filtering in severe atmospheric conditions, there is a disadvantage in that it is currently unsuitable for the trend that a forced exhaust fan or a ventilator is installed on a window frame or a door frame.

In order to solve these shortcomings, the present applicant has developed a window frame-mounted ventilation system with a forced exhaust method (Registration Patent No. 1825576) and an air cleaning ventilator system based on the Internet of Things (Registration No. 1888496).

Accordingly, an object of the present invention is to provide a partition system for a ventilation device that can install a forced exhaust ventilation system on a window frame or a door frame, but cut a gap to improve ventilation efficiency.

The object of the present invention, a blade base having a first insertion groove formed on an upper surface, a first socket integrally formed on a rear surface of the blade base, and a second insertion groove formed on an upper surface, one side of the blade A wind blade having an auxiliary base integrally formed on one side of the base and a blade integrally formed on the other side of the auxiliary base; A gasket base plate, a side gasket having a gasket side plate in which both ends of the gasket base plate are bent in a front direction, and a second socket integrally formed on a rear surface of the gasket base plate; Ventilation device consisting of a filter screen mesh member having a first strut member provided on the gasket side plate, a second strut member provided on the other side of the blade base, and a filter repellent metal net provided between the first and second strut members It can be achieved by the dragon bulkhead system.

Preferably, the first socket of the present invention further includes a first through portion having a hollow structure with an upper surface and a lower surface open, and a plurality of first grooves formed on both sides,

The blade further includes a blade base formed with a wrinkle formed on the front surface, a friction relief plate provided on a rear surface of the blade base, and further includes a first reinforcement member inserted into the first insertion groove, wherein the first reinforcement member The lower buffer piece, the lower surface is composed of a reinforcing piece having a through hole adhered to the upper surface of the lower buffer piece, and an upper buffer piece having a lower surface bonded to the upper surface of the reinforcing piece, and inserted into the second insertion groove. It further comprises a tube member, the tube member is characterized in that it has a hollow structure with an air inlet formed on the front.

Preferably, the gasket side plate of the present invention further includes a third insertion groove formed on the inner surface, and the side gasket further includes a plurality of anti-skid projections provided on the other side of the gasket base plate, The second socket is characterized in that it further comprises a second through-hole having a hollow structure with an upper surface and a lower surface open, and a plurality of second grooves formed on both sides.

Preferably, the first strut member of the present invention comprises a first strut and a first double-sided tape provided on one side of the first strut and adhered to the gasket side plate, and the second strut member is made of It is characterized in that it is made of a second double-sided tape provided on one side of the second post and the second post and adhered to the blade base.

Preferably, further comprising a winding means provided on the first holding member of the present invention, the winding means is a hollow structure having a metal net inlet and outlet hole formed inside the first holding member, and the inside of the hollow of the casing Provided and a bobbin having a plurality of concave grooves formed on the outer circumferential surface, a bobbin restraining sphere provided on the inner circumferential surface of the casing but partially inserted into the concave groove, a motor interlocked with the bobbin, and the control agent to control the motor It is made of a controller provided on a support member, characterized in that one end of the filter screen is wound on the outer circumferential surface of the bobbin, and the other end is fixed to the second support member through the metal network entry and exit holes.

The present invention as described above is to install the forced exhaust ventilation system to the window frame or door frame, but it is possible to improve ventilation efficiency by blocking the gap, as well as to prevent the surface contamination of the ventilation system.

1 is a perspective view showing a partition system for a ventilation device according to the present invention.
2 is a partially enlarged perspective view of the wind blade.
3 is a partially enlarged perspective view of the side gasket.
4 is a perspective view showing a filter insect repellent member.
5 is a cross-sectional view showing the filter repellent member and the winding means.
6 is a perspective view showing a window for air purification using a partition wall type air filter having a constant pressure chamber according to the prior art.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

1 to 5, the partition system 100 for a ventilation system according to the present invention includes a wind blade 10, a side gasket 30, a filter screen member 50, a first reinforcing member 20, and air Consists of a tube 40, a second reinforcing member 60 and winding means 80.

Here, the partition system 100 for a ventilation device according to the present embodiment is limited to being applied to the ventilation system WS of a forced exhaust method installed in a window frame or a door frame W1 and W2, but is described and illustrated. It is not limited, and it is revealed in advance that a gap between various devices installed on a window frame or a door frame can be blocked.

The wind blade 10 includes a blade base 11 in which a first insertion groove 11a is formed in an upper surface, a first socket 13 integrally formed in a rear surface of the blade base 11, and a second insertion in an upper surface. The groove 15a is formed, and one side consists of an auxiliary base 15 integrally formed on one side of the blade base 11 and a blade 17 integrally formed on the other side of the auxiliary base 15.

The first socket 13 has a first through portion 13a having a hollow structure with an upper surface and a lower surface open, and a plurality of first recesses 13b formed on both sides.

The blade 17 is composed of a blade base 17a formed with a corrugated portion 17a1 formed on the front surface to provide flexibility, and a friction relief plate 17b provided on the back surface of the blade base 17a. Here, it is preferable that the friction-relieving plate 17b is a synthetic resin-based plate having a low friction coefficient and self-lubricating Teflon.

The first reinforcing member 20 includes a lower buffer piece 21, a reinforcing piece 23 having a through hole 23a having a lower surface adhered to an upper surface of the lower buffer piece 21, and a lower surface having a reinforcing piece It consists of an upper buffer piece (21) bonded to the upper surface of (23), it is inserted into the first insertion groove (11a).

Here, the present embodiment is shown that the buffer piece 21 and the reinforcing piece 23 are sequentially stacked multiple times, but is not limited thereto, and the buffer piece 21 should be positioned at least at the bottom and the top, and the top and bottom ends It is preferable to provide one or more buffer pieces 21 or reinforcing pieces 23 between the buffer pieces 21.

In addition, the first reinforcing member 20 is bonded to the buffer piece 21 and the reinforcing piece 23 to prevent twisting of the wind blade 10 and improve mechanical strength.

The tube member 40 is a hollow structure in which an air inlet 40a is formed on the front surface, and a second insertion groove 15a is inserted.

The side gasket 30 is formed integrally with the gasket base plate 31 and the gasket side plate 33 with both side ends of the gasket base plate 31 bent in the front direction, and the rear surface of the gasket base plate 31. It consists of two sockets (35).

The gasket side plate 33 has a third insertion groove 33a formed on the inner surface.

In addition, the side gasket 30 further includes a plurality of anti-skid projections 37 provided on the other side of the gasket base plate 31.

The second socket 35 has a second through portion 35a having a hollow structure with an upper surface and a lower surface open, and a plurality of second recesses 35b formed on both sides.

The second reinforcing member 60 is formed with a rectangular square through hole 60a and is inserted into the third insertion groove 33a. Here, the second reinforcing member 60 is a non-ferrous metal material, and a square through hole 60a is formed to prevent damage due to external force.

The filter screen member 50 includes a first strut member 51 provided on the gasket side plate 33, a second strut member 53 provided on the other side of the blade base 11, and first and second strut members It is made of a filter screen metal mesh 55 provided between 51 and 53.

The first strut member 51 is composed of a first strut 51a and a first double-sided tape 51b provided on one side of the first strut 51a and adhered to the gasket side plate 33.

In addition, the second strut member 53 is composed of a second strut 53a and a second double-sided tape 53b provided on one side of the second strut 53a and adhered to the blade base 11,

The filter insect repellent metal net 55 fundamentally blocks large dust from entering the ventilation openings of the forced exhaust ventilation system WS, and a high voltage is applied by a controller 87 to be described later, such as flyfly, fly, and mosquito. It also performs the function of controlling and controlling pests.

The winding means 80 is a hollow structure in which a metal mesh entry / exit hole 81a is formed, provided inside the first holding member 51 and inside the hollow of the casing 81, and a plurality of concave grooves on the outer circumferential surface (No number) is formed on the bobbin 83 and the inner circumferential surface of the casing 81, but the bobbin restraining sphere 85 partially inserted into the recess groove, and the motor M interlocked with the bobbin 83 , Consisting of a controller 87 provided on the first strut member 51 to control the motor M, one end of the filter insect repellent metal net 55 is wound on the outer circumferential surface of the bobbin 83, and the other end of the metal net It penetrates the ball 81a and is fixed to the second strut member 53.

Here, when the user pulls the first holding member 51 in a direction away from the second holding member 53, the controller 87 senses an external force to drive the motor M, and the bobbin interlocked with the motor M (83) is slowly rotated while the concave recess was released from the bobbin restraining sphere (85), the filter repellent metal net (55) is released from the bobbin (83), and when the user releases the external force, the controller (87) To detect this, the motor (M) is driven to confine the recess groove to the bobbin restraining sphere (85).

The present invention as described above has been described limited to one embodiment, but is not limited thereto, and the embodiments modified based on the technical spirit of the present invention are all within the scope of the present invention.

10: wind blade 20, 60: reinforcement member
30: side gasket 40: tube member
50: filter screen member 80: winding means
100: ventilation system for bulkheads

Claims (5)

A blade base having a first insertion groove formed on an upper surface, a first socket integrally formed on a rear surface of the blade base, and a second insertion groove formed on an upper surface, and one side integrally with one side surface of the blade base. A formed auxiliary base and a wind blade having a blade integrally formed on the other side of the auxiliary base;
A gasket base plate, a side gasket having a gasket side plate in which both end portions of the gasket base plate are bent in a front direction, and a second socket integrally formed on a rear surface of the gasket base plate;
It is made of a filter screen member having a first strut member provided on the gasket side plate, a second strut member provided on the other side of the blade base, and a filter repellent metal net provided between the first and second strut members,
The first socket further includes a first through portion having a hollow structure with an upper surface and a lower surface open, and a plurality of first grooves formed on both sides,
The blade is composed of a blade base formed with wrinkles formed on the front surface, and a friction relief plate provided on the back surface of the blade base,
The first reinforcing member further includes a first reinforcing member inserted into the first insertion groove, wherein the first reinforcing member includes a lower buffer piece, a reinforcing piece having a through hole having a lower surface adhered to an upper surface of the lower buffer piece, and a lower surface. It consists of an upper buffer piece bonded to the upper surface of the reinforcing piece,
Further comprising a tube member that is inserted into the second insertion groove, the tube member is a partition system for a ventilation system, characterized in that it has a hollow structure with an air inlet formed on the front surface.
delete According to claim 1,
The gasket side plate further includes a third insertion groove formed on the inner surface,
The side gasket further includes a plurality of anti-skid projections provided on the other side of the gasket base plate,
The second socket further comprises a second through-hole having a hollow structure with an upper surface and a lower surface open, and a plurality of second grooves formed on both sides.
According to claim 1,
The first strut member is made of a first strut and a first double-sided tape provided on one side of the first strut and adhered to the gasket side plate,
The second strut member is provided with a second strut, and a second double-sided tape provided on one side of the second strut and adhered to the blade base.
According to claim 1,
Further comprising a winding means provided on the first holding member,
The winding means is a hollow structure having a metal net inlet and outlet hole, a casing embedded in the first strut member, a bobbin provided inside the hollow of the casing, and having a plurality of recessed grooves on the outer circumferential surface, and provided on the inner circumferential surface of the casing. Consists of a bobbin restraining sphere partially inserted into the concave groove, a motor interlocked with the bobbin, and a controller provided to the first strut member to control the motor, and one end of the filter repellent metal net is formed of the bobbin. It is wound on the outer circumferential surface, and the other end penetrates the metal mesh inlet and outlet, and is characterized in that it is fixed to the second support member.

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