KR100353090B1 - A Dust Collector For Vacuum Cleaning - Google Patents

Abstract

The present invention relates to a dust collector for vacuum cleaning, wherein the first, second, third and fourth accommodating parts are disposed and arranged in the first accommodating part through a partition provided at a boundary thereof to form an individual sealed space inside the dust collector. There is a dust filter for accommodating the built-in, one side of the dust collector is rotated around a pair of hinges for easy attachment and detachment of the dust filter is installed, the door is installed, the bottom of the first receiving portion in the bottom Suction holes are formed so as to communicate with the fourth accommodating part, and a driving motor is installed at the partition partition that is the boundary between the third and fourth accommodating parts so that air present in the fourth accommodating part is sucked and moved to the third accommodating part. The second accommodation part has a suction pipe connected to the dust filter to the bottom surface thereof, and each suction pipe is provided on each wall of the housing space part. As it is connected internally, it can be installed easily without any limitation due to securing the installation space, and the user can conveniently replace only the dust filter without disassembling the dust collector for convenience. Therefore, it is easy to install and connect the water collecting treatment device, which is characterized in that the construction cost can be reduced and the convenience of cleaning due to the water collecting treatment of the liquid can be achieved.

Description

A dust collector for vacuum cleaning

The present invention relates to a dust collector for vacuum cleaning, and more particularly, to separately install the dust collector built in each generation to facilitate the replacement of the dust filter, embedded in the wall or narrow space and rain without restrictions due to the installation space secured Ease of installation and installation of the residential space, and easy installation and connection of the collection device for collecting the liquid to the dust collector according to the user's optional requirements, so that the cleaning of the liquid collection process is facilitated. Of course, the cost of construction can be reduced.

In general, a central dust collection vacuum cleaner installed in an apartment, a house, or a building firstly branches a suction pipe connected to one vacuum cleaning dust collector for each household and floor, and a suction pipe for each wall of a space requiring cleaning. The duct branching from the landfill is installed, and a separate cleaning tool is inserted and connected to the duct according to the user's needs to clean the corresponding space. However, the centralized dust collecting device has a structure in which a drive motor for sucking air and a dust filter and various parts are assembled by sequential coupling, so that a specific part or dust filter embedded in the dust collecting device can be selectively and quickly selected. For example, if you want to replace the dust filter, first disassemble the various parts before the dust filter is assembled, then replace the dust filter, and then reassemble them sequentially. There was a problem in that replacement due to wear of various components including the dust filter was cumbersome.

In addition, the centralized vacuum cleaning dust collector adopts a single dust collecting method integrating living spaces of each household or each floor into one. First, when each household performs simultaneous cleaning in several places, the suction power of the dust collector is dispersed. In order to prevent the suction capacity from being lowered, the capacity of the drive motor and the dust filter is made large, and the dust collector including the built-in dust collector must also be made large. Therefore, it is difficult to secure sufficient space and install design for installing the dust collector. There was this.

In addition, in the case of installing a separate water collecting device for collecting the liquid according to the user's selective demand, it is difficult to connect the mutual pipes with the water collecting device selectively connected to a single central dust collecting device, There was a problem that the user is burdened with installation costs.

The present invention has been made in order to solve the above problems, to install the dust collector to facilitate the replacement of the dust filter independently for each generation to embed the wall or narrow space and non-constrained without the constraints of the installation space Easy to install and install the residential space, the dust filter can be replaced quickly and easily, and also by installing and connecting the collection device for collecting the liquid to the dust collector according to the user's optional request, In addition to the convenience of cleaning for the collection of the liquid can be reduced costs for construction.

The present invention for achieving the above object is arranged in the interior of the dust collector, the first, second, third, fourth receiving portion is arranged through the partition provided at the boundary portion to form a separate dust while the first receiving portion There is a dust filter for accommodating the built-in, one side of the dust collector is rotated around a pair of hinges for easy attachment and detachment of the dust filter is installed, the door is installed, the bottom of the first receiving portion in the bottom Suction holes are formed so as to communicate with the fourth accommodating part, and a driving motor is installed at the partition partition that is the boundary between the third and fourth accommodating parts so that air present in the fourth accommodating part is sucked and moved to the third accommodating part. In the second accommodation portion, a suction pipe connected to the dust filter is drawn out to the bottom surface of the second accommodation part, and each suction pipe includes a respective duct provided on the wall surface of the housing space part. As a negatively connected structure, it can be easily installed without the constraints of securing the installation space, and the user can easily change the dust filter without disassembling the dust collector for convenience of use, and the user's selective It is easy to install and connect the collection water treatment device according to the demand, so that it is possible to reduce the construction cost and to facilitate the cleaning by collecting the liquid.

1 is a perspective view showing a dust collecting device for vacuum cleaning of the present invention

Figure 2 is an exploded perspective view showing a dust collecting device for vacuum cleaning of the present invention

Figure 3 (a) is a front cross-sectional view showing an operating state of the present invention (b) is a flat cross-sectional view showing A-A of (a).

Figure 4 (a) is a side cross-sectional view showing a state in which the dust collector of the present invention is embedded in the wall (b) is a side cross-sectional view showing a state in which the dust collector of (a) is attached to the wall

Figure 5 is a front sectional view showing a state in which the water collector is connected to the dust collector for vacuum cleaning of the present invention

<Explanation of symbols for the main parts of the drawings>

10: dust collector 12: dust collector

14: first accommodating part 16: second accommodating part

18: third accommodating part 20: fourth accommodating part

22,24: Partition 26,50,58: Bottom

28: suction hole 30: through hole

32: panel 34: through hole

36: protection member 38: hinge portion

40: door 42: receiving portion

44: connection hole 46: dust filter

48: suction pipe 52: first through hole

54: second hole 56: housing space

60: wall 62: duct

64: drive motor 66: plate

68: plate panel 70: hinge portion

72: door 74: packing

76: mounting hole 78: mounting fixture

80: fixing plate 82: collection box

90: first suction pipe 92: second suction pipe

94: water tank 96: liquid

100: water collector 102: water level sensor

104: drain pipe 106: one-way valve

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 4 show the vacuum cleaning dust collector 10 of the present invention, first of the first and second receiving portions 14 and 16 provided on the upper and one side of the dust collector 12. The third and fourth accommodating parts 18 and 20 provided at the lower part form individual spaces through the partitions 22 and 24. First, the first accommodating part 14 and the bottom surface 26 are formed. In one side of the suction hole 28 is formed so as to communicate with the fourth receiving portion 20, the bottom surface 26, the panel 32 arranged a plurality of through-holes 30 along the surface is seated. The through hole 34 is formed in the upper part of the partition 22 for sealing the first and second accommodating parts 14 and 16 so as to communicate with each other.

In addition, the first accommodating part 14 is provided with a protective member 36 having a lattice shape as a whole. At one end of the protective member 36, a door (s) is pivoted about a pair of hinge parts 38. 40 is provided, the inside of the protection member 36, the material is made of a surface to facilitate the communication of air, the dust formed the connection hole 44 on one side so as to communicate with the receiving portion 42 therein The filter 46 is mounted in a detachable state, and the connection hole 44 of the dust filter 46 is positioned to be in close contact with the through hole 34 corresponding to the filter hole 46.

In addition, a suction pipe 48 inserted into the connection hole 44 of the dust filter 46 through the through hole 34 of the partition 22 is formed in the second accommodation part 16 through the dust collector 12. Is drawn out to the outside of the second receiving portion 16, wherein the suction pipe 48 is selectively penetrated when the dust collecting part 12 is installed, that is, partially buried or the wall surface 60 is attached. In order to facilitate the installation, the first and second through holes 52 and 54 are spaced apart from each other in the longitudinal direction, and the suction pipe 48 drawn out from the second accommodating part 16 is a housing space requiring cleaning. Buried along the bottom surface 58 of the part 56, and the ducts 62, which are embedded so that the front surface is exposed on the wall surface 60, which is required to be cleaned are connected to the suction pipe 48. .

In addition, on the partition 24 for sealing the third and fourth accommodating parts 18 and 20, the air present in the fourth accommodating part 20 is sucked and moved to the third accommodating part 18. 64 is provided in the third accommodating part 18 so that air sucked from the drive motor 64 forms a predetermined discharge flow through the exhaust pipe 65 connected to the third accommodating part 18. The plate 66 having the curvature is bent. The plate 66 is provided on the front of the second, third, fourth, and accommodating parts 16, 18, and 20 of the dust collector 12 to maintain an internal vacuum degree for each receiving part. Panel 68 is attached and secured.

In addition, on the front end of the dust collector 12, while closing the front surface of the first accommodating portion 14 to facilitate the replacement of the dust filter 46, the handle (b) on the front while rotating through a pair of hinges (70) A door 72 having a 71 is provided, and a packing 74 having a shape corresponding thereto is attached to and fixed to an inner surface of the door 72 so that no outside air flows into the first accommodating portion 14. The one side inner surface of the door 72 corresponding to the hinge part 70 has an attachment fixture 78 at a corresponding position so that the attachment hole 76 provided on the inner side of the first accommodating part 14 is fixed and fixed. It is provided.

In addition, a front surface of the door 72 is provided with a collection box 82 in which a plurality of fixing plates 80 are connected to accommodate a tool necessary for cleaning therein to prevent the tool from being lost.

On the other hand, Figure 5 is an accompanying drawing showing the installation of the water collecting processor to the dust collector to collect the liquid (for example, water, beverage, etc.) according to the user's selective request. Since the same reference numerals refer to the same parts and configurations, description thereof will be omitted and only different configurations will be described.

First, the first suction pipe 90 and the wall 60 of the cleaning space, which are connected to the dust filter 46 built in the dust collector 12 and drawn out to the bottom surface 50 of the second accommodating part 16, are disposed. Between the second suction pipe 92 connecting the provided duct 62, the water collecting processor 100 having a water tank 94 is connected to be installed to collect the liquid 96. In this case, the first and second suction pipes are installed. 90 and 92 are connected to communicate with the upper portion of the closed water tank 94 internally.

The water level sensor 102 is attached to the inner surface of the water tank 94 spaced downwardly from the first and second suction pipes 90 and 92 to detect the water level of the water collection amount. 102 is connected to the one-way valve 106 of the drain pipe 104 is connected to the water tank 94 through a control unit not shown.

In the drawings, reference numeral 200 denotes a buried portion, 202 denotes a cleaning tool, suction air, 204, a cleaning tool, 206, dust, and 208 a bellows hose.

According to the present invention configured as described above, first, when embedding or attaching or fixing a part of the dust collector 12 according to a user's selective request, as shown in the accompanying drawings of FIGS. 1 to 4 (a), The rear part of the dust collector 12 is embedded in the buried part 200 provided at a predetermined position of the wall 60 in a state of being partially inserted or directly attached to the wall 60 as shown in FIG. 4 (b). After passing through the dust filter 46 and the suction pipe 48 accommodated in the first receiving portion 14 of the dust collector 12, the through. Connected through the bottom surface 50 of the second receiving portion 16. In this case, the first and second through holes 52 and 54 are formed at the bottom surface 50 of the second accommodating part 16, so that the worker may have the first and second through holes 52 according to the structure of the wall surface 60. (54) to selectively pass through the suction pipe (48) to facilitate the withdrawal, and then buried along the bottom surface (58) of the housing space (56), respectively installed on the wall surface (60) It is to be connected to communicate with the chin 62 of the individually.

In addition, when the user wants to perform cleaning in the above-described state, first, the cleaning tool 202 is provided in the state in which a separate cleaning tool 202 is inserted into the chin 62 of the wall surface 60. When the built-in driving motor 64 of the dust collector 12 is operated by operating a remote controller (not shown), the air received in the fourth accommodation portion 20 of the dust collector 12 is the third accommodation portion 18. In this case, the fourth accommodating part 20 is configured to communicate with each other through the first accommodating part 14 and the intake hole 28 in a sealed state with the second accommodating part 16. The dust filter 46 is connected to the exhaust pipe 65 by a dust filter 46 of a cotton material having a smooth communication of air in the airtight state in the state in which the receiving part 14 is sealed internally by the door 72 of the dust collector 12. The air that is present in the receiving portion of the suction is sucked into the fourth receiving portion 20 through the suction hole 28 located in the lower portion As such, the end to become the air including the dust 204 is sucked by the suction force generated in the dust filter cleaning tool 202 along the suction pipe 48 from 46 that is connected to the duct 62.

In addition, the suction air 206 sucked through the cleaning tool 202 is collected along the suction pipe 48 to the receiving portion 42 of the dust filter 46, wherein the dust 204 is dust filter 46. Only the air received in the state in the accommodating portion 42 of the c) passes through the dust filter 46 and moves to the fourth accommodating portion 26 along the suction hole 28, and the fourth accommodating portion 26. The intake air 206 which is present in the air is moved to the third accommodating part 18 by the driving motor 64 and is discharged to the outside along the exhaust pipe 65 connected thereto.

At this time, the third accommodating part 18 is provided with a plate 66 having a predetermined curvature so as to smoothly discharge the air, and the suction air 206 collected in the third accommodating part 18 is vortexed. It is easily discharged through the exhaust pipe 65 without deterioration of the suction force due to the phenomenon.

In addition, when the user wants to replace the dust filter 46, first, the door 72 of the protection member 36 built into the door 72 and the first accommodation portion 14 installed on the front of the dust collector 12; 40 each rotated and opened, and after separating the dust filter 46 which exists in the protection member 36 from the suction pipe 48, the other dust filter 46 was built in the protection member 36. In this case, the connection hole 44 and the suction pipe 48 of the dust filter 46 are inserted and connected.

On the other hand, when the user wants to collect the liquid (for example, water, beverages, etc.) according to the user's selective request, first, as shown in Figure 5 of the accompanying drawings, it is connected to the dust collector 12, wherein Since the same reference numerals as those of the dust collector 10 denote the same parts, a description thereof will be omitted and only different points will be described.

First, the first suction pipe 90 connected to the dust filter 46 embedded in the dust collector 12, the dust collector 12, and drawn out to the bottom surface 50 of the second accommodation part 16, and the wall surface ( A water collector 100 is provided between the second suction pipes 92 connecting the ducts 62 provided at 60, so that the user inserts a separate cleaning tool 202 into the duct 62, and the cleaning is performed. When the driving motor 64 of the dust collector 12 is operated by operating a remote controller (not shown) provided in the tool 202, the liquid 96 and the suction air (suctioned through the cleaning tool 202) 206 is gathered into the water tank 94 of the water collecting processor 100 along the second suction pipe 92 connected to the duct 62, where the second suction pipe 92 is connected to the upper portion of the water tank 94. Thus, both the liquid 96 and the suction air 206 are accommodated in the water tank 94.

In addition, the suction air 206 is present on the water surface of the liquid 96 and is sucked into the first suction pipe 90 connected to the water tank 94 in a state corresponding to the second suction pipe 92 horizontally. The suction pipe 90 is connected to the dust filter 46 embedded in the first accommodating part 14, so that only the suction air 206 that eventually exists in the water tank 94 is dusted through the first suction pipe 206. It is introduced into the receiving portion 42 of the filter 46.

In addition, as the amount of the liquid 96 contained in the water tank 94 increases, the water level is increased. At this time, the lower portion of the water tank 94 spaced downward from the installed positions of the first and second suction pipes 90 and 92. It is provided with a water level sensor 102 for detecting the level of the liquid 96, it is to detect the level of the liquid 96 to be present in the water tank 94, and at the same time the water level sensor 102 The signal is to transmit a signal to the one-way valve 106 of the drain pipe 104 installed in the lower portion of the water tank 94 through a control unit not shown.

In addition, when a signal is transmitted to the one-way valve 106 and opened, the liquid 96 contained in the water tank 94 is drained along the drain pipe 104, whereby the liquid 96 contained in the water tank 94 is discharged. It is to prevent the flow into the first and second suction pipes (90,92).

Therefore, the conventional vacuum dust collecting device of the central dust collecting method first adopts the dust collecting method through a single dust collector by integrating each generation into one, so that the difficulty of securing sufficient installation space according to the enlargement of the dust collector is difficult. In addition, in the single dust collecting method, most of the drive motor, the dust filter and various parts are assembled and combined sequentially, so that the operator cannot selectively replace only the dust filter, the driving motor, and various other parts. It will cause trouble and discomfort for disassembly and reassembly, and it is difficult to install a separate water collecting processor for collecting liquid according to the user's selective demand. Although the present invention, the dust filter 46 and the drive motor 64 and the same in one dust collector 12 By installing the dust collector 12 independently for each generation while the other parts are built in a state where they can be selectively replaced, various components can be miniaturized, so that the wall surface 60 can be buried or narrowed without restriction due to securing the installation space. It can be easily installed in one space and inefficient residential space, as well as the user can be used to quickly replace only the dust filter 46 without the overall disassembly.

In addition, in the case of installing the water collecting processor 100 for collecting and collecting the liquid 96 according to a user's selective request, first, the structure of the water collecting processor 100 is simple, and the first and second discharges from the dust collector 12 are first and second. Applied to the suction pipe (90,92). Easy to install will reduce the burden of construction costs.

As described above, the present invention is to independently install the dust collector for each generation, such that the drive motor and other components, such as dust filter, to be replaced independently to produce a variety of small parts, so that the installation space of the wall without constraints It can be easily installed in a landfill or a narrow space, as well as the user can selectively replace the dust filter without disassembling the dust collector as a whole to facilitate the convenience of use.

In addition, when installing a water collecting processor for collecting liquids according to a user's selective request, first, the structure of the water collecting device is simple, and it is easy to apply to the suction pipe which is drawn out from the dust collector. The collection process of the will have the effect of promoting the convenience of cleaning.

Claims (6)

Inside the dust collector 12, the first, second, third and fourth accommodating parts 14, 16, 18, and 20 are arranged through partitions 22 and 24 provided at the boundary to form individual sealed spaces. While the first accommodating part 14 includes a dust filter 46 for accommodating the dust 204, a pair of hinge parts may be attached to one end of the dust collector 12 to easily attach and detach the dust filter 46. The door 72 is rotated and fastened around the 70, and a suction hole is formed on the bottom surface 26 of the first accommodating part 14 so as to communicate with the fourth accommodating part 20 provided at the lower part thereof. 28) is formed, and the air present in the fourth accommodating part 20 is sucked into the third accommodating part 18 on the partition 24 that is the boundary between the third and fourth accommodating parts 18 and 20. A driving motor 64 is installed to move, and a suction pipe 48 connected to the dust filter 46 is drawn out to the bottom surface 50 of the second accommodating part 16. Silver housing space Vacuum cleaning dust collector, characterized in that associated with each duct (62) and internally provided in the wall 60 of the 56. The method of claim 1, First and second through holes 52 and 54 spaced apart from each other in the longitudinal direction to selectively penetrate the suction pipe 48 according to the installation state of the dust collector 12 on the bottom surface 50 of the second accommodation part 16. Dust collector for vacuum cleaning, characterized in that formed. The method of claim 1, Dust collecting device for vacuum cleaning, characterized in that the third receiving portion (18) is provided with a plate (66) to facilitate the discharge flow of the suction air (206). The method of claim 1, The dust filter 46 is a dust collecting device for vacuum cleaning, characterized in that made of a smooth surface of the air communication. The method of claim 1, The inner surface of the door (72) is attached to the packing 74 of the shape corresponding to it so that the outside air does not flow into the first receiving portion (14). The method of claim 1, The first suction pipe 90 connected to the dust filter 46 built in the dust collector 12 and drawn out to the bottom surface 50 of the second accommodating part 16 and the duct 62 are connected to each other. Between the second suction pipe 92, a water collecting processor 100 having a water tank 94 is installed to collect the liquid 96, and the first and second suction pipes are disposed at an upper end of the water collecting device 100 of the water collecting device 100. (90,92) is connected to pass through, the inner surface of the water tank 94 spaced downward from the first and second suction pipes (90,92) level sensor 102 for detecting the level of the liquid 96 The water level sensor 102 is signal-connected to control the one-way valve 106 of the drain pipe 104 for draining the liquid 96 present in the water tank 94. Dust collection device for vacuum cleaning.