JP2018175085A - Dust remover - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a dust remover capable of switching a removal method in a single operation between a removal method for removing dust by swinging a cleaning tool inside a housing and a removal method for sucking dust by applying the cleaning tool to a suction port.SOLUTION: A dust remover 10 includes a housing 20 that can accommodate a cleaner 60, a base 70 that is used as a stand for the cleaner 60, and a ventilation flue 40 for suction disposed inside the housing 20, in which a suction port 42 is opened at an opening 26 for a ventilation flue on the top face of the housing 20. The base 70 is provided with a base ventilation flue that is opened on the lateral side and the top face. A removal method can be switched between a removal method for removing dust by swinging a cleaning tool inside the housing 20 and a removal method for sucking dust by applying the cleaning tool to the suction port 42 in a single operation of the movement of the base 70 on which the cleaner 60 is placed to the inside of the housing 20, and the movement of the housing 20 to the outside.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a dust remover. More specifically, the present invention relates to a dust remover that removes dust such as dust, pollen, lint and the like adsorbed on cleaning tools such as electrostatic cleaners and handy wipers using the suction power of a vacuum cleaner.

The electrostatic cleaner consists of a wiping part consisting of a thin bundle of insulating polymer and a rod-like gripping part. By shaking before use, static electricity is generated in the wiping part by friction between the hair and the hair, and dust is absorbed by static electricity It is useful for cleaning small and rough areas such as desks and cabinets, around personal computers, and items lined up in stores.
However, if you want to reuse dusty electrostatic cleaners by adsorbing dust, you have to shake off the dust outdoors, it is not desirable from the environmental aspect because it pollutes the air, and dust that has been thrown off is indoors or nearby There were times when it came to the veranda, electrostatic cleaners had difficulty in removing dust when reusing.

  Therefore, the applicant has developed a technology for collecting and removing dust scattered from the electrostatic cleaner without diffusing it into the environment. Japanese Patent No. 5371046 (patent document 1), which is the applicant's prior application, discloses a technique in which dust removed from the electrostatic cleaner into the interior of the case is sucked and removed by a vacuum cleaner.

  The handy wiper is composed of a wiping member with a wiping part made of highly adsorptive fiber attached to the substrate, and a shaft member in which a holder for mounting the substrate and a gripping part for holding the handy wiper are integrated. . Then, the user holds the grip portion and wipes the relatively flat surface of the furniture or home appliance with the wiping portion to take up the dust adhering to the furniture or the like.

  Handy wipers are easy to clean and convenient, but because dust can be entangled with fine fibers, dust that has once been absorbed can not be removed as easily as shaking the hand wiper. Therefore, when the dirt of the wiping portion becomes noticeable, the wiping member is replaced with a new one, which becomes disposable. Therefore, the wiping member of the handy wiper itself is a huge waste, and it is neither environmentally friendly nor economical.

Therefore, it is environmentally and economically preferable to remove the dust adsorbed to the wiping portion to regenerate the wiping portion. It is conceivable to wash with water as a method of regeneration, but when it is washed, the fibers coagulate to reduce the surface area of the fibers, which reduces the adsorptive power. Then, the wiping member is removed from the holder, and the work of washing and drying is troublesome and takes time. Therefore, as a simple regeneration method, a method of sucking the dust adsorbed on the wiping unit by a vacuum cleaner is used. According to this method, although the wiping portion can not be completely regenerated, large dust such as lint and hair can be removed, and the handy wiper can be used again. Also, the problem of fiber aggregation does not occur.
However, the work of sucking up the dust adsorbed to the wiping part with the vacuum cleaner is an unstable state work because neither the suction port of the vacuum cleaner nor the handy wiper is fixed, there is a problem that the suction work is difficult to do is there.

  Therefore, the applicant can use the suction power of a general-purpose vacuum cleaner to remove dust thrown off from a cleaning tool such as an electrostatic cleaner without diffusing it in the environment, and a cleaning tool such as a handy wiper We have developed a dust collector that can easily and stably remove dust that has been adsorbed on According to Japanese Patent No. 5688483 (Patent Document 2), the suction port of the vacuum cleaner is provided in the housing when the vacuum cleaner is placed on the table with the table usable as the stand of the vacuum cleaner housed inside the housing. A dust remover is disclosed that can communicate with the suction port and remove dust adsorbed to a cleaning tool such as a handy wiper at the suction port. Then, in the dust remover described in Patent Document 2, when the base is pulled out of the dust remover and the vacuum cleaner is placed on the base, the suction port of the vacuum cleaner communicates with the internal space of the housing, and the electrostatic cleaner It is possible to remove dust thrown into the inside of the housing from a cleaning tool or the like.

Patent No. 5371046 gazette Patent No. 5688483

  In the dust remover disclosed in Patent Document 2, dust that falls within the range of the cleaning tool such as dust absorbed by an electrostatic cleaner is removed by shaking off the inside of the housing, thereby removing the dust without diffusing it in the environment. Can. Then, dust that can not be dropped to the extent that the cleaning tool is shaken, such as hair or lint that has been absorbed by the handy wiper, can be removed by sucking it with the suction port. Therefore, the dust remover described in Patent Document 2 has an advantage that two removal methods can be selected or used in combination depending on the degree and state of dust adsorption. And a dust remover can be used as a storage place of a vacuum cleaner, and the dust adsorbed to cleaning tools, such as a handy wiper, can be removed with the vacuum cleaner stored inside the dust remover.

However, in the dust remover described in Patent Document 2, it takes time and effort to take out the base and the cleaner from the case to change the removal method of sucking in with the suction port to the removal method of shaking off inside the case. Become. And even if it is the structure which can be pulled out with the vacuum cleaner placed on the table, slide the side door of the side of the case and open it, then pull out the vacuum cleaner together with the table, and then pull it out, the side of the case In order to ensure the tightness of the cover, it is necessary to slide and close the side door in the gap between the vacuum cleaner and the housing, and switching of the dust removal method is troublesome.
In Patent Document 2, when the base and the vacuum cleaner are pulled out of the housing, switching of the dust removal method can be performed by sliding the shielding lever 76c (see Patent Document 2, FIG. 8) or rotating the operation member 85d. Although a configuration that can be carried out is disclosed in the patent document 2 (see FIG. 13), it is necessary to open and close the side door when the base and the vacuum cleaner are withdrawn from the housing and stored in the housing. There is no change.

  Therefore, the problem to be solved by the present invention is that the suction power of the vacuum cleaner can be used to remove the dust adsorbed to the cleaning tool, and the cleaning tool is shaken inside the housing to remove the dust. Another object of the present invention is to provide a dust remover capable of switching the removal method which applies a cleaning tool to the suction port and absorbs dust by one touch.

In order to solve the above-mentioned subject, the dust remover concerning the present invention takes the following means.
First, the first invention of the present invention is
A dust remover for removing dust adsorbed to a cleaning tool comprising a wiping part for adsorbing dust and a holding part for holding,
It comprises: a housing capable of accommodating the wiping part of the cleaning tool; a ventilation path for dust removal installed inside the housing; and a suction member provided with a suction ventilation path connectable to a cleaner. ,
The housing has an internal space large enough to swing the wiping portion of the cleaning tool in a direction intersecting the axial direction of the gripping portion,
The dust-collecting air passage has a suction port for sucking dust adsorbed to the cleaning tool opened to the outside of the housing, and an internal opening opened to the inside of the housing.
An upper surface opening is provided on the upper surface of the housing for inserting the wiping portion of the cleaning tool into the inside of the housing, and a suction port for the dust path for dust removal is provided on the upper surface or side of the housing. An air passage opening is provided for opening to the outside of the housing,
The suction air passage of the suction member is opened to the inside of the housing by the operation of the suction member, and the suction air passage of the suction member is from the internal opening of the dust passage. It is a dust remover capable of switching the configuration of communicating with the suction port of the dust passage for dust removal via the dust removal air passage.

According to the first aspect of the invention, the vacuum cleaner is connected to the suction air passage of the suction member, and the suction air passage of the suction member is opened in the housing by the operation of the suction member. When the wiping part of the cleaning tool is inserted into the inside of the housing from the top opening of the housing and shaken, dust removed from the cleaning tool into the inside of the housing is removed using the suction power of the vacuum cleaner can do.
Then, a vacuum cleaner is connected to the suction air passage of the suction member, and by operation of the suction member, the suction air passage of the suction member passes through the dust passage from the internal opening of the dust passage. If the switch is made to communicate with the suction port of the dust path for dust removal, the dust adsorbed on the cleaning tool can be used by utilizing the suction power of the vacuum cleaner by placing the wiping part of the cleaning tool such as a handy wiper on the suction port. It can be removed.
Therefore, according to the first invention of the present invention, a removal method of shaking the cleaning tool inside the housing to remove dust, and a removal method of applying the cleaning tool to the suction port and sucking dust are It can be switched by one-touch operation.

Next, according to a second aspect of the present invention, there is provided the dust remover according to the first aspect, wherein the upper surface of the housing is configured to be openable and closable.
The housing may house a vacuum cleaner, and the suction member may be a base installed at a bottom of the housing and used as a stand of the vacuum cleaner.
The internal opening of the dust path is configured to open at a lower portion of the housing,
At the lower part of the side surface of the housing, there is provided an opening for moving the base outside the lower part of the side surface of the housing,
The suction air passage is a table air passage provided inside the table, and the table air passage includes a table opening that opens to the outside of the table and a suction port for a vacuum cleaner that opens to the upper surface of the table. Equipped
A side opening is provided on the side surface of the case that corresponds to the moving path of the cleaner when the base in the mounted state of the cleaner is moved in and out of the case, and the cleaner is a part of the case When protruding from the upper surface opening, the upper surface opening of the case and the side edge of the upper surface which correspond to the moving path of the vacuum cleaner when moving the base with the vacuum cleaner placed in and out of the housing Provide a top opening cut out between the
A plate-like inner wall is attached to the upper surface of the table at a position opposite to the side opening of the case when the table is stored inside the case;
When the base is pulled out to the outside of the lower side of the side surface of the housing, the base opening of the base air passage opens into the inside of the housing, and the inner wall where the side opening of the housing is attached to the base Closed from the inside by
In the state where the vacuum cleaner is placed on the table and the table is stored inside the casing, the table opening of the table air passage is joined with the internal opening of the dust passage for dust removal, It is a dust remover in which a ventilating passage communicating with the suction port of the air duct for dust removal from the suction port for the vacuum cleaner of the table is formed.

According to the second aspect of the invention, cleaning is performed by joining the opening of the suction tool of the vacuum cleaner to the suction port of the vacuum cleaner while the vacuum cleaner is placed on the table and stored in the housing. The opening of the suction tool of the machine communicates with the suction port of the air passage for dust removal from the opening of the air passage of the air passage. And since a cleaner is exposed by the upper surface opening of a case, operation which operates a cleaner in the state where a cleaner was stored in a case can be performed. Therefore, by applying the wiping part of a cleaning tool such as a handy wiper to the suction port of the dust path for dust removal that opens from the air path opening of the housing to the outside of the housing without performing the preparation work such as connection. The dust adsorbed to the cleaning tool can be removed using the suction power of the vacuum cleaner.
Then, when the base is pulled out to the outside of the lower side of the side surface of the housing, the opening of the suction tool of the vacuum cleaner passes through the base air passage and opens into the inside of the housing at the base opening and the side opening of the housing Since the inside is closed from the inside by the inner wall attached to the stand, the sealing property of the side of the case is maintained. Therefore, if the wiping part of the cleaning tool such as an electrostatic cleaner is inserted into the inside of the housing from the top opening of the housing and shaken, the dust that has been dropped from the cleaning tool into the inside of the housing is the suction power of the vacuum cleaner It can be removed using
Then, in a state where the vacuum cleaner is placed on the table and the table is stored inside the casing, the table opening of the table air passage is joined to the internal opening of the dust passage for dust removal, and the table is for vacuum cleaners. It returns to the state in which the ventilation path from the suction port to the suction port of the ventilation path for dust removal was formed.
Therefore, according to the second aspect of the present invention, the opening of the suction tool of the vacuum cleaner is joined to the suction port of the vacuum cleaner while the vacuum cleaner is placed on the table and housed in the housing. Thus, the cleaning method is shaken inside the housing to remove dust, and the cleaning method is applied to the suction port to absorb dust, and the cleaning method is applied to the outside of the housing of the table on which the vacuum cleaner is mounted. It can switch by one-touch operation of movement and movement to the inside of the case.

Next, a third invention of the present invention is the dust remover according to the first invention,
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. The pipe member is open at an inner end opening inside the housing and the side surface of the housing, and the pipe member is configured to be able to move the housing in and out by axial movement.
The internal opening of the dust-collecting ventilation path comprises a first opening on the side of the housing through which the pipe member can be inserted and a second opening inside the housing, the dust-collecting ventilation A shield is attached to the outside of the second opening of the road,
When the pipe member is moved in the inward direction of the casing, the outer peripheral portion of the pipe member is inserted into the first opening and the second opening of the dust passage, and the inside of the pipe member is moved. The tip on the side of the end opening pushes open the shielding plate, and the inner end opening of the hollow portion of the pipe member opens into the inside of the housing;
When the pipe member is moved outward of the casing, the outer peripheral portion of the pipe member is inserted only into the first opening of the dust passage, and the inner end of the hollow portion of the pipe member The opening is open to the dust passage, the second opening of the dust passage is closed by the shield plate, and the outer end opening of the hollow portion of the pipe member is the dust passage. It is a dust collector communicating with the suction port of the passage.

According to the third aspect of the invention, when the vacuum cleaner is connected to the outer end opening of the hollow portion of the pipe member and the pipe member is moved in the inward direction of the casing, the outer periphery of the pipe member is ventilated for dust removal The shield plate is pushed open at the tip on the inner end opening side of the pipe member so that the inner end opening of the hollow portion of the pipe member is the housing. It opens inside. Therefore, if the wiping part of the cleaning tool such as an electrostatic cleaner is inserted into the inside of the housing from the top opening of the housing and shaken, the dust that has been dropped from the cleaning tool into the inside of the housing is the suction power of the vacuum cleaner It can be removed using
Then, with the vacuum cleaner connected to the outer end opening of the hollow portion of the pipe member, when the pipe member is moved outward of the housing, the outer peripheral portion of the pipe member becomes the first opening of the dust path The inner end opening of the hollow portion of the pipe member is opened to the dust passage, and the second opening of the dust passage is closed by the shielding plate. The outer end opening of the hollow portion communicates with the suction port of the air passage for dust removal. Then, the dust adsorbed to the cleaning tool can be removed using the suction power of the cleaner by placing the wiping part of the cleaning tool such as a handy wiper on the suction port of the dust path for dust removal.
Therefore, according to the third aspect of the present invention, the shaft of the pipe member is a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is applied to the suction port to suck the dust. It can be switched by one-touch operation of movement in the direction.

Next, a fourth invention of the present invention is the dust remover according to the first invention,
The suction member is a pipe member inserted into the side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the pipe member is moved in the axial direction to the inside and outside of the housing And can be moved to
The internal opening of the dust path is composed of a first opening on the side of the housing and a second opening inside the housing, and the first opening and the second opening are connected to the first opening and the second opening. The pipe member is inserted,
The outer end of the casing of the hollow portion of the pipe member is an open outer end opening, the inner end of the casing of the hollow portion is shielded by a shielding member, and the shielding of the pipe member In the part adjacent to the member, a side opening which is cut out until the outer peripheral part reaches the hollow part is formed,
When the pipe member is moved in the inward direction of the casing, the outer peripheral portion of the pipe member is inserted into the first opening and the second opening of the dust passage, and the side surface of the pipe member An opening opens into the interior of the housing;
When the pipe member is moved in the outward direction of the casing, the side opening of the pipe member is moved between the first opening and the second opening of the dust path for dust removal, thereby An outer end opening of the hollow portion is a dust remover in communication with a suction port of the air passage for dust removal.

According to the fourth aspect of the invention, when the vacuum cleaner is connected to the outer end opening of the hollow portion of the pipe member and the pipe member is moved in the inward direction of the housing, the outer periphery of the pipe member is ventilated for dust removal. The side opening of the pipe member opens into the inside of the casing when the passage is inserted into the first opening and the second opening of the passage.
Then, with the vacuum cleaner connected to the outer end opening of the hollow portion of the pipe member, when the pipe member is moved outward of the housing, the side opening of the pipe member is the first opening of the dust path for dust removal. The outer end opening of the hollow portion of the pipe member communicates with the suction port of the air passage for dust removal by moving between the portion and the second opening.
Therefore, according to the fourth aspect of the present invention, the shaft of the pipe member is a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is applied to the suction port to suck the dust. It can be switched by a one-touch operation of moving in the direction.

Next, the fifth invention of the present invention is
A dust remover for removing dust adsorbed to a cleaning tool comprising a wiping part for adsorbing dust and a holding part for holding,
It comprises: a housing capable of accommodating the wiping part of the cleaning tool; a ventilation path for dust removal installed inside the housing; and a suction member provided with a suction ventilation path connectable to a cleaner. ,
The housing has an internal space large enough to swing the wiping portion of the cleaning tool in a direction intersecting the axial direction of the gripping portion,
The dust-collecting air passage has a suction port for sucking dust adsorbed to the cleaning tool opened to the outside of the housing, and an internal opening opened to the inside of the housing.
An upper surface opening is provided on the upper surface of the housing for inserting the wiping portion of the cleaning tool into the inside of the housing, and a suction port for the dust path for dust removal is provided on the upper surface or side of the housing. An air passage opening is provided for opening to the outside of the housing,
The suction passage of the suction member is opened to the inside of the housing by the operation of the dust passage, and the suction passage of the suction member is an internal opening of the dust passage It is a dust remover which can switch the configuration of communicating with the suction port of the dust passage for dust removal through the dust removal air passage from the unit.

According to the fifth aspect of the present invention, the vacuum cleaner is connected to the suction air passage of the suction member, and the suction air passage of the suction member is opened in the inside of the housing by operating the dust passage. If the wiping part of a cleaning tool such as a cleaner is inserted into the inside of the housing from the top opening of the housing and shaken, dust that has been dropped from the cleaning tool into the inside of the housing is used Can be removed.
Then, a vacuum cleaner is connected to the suction air passage of the suction member, and by operating the dust passage, the suction air passage of the suction member is the air passage for dust removal from the internal opening of the dust passage. If the switch is made to communicate with the suction port of the dust path for dust removal, the dust absorbed by the cleaning tool is used by applying the suction power of the cleaner by placing the wiping part of the cleaning tool such as a handy wiper on the suction port. Can be removed.
Therefore, according to the fifth aspect of the present invention, there is provided a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is put on the suction port to absorb the dust. It can be switched by one-touch operation of the road.

A sixth invention of the present invention is the dust remover according to the fifth invention,
The air passage opening is provided on the upper surface of the housing,
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. Opening at the inner end opening inside the housing and the side of the housing,
A tubular air passage holder capable of accommodating the dust passage for dust removal is provided inside the housing, and the air passage holder is a pipe member connection port connected to the inner end opening of the pipe member And a side opening opening to the inside of the housing and an upper end opening,
The dust removing air passage has a bottom, and can be moved up and down in a state of being stored in the air passage holder, and can be held at a lower position and an upper position.
When the dust removal ventilation path is moved to the upper position, the bottom of the dust removal ventilation path is above the pipe member connection port and the side opening of the ventilation path holder, and the hollow portion of the pipe member is Open into the inside of the housing through a space below the dust-collecting air duct of the air duct holder,
When the dust removal air passage is moved to the lower position, the internal opening of the dust removal air passage overlaps the pipe member connection port of the air passage holder, and the side surface of the dust removal air passage is the air passage. The side opening of the holder is closed, and the outer end opening of the hollow portion of the pipe member is a dust remover communicating with the suction port of the dust passage for dust removal through the dust removal air passage.

According to the sixth aspect of the present invention, when the vacuum cleaner is connected to the outer end opening of the hollow portion of the pipe member and the dust passage is moved to the upper position, the bottom of the dust passage is the air passage. The outer end opening of the hollow part of the pipe member, which is above the pipe member connection port and the side opening of the holder, passes through the space below the dust path of the air path holder for dust removal and opens inside the housing. Do.
Then, with the vacuum cleaner connected to the outer end opening of the hollow portion of the pipe member, when the dust passage is moved downward, the inside opening of the dust passage is the pipe of the passage holder. The side surface of the dust path for ventilation covers the side opening of the air path holder, and the outer end opening of the hollow portion of the pipe member passes through the dust path for dust removal Open to the suction port.
Therefore, according to the sixth aspect of the present invention, there is provided a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is put on the suction port to absorb the dust. It is possible to switch by one-touch operation of vertical movement of the road.

Next, the seventh invention of the present invention is
A dust remover for removing dust adsorbed to a cleaning tool comprising a wiping part for adsorbing dust and a holding part for holding,
A housing capable of accommodating the wiping portion of the cleaning tool, a suction path for dust removal installed inside the housing, a suction member provided with a suction ventilation path connectable to a vacuum cleaner, and ventilation Equipped with a road changer,
The housing has an internal space large enough to swing the wiping portion of the cleaning tool in a direction intersecting the axial direction of the gripping portion,
The dust-collecting air passage has a suction port for sucking dust adsorbed to the cleaning tool opened to the outside of the housing, and an internal opening opened to the inside of the housing.
An upper surface opening is provided on the upper surface of the housing for inserting the wiping portion of the cleaning tool into the inside of the housing, and a suction port for the dust path for dust removal is provided on the upper surface or side of the housing. An air passage opening is provided for opening to the outside of the housing,
The suction passage of the suction member is opened to the inside of the housing by the operation of the air passage selector, and the suction passage of the suction member is the internal opening of the dust passage. The dust removal device can switch the configuration of communicating with the suction port of the dust removal air passage from the dust removal air passage.

According to the seventh aspect of the invention, the vacuum cleaner is connected to the suction air passage of the suction member, and the suction air passage of the suction member is opened in the inside of the housing by operating the air passage switcher. Etc. by inserting the wiping part of the cleaning tool from the top opening of the case into the inside of the case and swinging it, dust that has been dropped from the cleaning tool into the inside of the case is taken advantage of the suction power of the vacuum cleaner It can be removed.
Then, connect a vacuum cleaner to the suction air passage of the suction member, and operate the air passage selector to move the suction air passage of the suction member from the internal opening of the dust passage for dust removal. By switching to a configuration that communicates with the suction port of the dust path for dust removal, the dust suctioned to the cleaning tool can be cleaned by bringing the wiping portion of the cleaning tool such as a handy wiper into contact with the suction port for the dust path. Can be removed using the suction power of
Therefore, according to the seventh invention of the present invention, there is provided a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is put on the suction port to absorb the dust. It can be switched by one-touch operation.

An eighth invention of the present invention is the dust remover according to the seventh invention,
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. Opening at the inner end opening inside the housing and the side of the housing,
The internal opening of the dust path is composed of a first opening connected to the inner end opening of the pipe member and a second opening opened to the inside of the housing.
The air passage selector is a plate-like member housed inside the air passage for dust removal, and is provided with a blocking member capable of interrupting the air flow inside the air passage for dust removal, for dust removal It can be moved up and down while stored in the air passage, and can be held at the upper position and the lower position.
When the air passage selector is moved to the upper position, the blocking member of the air passage selector is above the first opening and the second opening of the dust passage, and the hollow portion of the pipe member is Opening into the interior of the housing through the first opening and the second opening of the dust path for dust removal;
When the air passage selector is moved to the lower position, the blocking member of the air passage selector is lower than the first opening of the dust passage, and the inner end opening of the pipe member is removed. The plate-like portion of the air passage switch closes the second opening of the air passage for dust removal, and the outer end opening of the hollow portion of the pipe member is removed. It is a dust remover communicating with the suction port of the dust path.

According to the eighth aspect of the invention, when the air passage selector is moved to the upper position, the blocking member of the air passage selector becomes above the first opening and the second opening of the dust passage, and the pipe member The hollow portion of the air passage is opened to the inside of the housing through the first opening and the second opening of the dust passage.
When the air passage selector is moved downward, the blocking member of the air passage selector becomes lower than the first opening of the dust passage, and the plate-like portion of the air passage selector is for dust removal. The second opening of the air passage is closed, and the outer end opening of the hollow portion of the pipe member communicates with the suction port of the air passage for dust removal through the air passage for dust removal.
Therefore, according to the eighth invention of the present invention, a ventilation path switching device, wherein the removal method shakes the cleaning tool inside the housing to remove dust, and the removal method applies the cleaning tool to the suction port and absorbs dust It can be switched by one-touch operation of moving up and down.

A ninth invention of the present invention is the dust remover according to the seventh invention,
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. Opening at the inner end opening inside the housing and the side of the housing,
An auxiliary air passage is installed inside the housing adjacent to the dust passage, and the auxiliary air passage has an upper end opening and a side opening facing the dust passage.
The internal opening of the dust removal ventilation path includes a first opening connected to the inner end opening of the pipe member and a second opening connected to the side opening of the auxiliary ventilation path.
The air passage selector is a plate-like member provided with air holes, and is inserted into the side surface of the housing above the position where the pipe member is inserted, and is formed on the side surface of the dust passage. It is arranged to pass through the slit and contact the upper end opening of the auxiliary air passage, and can be moved inward and outward with respect to the side surface of the housing,
When the air passage selector is moved inward of the housing, the air vent of the air passage selector is moved to a position overlapping the upper opening of the auxiliary air passage to move the upper opening to the position of the housing. The plate-like portion of the air passage switcher shuts the air passage for dust removal to the upper and lower portions, and the hollow portion of the pipe member is the lower portion of the air passage for dust removal and the auxiliary air passage. Open to the inside of the case through the road,
When the air passage selector is moved outward of the housing, the air vents of the air passage selector move to the inside of the dust passage, and the lower and upper portions of the dust passage communicate with each other. And the plate-like portion of the air passage selector shields the upper end opening of the auxiliary air passage, and the outer end opening of the hollow portion of the pipe member communicates with the suction port of the dust passage. It is a dust collector.

According to the ninth aspect of the present invention, when the air passage selector is moved toward the inside of the housing, the air holes of the air passage selector are moved to a position overlapping the upper opening of the auxiliary air passage to move the upper opening The plate-like portion of the air passage selector opens the inside of the housing and blocks the air passage for dust removal in the upper and lower portions, and the hollow portion of the pipe member passes through the lower portion of the air passage for dust removal and the auxiliary air passage Open inside the case.
Then, when the air passage selector is moved outward of the housing, the air vents of the air passage selector move to the inside of the dust passage, and the lower part and the upper part of the dust passage communicate with each other. The plate-like portion of the road changer shields the upper end opening of the auxiliary air passage, and the outer end opening of the hollow portion of the pipe member communicates with the suction port of the air passage for dust removal through the air passage for dust removal. .
Therefore, according to the ninth aspect of the present invention, there is provided a ventilation path switching device according to the ninth aspect of the present invention, wherein the cleaning method is shaken inside the housing to remove dust and the cleaning method is applied to the suction port to absorb dust. It can be switched by a one-touch operation of moving in and out with respect to the side surface of the case.

According to each invention of the present invention described above, the following effects can be obtained.
First, according to the first aspect of the invention, the removal method of shaking the cleaning tool inside the housing to remove the dust and the one-touch operation of the suction member with the removal method of applying the cleaning tool to the suction port and sucking the dust It can be switched by the operation of.
Next, according to the second aspect of the present invention, the opening of the suction tool of the cleaner is joined to the suction port of the base in a state where the cleaner is placed on the base and housed in the housing. Thus, the cleaning method is shaken inside the housing to remove dust, and the cleaning method is applied to the suction port to absorb dust, and the cleaning method is applied to the outside of the housing of the table on which the vacuum cleaner is mounted. It can switch by one-touch operation of movement and movement to the inside of the case.
Next, in the third and fourth inventions described above, the removal method in which the cleaning tool is shaken inside the housing to remove the dust, and the removal method in which the cleaning tool is applied to the suction port to absorb the dust It is possible to switch by one-touch operation of moving the member in the axial direction.
Next, according to the fifth aspect of the present invention, there is provided a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is put on the suction port to suck the dust. It can be switched by one-touch operation of the road.
Next, according to the sixth aspect of the present invention, there is provided a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is put on the suction port to suck the dust. It is possible to switch by one-touch operation of vertical movement of the road.
Next, according to the seventh aspect of the present invention, the air passage switching device includes a removal method in which the cleaning tool is shaken inside the housing to remove dust, and a removal method in which the cleaning tool is put on the suction port to suck the dust. It can be switched by one-touch operation.
Next, according to the above-mentioned eighth invention, a ventilation path switching device according to the eighth aspect of the present invention includes a removal method in which the cleaning tool is shaken inside the housing to remove dust and a removal method in which the cleaning tool is put on the suction port It can be switched by one-touch operation of moving up and down.
Next, according to the ninth invention of the present invention, the air passage switching is performed by removing the dust by removing the dust by shaking the cleaning tool inside the housing, and by removing the dust by applying the cleaning tool to the suction port. It can be switched by a one-touch operation of moving in and out with respect to the side of the case of the vessel.

FIG. 2 is an external view of a dust remover of Example 1; In the dust remover of Example 1, it is an external view in the state in the middle of mounting a cleaner on a stand and pulling it out of the case. In the dust remover of Example 1, it is the perspective view which looked at the state where a vacuum cleaner was placed in a stand and it pulled out to the outside of a case from the back side. FIG. 2 is a view showing an appearance of a table of the dust remover of Example 1; It is sectional drawing in the AA position of FIG. 1 of the dust remover of Example 1. FIG. FIG. 7 is an external view of a dust remover of Example 2; It is a perspective view of the state where the pipe member was pushed in with the dust remover of Example 2. FIG. It is a perspective view of the state which made the pipe member invisible in FIG. It is a perspective view of the state where a pipe member was pulled out by the dust remover of Example 2. FIG. It is a perspective view of the state where the pipe member was pushed in with the dust remover of Example 3. FIG. It is a perspective view of the state where a pipe member was pulled out by the dust remover of Example 3. FIG. FIG. 16 is a perspective view of the dust remover of the fourth embodiment when the dust removal air passage is at the upper position. FIG. 13 is a perspective view of the dust remover in the state of FIG. 12 as viewed from another angle, with the lid hidden and the air passage holder and the air passage for dust removal visible. FIG. 18 is a perspective view of the dust remover of the fourth embodiment when the dust removal air passage is at the lower position. FIG. 18 is a perspective view of the dust remover of the fifth embodiment when the air passage selector is at the upper position. FIG. 16 is a perspective view of the dust remover in the state of FIG. 15 as seen from another angle with the lid hidden. FIG. 18 is a perspective view of the dust remover of the fifth embodiment when the air passage selector is at the lower position. It is a perspective view of a state where a ventilation path changer is pushed in with a dust remover of Example 6. FIG. 18 is a perspective view of the dust remover according to the sixth embodiment in a state in which the air passage selector is pulled out.

  Hereinafter, a mode for carrying out the present invention will be described according to an embodiment.

Configuration of First Embodiment
A dust remover 10 according to a first embodiment of the present invention will be described with reference to FIGS. 1 to 5. The dust remover 10 is a dust remover that removes dust adsorbed to cleaning tools such as handy wipers and electrostatic cleaners, and is a case 20 that can accommodate the cleaner 60 and dust that is installed inside the case 20. A ventilation path 40 and a base 70 installed at the bottom of the inside of the housing 20 and used as a stand for the vacuum cleaner 60 are provided, and the top surface of the housing 20 is configured by a lid 22 that can be opened and closed. And this stand 70 is equivalent to the member for suction of the present invention.

FIG. 1 shows an external view of a state in which the vacuum cleaner 60 placed on the table 70 is housed inside the housing 20. As shown in FIG. An upper opening 24 is provided on the lid 22 on the upper surface of the housing 20, and a grip 66 of the vacuum cleaner 60 protrudes from the upper opening 24. The cover 22 on the upper surface of the housing 20 is provided with an opening 26 for the air passage, and the air passage 40 for removing dust is opened to the outside of the housing 20 at the opening 26 for the air passage.
In the lower part of the side surface of the housing 20, there is provided an opening 34 for moving the base 70 to the outside of the lower part of the side surface of the housing 20.

When the base 70 in a state in which the vacuum cleaner 60 is placed is moved in and out of the housing 20, a side opening 28 is provided on the side surface of the housing 20 corresponding to the movement path of the vacuum cleaner 60. The outer door 30 is attached to one side end of the side opening 28 by a biased hinge, and the side opening 28 is closed from the outside by the outer door 30.
A metal plate 31 having a property of sticking to a magnet is attached to the inside of the outer door 30, and when the outer door 30 is spread 180 degrees around a hinge and overlapped on the side surface of the housing 20, A magnet holder 39 is attached to the back of the side of the housing 20 at the corresponding position. Accordingly, the outer door 30 can be spread 180 degrees and attached to the side surface of the housing 20 by using the magnetic force.
And when moving the stand 70 in the state in which the vacuum cleaner 60 was mounted to the inside and outside of the housing 20, between the upper surface opening 24 of the lid 22 of the housing 20 which corresponds to the movement path of the vacuum cleaner 60 The upper end opening 32 is provided by notching the portion of.
A handle 80 used to move the table 70 on which the vacuum cleaner 60 is placed in and out of the case 20 is attached to the side surface of the table 70 exposed from the table movement opening 34 of the case 20. ing.

FIG. 2 is an external view of the dust remover 10 in the middle of moving the table 70 to the outside of the housing 20 with the vacuum cleaner 60 placed on the table 70. Then, FIG. 3 shows a perspective view of the dust remover 10 in a state in which the movement of the table 70 to the outside of the casing 20 is finished as viewed from the rear side of FIG. In FIG. 3, the rear side surface of the housing 20 is perspectively displayed.
As shown in FIG. 2, the dust-collecting air passage 40 has a suction port 42 opened to the outside of the case 20 at the air passage opening 26 provided in the lid 22, and the case 20 at the lower portion of the case 20. And an internal opening 44 that opens into the interior of the housing. And, as shown in FIG. 3, a rail 36 is attached to the bottom of the case 20, and a stopper 38 made of a magnet is provided on the inside of the side of the case 20 on the side where the dust passage 40 is installed. Is attached.

  The external view of the stand 70 is shown in FIG. A plate-like inner wall 78 is attached to the upper surface of the table 70 at a position opposite to the handle 80 so as to be rotatable around the axis of the support rod 79 fixed to the table 70. A stand air passage 72 provided with a stand opening 74 opened to the side of the stand 70 and a suction port 76 for a vacuum cleaner opened to the recess 77 on the upper surface of the stand 70 is provided in the stand 70. The table ventilation passage 72 corresponds to the suction passage of the present invention. And the recessed part 77 of the upper surface of the stand 70 is formed a little larger than the bottom face of the suction tool 62 so that the suction tool 62 (refer FIG. 2) of the vacuum cleaner 60 can be accommodated. Then, as shown by a dotted line in FIG. 4, the roller 82 is fitted on the lower surface of the table 70, and a metal plate 84 having a property of adhering to a magnet is attached to the side surface of the table 70 on which the table opening 74 is provided. It is done.

  Then, the roller 82 of the table 70 is placed on the rail 36 at the bottom of the housing 20, and the table 70 is stored at a position where the metal plate 84 of the table 70 contacts the stopper 38 of the housing 20. The opening 74 and the internal opening 44 of the dust passage 40 are in a joined state. Then, the table ventilation path 72 and the ventilation path for dust removal 40 communicate with each other, and the dust is removed from the suction port 76 for the vacuum cleaner provided for the ventilation path for the ventilation path at the opening for ventilation path 26 provided for the housing 20. A ventilation passage leading to the suction port 42 of the ventilation passage 40 is formed.

  FIG. 5 shows an enlarged cross-sectional view of the periphery of the table 70 of the dust remover 10 at the position A-A in FIG. When the vacuum cleaner 60 is placed on the table 70 with the table 70 stored in the housing 20, the suction device 62 of the vacuum cleaner 60 is placed so as to fit in the recess 77 of the table 70. The portion 64 is joined to the suction port 76 for the vacuum cleaner of the base 70, and the opening 64 of the suction tool 62 of the vacuum cleaner 60 passes through the base ventilation path 72 and the ventilation path 40 for dust removal. It communicates with the suction port 42 of the dust path 40 opened by the air passage opening 26 provided on the body 20.

The dust remover 10 is shown in FIG. 2 when the table 70 and the vacuum cleaner 60 are moved to the outside of the housing 20 by pulling the handle 80 of the table 70 with the vacuum cleaner 60 mounted on the table 70. Thus, when the outer door 30 is pivoted open by being pushed by the vacuum cleaner 60 and moved further outward, as shown in FIG. 3, the inner wall 78 of the stand 70 is the inside of the side opening 28 of the housing 20. In this position, the outward movement can be ended.
Then, when the base 70 and the vacuum cleaner 60 are moved to the inside of the housing 20 by pushing the handle 80, the outer door 30 is rotated and closed by the biasing force acting on the outer door 30, and the metal plate 84 of the base 70 is As it strikes the stop 38 of the body 20, the inward movement can be terminated at this position.

In a state where the base 70 is housed in the housing 20, the vacuum cleaner 60 opens the lid 22 and stores it in the housing 20 from the upper surface of the housing 20 and places it on the base 70 or takes it out from the housing 20 be able to.
Then, the upper part of the outer door 30 is pulled toward the front from the upper end opening 32 of the housing 20 to expand the outer door 30 180 degrees, and the metal plate 31 of the outer door 30 and the magnet holder 39 on the side of the housing 20 are approached. The outer door 30 can be attached to the side surface of the housing 20 by magnetic force. Then, in a state where the outer door 30 is opened 180 degrees, the base 70 is pulled out of the housing 20 and the cleaner 60 is placed on the base 70 by pulling the handle 80 without being aware of the presence of the outer door 30. The vacuum cleaner 60 and the table 70 can be stored in the case 20 from the side of the case 20 by pushing the handle 80 of the table 70 on which the vacuum cleaner 60 is placed. Then, by pulling the handle 80 of the table 70 on which the vacuum cleaner 60 is placed, the vacuum cleaner 60 and the table 70 are pulled out from the side of the housing 20 to the outside of the housing 20 and cleaned from the table 70 outside the housing 20 The machine 60 can be lowered.
Then, with the vacuum cleaner 60 lowered, the table 70 is pulled out to an intermediate position of the housing 20, and the inner wall 78 is rotated about the support rod 79 so as to pass through the side opening 28 It can be taken out of the side of the housing 20 to the outside of the housing 20.

[Effect of Example 1]
According to the dust remover 10 of the first embodiment, with the vacuum cleaner 60 placed on the table 70 and stored in the housing 20, the opening 64 of the suction tool 62 of the vacuum cleaner 60 is used for suction of the table 70. By connecting the opening 76 to the opening 76, the opening 64 of the suction tool 62 of the cleaner 60 passes from the stand opening 74 of the stand air passage 72 through the dust passage 40 and the air passage opening 26 of the housing 20. It communicates with the suction port 42 of the ventilation path 40 for dust removal opened at And since the cleaner 60 is exposed from the upper surface opening part 24 of the housing | casing 20, in the state which accommodated the cleaner 60 in the housing | casing 20, operation for operating the cleaner 60 can be performed. Therefore, the suction force of the vacuum cleaner 60 can be applied to the dust adsorbed to the cleaning tool by placing the wiping portion of the cleaning tool such as a handy wiper on the suction port 42 of the dust passage 40 without preparing for connection. It can be removed using Further, in the state where the vacuum cleaner 60 is placed and the table 70 is housed inside the housing 20, the side opening 28 is closed by the biased outer door 30, so the side surface of the vacuum cleaner 60 is The appearance is clear because it is not exposed.

  Then, with the vacuum cleaner 60 mounted on the table 70, when the table 70 is moved to the outside of the housing 20 by pulling the handle 80, the outer door 30 is pivoted and opened by the vacuum cleaner 60. When the table 70 is pulled out to the outside of the lower side of the side surface of the housing 20, the opening 64 of the suction tool 62 of the vacuum cleaner 60 passes through the table air passage 72 and opens inside the housing 20 at the table opening 74. Since the side opening 28 of the housing 20 is closed from the inside by the inner wall 78 attached to the base 70, the sealing property of the side of the housing 20 is maintained. Therefore, if the wiping part of a cleaning tool such as an electrostatic cleaner is inserted into the inside of the housing 20 from the top opening 24 of the housing 20 and shaken, the dust that has been dropped from the cleaning tool into the inside of the housing 20 is cleaned It can be removed using the suction power of the machine 60.

Then, with the vacuum cleaner 60 placed on the table 70, when the table 70 is moved to the inside of the housing 20 by pushing the handle 80, the outer door 30 is rotated by the biasing force acting on the outer door 30. When the vacuum cleaner 60 is placed on the base 70 and the base 70 is housed inside the housing 20, the side opening 28 is closed by the biased outer door 30, and The table opening 74 is joined to the internal opening 44 of the dust passage 40, and the dust passage 40 is opened from the vacuum suction port 76 of the table 70 at the passage opening 26 of the housing 20. It returns to the state in which the ventilation path leading to the suction port 42 was formed.
Therefore, according to the dust remover 10 of the first embodiment, the removal method in which the cleaning tool is shaken in the inside of the housing 20 to remove dust, and the ventilation for dust removal opened at the air passage opening 26 of the housing 20 The housing 20 of the table 70 on which the vacuum cleaner 60 is mounted by pulling or pushing the handle 80 attached to the table 70 by removing the dust by applying a cleaning tool to the suction port 42 of the passage 40 to absorb dust. It can be switched by the one-touch operation of moving the housing 20 outward and moving the housing 20 inward.

Modification of First Embodiment
In the dust remover 10 of the first embodiment, the cleaner 60 directly presses the outer door 30 to rotate, but a roller is provided inside the outer door 30, and the cleaner 60 pushes the outer door 30 via the rollers. It is good also as composition. Since the friction between the outer door 30 and the vacuum cleaner 60 can be reduced by interposing the roller, the load when placing the vacuum cleaner 60 and pulling out the base 70 can be reduced, and the vacuum cleaner 60 may be scratched. It can prevent.
In addition, although it was set as the structure provided with the outer door 30 which closes the side surface opening part 28 in Example 1, when the vacuum cleaner 60 is accommodated in the housing | casing 20, the outer door 30 plays a role to make an external appearance clear. Since it is not essential for removing dust, it can be omitted. If the outer door 30 is omitted, a vacuum cleaner which protrudes from the side opening 28 to the outside of the housing 20 can be placed on the table 70 and used.

  In the first embodiment, a recess 77 slightly larger than the suction tool 62 of the vacuum cleaner 60 is provided on the upper surface of the table 70 in order to easily join the opening 64 of the vacuum cleaner 60 and the vacuum suction port 76 of the platform 70. The direction in which the opening 64 of the vacuum cleaner 60 and the vacuum suction port 76 of the base 70 are easily joined is not limited to this. In order to mount the vacuum cleaner 60 stably, a fixing jig such as a pressing plate or a rubber band may be provided to fix the suction tool 62 in the recess 77 of the table 70.

Then, the recess 77 of the table 70 is formed with a width and a depth that can accommodate the suction tool 62 of the vacuum cleaner 60 with a margin, and the suction port 76 for vacuum cleaner and the opening 64 of the suction tool 62 of the vacuum cleaner 60 The suction tool 62 may be formed longer in the cross direction, and after the suction tool 62 is accommodated in the recess 77, the recess 77 may be covered and sealed with a lid made of a hard material. In this configuration, if there is a portion joined to the suction port 76 for the vacuum cleaner and the opening 64 of the suction tool 62 of the vacuum cleaner 60, the entire recess 77 including the suction port 76 for the vacuum cleaner acts as a suction port for the vacuum cleaner. Therefore, if the vacuum cleaner 60 can accommodate the suction tool 62 in the recess 77 of the table 70, it can be used as the vacuum cleaner 60 for suction.
In addition, if a cylindrical cover made of a flexible material is provided at the top of the recess 77 instead of the lid, even if the suction tool 62 protrudes over the recess 77, the cover 62 can be used as the suction tool. By closing the mouth of the cover, the entire recess 77 including the vacuum suction port 76 acts as a suction port for the vacuum cleaner.
In the configuration in which the recess 77 containing the suction tool 62 is sealed using a lid or a cylindrical cover, the height around the opening 64 of the suction tool 62 of the vacuum cleaner 60 is not constant, and the opening 64 is used as a base. This is also effective when a gap is generated around the opening 64 even when it is joined to the suction port 76 for the vacuum cleaner.
Further, the upper surface of the base 70 may be flat without the concave portion 77 as long as the suction tool 62 can be enclosed and sealed using a lid or a cylindrical cover.

In the dust remover 10 according to the first embodiment, a stick-type cleaner is generally used in terms of handleability because the cleaner 60 is housed in the housing 20. However, the stick type has a very strong suction force. Many things do not exist. Therefore, when it is desired to remove dust with a stronger suction force, the suction tool 62 is removed from the vacuum cleaner 60, the opening 64 of the suction tool 62 is joined to the vacuum suction port 76 of the table 70, and the table 70 is fixed. , And the suction tool 62 may be connected to the suction pipe of another vacuum cleaner having a strong suction force via a joint pipe or the like.
As described above, even if the vacuum cleaner is not placed on the table 70, the table 70 can be moved in and out of the housing 20. By moving the table 70, a cleaning tool can be used inside the case 20. It is possible to switch between the removal method in which the dust is removed by shaking and the removal method in which the cleaning tool is put on the suction port 42 of the dust path for dust removal 40 to suck the dust.

For the dust remover 10 of the first embodiment, either a cord-type cleaner or a rechargeable cleaner can be used. In the case of the cord type, the cord can be pulled out from the upper surface opening 24 of the housing 20, or can be pulled out from the side opening 28 with the outer door 30 omitted or opened.
Alternatively, the housing 20 may be provided with a power cord and an outlet, and the housing 20 may be configured to supply electricity to the vacuum cleaner. At that time, an intermediate switch may be provided in the middle of the power supply cord, and the intermediate switch may be disposed on the upper surface or the side of the housing 20 so that the power of the cleaner can be turned on / off by the intermediate switch.
Moreover, when using a rechargeable vacuum cleaner, the table 70 may be provided with a charging function so as to have a charging function. If the stand 70 has a charging function, it can be charged in a state in which the vacuum cleaner 60 having the storage function is housed in the housing 20.

The handle 80 attached to the base 70 may be configured to be adjustable in angle and length. Also, instead of the handle 80, a handle may be attached, and a recess may be provided to which a finger can be put.
Then, a stand capable of passing the side opening 28 can be added to the upper surface of the stand 70, and the cleaner 60 can be supported by the stand.
Then, the support rod 79 of the table 70 may be omitted, and the inner wall 78 may be directly fixed to the table 70. At this time, the base 70 can be fitted to the inside of the housing 20 by providing a recess on the side surface of the base 70, such as providing a recess in which a finger can be hung instead of the handle 80. It can be stored in 20 or taken out.

Configuration of Embodiment 2
In the first embodiment, the configuration in which the vacuum cleaner can be housed inside the housing of the dust remover is shown, but in the present invention, the vacuum cleaner can be connected outside the dust remover.
The external view of the dust remover 10a of Example 2 of this invention is shown in FIG. The dust remover 10a is a dust remover that removes dust adsorbed to a cleaning tool such as a handy wiper or an electrostatic cleaner, and is provided inside a housing 20a that can accommodate the wiping portion of the cleaning tool, and the housing 20a. The housing 20a has an internal space large enough to swing the wiping portion of the cleaning tool in the direction intersecting the axial direction of the holding portion.
The upper surface of the housing 20a is constituted by an openable lid 22a, and the lid 22a on the upper surface of the housing 20a can be inserted into the inside of the housing 20a so that the wiping portion of the cleaning tool can be inserted into the housing 20a. An opening 26a for the air passage is provided to open the air passage 40a for dust removal to the outside of the housing 20a.

A pipe member 90a connectable to a vacuum cleaner is inserted through the side surface of the housing 20a, the pipe member 90a corresponds to the suction member of the present invention, and the hollow portion 92a of the pipe member 90a is the air passage for suction of the present invention. It corresponds to
The pipe member 90a is configured to be movable in and out of the housing 20a by axial movement, and the pipe member 90a is provided with a cylindrical outer ring 96a on the outer peripheral portion 94a of the housing 20a. The hollow portion 92a of the pipe member 90a is open at the outer end opening 91a outside the side surface of the housing 20a and the inner end opening 93a inside the side surface of the housing 20a (see FIG. 7).

FIG. 7 shows a perspective view of the dust remover 10a in a state in which the pipe member 90a is moved to the inside of the housing 20a. Then, FIG. 8 shows a perspective view in which the pipe member 90a is hidden in a state in which the pipe member 90a is moved to the inside of the housing 20a.
Inside the case 20a, a dust path for dust removal 40a fixed to the bottom of the case 20a is installed. In FIG. 7, for convenience of grasping the shape, a part of the side surface of the housing 20a and the dust passage 40a is perspectively displayed. The dust removal ventilation passage 40a includes a suction port 42a opened to the ventilation passage opening 26a provided in the lid 22a on the upper surface of the housing 20a and an internal opening 44a opened to the inside of the housing 20a. .
The pipe member 90a is provided with a cylindrical inner ring 98a on the outer peripheral portion 94a between the inside of the side surface of the housing 20a and the dust passage 40a.

The internal opening 44a of the dust removal ventilation path 40a is composed of a first opening 46a on the side of the housing 20a through which the pipe member 90a can be inserted and a second opening 48a inside the housing 20a. Then, a rectangular shielding plate 50a capable of covering the second opening 48a on the outside of the second opening 48a of the dust removal ventilation path 40a is removed by an energized hinge not shown with the upper side as an axis. The biasing force of the hinge works in the direction of closing the second opening 48a. The shielding plate 50a is not limited to a rectangular shape as long as it can cover the second opening 48a, and may be round.
When the pipe member 90a is moved inward of the housing 20a, the outer peripheral portion 94a of the pipe member 90a is inserted into the first opening 46a and the second opening 48a of the dust removal ventilation passage 40a, and the pipe member The shield plate 50a is pushed open at the tip on the side of the inner end opening 93a of 90a, and the inner end opening 93a of the hollow portion 92a of the pipe member 90a opens into the inside of the housing 20a. Then, with the outer ring 96a of the pipe member 90a contacting the outer side surface of the housing 20a, the movement of the pipe member 90a in the inward direction of the housing 20a stops.

FIG. 9 shows a perspective view of a state in which the pipe member 90a is moved to the outside of the housing 20a. In FIG. 9, the side surface of the case 20a and the side surface of the dust path for dust removal 40a are perspectively displayed. When the pipe member 90a is moved outward of the housing 20a, the outer peripheral portion 94a of the pipe member 90a is inserted only into the first opening 46a of the dust removal ventilation passage 40a, and the hollow portion 92a of the pipe member 90a The inner end opening 93a is opened to the dust removal ventilation path 40a, and the shielding plate 50a is pressed against the dust removal ventilation path 40a by the hinge that is energized, and the second opening 48a of the dust removal ventilation path 40a is The hollow portion 92a of the pipe member 90a is in communication with the dust-collecting air passage 40a, closed by the shielding plate 50a. Then, with the inner ring 98a of the pipe member 90a contacting the inner side surface of the housing 20a, the movement of the pipe member 90a to the outside of the housing 20a stops.
The shielding plate 50a may be attached to the dust removal ventilation path 40a in a rotatable state by an unbiased hinge or the like, and may vertically hang down by its own weight to close the second opening 48a.

[Effect of Example 2]
According to the dust remover 10a of the second embodiment, when the vacuum cleaner is connected to the pipe member 90a and the pipe member 90a is moved in the inward direction of the housing 20a, the outer peripheral portion 94a of the pipe member 90a becomes dusty The shield plate 50a is pushed open by the tip of the inner end opening 93a side of the pipe member 90a so as to be inserted into the first opening 46a and the second opening 48a of the passage 40a, and the inside of the hollow 92a of the pipe member 90a The end opening 93a opens into the inside of the housing 20a. Therefore, if the wiping part of a cleaning tool such as an electrostatic cleaner is inserted into the inside of the housing 20a from the top opening 24a of the housing 20a and shaken, the dust thrown off from the cleaning tool into the inside of the housing 20a is cleaned It can be removed using the suction power of the machine.

Then, with the vacuum cleaner connected to the pipe member 90a, when the pipe member 90a is moved toward the outside of the housing 20a, the outer peripheral portion 94a of the pipe member 90a is only the first opening 46a of the dust path 40a. It will be in the state inserted. Then, the inner end opening 93a of the hollow portion 92a of the pipe member 90a is opened to the dust removal ventilation passage 40a, and the second opening 48a of the dust removal ventilation passage 40a is closed by the shielding plate 50a. The hollow portion 92a of 90a communicates with the dust removal ventilation path 40a. Therefore, the dust adsorbed to the cleaning tool is applied to the vacuum cleaner by bringing the wiping portion of the cleaning tool such as a handy wiper into contact with the suction port 42a of the dust path for dust removal 40a opened at the ventilation path opening 26a of the housing 20a It can be removed using suction.
Therefore, according to the dust remover 10a of the second embodiment, the removing method of removing the dust by shaking the cleaning tool inside the housing 20a, and applying the cleaning tool to the suction port 42a of the dust path 40a for dust removal Can be switched by a one-touch operation of moving the pipe member 90a in the axial direction.

Configuration of Embodiment 3
A dust remover 10b according to a third embodiment of the present invention will be described with reference to FIGS. 10 and 11. The dust remover 10b includes a housing 20b, a dust removal ventilation path 40b installed inside the housing 20b, and a pipe member 90b inserted into the side surface of the housing 20b. The pipe member 90b corresponds to the suction member of the present invention, and the hollow portion 92b of the pipe member 90b corresponds to the suction air passage of the present invention.
The configuration of the case 20b of the dust remover 10b is the same as that of the case 20a of the second embodiment, so the corresponding reference numerals are given and the description is omitted.
The pipe member 90b is configured to be able to move in and out of the housing 20b by moving in the axial direction. The outer end of the hollow portion 92b of the pipe member 90b at the outer side of the housing 20b is an open outer end opening 91b, and the inner end of the hollow portion 92b at the inner side of the housing 20b has an outer diameter outside the pipe member 90b. A side opening 95b which is shielded by a disk-shaped shielding member 97b larger than the diameter and which is cut out until the outer peripheral portion 94b reaches the hollow portion 92b is formed in a portion adjacent to the shielding member 97b of the pipe member 90b . And the cylindrical outer ring 96b is provided in the outer peripheral part 94b of the outer side of the housing | casing 20b of the pipe member 90b.
The dust removal ventilation passage 40b includes a suction port 42b opened in the ventilation passage opening 26b provided in the lid 22b on the upper surface of the housing 20b and an internal opening 44b opened in the housing 20b. The inner opening 44b comprises a first opening 46b on the side of the housing 20b through which the pipe member 90b can be inserted and a second opening 48b inside the housing 20b.

Then, when the pipe member 90b is moved inward of the housing 20b, the outer peripheral portion 94b of the pipe member 90b is inserted into the first opening 46b and the second opening 48b of the dust removal ventilation passage 40b. The side opening 95b of the pipe member 90b opens into the inside of the housing 20b. Then, with the outer ring 96b of the pipe member 90b contacting the outer side surface of the housing 20b, the movement of the pipe member 90b in the inward direction of the housing 20b stops.
Then, when the pipe member 90b is moved outward of the housing 20b, the side opening 95b of the pipe member 90b moves between the first opening 46b and the second opening 48b of the dust removal ventilation passage 40b. The hollow portion 92b of the pipe member 90b communicates with the dust removal ventilation path 40b. Then, the movement of the pipe member 90b to the outside of the casing 20b stops in a state where the shielding member 97b of the pipe member 90b abuts on the side surface of the dust removal ventilation path 40b.

[Effect of Example 3]
According to the dust remover 10b of the third embodiment, when the pipe member 90b is moved in the inward direction of the housing 20b, the outer peripheral portion 94b of the pipe member 90b becomes the first opening 46b and the second opening 46b of the dust passage 40b. In the state of being inserted into the opening 48b, the side opening 95b of the pipe member 90b opens into the inside of the housing 20b. Then, when the pipe member 90b is moved outward of the housing 20b, the side opening 95b of the pipe member 90b moves between the first opening 46b and the second opening 48b of the dust removal ventilation passage 40b. The hollow portion 92b of the pipe member 90b communicates with the dust removal ventilation path 40b.
Therefore, according to the dust remover 10b of the third embodiment, the removal method in which the cleaning tool is shaken in the inside of the housing 20b to remove dust, and the ventilation for dust removal opened at the air passage opening 26b of the housing 20b. It is possible to switch the removal method for removing dust by placing a cleaning tool on the suction port 42b of the passage 40b by one-touch operation of moving the pipe member 90b in the axial direction.

Configuration of Embodiment 4
In the first to third embodiments described above, the configuration for switching the method of removing dust by operating the table or pipe member as the suction member has been described, but in the present invention, the air passage for dust removal is operated. It is also possible to switch the method of removing dust.
A dust remover 10c that can switch the method of removing dust by operating the dust removal ventilation path will be described using FIGS. 12 to 14.
FIG. 12 is a perspective view of the side surface of the dust remover 10c according to the fourth embodiment of the present invention. The dust remover 10c is a dust remover that removes dust adsorbed to a cleaning tool such as a handy wiper or an electrostatic cleaner, and is provided inside a housing 20c that can accommodate the wiping portion of the cleaning tool, and the housing 20c. A dust-collecting air passage 40c to be installed, and a tubular air-path holding device 100c installed inside the housing 20c and housing the dust-extracting air passage 40c, wherein the housing 20c is a cleaning tool wiping part It has an internal space of a size that can be moved in a direction intersecting the axial direction of the grip portion.
The upper surface of the case 20c is constituted by an openable and closable lid 22c, and the lid 22c has an upper surface opening 24c where the wiping portion of the cleaning tool can be inserted into the inside of the case 20c; An air passage opening 26c is provided to open the passage 40c to the outside of the housing 20c.
A pipe member 90c connectable to a vacuum cleaner is inserted through the side surface of the housing 20c, the pipe member 90c corresponds to the suction member of the present invention, and the hollow portion 92c of the pipe member 90c is the air passage for suction of the present invention. It corresponds to

FIG. 13 is a perspective view of the dust remover 10c in the state of FIG. 12 with the lid 22c hidden and the air passage holder 100c and the air passage 40c for dust removal seen in perspective from different angles.
The hollow portion 92c of the pipe member 90c is open at the outer end opening 91c outside the side surface of the housing 20c and the inner end opening 93c inside the housing 20c, and the pipe member 90c is inside the outer ring 96c It is being fixed to the side of case 20c with ring 98c.
The air passage holder 100c passes through the pipe member connection port 102c connected to the inner end opening 93c of the pipe member 90c, the side opening 104c opening to the inside of the housing 20c, and the dust path for air passage 40c. It is a hollow member having a rectangular cross section provided with an upper end opening portion 106c, which is fixed to the bottom of the housing 20c. Then, a portion directly under the upper end opening portion 106c of the two wide side surfaces is cut away to form a semi-circular protrusion holding portion 108c.
The dust removal ventilation passage 40c has a bottom 52c, is a hollow member having a rectangular cross section opened by the side internal opening 44c and the suction opening 42c at the upper end, and has elasticity, and a ventilation passage holder It is configured to be able to move up and down in a state of being inserted into the inside of 100 c. A protrusion 54c having a semicircular cross section and extending in the lateral direction is formed on the outside of the upper two side surfaces of the wider side of the dust-collecting air passage 40c.

In FIG. 12 and FIG. 13, the dust removal ventilation passage 40 c is pulled upward, and the protrusion 54 c of the dust removal ventilation passage 40 c is in a state of being hooked on the protrusion holding portion 108 c of the ventilation passage holder 100 c. Can stay in this position. This position is called the upper position.
When the dust removal air passage 40c is at the upper position, the bottom 52c of the dust removal air passage 40c is above the pipe member connection port 102c and the side opening 104c of the air passage holder 100c, and the pipe member 90c is hollow. The portion 92c opens into the inside of the housing 20c through a space below the dust removal ventilation path 40c of the ventilation path holder 100c.
Then, in the state shown in FIG. 12, the dust collection ventilation path 40c is pushed until the bottom 52c of the dust removal ventilation path 40c hits the bottom of the ventilation path holder 100c by pushing the suction port 42c of the dust removal ventilation path 40c downward. It can be moved downward in the air path holder 100c. Then, when the bottom 52c of the dust removal ventilation path 40c hits the bottom of the ventilation path holder 100c, the suction port 42c is pushed down to the height of the ventilation path opening 26c of the housing 20c, and dust removal ventilation is achieved. The path 40c can stay in this position. This position is called the lower position.

FIG. 14 shows a perspective view of the dust remover 10c when the dust removal air passage 40c is in the lower position. When the dust removal ventilation path 40c is at the lower position, as shown in FIG. 14, the internal opening 44c of the dust removal ventilation path 40c overlaps the pipe member connection port 102c of the ventilation path holder 100c, and dust removal ventilation is performed. The side surface of the passage 40c closes the side opening 104c of the air passage holder 100c, and the outer end opening 91c of the hollow portion 92c of the pipe member 90c passes through the dust removal ventilation passage 40c and the suction opening of the dust removal ventilation passage 40c. It communicates with 42.
Then, when moving the dust removal ventilation path 40c from the lower position to the upper position, the dust removal ventilation path 40c is exposed from the semicircular notch of the ventilation path opening 26c of the housing 20c and the projection holding portion 108c of the ventilation path retainer 100c. The side surface of the upper end portion of the dust path for dust removal 40c can be pinched and pulled up. Then, when the projection 54c of the dust removal ventilation passage 40c is pulled up to a position where it is hooked on the protrusion holding portion 108c of the ventilation passage holder 100c, the frictional resistance is sharply reduced.

[Effect of Example 4]
According to the dust remover 10c of the fourth embodiment, when the dust removal air passage 40c is moved to the upper position, the bottom 52c of the dust removal air flow passage 40c is the pipe member connection port 102c and the side opening of the air passage holder 100c. The hollow portion 92c of the pipe member 90c is opened above the portion 104c and passes through a space below the dust removal ventilation path 40c of the ventilation path holder 100c and opens into the inside of the housing 20c.
Then, when the dust removal ventilation passage 40c is moved downward, the internal opening 44c of the dust removal ventilation passage 40c overlaps the pipe member connection port 102c of the ventilation passage holder 100c, and the side surface of the dust removal ventilation passage 40c Closes the side opening 104c of the air passage holder 100c, and the outer end opening 91c of the hollow portion 92c of the pipe member 90c communicates with the suction port 42c of the dust passage 40c through the dust passage 40c. .
Therefore, according to the dust remover 10c of the fourth embodiment, the removal method in which the cleaning tool is shaken in the inside of the housing 20c to remove the dust, and the ventilation for dust removal opened at the ventilation path opening 26c of the housing 20c. It is possible to switch the removal method for removing dust by placing a cleaning tool on the suction port 42c of the passage 40c by one-touch operation of moving the dust passage 40c in the vertical direction.

Modification of Embodiment 4
In the dust remover 10c of the fourth embodiment, when the bottom 52c of the dust removal ventilation passage 40c hits the bottom of the ventilation passage holder 100c at the lower position, the suction port 42 of the dust removal ventilation passage 40c is the ventilation passage of the housing 20c. However, when the bottom 52c of the dust removal ventilation passage 40c hits the bottom of the ventilation passage holder 100c at the lower position, the suction port 42c of the dust removal ventilation passage 40c corresponds to that of the housing 20c. It may be configured to protrude above the air passage opening 26c.
In addition, another protrusion formed above the protrusion 54c of the dust removal air passage 40c is hooked on the protrusion holding portion 108c of the air passage holder 100c in the dust remover 10c, and the dust removal air passage 40c remains. For dust removal where the outer end opening 91c of the hollow portion 92c of the pipe member 90c passes through the dust removal ventilation passage 40c and then protrudes upward from the ventilation passage opening 26c of the housing 20c. It may be in communication with the suction port 42c of the air passage 40c. In this modification, dust removal by the suction port 42c can be selected from a configuration in which the suction port 42c opens at the upper surface of the housing 20c and a configuration in which the suction port 42c protrudes from the upper surface of the housing 20c.

Configuration of Embodiment 5
In the present invention, it is also possible to switch the method of removing dust using a dedicated device for switching the air passage.
The dust remover 10d which can switch the system for removing dust by operating the air passage switcher will be described with reference to FIGS.
FIG. 15 is a perspective view of a dust remover 10d according to a fifth embodiment of the present invention. The dust remover 10d is a dust remover that removes dust adsorbed to a cleaning tool such as a handy wiper or an electrostatic cleaner, and is housed in a housing 20d that can accommodate the wiping portion of the cleaning tool, and inside the housing 20d. A dust path for ventilation 40d to be installed, and a ventilation path switching device 110d housed inside the dust path for ventilation 40d, wherein the housing 20d intersects the wiping portion of the cleaning tool with the axial direction of the grip portion It has an internal space of a size that can be moved in a direction.
The upper surface of the housing 20d is constituted by the lid 22d which can be opened and closed, and the lid 22d is provided with the upper surface opening 24d where the wiping portion of the cleaning tool can be inserted into the inside of the housing 20d; An air passage opening 26 d is provided to open the passage 40 d to the outside of the housing 20 d.
A pipe member 90d connectable to a vacuum cleaner is inserted through the side surface of the housing 20d, the pipe member 90d corresponds to the suction member of the present invention, and the hollow portion 92d of the pipe member 90d is the suction air passage of the present invention. It corresponds to

FIG. 16 is a perspective view of the dust remover 10 d in the state of FIG. 15 as seen from another angle with the lid 22 d hidden.
The hollow portion 92d of the pipe member 90d is open at the outer end opening 91d outside the side surface of the housing 20d and the inner end opening 93d inside the housing 20d, and the pipe member 90d is inside the outer ring 96d It is being fixed to the side of case 20d with ring 98d.
The dust removal ventilation path 40d is a hollow member whose cross section is rectangular and whose bottom 52d is fixed to the bottom surface of the housing 20d, and is an opening for the ventilation path of the internal opening 44d opened inside the housing and the housing 20d. It has a suction port 42d opened at a portion 26d. The internal opening 44d is a second opening that opens into the housing 20d at a first opening 46d connected to the inner end opening 93d of the pipe member 90d and a side opposite to the first opening 46d. It consists of part 48d. And the upper end of the side in which the 2nd opening 48d of the ventilation path 40d for dust removal was formed is notched, and the semicircular projection holding part 58d is formed.

  The air passage switching device 110d is a substantially plate-like member, and is provided with a rectangular parallelepiped blocking member 112d which can close the hollow portion of the air passage 40d for dust removal in the lower part. The inside of the dust removal ventilation path 40d can be moved up and down while facing the side surface where the second opening 48d of the path 40d is formed. Then, a protrusion 117d having a semicircular cross section and extending in the lateral direction is formed on an upper portion of the side surface of the plate-like portion on the side of the dust-collecting air passage 40d. A holding portion 118 d is formed in a rectangular parallelepiped shape at the tip of the side surface on the side.

FIGS. 15 and 16 show a state in which the protrusion 117 d of the air passage selector 110 d is hooked on the protrusion holding portion 58 d of the dust removal air passage 40 d by pulling up the air passage selector 110 d upward. 110 d can stay in this position. This position is called the upper position.
When the air passage selector 110d is in the upper position, as shown in FIG. 16, the blocking member 112d of the air passage selector 110d is above the first opening 46d and the second opening 48d of the dust passage 40d. Thus, the hollow portion 92d of the pipe member 90d is opened to the inside of the housing 20d through the first opening 46d and the second opening 48d of the dust removal ventilation passage 40d.
Then, in the state shown in FIG. 15, the end of the plate-like portion of the air passage selector 110d is pushed downward, so that the bottom of the blocking member 112d of the air passage selector 110d hits the bottom 52d of the dust passage 40d. The road changer 110d can be moved downward in the dust removal ventilation path 40d. When the bottom of the blocking member 112d of the air passage selector 110d hits the bottom 52d of the dust passage 40d, the tip of the plate-like portion of the air passage selector 110d is the air passage opening of the housing 20d. It is pushed down to a height of 26 d and the air passage switch 110 d can stay in this position. This position is called the lower position.

FIG. 17 shows a perspective view of the dust remover 10d when the air passage selector 110d is in the lower position. When the air passage selector 110d is at the lower position, the blocking member 112d of the air passage selector 110d is lower than the first opening 46d of the dust passage 40d, and the inner end opening 93d of the pipe member 90d is Opens inside the dust removal ventilation path 40d, and the plate-like portion of the ventilation path switch 110d blocks the second opening 48d of the dust removal ventilation path 40d, and the outer end of the hollow portion 92d of the pipe member 90d The opening 91 d communicates with the suction port 42 d of the dust removal ventilation path 40 d.
When the air passage switching device 110d is at the lower position, the holding portion 118d of the air passage switching device 110d protrudes laterally from the protrusion holding portion 58d of the dust passage for dust removal 40d, and the holding portion 118d is for ventilation for dust removal. It does not interfere with the path 40d.
Then, when moving the air passage switch 110d from the lower position to the upper position, the semicircular notch of the air passage opening 26d of the housing 20d and the protrusion holding portion 58d of the dust passage 40d are exposed. The holding portion 118d of the ventilation path switching device 110d can be pinched and pulled up. Then, when the protrusion 117 d of the air passage selector 110 d is pulled up to a position where it is hooked on the protrusion holding portion 58 d of the dust passage 40 d, the frictional resistance is sharply reduced.

[Effect of Example 5]
According to the dust remover 10d of the fifth embodiment, when the air passage selector 110d is moved to the upper position, the blocking member 112d of the air passage selector 110d is the first opening 46d and the second opening 46d of the dust passage 40d. The hollow portion 92d of the pipe member 90d is opened above the opening 48d and passes through the first opening 46d and the second opening 48d of the dust removal ventilation passage 40d into the inside of the housing 20d.
Then, when the air passage selector 110d is moved downward, the blocking member 112d of the air passage selector 110d becomes lower than the first opening 46d of the dust passage 40d, and the inner end opening of the pipe member 90d is opened. The portion 93d opens into the inside of the dust-collecting air passage 40d. Then, the plate-like portion of the air passage selector 110d blocks the second opening 48d of the air passage 40d for removing dust, and the outer end opening 91d of the hollow portion 92d of the pipe member 90d becomes the air passage 40d for removing dust. It communicates with the suction port 42d.
Therefore, according to the dust remover 10d of the fifth embodiment, the removal method in which the cleaning tool is shaken in the housing 20d to remove dust, and the ventilation for dust removal opened at the ventilation path opening 26d of the housing 20d. It is possible to switch the removal method for removing dust by placing a cleaning tool on the suction port 42d of the path 40d by a one-touch operation of moving the air passage switch 110d in the vertical direction.

Configuration of Embodiment 6
In the fifth embodiment, the dust remover 10d having the air passage selector configured to be stored in the dust passage is described. However, the configuration of the air passage switch is limited to the configuration to be stored in the dust passage. Absent.
The dust remover 10e provided with an air passage switch having a configuration different from that of the dust remover 10d will be described with reference to FIGS. 18 and 19.
The dust remover 10e is a dust remover that removes dust adsorbed to a cleaning tool such as a handy wiper or an electrostatic cleaner, and is housed in a housing 20e that can accommodate the wiping portion of the cleaning tool and inside the housing 20e. It is inserted into the dust path for dust 40e installed, the pipe member 90e inserted in the side surface of the housing 20e, and the side surface of the housing 20e, and is moved inward and outward with respect to the side surface of the housing 20e. And an air passage changer 110e capable of
FIG. 18 is a perspective view of the dust remover 10e in a state in which the air passage selector 110e is moved inward of the housing 20e. FIG. 19 is a diagram in which the air passage selector 110e is moved in the outward direction of the housing 20e. It is a perspective view of dust remover 10e of a state.

The housing 20e has an internal space large enough to swing the wiping portion of the cleaning tool in the direction intersecting the axial direction of the grip portion, and the upper surface of the housing 20e is constituted by an openable lid 22e. The lid 22e has an upper surface opening 24e for inserting the wiping part of the cleaning tool into the inside of the housing 20e, and an opening for air passage for opening the dust passage 40e to the outside of the housing 20e. 26e is provided.
The pipe member 90e has a hollow portion 92e, the pipe member 90e corresponds to the suction member of the present invention, and the hollow portion 92e of the pipe member 90e corresponds to the suction air passage of the present invention. The hollow portion 92e of the pipe member 90e is open at the outer end opening 91e outside the side surface of the housing 20e and the inner end opening 93e inside the housing 20e, and the pipe member 90e is inside the outer ring 96e It is being fixed to the side of case 20e with ring 98e.

Inside the housing 20e, an auxiliary air passage 120e is disposed in close contact with the dust-collecting air passage 40e. The auxiliary air passage 120e is a hollow member whose bottom is fixed to the bottom of the housing 20e and has a rectangular cross section, and includes an upper end opening 122e and a side opening 124e facing the dust removal air passage 40e There is.
The dust removal ventilation path 40e is a hollow member whose bottom is fixed to the bottom surface of the housing 20e and whose cross section is rectangular, and is an opening for the ventilation path of the internal opening 44e opened inside the housing 20e and the housing 20e. It has a suction port 42e opened at the portion 26e. The inner opening 44e is joined to the side opening 124e of the auxiliary air passage 120e at the first opening 46e connected to the inner end opening 93e of the pipe member 90e and the side opposite to the first opening 46e. And a second opening 48e.
Alternatively, the auxiliary air passage 120e may be separated from the dust passage 40e, and the side opening 124e of the auxiliary air passage 120e and the second opening 48e of the dust passage 40e may be connected by a pipe.

The air passage selector 110e is a plate-like member provided with a rectangular air hole 114e, and is inserted into the side surface of the housing 20e above the position where the pipe member 90e is inserted. It passes through the slit formed in the side, and is arranged in the state where it touches in the upper end opening 122e of auxiliary ventilation way 120e.
At the outer end of the case 20e of the air passage switching device 110e, a holding portion 118e having a thick plate is formed to make the air passage switching device 110e easy to grip, and the holding portion 118e is a case It has a thickness which can not be inserted into the side surface of the body 20e. And the latching | locking part 119e extended below is formed in the edge part inside the housing | casing 20e of the ventilation path switching device 110e.

When the holding portion 118e of the air passage switching device 110e is pinched and moved in the inner direction of the housing 20e until the holding portion 118e contacts the side surface of the housing 20e, the ventilation hole 114e of the air passage switching device 110e becomes the auxiliary air passage 120e. The upper end opening 122 e is opened to the inside of the housing 20 e by moving to a position overlapping the upper end opening 122 e. Then, the plate-like portion of the air passage switching device 110e shuts the air passage 40e for dust removal in the upper and lower portions, and the hollow portion 92e of the pipe member 90e passes the lower portion of the air passage 40e for dust removal and the auxiliary air passage 120e. It opens in the inside of case 20e.
Then, holding the holding portion 118e of the air passage switching device 110e and moving the holding portion 118e of the air passage switching device 110e in the outward direction of the housing 20e until the locking portion 119e of the air passage switching device 110e contacts the side surface of the auxiliary air passage 120e. The ventilation hole 114e moves to the hollow inside of the dust passage 40e so that the lower part and the top part of the dust passage 40e communicate with each other, and the plate-like part of the air passage switch 110e becomes the auxiliary ventilation passage 120e. The upper end opening portion 122e is shielded, and the outer end opening portion 91e of the hollow portion 92e of the pipe member 90e communicates with the suction port 42e of the dust removal ventilation path 40e.

[Effect of Example 6]
According to the dust remover 10e of the sixth embodiment, when the air passage switching device 110e is moved inward of the housing 20e until the holding portion 118e contacts the side surface of the housing 20e, the upper end opening 122e of the auxiliary air passage 120e is Is opened inside the housing 20e, the dust removal air passage 40e is shut off at the upper and lower portions, and the hollow portion 92e of the pipe member 90e passes through the lower portion of the dust removal air passage 40e and the auxiliary air passage 120e. It opens to the inside of 20e.
When the air passage selector 110e is moved in the outward direction of the housing 20e until the locking portion 119e contacts the side surface of the auxiliary air passage 120e, the lower and upper portions of the dust removal air passage 40e communicate with each other. The upper end opening 122e of 120e is shielded, and the outer end opening 91e of the hollow portion 92e of the pipe member 90e communicates with the suction port 42e of the dust removal ventilation passage 40e.
Therefore, according to the dust remover 10e of the sixth embodiment, the removal method in which the cleaning tool is shaken in the inside of the housing 20e to remove the dust, and the ventilation for dust removal opened at the air passage opening 26e of the housing 20e. It is possible to switch the removal method for removing dust by placing a cleaning tool on the suction port 42e of the passage 40e by one-touch operation of moving inward and outward directions with respect to the side surface of the chassis 20e of the air passage selector 110e.

[Other modification]
In the dust removers of the second to sixth embodiments, a rod-shaped auxiliary tool may be provided inside the housing. By repeatedly striking the wiping part of the cleaning tool on the auxiliary tool, it is possible to promote the detachment of the dust adsorbed to the wiping part. Further, if the assisting tool is configured to vibrate or rotate, separation of dust from the wiping unit of the cleaning tool can be promoted only by placing the wiping unit on the assisting tool. In addition, when it is set as a structure which equips the inside of a housing | casing with a rod-shaped auxiliary tool by the dust remover of Example 1, when using an auxiliary tool, it raises in the center part of a housing and uses and uses an auxiliary tool. When not in use, it can be stored along the side of the case so that storage of the vacuum cleaner is not hindered.
In the above embodiments, the air passage opening is provided on the upper surface of the housing, but the air passage opening is provided on the side surface of the housing, and the suction port of the dust passage for dust removal is opened on the side surface of the housing You can also In addition, if the dust passage is a fixed type, the dust passage can be branched to provide a plurality of suction ports.
In each of the above-described embodiments, the air passage for dust removal uses a hollow member having a rectangular cross section, but the air passage for dust removal may be a cylindrical member.
In addition, the dust remover according to the present invention can be implemented in various forms within the scope of the concept of the invention.

DESCRIPTION OF SYMBOLS 10, 10a, 10b, 10c, 10d, 10e Dust remover 20, 20a, 20b, 20c, 20d, 20e Housing | casing 22, 22a, 22b, 22c, 22d, 22e Cover 24, 24a, 24b, 24c, 24d, 24e Upper surface opening 26, 26a, 26b, 26c, 26d, 26e Air passage opening 28 Side opening 30 Outer door 31 Metal plate 32 Upper opening 34 Platform moving opening 36 Rail 38 Stopper 39 Holder 40, 40a, 40b , 40c, 40d, 40e Dust removal air passages 42, 42a, 42b, 42c, 42d, suction ports 44, 44a, 44b, 44c, 44d, 44e internal openings 46a, 46b, 46d, 46e first openings 48a , 48b, 48d, 48e second opening 50a shielding plate 52c, 52d bottom 54c protrusion 58d protrusion holding portion 60 Vacuum cleaner 62 Suction tool 64 Opening 66 Holding part 70 stand 72 air passage 74 stand opening 76 Vacuum cleaner suction port 77 Concave portion 78 Inner wall 79 Support bar 80 Handle 82 Roller 84 Metal plate 90a, 90b, 90c, 90d, 90e Pipe members 91a, 91b, 91c, 91d, 91e outer end openings 92a, 92b, 92c, 92d, 92e hollow portions 93a, 93c, 93d, 93e inner end openings 94a, 94b, 94c, 94d, 94e outer side 95b Openings 96a, 96b, 96c, 96d, 96e Outer ring 97b, Shielding members 98a, 98c, 98d, 98e Inner ring 100c, Air passage holder 102c, Pipe member connection port 104c, Side opening 106c, Upper opening 108c, Projection holder 110d, 110e Ventilation passage changer 112 d Blocking member 114 e Ventilation hole 1 17d Protrusions 118d, 118e Holding portion 119e Locking portion 120e Auxiliary ventilation path 122e Upper end opening 124e Side opening

Claims (9)

A dust remover for removing dust adsorbed to a cleaning tool comprising a wiping part for adsorbing dust and a holding part for holding,
It comprises: a housing capable of accommodating the wiping part of the cleaning tool; a ventilation path for dust removal installed inside the housing; and a suction member provided with a suction ventilation path connectable to a cleaner. ,
The housing has an internal space large enough to swing the wiping portion of the cleaning tool in a direction intersecting the axial direction of the gripping portion,
The dust-collecting air passage has a suction port for sucking dust adsorbed to the cleaning tool opened to the outside of the housing, and an internal opening opened to the inside of the housing.
An upper surface opening is provided on the upper surface of the housing for inserting the wiping portion of the cleaning tool into the inside of the housing, and a suction port for the dust path for dust removal is provided on the upper surface or side of the housing. An air passage opening is provided for opening to the outside of the housing,
The suction air passage of the suction member is opened to the inside of the housing by the operation of the suction member, and the suction air passage of the suction member is from the internal opening of the dust passage. A dust remover capable of switching a configuration communicating with a suction port of the dust removal air passage through the dust removal air passage. The dust remover according to claim 1, wherein an upper surface of the case is configured to be openable and closable,
The housing may house a vacuum cleaner, and the suction member may be a base installed at a bottom of the housing and used as a stand of the vacuum cleaner.
The internal opening of the dust path is configured to open at a lower portion of the housing,
At the lower part of the side surface of the housing, there is provided an opening for moving the base outside the lower part of the side surface of the housing,
The suction air passage is a table air passage provided inside the table, and the table air passage includes a table opening that opens to the outside of the table and a suction port for a vacuum cleaner that opens to the upper surface of the table. Equipped
A side opening is provided on the side surface of the case that corresponds to the moving path of the cleaner when the base in the mounted state of the cleaner is moved in and out of the case, and the cleaner is a part of the case When protruding from the upper surface opening, the upper surface opening of the case and the side edge of the upper surface which correspond to the moving path of the vacuum cleaner when moving the base with the vacuum cleaner placed in and out of the housing Provide a top opening cut out between the
A plate-like inner wall is attached to the upper surface of the table at a position opposite to the side opening of the case when the table is stored inside the case;
When the base is pulled out to the outside of the lower side of the side surface of the housing, the base opening of the base air passage opens into the inside of the housing, and the inner wall where the side opening of the housing is attached to the base Closed from the inside by
In the state where the vacuum cleaner is placed on the table and the table is stored inside the casing, the table opening of the table air passage is joined with the internal opening of the dust passage for dust removal, A dust remover in which a ventilation passage communicating with a suction opening of the dust removal ventilation passage from a suction port for a vacuum cleaner is formed. The dust remover according to claim 1, wherein
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. The pipe member is open at an inner end opening inside the housing and the side surface of the housing, and the pipe member is configured to be able to move the housing in and out by axial movement.
The internal opening of the dust-collecting ventilation path comprises a first opening on the side of the housing through which the pipe member can be inserted and a second opening inside the housing, the dust-collecting ventilation A shield is attached to the outside of the second opening of the road,
When the pipe member is moved in the inward direction of the casing, the outer peripheral portion of the pipe member is inserted into the first opening and the second opening of the dust passage, and the inside of the pipe member is moved. The tip on the side of the end opening pushes open the shielding plate, and the inner end opening of the hollow portion of the pipe member opens into the inside of the housing;
When the pipe member is moved outward of the casing, the outer peripheral portion of the pipe member is inserted only into the first opening of the dust passage, and the inner end of the hollow portion of the pipe member The opening is open to the dust passage, the second opening of the dust passage is closed by the shield plate, and the outer end opening of the hollow portion of the pipe member is the dust passage. A dust collector in communication with the suction port on the road. The dust remover according to claim 1, wherein
The suction member is a pipe member inserted into the side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the pipe member is moved in the axial direction to the inside and outside of the housing And can be moved to
The internal opening of the dust path is composed of a first opening on the side of the housing and a second opening inside the housing, and the first opening and the second opening are connected to the first opening and the second opening. The pipe member is inserted,
The outer end of the casing of the hollow portion of the pipe member is an open outer end opening, the inner end of the casing of the hollow portion is shielded by a shielding member, and the shielding of the pipe member In the part adjacent to the member, a side opening which is cut out until the outer peripheral part reaches the hollow part is formed,
When the pipe member is moved in the inward direction of the casing, the outer peripheral portion of the pipe member is inserted into the first opening and the second opening of the dust passage, and the side surface of the pipe member An opening opens into the interior of the housing;
When the pipe member is moved in the outward direction of the casing, the side opening of the pipe member is moved between the first opening and the second opening of the dust path for dust removal, thereby A dust remover in which the outer end opening of the hollow portion communicates with the suction port of the dust path. A dust remover for removing dust adsorbed to a cleaning tool comprising a wiping part for adsorbing dust and a holding part for holding,
It comprises: a housing capable of accommodating the wiping part of the cleaning tool; a ventilation path for dust removal installed inside the housing; and a suction member provided with a suction ventilation path connectable to a cleaner. ,
The housing has an internal space large enough to swing the wiping portion of the cleaning tool in a direction intersecting the axial direction of the gripping portion,
The dust-collecting air passage has a suction port for sucking dust adsorbed to the cleaning tool opened to the outside of the housing, and an internal opening opened to the inside of the housing.
An upper surface opening is provided on the upper surface of the housing for inserting the wiping portion of the cleaning tool into the inside of the housing, and a suction port for the dust path for dust removal is provided on the upper surface or side of the housing. An air passage opening is provided for opening to the outside of the housing,
The suction passage of the suction member is opened to the inside of the housing by the operation of the dust passage, and the suction passage of the suction member is an internal opening of the dust passage. A dust remover capable of switching a configuration of communicating with a suction port of the dust passage for dust removal from the part via the dust passage for dust removal. The dust remover according to claim 5, wherein
The air passage opening is provided on the upper surface of the housing,
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. Opening at the inner end opening inside the housing and the side of the housing,
A tubular air passage holder capable of accommodating the dust passage for dust removal is provided inside the housing, and the air passage holder is a pipe member connection port connected to the inner end opening of the pipe member And a side opening opening to the inside of the housing and an upper end opening,
The dust removing air passage has a bottom, and can be moved up and down in a state of being stored in the air passage holder, and can be held at a lower position and an upper position.
When the dust removal ventilation path is moved to the upper position, the bottom of the dust removal ventilation path is above the pipe member connection port and the side opening of the ventilation path holder, and the hollow portion of the pipe member is Open into the inside of the housing through a space below the dust-collecting air duct of the air duct holder,
When the dust removal air passage is moved to the lower position, the internal opening of the dust removal air passage overlaps the pipe member connection port of the air passage holder, and the side surface of the dust removal air passage is the air passage. A dust remover which closes a side opening of the holder, and the outer end opening of the hollow portion of the pipe member communicates with the suction port of the dust passage for dust removal through the dust removal air passage. A dust remover for removing dust adsorbed to a cleaning tool comprising a wiping part for adsorbing dust and a holding part for holding,
A housing capable of accommodating the wiping portion of the cleaning tool, a suction path for dust removal installed inside the housing, a suction member provided with a suction ventilation path connectable to a vacuum cleaner, and ventilation Equipped with a road changer,
The housing has an internal space large enough to swing the wiping portion of the cleaning tool in a direction intersecting the axial direction of the gripping portion,
The dust-collecting air passage has a suction port for sucking dust adsorbed to the cleaning tool opened to the outside of the housing, and an internal opening opened to the inside of the housing.
An upper surface opening is provided on the upper surface of the housing for inserting the wiping portion of the cleaning tool into the inside of the housing, and a suction port for the dust path for dust removal is provided on the upper surface or side of the housing. An air passage opening is provided for opening to the outside of the housing,
The suction passage of the suction member is opened to the inside of the housing by the operation of the air passage selector, and the suction passage of the suction member is the internal opening of the dust passage. A dust remover capable of switching a configuration communicating with a suction port of the dust removal air passage from the dust removal air passage. The dust remover according to claim 7, wherein
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. Opening at the inner end opening inside the housing and the side of the housing,
The internal opening of the dust path is composed of a first opening connected to the inner end opening of the pipe member and a second opening opened to the inside of the housing.
The air passage selector is a plate-like member housed inside the air passage for dust removal, and is provided with a blocking member capable of interrupting the air flow inside the air passage for dust removal, for dust removal It can be moved up and down while stored in the air passage, and can be held at the upper position and the lower position.
When the air passage selector is moved to the upper position, the blocking member of the air passage selector is above the first opening and the second opening of the dust passage, and the hollow portion of the pipe member is Opening into the interior of the housing through the first opening and the second opening of the dust path for dust removal;
When the air passage selector is moved to the lower position, the blocking member of the air passage selector is lower than the first opening of the dust passage, and the inner end opening of the pipe member is removed. The plate-like portion of the air passage switch closes the second opening of the air passage for dust removal, and the outer end opening of the hollow portion of the pipe member is removed. A dust collector that communicates with the suction port of the dust path. The dust remover according to claim 7, wherein
The suction member is a pipe member inserted into a side surface of the housing, the suction air passage is a hollow portion of the pipe member, and the hollow portion is an outer end opening of the side surface of the housing. Opening at the inner end opening inside the housing and the side of the housing,
An auxiliary air passage is installed inside the housing adjacent to the dust passage, and the auxiliary air passage has an upper end opening and a side opening facing the dust passage.
The internal opening of the dust removal ventilation path includes a first opening connected to the inner end opening of the pipe member and a second opening connected to the side opening of the auxiliary ventilation path.
The air passage selector is a plate-like member provided with air holes, and is inserted into the side surface of the housing above the position where the pipe member is inserted, and is formed on the side surface of the dust passage. It is arranged to pass through the slit and contact the upper end opening of the auxiliary air passage, and can be moved inward and outward with respect to the side surface of the housing,
When the air passage selector is moved inward of the housing, the air vent of the air passage selector is moved to a position overlapping the upper opening of the auxiliary air passage to move the upper opening to the position of the housing. The plate-like portion of the air passage switcher shuts the air passage for dust removal to the upper and lower portions, and the hollow portion of the pipe member is the lower portion of the air passage for dust removal and the auxiliary air passage. Open to the inside of the case through the road,
When the air passage selector is moved outward of the housing, the air vents of the air passage selector move to the inside of the dust passage, and the lower and upper portions of the dust passage communicate with each other. And the plate-like portion of the air passage selector shields the upper end opening of the auxiliary air passage, and the outer end opening of the hollow portion of the pipe member communicates with the suction port of the dust passage. Dust collector.

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