JP5425430B2 - Vacuum cleaner - Google Patents

Description

  The present invention relates to a vacuum cleaner, and in particular, when the connection with the suction hose is released in a gap or a space where the suction part of the vacuum cleaner does not enter, the operation of the brush stops. It relates to a working vacuum cleaner.

  Generally, a vacuum cleaner cleans the surrounding environment by sucking out foreign matters such as dust and dust using a motor.

  Such vacuum cleaners are classified as large, medium and small. Here, the small vacuum cleaner has a small volume and thus has good portability, and is used to clean a small space such as an automobile, and has an advantage that the volume is small and the arrangement is easy.

  In addition, it has recently been used to clean fibers that can easily attract dust or dust, such as futons and cappets, but these fibers can sterilize pests such as bacteria and mites. And UV lamps are installed for insecticidal use.

  As shown in FIG. 1, the small vacuum cleaner includes a main body 10, a motor 20 that is coupled to the inside of the main body 10, and sucks foreign matter by being connected to a suction port of the main body 10. 50, a brush 40 coupled to the suction unit 50, an ultraviolet lamp 30 positioned in front of the brush 40, and a dust collection box 60 that contains foreign matter.

  Therefore, such a vacuum cleaner uses a suction passage connected to a suction portion located in front by driving a motor to suck foreign matter. And the attracted foreign material is laminated | stacked on the filter located in front of a motor. Furthermore, it sterilizes and kills insects by irradiating ultraviolet rays from an ultraviolet lamp.

  However, conventionally, there is a problem that the operation of only the brush cannot be stopped although the operation of the brush is not necessary.

  The present invention was created to solve these problems, and when used in a place where a gap or suction part cannot enter and exit, the suction hose coupled to the foreign matter discharge port is released to remove the suction. Provided is a vacuum cleaner in which a brush switch is turned off by a switch projection when the brush switch is turned off by a switch projection of the hose and a suction hose is coupled to a foreign matter discharge port.

  The present invention includes a motor that is located inside and sucks air, a suction port that is formed rearward for air suction of the motor, a suction portion that is formed forward to suck foreign matter, and the suction portion. A main body having a foreign matter discharge port, both ends coupled to the suction port and the foreign matter discharge port, and a suction hose that serves as a suction passage, and a suction hose that is coupled to the suction portion and strikes dust on the fabric and the cleaning portion Therefore, a brush driven by a brush motor and a brush switch for controlling the brush motor according to whether or not the foreign matter discharge port and the suction hose can be connected are included.

  Preferably, the suction hose includes a switch protrusion that is formed at a portion that is coupled to the foreign matter discharge port and that turns the brush switch on (ON) and off (OFF).

  At this time, it is preferable that the main body further includes a lamp housing coupled to the front of the suction portion and an ultraviolet lamp attached to the lamp housing for sterilization.

  The lamp housing is preferably an integral type integrated with the main body. Here, the ultraviolet lamp is preferably controlled by the brush switch.

  The ultraviolet lamp is preferably controlled by a main switch that controls the motor. When the lamp housing is of a separated type, the ultraviolet lamp includes a power supply terminal for power connection so that power can be supplied to the ultraviolet lamp, and a lamp switch coupled to the power supply terminal for controlling the power supply. It is preferable to include.

  Here, it is preferable that the ultraviolet lamp includes a lamp switch that is switched when contacting the ground. Such a main body has a dust collection box coupled so as to protrude rearward of the main body, and a lid having a fastening portion coupled to one side of the dust collection box by a hinge and fastened to the other side. It is preferable to contain.

  Preferably, the main body includes a brush lamp that displays the operation of the brush, an ultraviolet operation lamp that displays the operation of the ultraviolet lamp, and a motor lamp that displays a vacuum state by driving the motor. . And it is preferable that the said brush switch is a detection type switch which detects the said suction hose.

  In this case, the main body has a discharge port for discharging the circulating air discharged from the motor and a duct for changing the direction of the circulating air discharged through the discharge port formed on the side surface. It is preferable to include an air outlet.

  The present invention connects the main body and the suction part with a suction hose, and when used in a place where there is no gap or suction part, the action of the brush is released by releasing the connection of the suction hose connected to the foreign matter discharge port. Can be stopped and the brush can be operated by being coupled again, thereby providing an effect that the brush can be operated easily.

  Hereinafter, a vacuum cleaner according to the present invention will be described in detail with reference to the accompanying drawings.

  2 is a perspective view showing an embodiment of a vacuum cleaner according to the present invention, FIG. 3 is a cross-sectional view showing the embodiment of FIG. 2, and FIG. 4 is a plan view showing the embodiment of FIG. FIG. 5 is a sectional view showing the brush switch of the embodiment of FIG. 2, and FIG. 6 is a circuit diagram for explaining the operational relationship of the embodiment of FIG.

  As shown in FIGS. 2 to 4, the present embodiment includes a suction unit 130 coupled to the front, a main body 110 having a motor 116 therein for sucking in foreign matter, and both ends of the suction unit 130 and foreign matter. The suction hose 120 coupled to the discharge port 134, the brush 140 coupled to the suction unit 130, the ultraviolet lamp 150 positioned in front of the brush 140, and the brush 140 are electrically connected to display the operation of the brush 140. A brush lamp 143 for performing the operation, an ultraviolet operation lamp 155 for displaying the operation of the ultraviolet lamp 150, and a motor lamp 119 for displaying the vacuum state by the operation of the motor 116.

  Here, the ultraviolet automatic lamp 155, the motor lamp 119, and the brush lamp 143 inform the user of the operations of the brush 140, the motor 116, and the ultraviolet lamp 150 so that unnecessary operations can be prevented.

  The main body 110 is located inside and sucks out foreign matter, a motor 116, a suction portion 130 coupled to the front, a suction port 114 formed on a rear side surface of the main body 110, and a rear of the main body 110. And a dust collection box 160 that collects foreign matter and an air discharge port 118 that prevents the foreign matter from floating by circulating air discharged to the outside by the motor 116.

  In addition, wheels 117 are formed on the bottom surfaces of the main body 110 and the suction unit 130, and a string can be coupled to improve portability. Here, the wheel 117 minimizes the frictional force with the ground when in use.

  The motor 116 is coupled to the inside of the main body 110, and a blower that forms a vacuum state is coupled so that foreign matter can be sucked. The motor 116 is driven by the main switch S10.

  Here, the blower is a device that is coupled to the output shaft of the motor 116 to form a vacuum state. In this manner, the blower can be coupled to the motor 116 to vacuum the inside of the main body 110 and suck foreign matter. This blower is generally known and will not be described in detail here.

  The suction part 130 is formed in a horizontally long position in front of the main body 110. The suction portion 130 includes a foreign matter suction port 132 and a foreign matter discharge port 134 so that the foreign matter can be sucked by being connected by the suction port 114 and the hose.

  The adsorbing portion 130 sucks foreign matter through a horizontally long foreign matter suction port 132 and flows again into the suction port 114 formed behind the main body 110 via the foreign matter discharge port 134.

  The suction port 114 is formed at the rear of the main body 110 and serves as an inlet through which foreign matter discharged through the foreign matter discharge port 134 flows into the main body 110.

  The air discharge port 118 is formed on the side surface of the main body 110, and includes a discharge port 118a through which air is discharged, and a duct 118b that is formed on the discharge port 118a side and converts the air discharged from the discharge port 118a upward. Including.

  Such an air outlet 118 changes the air flow upward so that foreign matter does not float due to the air discharged by the motor 116.

  The dust collection box 160 includes a lid that is coupled so as to protrude rearward from the main body 110 and includes a fastening portion 164 that is coupled by a hinge 162 on one side and is coupled by fastening on the other side.

  The lid 161 has an advantage that if the amount of foreign matter in the dust collection box 160 increases, the coupling of the fastening portion 164 can be easily released and the foreign matter can be discarded.

  The dust collection box 160 is formed to be transparent so that the inside of the dust collection box 160 can be seen filled with foreign matter.

  The suction hose 120 connects the foreign matter discharge port 134 of the suction unit 130 and the suction port 114 formed at the rear of the main body 110 to serve as a foreign matter movement path, and in a space or a place where the suction unit 130 cannot enter. At the time of use, the suction hose 120 is detached so that foreign matter can be sucked.

  The suction hose 120 includes a switch protrusion 122 for operating the brush switch S20.

  The brush 140 is coupled to the suction unit 130 to beat the dust of the fabric and the cleaning unit, and the brush motor 142 that drives the brush 140 and the suction motor 120 depending on whether the suction hose 120 can be connected to the foreign matter discharge port 134 of the suction unit 130. And a brush switch S20 for controlling 142. Here, the brush motor 142 has an output of AC 70W.

  As shown in FIG. 5, here, the brush switch S20 is coupled to the moving space formed on the side surface of the main body, and is connected to the negative terminal 125 and the positive terminal 127 formed at the lower end of the moving space, and the brush switch S20. And a spring 124 that generates an elastic force.

  When the suction hose 120 is coupled to the foreign matter discharge port 134, the brush switch S20 enables the brush 140 to operate when the suction switch 120 is turned on, and when the suction hose 120 is released from the foreign matter discharge port 134, When the brush switch S20 is turned off, the operation of the brush 140 is stopped. Such a brush switch S20 is a push button switch.

  More specifically, when the suction hose 120 is inserted and coupled to the foreign matter discharge port 134, the switch protrusion 122 of the suction hose 120 presses the brush switch S20, and the brush switch S20 compresses the spring 124 while moving in the moving space 126. The-terminal 125 and the + terminal 127 which are spaced apart from each other inside the moving space 126 are electrically connected, and the brush motor 142 can be driven.

  When the coupling of the suction hose 120 from the foreign matter discharge port 134 is released, the push state by the switch protrusion 122 is released. At this time, the brush switch S30 returns to the original position by the elastic force of the spring 124 that has been compressed. Therefore, the spring 124 compressed by the switch protrusion 122 is released and elastic force is generated.

  Therefore, the electrical connection between the negative terminal 125 and the positive terminal 127 in the moving space 126 is released by the return of the brush switch S20, and thereby the power supply of the brush is cut off. Then, the power supply is quickly shut off by releasing the connection between the negative terminal 125 and the positive terminal 127.

  On the other hand, the brush switch S20 can be a detection type switch that detects whether or not the suction hose 120 is coupled. Such a detection type switch is switched by detecting light or detecting a physical operation or touching it.

  Therefore, a contact sensor, a light detection sensor, a motion detection sensor, or the like is used for the brush switch S20.

  The ultraviolet lamp 150 is coupled to a lamp housing 152 coupled to the front of the suction unit 130 and is operated by the main switch S10. The lamp housing 152 is integrally coupled to the front of the suction portion 130.

  FIG. 7 is a sectional view showing another embodiment of the vacuum cleaner according to the present invention.

  As shown in FIG. 7 or FIG. 9, in this embodiment, the lamp housing 152 is integrally joined, but as a different embodiment, it is formed as a separate type.

  Such a separate lamp housing 152 is slidingly coupled to a home 137 formed on the surface of the suction portion 130 with a housing protrusion 154 formed thereon. In this case, a power terminal 136 and a lamp switch S30 are included to connect a power source.

  The power terminal 136 is in contact with a home terminal 137 connected to a lamp switch S30 that controls the power of the main switch S10. The power supply terminal 136 connected in this way is connected to a home terminal 137 provided at the home, whereby power is supplied to the ultraviolet lamp 150.

  Such a lamp switch is connected between the main switch S10 and the home terminal 137 to control the power supply.

  FIG. 8 is a circuit diagram for explaining another embodiment of the ultraviolet lamp of the vacuum cleaner according to the present invention.

  As shown in FIG. 8, in the present embodiment, the ultraviolet lamp 150 is operated by the main switch, but unlike this, it can be operated by the brush switch S20. By operating with the brush switch S20, when the suction hose 120 coupled to the foreign matter discharge port 134 of the suction unit 130 is released when used in a space or a place where the suction unit 130 cannot enter, the brush 140 also operates. The operation of the ultraviolet lamp 150 is also stopped. Accordingly, when the operation of the ultraviolet lamp 150 is not necessary, the ultraviolet lamp 150 can be turned off, and power consumption can be reduced.

  FIG. 9 is a circuit diagram for explaining still another embodiment of the ultraviolet lamp of the vacuum cleaner according to the present invention, and FIG. 10 is a sectional view showing the embodiment of FIG.

  As shown in FIG. 9, in the present embodiment, the ultraviolet lamp 150 is directly supplied with power by the main switch S10, but this is coupled to the main switch S10 and the ultraviolet lamp 150 as another embodiment. A lamp switch S30 for controlling the ultraviolet lamp 150.

  At this time, the lamp switch S30 is formed in one of a built-in type incorporated in the main body 110 or an exterior type not coupled to the main body 110.

  As shown in FIG. 10, the lamp switch S30 is a switch that is turned “on” when contacting the ground. A push button switch is used as such a switch.

  In the lamp switch S30, at the moment when the wheel 117 and the ground contact, the wheel 117 presses the lamp switch S30, the lamp switch S30, the -lamp terminal 157 and the + lamp terminal 156 are contacted, and the power is applied. As a result, the ultraviolet lamp 150 is operated, and when the present embodiment is separated from the ground again, the lamp switch S30 pressed by the wheel 117 is released. In this case, the lamp switch S30 is returned to the original state by the spring 157. Return to state.

  As described above, when the lamp switch S30 is returned to the original state, the −lamp terminal 157 and the + lamp terminal 156 are disconnected, and the operation of the ultraviolet lamp 150 is stopped.

  As described above, the reason why the wheel 117 is turned on when it is brought into contact with the ground and is turned off when the wheel 117 is separated from the ground is that the ultraviolet rays from the ultraviolet lamp 150 are harmful to human skin and eyes. The lamp switch S30 is turned “ON” when the user is away from the ground, and the lamp switch S30 is turned “OFF” so as not to get into the user's skin or eyes when the user is away from the ground.

  On the other hand, the lamp switch S30 can be a contact sensor that detects light, a light detection sensor, a one-touch sensor, or the like.

  Therefore, the ultraviolet lamp 150 can be automated depending on whether or not the wheel 117 and the ground can be contacted using the lamp switch S30 using a contact sensor, a light detection sensor, and a one-touch sensor. More specifically, since the ultraviolet rays from the ultraviolet lamp 150 are harmful to the user's skin and eyes, the lamp switch S30 is turned on when it touches the ground, and is turned off when it does not touch the ground. .

  In addition, switching is performed at the moment when the wheel 117 comes into contact with the ground, and the switched one at the moment when the wheel 117 is separated from the ground is turned off, so that switching can be easily performed.

  Hereinafter, with reference to the attached drawings, the operational relationship of the embodiment according to the present invention will be described.

  As shown in FIGS. 2 to 6, in the present embodiment, when the user turns on the main switch S10 to clean a space such as a car or a room, the motor 116 sucks air while driving. At this time, the motor lamp 119 that displays the vacuum state is turned on by the operation of the motor 116 to display the vacuum state.

  In this case, the suction force is transmitted to the foreign matter suction port 132 by the suction hose 120 whose one side is coupled to the suction port 114 and the other side is connected to the substance discharge port 134 to suck the foreign matter.

  The foreign matter sucked in this way flows into the main body 110 and is collected in the dust collection box 160.

  Here, normally, the suction hose 120 is used by being coupled to the foreign matter discharge port 134. However, in order to remove foreign matter between the places where the suction part 130 cannot enter or the gap, the suction hose 120 is connected to the foreign matter discharge port 134. Use after unbonding.

  When the suction hose 120 is coupled to the foreign matter discharge port 134, the switch moves in the moving space 126 by the switch protrusion 122 of the suction hose 120 and connects the − terminal 125 and the + terminal 127, whereby the brush motor 142. Is driven. At this time, the brush motor 144 is driven and the brush lamp 143 is turned on to indicate that it is in a vacuum state.

  On the other hand, when the suction hose 120 is released from the foreign matter discharge port 134, the switch of the switch protrusion 122 of the suction hose 120 moves through the moving space 126, and the connection between the negative terminal 125 and the positive terminal 127 is released. And the operation of the brush 140 is stopped. At this time, the brush lamp 143 is turned off.

  When the main switch S10 is turned on, power is applied to the ultraviolet lamp 150, and the ultraviolet lamp 150 is attached to sterilize and kill insects. At this time, an ultraviolet ray operation lamp 155 for indicating the operation of the ultraviolet ray lamp 150 is turned on.

  After use, when the dust collection box 160 is full of foreign matter, the coupling of the fastening portion can be released and the foreign matter can be easily discarded.

It is a top view which shows the conventional vacuum cleaner. It is a perspective view showing an embodiment of a vacuum cleaner concerning the present invention. It is sectional drawing which shows embodiment of FIG. It is a top view which shows embodiment of FIG. It is sectional drawing which shows the brush switch of embodiment of FIG. FIG. 3 is a circuit diagram shown for explaining the operational relationship of the embodiment of FIG. 2. It is sectional drawing which shows other embodiment of the vacuum cleaner which concerns on this invention. It is a circuit diagram shown in order to demonstrate other embodiment of the ultraviolet lamp of the vacuum cleaner which concerns on this invention. It is a circuit diagram shown in order to demonstrate other embodiment of the ultraviolet lamp of the vacuum cleaner which concerns on this invention. It is sectional drawing which shows embodiment of FIG.

Explanation of symbols

110 Main body 120 Suction hose 130 Suction part 140 Brush 150 Ultraviolet lamp 160 Dust collection box S10 Main switch S20 Brush switch S30 Lamp switch

Claims (12)

Located inside is formed at the rear of the motor main body for sucking air, and a suction portion which is formed in front to aspirate dust suction port and textiles and cleaning unit air sucked is it pass by the motor A main body having a dust outlet of the fabric and the cleaning part formed in the suction part;
A suction hose having both ends connected to the suction port and the dust and the dust discharge port of the cleaning unit, and serving as a suction passage;
A brush which is coupled to the suction part and is driven by a brush motor to beat the dust of the fabric and the cleaning part;
When the suction hose is connected to the dust outlet of the fabric and the cleaning part , the brush switch is turned on and the brush motor is activated.When the suction hose is released from the dust outlet of the textile and the cleaning part , the brush is A brush switch for controlling the brush motor by stopping the operation of the brush motor by turning off the switch;
Including
The suction hose is configured to have a switch projection on its body side part,
The brush switch is provided so as to protrude from the side surface of the main body, and is configured to move perpendicularly to the suction hose side surface of the main body.
Brushes, when the suction hose is coupled to the outlet of the dust fabrics and cleaning unit, and a switch projection of the suction hose, in contact with the brush switch body, and driving the brush motor brush switch is turned on When the brush is activated and the suction hose is released from the dust and the dust outlet of the cleaning section, the suction hose switch protrusion and the main body brush switch are separated, the brush switch is turned off and the brush motor is driven. A vacuum cleaner characterized by being configured to stop and stop the operation of the brush . The switch protrusion of the suction hose is
2. The vacuum cleaner according to claim 1, wherein the vacuum switch is formed on a portion of the fabric and the cleaning unit that is connected to a dust discharge port to turn the brush switch on and off. The body is
A lamp housing coupled to the front the Aspirate unit,
An ultraviolet lamp mounted on the lamp housing for sterilization and disinfection;
The vacuum cleaner according to claim 1, further comprising: The lamp housing is
4. The vacuum cleaner according to claim 3, wherein the vacuum cleaner is formed integrally with the main body. The ultraviolet lamp is
When the suction hose is coupled to the outlet of the dust fabrics and cleaning unit, brush switch ultraviolet lamp is operated together with the operation of the brush caused by the driving of the brush motor is turned on, the Aspirate portion of the fabric and the cleaning unit When the suction hose connected to the dust discharge port is released, the brush motor is stopped, the brush operation is stopped, and the ultraviolet lamp operation is also stopped. Item 4. A vacuum cleaner according to item 3. The ultraviolet lamp is
The vacuum cleaner according to claim 3, wherein the vacuum cleaner is controlled by a main switch that controls the motor. The ultraviolet lamp is
When the lamp housing and the main body are separated from each other , a power supply terminal for connecting a power supply so that power can be supplied from the main body to the ultraviolet lamp,
A lamp switch to control the power supply;
The vacuum cleaner according to claim 3, comprising: The ultraviolet lamp is
Claim wheels of a body operating contact Then ultraviolet lamp on the ground, wheels of a body and having a lamp switch you stop the operation of the ultraviolet lamp is separated from the ground 3 Vacuum cleaner as described in In the main body,
A dust collection box coupled so as to protrude rearward of the main body;
A lid having a fastening part coupled to a hinge on one side of the dust collection box and fastened to the other side;
The vacuum cleaner according to claim 1, comprising: In the main body,
A brush lamp for displaying the operation of the brush;
An ultraviolet operation lamp for displaying the operation of the ultraviolet lamp;
A motor lamp for displaying a vacuum state by operation of the motor;
The vacuum cleaner according to claim 3, comprising: The brush switch
The vacuum cleaner according to claim 1, wherein the vacuum cleaner is a detection type switch that detects whether or not the suction hose is coupled . The body is
A discharge port formed on the side surface for discharging air discharged by the motor;
The vacuum cleaner according to claim 1, further comprising: an air discharge port having a duct that changes a direction of air discharged through the discharge port upward.

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