JP3151944U - Mop dehydrator - Google Patents

Abstract

The present invention provides a mop dewatering device capable of performing dewatering simply and reliably. A mop dewatering device includes a first space, a second space communicating with the first space, a dewatering tank 13 disposed in the first space, and a dewatering control unit. The dewatering tank 13 has a plurality of drain holes 131. The dehydration control unit 14 includes a pedestal 141, a pedal 142, a transmission base 143, a connecting portion 144 disposed on the transmission base 143, a first gear 145 connected to the connecting portion 144, and a first gear. A transmission member having a second gear 146 connected to 145, one end disposed on the pedestal 141, and the other end fixed to the bottom of the dewatering tank 13, and an end of the transmission member And a one-way rotary bearing 147 connected to the second gear 146. [Selection] Figure 1

Description

  The present invention relates to a mop dewatering device, and more particularly to a mop dewatering device that performs dewatering simply and reliably.

  Conventional wet mops are roughly classified into two types, a sponge type and a brush type, depending on the type of the mop head. Since the dewatering device with a sponge sandwiched in the head of the sponge-type mop is installed, dehydration can be performed easily, but since the expansion range of the sponge is limited, when cleaning the floor, A blind spot that could not be cleaned up sometimes occurred. In addition, the brush-type mop head can be used as a material for a brush, such as cloth or cotton, which is soft and long enough to absorb water, and the brush must be deformed and expanded. However, the brush mop head has the disadvantage that water removal is troublesome.

  A mop head with a conventional brush was not easy and not hygienic because the mop had to be squeezed manually. Therefore, using a plastic bowl-shaped water removal device, the mop head provided with the brush was put into the plastic bottle and rotated. However, with this method, a large amount of moisture remains in the brush even after squeezing, and a plastic rod is placed on the edge of the bucket, so when squeezing the brush the force is not evenly applied or the force is too large There was a risk of overturning the bucket, which was not practical.

  Therefore, there has been a demand for a mop dewatering device that can perform dewatering simply and reliably.

  An object of the present invention is to provide a mop dewatering device that can perform dewatering simply and reliably.

  In order to solve the above-described problem, according to the first aspect of the present invention, the first space, the second space communicating with the first space, and the escape disposed in the first space. A water tank, and a dehydration control unit, wherein the dewater tank is a mop dewatering device having a plurality of drain holes used for draining water into the first space and the second space, The dehydration control unit is disposed on the pedestal, the pedal, and the pedestal, is displaced with the movement of the pedal, and is returned to the position before the operation with the pedal by an elastic member, and disposed on the transmission base. A connecting portion, a first gear connected to the connecting portion, a second gear connected to the first gear, one end disposed on the pedestal, and the dehydrating tank A transmission member having the other end fixed to the bottom, and Externally fitted to an end of the transmission member, the mop dewatering apparatus characterized by having a one-way rotary bearing which is connected to the second gear is provided.

  Moreover, it is preferable that the said elastic member has one edge part connected to the said transmission base, and the other edge part connected to the convex surface on the said base.

  Moreover, it is preferable that a fixing member fixed to the bottom of the first space is fitted on the transmission member.

  The fixing member is preferably a bearing.

  According to the mop dewatering device of the present invention, dewatering can be performed easily and reliably.

It is a disassembled perspective view which shows the internal structure of the mop dehydration apparatus by one Embodiment of this invention. It is sectional drawing which shows the mop dehydration apparatus by one Embodiment of this invention. It is a perspective view which shows a state when the mop dehydration apparatus by one Embodiment of this invention is assembled. It is a perspective view which shows the state when operating the mop dehydration apparatus by one Embodiment of this invention. It is a perspective view which shows the state when operating the mop dehydration apparatus by one Embodiment of this invention.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. Note that the present invention is not limited thereby.

  Please refer to FIG. As shown in FIGS. 1 to 3, the mop dewatering apparatus according to an embodiment of the present invention mainly includes a dewatering tank 13 and a dewatering control unit 14. The dehydration control unit 14 mainly includes a base 141, a pedal 142, a transmission base 143, a connecting portion 144, a first gear 145, a second gear 146, a one-way rotary bearing 147, a transmission member 148, and an elastic member 149. The transmission base 143 is disposed on the pedestal 141 and is displaced with the movement of the pedal 142, and the transmission base 143 and the pedal are returned to the positions before the operation by the elastic member 149. The elastic member 149 has one end connected to the transmission base 143 and the other end connected to a convex surface 1411 provided on the pedestal 141. Therefore, when the pedal 142 is pressed, the pedal 142 moves forward and displaces as the transmission base 143 moves forward, and the position where the elastic member 149 and the convex surface 1411 are connected does not change. The elastic member 149 is extended with the forward movement, and the force to press the pedal 142 is lost. Thereafter, the transmission base 143 is returned to the original position by the recovery elasticity of the elastic member 149, and the pedal 142 is returned to the original position before being pressed. The connecting portion 144 is disposed on the transmission base 143 and is connected to the first gear 145 connected to the second gear 146. The transmission member 148 has one end connected to the base 141 and the other end fixed to the bottom of the dewatering tank 13. The one-way rotary bearing 147 is fitted on the end of the transmission member 148 and is in contact with the second gear 146.

  Further, since the dewatering tank 13 is also rotated with the rotation of the transmission member 148, the structure in which the transmission member 148 and the dehydration tank 13 are positioned only by the pedestal 141 is inferior in stability. It can prevent shaking. Therefore, the stability of the structure can be improved by fitting the fixing member 150 on the transmission member 148 and fixing the fixing member 150 to the bottom of the first space (not shown). Further, since the fixing member 150 that is externally fitted on the transmission member 148 is a bearing, the rotation of the transmission member 148 is not adversely affected.

  As shown in FIGS. 4 and 5, the mop dehydrator 10 according to the embodiment of the present invention mainly includes a first space (not shown), a second space 11 communicating with the first space, The dehydration tank 13 arrange | positioned in the 1st space and the dehydration control unit 14 are included. The dewatering tank 13 has a plurality of drain holes 131 used for draining water into a first space (not shown) and a second space. When dehydrating the mop 20, first, the mop 20 is placed in the dehydration tank 13, and then the mop 20 is rotated by the rotation of the dehydration tank 13 of the dehydration control unit 14. Is performed by a rotary extrusion method. Then, the water taken out from the mop 20 is discharged into a first space (not shown) from a plurality of drain holes 131 provided at the edge of the dewatering tank 13 and communicated with the first space (not shown). By discharging water into the second space 11 and temporarily storing it, the amount of water stored in the mop dewatering device 10 can be increased. When the user dehydrates the mop, the user places the mop 20 in the dehydration tank 13 and then steps on the pedal 142 with his / her foot. As a result, the transmission base 143 that receives the pressing force from the pedal 142 moves forward and is displaced. The first gear 145, the second gear 146, the one-way rotary bearing 147 and the transmission member 148 are sequentially rotated by the connecting portion 144 connected to the transmission base 143. Even when the connecting portion 144 rotates the first gear 145 and the second gear 146 in the reverse direction when the transmission base 143 returns to the original position, the one-way rotary bearing 147 does not rotate in the opposite direction but in one direction. Similarly, the transmission member 148 does not rotate in the opposite direction. Thus, by rotating the transmission member 148, the dehydration tank 13 can be rotated at high speed, and the water in the mop 20 can be squeezed.

  When the user removes his / her foot from the pedal 142, the recovery elasticity of the stretched elastic member 149 returns the pedal 142 and the transmission base 143 to their original positions, and when the user steps on the pedal 142 again, the force of the rotary push on the mop 20 increases. The water in the mop 20 is extruded again and discharged several times. Thereby, the dehydration of the mop 20 can be performed completely. Since the mop dewatering device 10 of the present embodiment generally uses the advantage that the foot force is greater than the hand force, it is possible to obtain a dewatering effect superior to squeezing and drying the mop 20 by hand. As described above, the mop dewatering device of the present embodiment is very practical because dewatering can be performed easily and efficiently without dirtying hands.

  Conventionally, when a mop is washed, it is generally necessary to go to a place with water to wash or bring a bucket close to the place to be cleaned, and a general bucket has no dehydration function, so the user I had to squeeze with both hands. For this reason, the dehydration effect is poor and both hands may be soiled. In this embodiment, since clean water can be stored in the second space 11, when the user cleans the mop with clean water, the mop is washed in the second space 11 and the mop is dehydrated by the above-described method. It can be performed. Therefore, it is possible to continue to use the mop without having to go to a place with water and wash it. Thus, the use efficiency of the mop can be improved.

  Further, when the water in the mop dewatering device 10 is exchanged, the mop dewatering device 10 can be easily transported to a place with water or from a place with water to a place for cleaning. Further, a handle 12 may be added.

  The preferred embodiments of the present invention have been disclosed as described above so that those skilled in the art can understand them, but these do not limit the present invention in any way. Various changes and modifications can be made without departing from the spirit and scope of the present invention. Accordingly, the scope of the utility model registration claim of the present invention should be broadly interpreted including such changes and modifications.

10 Mop dehydrator 11 Second space 12 Handle 13 Dewatering tank 131 Drain hole 14 Dehydration control unit 141 Base 1411 Convex surface 142 Pedal 143 Transmission base 144 Connecting portion 145 First gear 146 Second gear 147 Unidirectional rotating bearing 148 Transmission Member 149 Elastic member 150 Fixed member 20 Mop

Claims (4)

A first space, a second space communicating with the first space, a dehydration tank disposed in the first space, and a dehydration control unit, wherein the dehydration tank includes the first space A mop dewatering device having a plurality of drain holes used for draining moisture into the space and the second space,
The dehydration control unit includes:
A pedestal,
Pedal,
A transmission base disposed on the pedestal, displaced with movement of the pedal, and returned to a position before operation together with the pedal by an elastic member;
A connecting portion disposed on the transmission base;
A first gear connected to the coupling portion;
A second gear connected to the first gear;
A transmission member having one end disposed on the pedestal and the other end fixed to the bottom of the dewatering tank;
A mop dewatering device comprising: a one-way rotary bearing that is externally fitted to an end portion of the transmission member and connected to the second gear.   The mop dewatering device according to claim 1, wherein the elastic member has one end connected to the transmission base and the other end connected to a convex surface on the pedestal.   The mop dewatering device according to claim 1, wherein a fixing member fixed to a bottom portion of the first space is fitted on the transmission member.   The mop dewatering device according to claim 3, wherein the fixing member is a bearing.

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