WO2011137730A1

WO2011137730A1 - Mop bucket

Info

Publication number: WO2011137730A1
Application number: PCT/CN2011/073503
Authority: WO
Inventors: 赵一美
Original assignee: Zhao Yimei
Priority date: 2010-05-04
Filing date: 2011-04-29
Publication date: 2011-11-10

Abstract

A mop bucket is provided. A cleaning part (1) and a dehydrating part (2) are arranged in the mop bucket. A rotatable dehydrating basket (3) is arranged in the dehydrating part (2). The dehydrating basket (3) is arranged on an installing seat (4) higher than the mop bucket bottom and is driven by a rotating mophead to rotate. A rotatable cleaning frame (6) is arranged in the cleaning part (1) and is arranged at the lower part of the cleaning part (1). The cleaning frame (6) is driven by the rotating mophead to rotate.

Description

Mop bucket and mop and mop cleaning method Technical field:

The invention relates to a mop bucket and a mop and a mop cleaning method.

Background technique:

At present, various mop bucket structures are numerous. For example, Chinese patent 200920160684. 6 proposes a "free-to-step dewatering bucket". In the technical solution, the step-less dewatering bucket comprises: a barrel body, a dewatering tank and a rotating member; wherein the top surface of the barrel body is an opening, and a mounting seat is arranged from a bottom surface of the barrel body, And a fixing shaft is fixed on the mounting seat, the dewatering groove is sleeved on the supporting shaft; the rotating member is sleeved between the supporting shaft and the bottom of the dewatering groove, so that the dewatering groove is opposite to the branch The shaft is free to rotate. This step-free dewatering bucket can be dehydrated without stepping on it. However, the above-mentioned dewatering bucket can only clean the mop head by means of up-and-down pulling, and the mop head cannot be rotated and cleaned in water, so that the cleaning effect of the mop head is not satisfactory.

For another example, a Chinese patent 200920109420. 8 proposes a "dehydration device for mops." In the technical solution, the dehydrating device of the mop mainly comprises: inner and outer rod bodies which are sleeved with each other, and the inner rod body is provided with a snap member with a bottom end of the inner edge as a ratchet tooth, and is pivotally connected at the bottom end thereof with a mop The outer disk body of the hair is provided with a driving member; the dewatering device of the mop further comprises a braking member disposed in the engaging member for receiving the driving member and having a ratchet at a bottom edge thereof to constitute dehydration of the mop Device. After the mop is used, the disc body is placed in the drain bucket, and the brake member is rotated by the depression of the outer rod body, thereby driving the engaging member to rotate the inner rod body in the same direction to generate water which is centrifugally attached to the mop hair. Dry. However, it has the following shortcomings:

1. During the dehydration process, the mop presses the outer rod body, the mop head rotates in one direction, pulls the outer rod body, and the mop head rotates in the other direction; the mop cannot form a continuous rotation in the same direction, and the mop head rotates at a faster speed. Slow, the dehydration effect of the mop is not ideal.

2. Since the mop adopts the hook provided on the inner edge of the upper end of the bundle sleeve and the fixing sleeve provided on the inner rod body to prevent the outer rod body from being pulled up, the outer rod body is disengaged from the inner rod body. However, the effective blocking portion between the hook and the fixed sleeve is small, so that when the outer rod is pulled up, the outer rod is easily detached from the inner rod. Moreover, the above structure also increases the friction between the hook and the inner rod body, the fixing sleeve and the outer rod body, so that the operation of pressing down and pulling the outer rod body is laborious, increasing the labor intensity and affecting the dehydration effect of the mop.

3. The mop can only be cleaned by lifting and lowering the mop head. The wipes are drooping or bonding when cleaning. Because the dirt is wrapped by the wipe, the water in the cleaning container cannot be attached to the wipe. The dirt in the material is sufficiently washed, so that the dirt adhering to the wipe is not easily removed, and the cleaning effect of the mop head is not satisfactory.

Summary of the invention:

SUMMARY OF THE INVENTION One object of the present invention is to provide a mop bucket in which a mop head can be rotated in a mop bucket to clean the effect.

Another object of the present invention is to provide a mop that can be used in conjunction with the aforementioned mop bucket to increase the unidirectional rotation speed of the mop head and to improve the dewatering and cleaning effects.

Another object of the present invention is to provide a mop which can be used in conjunction with the aforementioned mop bucket to effectively prevent the inner and outer rods from being detached, dehydrated and cleaned.

Still another object of the present invention is to provide a mop cleaning method which is ideal for cleaning.

In order to achieve the above object, the present invention is achieved by the following technical solutions:

A mop bucket, the mop bucket is provided with a washing portion and a dewatering portion, and the dewatering portion is provided with a rotatable dewatering basket, the dewatering basket is arranged on a mounting seat higher than the bottom of the barrel, and the dewatering basket is rotated by the rotating mop head The cleaning unit is provided with a rotatable cleaning rack, the cleaning rack is disposed at a lower portion of the cleaning portion, and the cleaning rack is rotated by the rotating mop head.

The invention has the advantages that: since the cleaning part is provided with a rotatable cleaning frame, the cleaning is arranged at the lower part of the cleaning part, and when cleaning, the wiper placed on the cleaning frame is located under the water level of the mop bucket, the cleaning frame Rotating under the rotating mop head, the water in the mop bucket is rotated together, and the mop head can be cleaned. The cleaning rack of the invention can greatly improve High cleaning effect. Since the dewatering basket is placed on the mount above the bottom of the bucket, the bottom of the dewatering basket is higher than the water level of the mop bucket, and when the rotating mop head drives the spin basket to rotate, the mop head can be dewatered by centrifugal force. The mop bucket of the present invention is used in conjunction with a rotating mop head, which may be manually driven to rotate or electrically driven to rotate. The cleaning portion and the dewatering portion of the present invention may be in communication or may be isolated from each other.

In the present invention, a middle portion of the cleaning frame is provided with a protrusion, and a middle portion of the mop head is provided with a positioning portion that cooperates with the protrusion. By matching the protrusion in the middle of the cleaning frame with the positioning portion in the middle of the mop head, the mop head can be prevented from sliding off the cleaning frame during cleaning, which makes the cleaning of the mop head more convenient.

In the present invention, the cleaning unit is provided with a cleaning frame mount, and the cleaning frame is detachably mounted in the cleaning portion through the mounting seat. When the cleaning frame is removed from the mounting seat, the user can clean the mop head in a conventional manner. When the cleaning frame is installed in the mounting seat, the user can rotate the mop head in a rotating manner.

In the present invention, the cleaning frame is in contact with the mop head during cleaning, and at least a portion of the wipe on the mop head is exposed or passed out of the cleaning frame. When a part of the wiper on the mop head is exposed or worn out of the cleaning frame, the wiper exposed or worn out of the cleaning frame rotates in the water under the mop head, which can fully contact with the water, and the dirt on the wipe is The rotating wipe, the rotating water and the centrifugal force of the self are easily cleaned, and the cleaning effect is very good. At the same time, the mop bucket can be cleaned during the rotation of the wipe that exposes or wears the cleaning rack.

In the present invention, the cleaning rack is a washing basket, and when the mop head is cleaned, all the wipes on the mop head are placed in the washing basket. The cleaning effect of the cleaning frame on the wipe is not as good as the above structure, but the cleaning effect is much better than the common cleaning method. At the same time, such a cleaning frame can reduce noise during the cleaning process.

In the present invention, the cleaning frame is provided with a bearing. It makes the cleaning frame more flexible.

A mop matched with the mop bucket of the present invention is characterized in that: a mop head with a wiping object is hinged at a lower end of the mop rod, and the mop rod includes at least an inner rod and an outer rod, and the inner and outer rods are relatively rotatable and pass through The socket allows the mop rod to be linearly and shortly stretched, and the lower end of one of the inner and outer rods is connected to the mop head; the inner and outer rods are provided with a driving mechanism, and the driving mechanism comprises a screw member, and the rotating sleeve is arranged a thread or a hole corresponding to the screw member; the driving mechanism converts the linear motion between the inner and outer rods into a rotary motion of the mop head, and drives the mop head to rotate in one direction by a one-way transmission mechanism, inside and outside There is a pull-off mechanism between the poles.

After the mop is placed in the dewatering basket or the cleaning rack of the present invention, the mop rod is pressed down, the rotating sleeve is driven to rotate by the auger member, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head is driven to rotate; The long mop rod, the rotating sleeve is driven to rotate by the auger rod, the one-way transmission mechanism makes the idling between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive again drives the mop head rotation, which increases the rotational speed of the mop head.

When the mop is placed in the dewatering basket, the mop can be dehydrated and the dewatering effect is ideal. When the mop is placed in the cleaning rack, the mop can be cleaned and the cleaning effect is ideal.

In the present invention, the anti-pinch mechanism includes: the auger member is fixed to the outer rod through the fixed end, the auger member is provided with a blocking member, the inner rod is provided with a blocking sleeve, and the blocking member and the fixing member on the spiral rod member are fixed. The ends are respectively disposed on both sides of the blocking sleeve, and the blocking member can be flexibly moved in the inner rod; when the mop rod is elongated in position, the anti-pinch mechanism prevents the inner and outer rods from coming off. Since the auger member of the anti-pinch mechanism is fixed to the outer rod through the fixed end, the auger member is provided with a blocking member, the inner rod is provided with a blocking sleeve, and the blocking member and the fixed end of the spiral rod member are respectively disposed on the two blocking sleeves. side. When the mop rod is stretched into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off. The pull-off mechanism is very stable. Since the blocking member can be flexibly moved in the inner rod, the anti-pinch mechanism can effectively reduce the friction between the parts during the downward pressing and the upward stretching of the mop rod, so that the dehydration and cleaning operations are labor-saving.

In the present invention, the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: a transmission tooth disposed around the bottom of the rotating sleeve and a transmission tooth disposed at a periphery of the inner bottom of the transmission sleeve, the two transmission teeth are provided with phases The mating engaging surface and the sliding surface, the rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving teeth meshing surfaces interfere with each other, a one-way transmission is formed; When the other direction of rotation causes the two driving tooth sliding surfaces to interfere with each other, the rotating sleeve moves up relative to the driving sleeve to form an idling. Since the rotating sleeve can move up and down relative to the driving sleeve, the above single It is very reliable to work in the process of forming the idling to the transmission mechanism. At the same time, the structure of the one-way transmission mechanism is also very simple. In the present invention, the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: at least one slot is provided around the rotating sleeve, and a roller or a ball is arranged in the slot; the rotating sleeve rotates in one direction When the pressing roller or the ball is in conflict with the driving sleeve, the roller or the ball and the driving sleeve are stuck to form a one-way transmission; when the rotating sleeve rotates in the other direction to press the roller or the ball away from the driving sleeve, the rotating sleeve and the driving sleeve Forming an idling. The above-mentioned one-way transmission mechanism is very reliable in forming one-way transmission and idling. At the same time, the structure of the one-way transmission mechanism is also very simple.

In the present invention, the blocking sleeve is a one-way bearing; the one-way transmission mechanism is a one-way bearing, and the rotation direction of the rotating sleeve is a one-way bearing locking direction, and a one-way transmission is formed between the rotating sleeve and the inner rod. When the rotation direction of the rotating sleeve is the free direction of rotation of the one-way bearing, the rotating sleeve forms an idle rotation with the inner rod. The one-way transmission mechanism adopts a one-way bearing, which can reduce the noise generated when the transmission tooth is idling than the one-way transmission mechanism, and the mop work is more ideal.

In the present invention, the inner rod may be a lower rod connected to the mop head or an upper rod for handshake. The outer rod may be an upper rod for handshake or a lower rod connected to the mop head. The auger member may be a rod that is twisted into a spiral shape, or may be a rod member on which the surface of the rod member is machined with a spiral groove. The purpose of the present invention can be achieved by the screw in the rotating sleeve cooperating with the auger member; however, it is also possible to provide an elongated opening in the rotating sleeve and a rotation with the auger member through the elongated opening.

In the present invention, the inner and outer rods are provided with a locking mechanism, and the locking mechanism comprises: a ferrule disposed on the outer rod, the sleeve is provided with a slot, and the sleeve is provided with a sliding sleeve, the sliding sleeve Move the grooved portion of the compression ferrule to press or loosen the inner rod. When the mop is mopped, the above locking mechanism can be locked to lock the inner and outer rods to prevent sliding between the inner and outer rods. When the mop is cleaned or dehydrated, the above locking mechanism can be used to loosen the inner and outer rods, making the washing or dehydrating operation more labor-saving.

In the present invention, the sliding sleeve is provided with a handle, and the handle is hinged on the ferrule, and the sliding sleeve is provided with an opening for passing through the handle, and the handle is pushed up and down, and the end of the handle pushes the sliding sleeve opening Slide the sleeve down and move it up. The locking mechanism consisting of the above sliding sleeve, the handle and the ferrule is very convenient to operate.

In the present invention, the mop bar further includes: an extension rod fixed to an upper end of one of the inner and outer rods. When the mop rod adopts a three-section rod body, the volume in the package transportation can be effectively reduced; when the extension rod is fixed at the upper end of one of the inner rod and the outer rod, the rod to be rotated is a non-connected rod body, thereby reducing the need for rotation. The sway caused by the rod during the rotation makes the mop head rotation more stable. Of course, the present invention can also employ a mop rod that includes only inner and outer rods. If the rod that needs to be rotated is not considered to be shaken during the rotation, a rod can be connected to the lower end of the rod to be rotated, and the rod body is connected to the mop head.

A mop cleaning method, characterized in that: the method comprises the following steps:

Placing the mop head with the wipe in a water-washing container and aligning the mop head with the cleaning support in the cleaning container;

The mop head is driven to rotate about its center, the mop head drives the wipe to rotate in the water, the wipe is opened outward when rotated, and the dirt on the wipe is cleaned by the rotating wipe, water and its own centrifugal force.

The invention has the advantages that: since the cleaning method of the invention adopts a rotatable mop head to drive the wiper to rotate, the rotation of the mop head drives the wipe to rotate in the water, so that the wiper expands outward under the action of centrifugal force. It reduces the wrap to dirt. At the same time, the wipes drive the water in the cleaning container to rotate, and the rotating water can vigorously flush the dirt, so that the dirt can be easily cleaned by the rotating wipe, water and its own centrifugal force. Since the motive of the wiping rotation comes from the mop head of the fixed wipe, it facilitates the outward opening of the wipe by the centrifugal force, reducing the wiping of the wipe to the dirt.

In the invention, when the mop head is in contact with the cleaning support device, the cleaning support device prevents the mop head from pressing against the wipe. It facilitates the outward opening of the wipe under the action of centrifugal force, reducing the wrap to the dirt.

In the invention, the wiper is flared outward during the rotation by the centrifugal force generated by the rotation, the force of the water, the force of the mop head, and the self-gravity. It helps to reduce the wrap to the dirt, so that the dirt is cleaned.

In the invention, the cleaning support device comprises: a strut provided in the cleaning container, the mop head is provided with an opening matched with the strut; the strut can enter or exit the opening. When the cleaning support device adopts the above point support method, due to the cleaning capacity The support and positioning of the struts in the ram and the opening on the mop head can greatly reduce the rotational resistance of the mop head, making the driving of the mop head more labor-saving. When the struts are disposed in the cleaning container and the openings are provided on the mop head, they do not affect the mopping and dehydrating operations of the mop. At the same time, the cleaning support device can prevent the mop head from pressing the wipe during the cleaning process, so that the dirt attached to the wipe is more easily cleaned.

In the invention, the cleaning support device comprises: an opening provided in the cleaning container, the mop head is provided with a strut matching the opening; the strut can enter or exit the opening. The above method can also achieve the purpose of rotary cleaning and cleaning effect of the mop head.

In the invention, the opening is flared. When the opening provided in the mop head or the opening in the cleaning container is in the shape of a trumpet, it is advantageous for the struts to enter the opening. The opening provided on the mop head may be a trumpet shape that is large and small. The opening provided in the cleaning container may be in the shape of a large upper and lower trumpet.

In the invention, the cleaning support device is a rotatable or non-rotatable cleaning frame. The cleaning support device can also achieve the object of the present invention by using a cleaning frame. When a rotatable cleaning frame is used, the cleaning frame is rotated about its support shaft for cleaning. When a non-rotatable cleaning frame is used, the mop head is rotated around the cleaning frame for cleaning.

In the invention, the driving mop head is rotated around its center by the following method: The mop head is hinged to the lower end of the mop rod, the mop rod includes at least an inner rod and an outer rod, and the inner and outer rods are relatively rotatable and pass through the sleeve. The mop rod can be used for short and elongated linear motion, and the lower end of one of the inner and outer rods is connected with the mop head; a driving mechanism is arranged between the inner and outer rods, and the driving mechanism linearly moves between the inner and outer rods It is converted into the rotary motion of the mop head, and the mop head is driven to rotate in one direction by a one-way transmission mechanism, and an anti-pull mechanism is arranged between the inner and outer rods; when the mop rod is pressed down, the mop head is driven to rotate, and the support device is supported for cleaning. The mop head is used to reduce the rotational resistance of the mop head. During cleaning, the mop rod is pressed down, and the driving mechanism converts the linear motion between the inner and outer rods into the rotary motion of the mop head, and drives the mop head to rotate in one direction by the one-way transmission mechanism, and the wiping object can be in the cleaning process during the cleaning process. The centrifugal force acts to open, and the dirt attached to the wipe is more easily cleaned. In the present invention, the cleaning support means is preferably supported at a central position on the mop head to facilitate rotation of the mop head.

In the invention, the driving mechanism comprises a screw member, and the rotating sleeve is provided with a thread or an opening matched with the screw member; the anti-pinch mechanism comprises: the screw member passes through the fixed end and the outer rod Fixed, the spiral member is provided with a blocking member, the inner rod is provided with a blocking sleeve, and the blocking member and the fixed end on the spiral rod member are respectively disposed on two sides of the blocking sleeve, and the blocking member can be flexibly moved in the inner rod; the mop rod is pulled When it is in place, the anti-pinch mechanism prevents the inner and outer rods from coming off. After the mop is placed on the cleaning support device, the mop rod is pressed down, the rotating sleeve is driven to rotate by the auger member, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head is driven to rotate; the mop rod is elongated upward, and the sleeve is rotated Rotating by the auger member, the one-way transmission mechanism makes the idling between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive mechanism again drives the mop head to rotate, which increases the rotational speed of the mop head. When the mop rod is stretched into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off. Since the blocking member can be flexibly moved in the inner rod, the anti-pinch mechanism can effectively reduce the friction between the parts during the downward pressing and the upward stretching of the mop rod, so that the cleaning operation is labor-saving.

In the invention, the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: a transmission tooth disposed around the bottom of the rotating sleeve and a transmission tooth disposed at a periphery of the inner bottom of the transmission sleeve, and the two transmission teeth are matched The engaging surface and the sliding surface, the rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving teeth meshing surfaces interfere with each other, a one-way transmission is formed; When one direction of rotation causes the two drive tooth sliding surfaces to interfere with each other, the rotating sleeve moves up relative to the drive sleeve to form an idle motion. Since the rotating sleeve can move up and down with respect to the driving sleeve, the above-mentioned one-way transmission mechanism works very reliably in the process of forming the idling. At the same time, the structure of the one-way transmission mechanism is also very simple.

BRIEF DESCRIPTION OF THE DRAWINGS:

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view of a first type of mop bucket of the present invention.

Figure 2 is a schematic view of the first type of mop bucket of the present invention when cleaning the mop head.

Figure 3 is a schematic view of the second mop bucket of the present invention when cleaning the mop head.

Figure 4 is a schematic view of a third type of mop bucket of the present invention.

Figure 5 is a schematic view showing the structure of the mop bucket and the mop thereof associated therewith. Figure 6 is a schematic view of the mop stick of the present invention upright in a washable and dehydrated state.

Fig. 7 is a schematic view showing the mopping position of the mop rod of the present invention.

Figure 8 is a schematic view of the mop of the mop embodiment 1 of the present invention.

Fig. 9 is a partially exploded perspective view showing the inner rod, the outer rod and the driving mechanism of the embodiment 1 of the present invention.

Figure 10 is a schematic view showing the formation of a one-way transmission by the first drive mechanism of the present invention.

Figure 11 is a schematic view showing the formation of a idling of the first drive mechanism of the present invention.

Figure 12 is a schematic view showing the formation of a one-way transmission by the second driving mechanism of the present invention.

Figure 13 is a cross-sectional view taken along line A-A of Figure 12;

Figure 14 is a schematic view showing the formation of an idle rotation of the second driving mechanism of the present invention.

Figure 15 is a schematic view showing the formation of a one-way transmission by the third driving mechanism of the present invention.

Figure 16 is a schematic view showing the formation of a idling of the third driving mechanism of the present invention.

Figure 17 is a schematic view of the first type of cleaning container to which the mop cleaning method of the present invention is applied.

Figure 18 is a schematic view showing the second cleaning container to which the mop cleaning method of the present invention is applied.

Figure 19 is a schematic view showing the third cleaning container to which the mop cleaning method of the present invention is applied.

detailed description:

Mop bucket embodiment 1

1, FIG. 2, FIG. 5, FIG. 6, and FIG. 7 show an embodiment 1 of the mop bucket of the present invention.

In this embodiment, the mop bucket is provided with a cleaning portion 1 and a dewatering portion 2, and the dewatering portion is provided with a rotatable dewatering basket 3, and the dewatering basket 3 is disposed on the mounting seat 4 above the bottom of the barrel, and the dewatering basket 3 is The rotating mop head 5 is driven to rotate. The cleaning unit 1 is provided with a rotatable cleaning frame 6, and the cleaning frame 6 is disposed at a lower portion of the cleaning unit 1, and the cleaning frame 6 is rotated by the rotating mop head 5.

In the present embodiment, the middle portion of the cleaning frame is provided with a projection 7, and the middle portion of the mop head 5 is provided with a positioning portion 8 which cooperates with the projection. In this embodiment, the positioning portion 8 is an opening. By matching the protrusion in the middle of the cleaning frame with the positioning portion in the middle of the mop head, the mop head can be prevented from sliding off the cleaning frame during cleaning, which makes the cleaning of the mop head more convenient.

In the present embodiment, the cleaning unit 1 is provided with a cleaning frame mount 9, and the cleaning frame is detachably mounted in the cleaning portion through the mounting seat. When the cleaning rack is removed from the mount, the user can clean the mop head in a conventional manner. When the cleaning rack is installed in the mount, the user can rotate the mop head in a rotating manner.

In the present embodiment, the cleaning frame 6 is in contact with the mop head during cleaning, and at least a portion of the wipe 10 on the mop head is exposed to the cleaning frame. When a part of the wiper on the mop head is exposed to the cleaning rack, the wiper exposing the cleaning rack can be rotated in the water under the mop head, which can fully contact with the water, the dirt on the wipe is in the rotating wipe, Under the multiple action of rotating water and its own centrifugal force, it is easy to be cleaned, and its cleaning effect is very good. At the same time, the wiper that exposes the cleaning rack can also clean the mop bucket during the rotation process.

Since the cleaning part is provided with a rotatable cleaning frame, the cleaning device is arranged at the lower part of the cleaning part. When cleaning, the wiper head placed on the cleaning frame is located under the water level of the mop bucket, and the cleaning frame is driven by the rotating mop head. Rotate down, drive the water in the mop bucket to rotate together, and the mop head can be cleaned. The cleaning rack of the invention can greatly improve the cleaning effect. Since the dewatering basket is placed on the mount above the bottom of the bucket, the bottom of the dewatering basket is higher than the water level of the mop bucket, and when the rotating mop head drives the dewatering basket to rotate, the mop head can be dewatered by centrifugal force. The mop bucket of the present invention is used in conjunction with a rotating mop head, which may be manually driven to rotate or electrically driven to rotate. Bearings are also provided in the wash rack. It makes the cleaning rack more flexible.

As shown in Fig. 6, the mop of this embodiment erects the mop rod by the hinge shaft 31 during washing and dehydration. As shown in Fig. 7, when the mop is mopping, the mop lever and the mop head are adjusted by the hinge shaft 31 to adjust the angle of use.

Mop bucket example 2

Figure 3 shows an embodiment 2 of the mop bucket of the present invention.

In the present embodiment, the cleaning frame 6 is in contact with the mop head during cleaning, and at least a portion of the wipe 10 on the mop head passes through the opening 11 in the cleaning frame. When a part of the wiper on the mop head is worn out of the cleaning frame, the wiper that wears the cleaning frame is on the mop head. Under the driving, it can rotate in water, which can fully contact with water. The dirt on the wipe can be easily cleaned under the multiple action of rotating wipe, rotating water and self-centrifugal force, and the cleaning effect is very good. . At the same time, the wiper that wears the cleaning rack can also clean the mop bucket during the rotation process. The rest is the same as the mop bucket embodiment 1.

Mop bucket example 3

Figure 4 shows an embodiment 3 of the mop bucket of the present invention.

In the present embodiment, the cleaning rack 6 is a washing basket in which all the wipes on the mop head are placed in the washing basket. The cleaning effect of the cleaning frame is not as good as the above two structures, but the cleaning effect is much better than the common cleaning method. At the same time, such a cleaning frame can reduce noise during the cleaning process. The rest is the same as the mop bucket embodiment 1.

Mop embodiment 1

Fig. 5, Fig. 8, Fig. 9, Fig. 10, Fig. 11 show an embodiment 1 of the mop of the present invention.

In this embodiment, the mop matched with the mop bucket includes: a mop head 5 with a wipe 10 hinged at a lower end of the mop lever, the mop lever including at least an inner rod 12 and an outer rod 13, the inner and outer rods being relatively rotatable, and The mop rod can be made into a short and elongated linear motion by socketing, and the lower end of one of the inner and outer rods is connected with the mop head 5; a driving mechanism is arranged between the inner and outer rods, and the driving mechanism comprises a screw member 14, The rotating sleeve 15 is provided with an opening 16-1 for cooperating with the auger member 14; the driving mechanism converts the linear motion between the inner and outer rods into a rotary motion of the mop head, and drives the mop head to rotate in one direction by a one-way transmission mechanism. There is an anti-pinch mechanism between the inner and outer rods.

After the mop is placed in the dewatering basket or the cleaning rack of the present invention, the mop rod is pressed down, the rotating sleeve 15 is driven to rotate by the auger member 14, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head is driven to rotate; The mop rod is elongated upward, and the rotating sleeve is driven to rotate by the auger member, and the one-way transmission mechanism makes an idle rotation between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive mechanism drives the mop head rotation again, which increases the rotational speed of the mop head.

In this embodiment, the anti-pinch mechanism comprises: the auger member 14 is fixed to the outer rod 13 through the fixed end 17, the auger member is provided with a blocking member 18, the inner rod is provided with a blocking sleeve, and the blocking sleeve is a transmission sleeve 19. The blocking member 18 and the fixed end 17 of the screw member are respectively disposed on two sides of the driving sleeve 19, and the blocking member 18 can be flexibly moved in the inner rod 12. When the mop rod is elongated in position, the anti-pulling mechanism blocks the inner and outer rods Get rid of. Since the auger member of the anti-pinch mechanism is fixed to the outer rod through the fixed end, the spiral rod member is provided with a blocking member, and the inner rod is provided with a transmission sleeve, and the blocking member and the fixed end on the spiral rod member are respectively disposed on the two of the transmission sleeve side. When the mop rod is stretched into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off. The pull-off mechanism is very stable. Since the blocking member can be flexibly moved in the inner rod, the anti-pinch mechanism can effectively reduce the friction between the parts during the downward pressing and the upward pulling of the mop rod, so that the dehydrating operation is labor-saving and the dehydration effect of the mop is improved.

In this embodiment, the one-way transmission mechanism includes: a transmission tooth 20 disposed at a periphery of a bottom portion of the rotating sleeve 15 and a transmission tooth 21 disposed at a periphery of a bottom portion of the inner side of the transmission sleeve, the two transmission teeth being provided with a matching engagement surface and The sliding surface, the rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving tooth engaging surfaces interfere with each other, a one-way transmission is formed; When the sliding surfaces of the two transmission teeth interfere with each other, the rotating sleeve moves up relative to the transmission sleeve to form an idle rotation. Since the rotating sleeve can move up and down relative to the driving sleeve, the one-way transmission mechanism is very reliable in the process of forming the idling. At the same time, the structure of the one-way transmission mechanism is also very simple.

In this embodiment, the inner and outer rods are provided with a locking mechanism, and the locking mechanism comprises: a ferrule 22 disposed on the outer rod, the sleeve is provided with a slot 23, and the sleeve is provided with a sliding sleeve 24 The sliding sleeve moves to press the slotted portion of the ferrule to press or loosen the inner rod. The sliding sleeve is provided with a handle 25, the handle is hinged on the ferrule, and the sliding sleeve is provided with an opening 26 for passing through the handle, and the handle is pushed up and down, and the end of the handle pushes the sliding sleeve opening to move the sliding sleeve downward and upward . The mop lever further includes: an extension rod 27 fixed to an upper end of one of the inner and outer rods.

When the mop is mopped, the above locking mechanism can be locked to lock the inner and outer rods to prevent sliding between the inner and outer rods. When the mop is cleaned or dehydrated, operating the above locking mechanism can loosen the inner and outer rods, making the washing or dehydrating operation more labor-saving. Mop Example 2

Figures 12, 13, and 14 show an embodiment 2 of the mop of the present invention.

In the present embodiment, the rotating sleeve 15 is provided with a screw 16-2 that cooperates with the auger member 14. The blocking sleeve is a transmission sleeve 19; the one-way transmission mechanism comprises: four slots 28 are arranged around the rotating sleeve 15, and the roller 29 or the ball is arranged in the slot; the rotating sleeve rotates the roller or roller in one direction When the ball and the drive sleeve are in conflict, the roller or the ball is stuck with the drive sleeve to form a one-way transmission; when the rotary sleeve rotates the roller or the ball away from the drive sleeve in another direction, the rotary sleeve and the drive sleeve form an idle rotation. The above-mentioned one-way transmission mechanism is very reliable in forming one-way transmission and idling. At the same time, the structure of the one-way transmission mechanism is also very simple. The rest is the same as the mop embodiment 1.

Mop embodiment 3

Fig. 15 and Fig. 16 show an embodiment 3 of the mop of the present invention.

In the present embodiment, the rotating sleeve 15 is provided with a screw 16-2 that cooperates with the auger member 14. The blocking sleeve is a one-way bearing 30; the one-way transmission mechanism is a one-way bearing, and when the rotation direction of the rotating sleeve is the one-way bearing locking direction, a one-way transmission is formed between the rotating sleeve and the inner rod; When the bearing is free to rotate, a whirl between the rotating sleeve and the inner rod is formed. The one-way transmission mechanism adopts a one-way bearing, which can reduce the noise generated when the transmission tooth is idling than the one-way transmission mechanism, and the mop dehydration work is more ideal.

17 and 8-11: The mop cleaning method of the present embodiment includes the following steps: placing the mop head 5 with the wipe 10 in the washing container 1 with water, and making the mop head 5 and the cleaning container The cleaning support device is in conflict with each other; the mop head 5 is driven to rotate around its center, the mop head 5 drives the wipe 10 to rotate in the water, the wipe 10 is flared outward when rotated, and the dirt on the wipe is rotated. , water and self-centrifugal force are washed. The wipe in Figure 17 shows only two illustrations.

When the mop head 5 is in contact with the cleaning support device, the cleaning support device prevents the mop head from pressing against the wipe. The wipe 10 is opened outward by the centrifugal force generated by the rotation, the force of the water, the force of the mop head 5, and the self-gravity during the rotation.

In the present embodiment, the cleaning support device comprises: a strut 41 disposed in the washing container 1, and the mop head 5 is provided with an opening 42 for cooperating with the strut; the strut 41 can enter or exit the opening 42. The opening 42 provided on the mop head is a trumpet shape that is large and small. Preferably, the cleaning support is supported at a central location on the mop head to facilitate rotation of the mop head.

In this embodiment, the driving of the mop head about its center is achieved by: the mop head 5 is hinged to the lower end of the mop rod, the mop rod includes at least the inner rod 12 and the outer rod 13, and the inner and outer rods are relatively rotatable, and The mop rod can be made into a short and elongated linear motion by the socket, and the lower end of one of the inner and outer rods is connected with the mop head 5; a driving mechanism is arranged between the inner and outer rods, and the driving mechanism connects the inner and outer rods The linear motion is converted into a rotary motion of the mop head, and the mop head is driven to rotate in one direction by a one-way transmission mechanism. The driving mechanism includes a screw member 14, and the rotating sleeve 15 is provided with a screw 16-1 or an opening that cooperates with the auger member 14. After the mop is placed on the cleaning support device, the mop rod is pressed down, the rotating sleeve 15 is driven to rotate by the auger member 14, and the one-way transmission is formed by the one-way transmission mechanism, and the mop head 5 is driven to rotate; the mop rod is elongated upward The rotating sleeve 15 is driven to rotate by the auger member 14, and the one-way transmission mechanism causes an idle rotation between the rotating sleeve and the inner rod, and the mop head continues to rotate under the action of inertia. Pressing the short mop lever down again, the one-way drive mechanism drives the mop head rotation again, which increases the rotational speed of the mop head.

In this embodiment, an anti-pinch mechanism is provided between the inner and outer rods. The anti-pinch mechanism comprises: the auger member 14 is fixed to the outer rod 13 through the fixed end 17, the blocking member 18 is fixed on the auger member, and the inner rod 12 is provided with a blocking sleeve, and the blocking sleeve is the transmission sleeve 19. The blocking member 18 and the fixed end 17 on the auger member are respectively disposed on both sides of the driving sleeve 19, and the blocking member 18 can be flexibly moved in the inner rod. When the mop rod is elongated into position, the interaction between the blocking member on the auger member and the blocking sleeve on the inner rod, the auger member and the outer rod, the blocking sleeve and the inner rod can effectively prevent the inner and outer rods from coming off.

In this embodiment, the one-way transmission mechanism includes: a transmission tooth 20 disposed at a periphery of a bottom portion of the rotating sleeve 15 and a transmission tooth 21 disposed at a periphery of a bottom portion of the inner side of the transmission sleeve 19, and the two transmission teeth are provided with a matching engagement surface and a sliding surface The rotating sleeve can move up and down relative to the driving sleeve; the gravity of the rotating sleeve itself makes the two driving teeth close; when the rotating sleeve rotates in one direction to make the two driving teeth meshing surfaces interfere with each other, a one-way transmission is formed; the rotating sleeve rotates in another direction to make the two transmissions When the sliding surfaces of the teeth interfere with each other, the sleeve is rotated The drive sleeve is moved up to form a idling. Since the rotating sleeve can move up and down relative to the driving sleeve, the one-way transmission mechanism is very reliable in the process of forming the idling. In the present embodiment, the washing container 1 is further provided with a dewatering basket 3.

In the present invention, the mop drive mechanism, the one-way transmission mechanism, and the pull-off prevention mechanism may be replaced by other means disclosed in Figs.

Since the cleaning method of the present invention uses a rotatable mop head to drive the wiper to rotate, the rotation of the mop head drives the wipe to rotate in the water, so that the wipe is opened outward by the centrifugal force, which can reduce the wipe. Wrap the dirt. At the same time, the wipes drive the water in the cleaning container to rotate, and the rotating water can vigorously flush the dirt, so that the dirt can be easily cleaned by the rotating wipes, water and self-centrifugal force. Since the power of the wipe is rotated from the mop head of the fixed wipe, it facilitates the outward opening of the wipe by the centrifugal force, reducing the wrap to the dirt.

Fig. 18 is a view showing a second cleaning container to which the mop cleaning method of the present invention is applied. In the present embodiment, the cleaning support device comprises: an opening 43 provided in the cleaning container 1. The mop head is provided with a strut 44 which cooperates with the opening; the strut can enter or exit the opening. The opening provided in the cleaning container may be in the shape of a large upper and lower trumpet. The cleaning support device can also achieve the purpose of rotary cleaning and cleaning effect on the mop head by the above method.

Fig. 19 is a view showing a third cleaning container to which the mop cleaning method of the present invention is applied. In the present embodiment, the cleaning support device is a rotatable or non-rotatable cleaning frame 45. When a rotatable cleaning rack is used, the cleaning frame is rotated about its fulcrum for cleaning. When a non-rotatable cleaning frame is used, the mop head is rotated around the cleaning frame for cleaning. The cleaning support device can also achieve the object of the present invention by using a cleaning frame.

The above embodiments are merely examples of the present invention, and the embodiments of the cleaning container and each of the mops can be arbitrarily combined, and any substitutions made in accordance with the spirit of the present invention are understood to be without departing from the scope of the present invention.

Claims

Rights request

1. A mop bucket, a mop bucket having a washing section and a dewatering section, wherein the dewatering section is provided with a rotatable dewatering basket, the dewatering basket is arranged on a mounting seat above the bottom of the bucket, and the dewatering basket is driven by the rotating mop head The lower rotation is characterized in that: the cleaning part is provided with a rotatable cleaning frame, and the cleaning is mounted on the lower part of the cleaning part, and the cleaning frame is rotated by the rotating mop head.

2. The mop bucket according to claim 1, wherein: the middle portion of the cleaning frame is provided with a protrusion, and the middle portion of the mop head is provided with a positioning portion that cooperates with the protrusion.

3. The mop bucket according to claim 1, wherein: the cleaning portion is provided with a cleaning rack mounting seat, and the cleaning rack is detachably mounted in the cleaning portion through the mounting seat.

4. The mop bucket according to claim 1, wherein: the cleaning frame is in contact with the mop head during cleaning, and at least a portion of the wiping material on the mop head is exposed or passed out of the cleaning frame.

The mop bucket according to claim 1, wherein: the cleaning rack is a washing basket, and when the mop head is cleaned, all the wipes on the mop head are placed in the washing basket.

6. A mop for supporting a mop bucket according to claim 1, wherein: a mop head with a wiper is hinged at a lower end of the mop rod, and the mop rod includes at least an inner rod and an outer rod, and the inner and outer rods are relatively rotatable And the socket rod can be used for short and elongated linear motion, and the lower end of one of the inner and outer rods is connected with the mop head; the inner and outer rods are provided with a driving mechanism, and the driving mechanism comprises a screw rod member. The rotating sleeve is provided with a thread or an opening matched with the screw member; the driving mechanism converts the linear motion between the inner and outer rods into a rotary motion of the mop head, and drives the mop head to rotate in one direction by a one-way transmission mechanism. An anti-pinch mechanism is provided between the inner and outer rods.

The mop according to claim 6, wherein: the anti-pinch mechanism comprises: the auger member is fixed to the outer rod through the fixed end, the auger member is provided with a blocking member, and the inner rod is provided with a blocking sleeve The blocking member and the fixed end on the screw member are respectively disposed on two sides of the blocking sleeve, and the blocking member can be flexibly moved in the inner rod; when the mop rod is elongated in position, the anti-pinch mechanism prevents the inner and outer rods from coming off.

The mop according to claim 7, wherein: the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: a transmission tooth disposed at a periphery of the bottom of the rotating sleeve and a bottom portion disposed at an inner side of the transmission sleeve The transmission teeth, the two transmission teeth are provided with matching mating surfaces and sliding surfaces, and the rotating sleeve can move up and down relative to the transmission sleeve; the gravity of the rotating sleeve itself brings the two transmission teeth close; the rotating sleeve rotates in one direction to make the two transmission teeth meshing surfaces mutually When it is in contact, a one-way transmission is formed; when the rotating sleeve rotates in another direction to make the sliding surfaces of the two transmission teeth interfere with each other, the rotating sleeve moves up relative to the transmission sleeve to form an idle rotation.

The mop according to claim 7, wherein: the blocking sleeve is a transmission sleeve; the one-way transmission mechanism comprises: at least one slot is provided around the rotating sleeve, and the slot is provided in the slot When the rotating sleeve is rotated in one direction and the rolling ball or the ball is in contact with the driving sleeve, the roller or the ball and the driving sleeve are stuck to form a one-way transmission; the rotating sleeve is rotated in the other direction to press the roller or the ball When leaving the drive sleeve, the rotating sleeve and the drive sleeve form an idle rotation.

The mop according to claim 7, wherein: the blocking sleeve is a one-way bearing; the one-way transmission mechanism is a one-way bearing, and when the rotation direction of the rotating sleeve is a one-way bearing locking direction, A one-way transmission is formed between the rotating sleeve and the inner rod; when the rotating direction of the rotating sleeve is a free direction of the one-way bearing, an idle rotation is formed between the rotating sleeve and the inner rod.

11. A mop cleaning method, characterized in that: the method comprises the steps of:

12. The mop cleaning method according to claim 11, wherein: when the mop head is in contact with the cleaning support device, the cleaning support device prevents the mop head from pressing the wiper.

13. The mop cleaning method according to claim 11, wherein: the wiping material is rotated by a centrifugal force generated by the rotation, a force of the water, a force of the mop head, and a self-gravity. Open.

14. The mop cleaning method according to claim 11, wherein: said cleaning support device comprises: In the struts in the cleaning container, the mop head is provided with an opening corresponding to the struts; the struts can enter or exit the opening.

The mop cleaning method according to claim 11, wherein: the cleaning support device comprises: an opening provided in the cleaning container, the mop head is provided with a strut matching the opening; the support rod is Enter or exit the opening.

The mop cleaning method according to claim 14 or 15, wherein the opening is in the shape of a trumpet.

17. The mop cleaning method according to claim 11, wherein: said cleaning support device is a rotatable or non-rotatable cleaning frame.