CN108903861A - A kind of burnisher - Google Patents

Abstract

A cleaning tool, including a mop, the mop includes a mop rod, a squeeze device and a collodion head assembly for cleaning, the collodion head assembly can move relative to the squeeze device and can perform dehydration; the cleaning tool also includes a water storage bucket , the water storage bucket is provided with a support part, and the support part is used for the support of the collodion head assembly; when the collodion head assembly of the mop extends into the water storage bucket and is supported by the support part, hold and push the mop rod to press down , the pressed mop rod drives the extruding device to move relative to the supported collodion head assembly, so that the extruding device can squeeze the collodion head assembly; a return device is provided in the water storage bucket or the mop, and the return The device is used for resetting after the collodion head assembly moves relative to the extruding device. Because the water storage bucket provided with the supporting part of the present invention can be used in conjunction with the collodion mop provided with the extruding device, the cleaning efficiency is high when the product is used together, and the operation is simple and convenient; The reset operation improves the working efficiency of the product.

Description

a cleaning tool

Technical field:

The invention relates to a cleaning tool related to a collodion mop.

Background technique:

At present, there are many types of collodion mops on the market, such as a collodion mop comprising a mop rod, an extruding device and a collodion head assembly for cleaning, the collodion head assembly is connected to the mop rod by an extruding device, and the collodion The head assembly can be moved relative to the extruding device to be extruded; during dehydration, the extruding device can be operated to move relative to the collodion head assembly to perform extrusion dehydration; but because 1. the collodion mop does not have a movable cavity , so that the collodion mop will produce sewage splashes during dehydration, and can only be dehydrated at the drainable place, which affects work efficiency; 2. The collodion mop has no fulcrum support during the dehydration operation, which makes the staff prone to fatigue.

Invention content:

An object of the present invention is to provide a cleaning implement which solves the above problems.

In order to realize the above-mentioned purpose of the invention, the present invention is achieved through the following technical solutions:

A cleaning tool, including a mop, the mop includes a mop rod, a squeeze device and a collodion head assembly for cleaning, the collodion head assembly is connected to the mop rod through the squeeze device, and the collodion head assembly can be relatively squeezed The device moves, and the extrusion device can squeeze the collodion head assembly when it moves relative to it so that dehydration can be implemented; the collodion head assembly is provided with a driven part, and the driven part is used for the collodion head assembly to relatively The movement of the extrusion device; it is characterized in that: the cleaning tool also includes a water storage bucket, the water storage bucket is provided with a support part, and the support part is used for the support of the driven part, so that the collodion head assembly can be supported; the mop When the collodion head assembly extends into the water storage bucket and is supported by the support part, hold and push the mop rod to press down, and the pressed mop rod drives the extrusion device to move relative to the supported collodion head assembly, thereby extruding The device can squeeze the collodion head assembly; a return device is provided in the water storage bucket or the mop, and the return device is used for resetting the collodion head assembly after moving relative to the extrusion device.

The advantage of the present invention is that: since the water storage bucket provided with the supporting part of the present invention can be used in conjunction with the collodion mop provided with the extruding device, the cleaning efficiency of the product is high when used together, and the operation is simple and convenient; the purpose of having the return device It is convenient for the operation of resetting after the mop is squeezed, which improves the working efficiency of the product. The above-mentioned product has a simple structure, is not easy to be damaged, and is more convenient to be combined and transported after storage.

In the present invention, the support part is a support platform provided on the bucket wall of the water storage bucket or a support platform provided in the water storage bucket or a support platform provided in the upper cover that can be provided on the water storage bucket, and the support platform is used for The support of the driven part, thus the collodion head assembly can be supported. The above-mentioned supporting platform has a simple structure, is not easy to be damaged, and is convenient to operate in combination with a mop.

The first type of cleaning tool for a squeeze device, the squeeze device is a double-fold squeeze device, which includes a squeeze frame and a force arm, one end of the squeeze frame is fixedly connected or detachably connected to the mop rod, and the squeeze The other end of the press frame is provided with an extrusion port, the collodion head assembly can be folded and moved in half, and the extrusion port is used to squeeze the collodion head assembly when it is folded and moved; the two sides of the collodion head assembly can be folded in half and Both sides of the extrusion port of the extrusion frame are respectively hinged through force arms. The above extruding device can realize the purpose of folding and extruding the collodion head assembly. There are many detachable fixed connection structures, such as example 1: the extruding frame is provided with a threaded slot, the connecting end of the mop rod is provided with a threaded head, and the connecting end of the mop rod is inserted into the slot and connected to the extruding frame through threads; Example 2: There is a slot in the extrusion frame, the side wall of the slot is provided with an elastic hook, the connecting end of the mop rod is provided with a hook groove, and the connecting end of the mop rod is inserted into the slot through the cooperation of the hook groove and the hook Connect with extrusion frame.

In the present invention, the collodion head assembly includes a collodion head and a cover plate arranged on the collodion head, the cover plate is detachably connected to the collodion head, the cover plate includes at least two side plates, and pins The shafts are hinged or the two side plates are hinged through the middle cover plate that can be provided. The cover plate can be folded in half with the collodion head. The above-mentioned collodion head assembly can realize the purpose of being squeezed by a folding extrusion device. There are many above-mentioned detachable connections, such as Example 1: Patent No.: CN201520286894.5. The lock hole corresponding to the lock head, the adhesive plate is connected with the connecting plate through the cooperation between the lock head and the lock hole, the connection mode between the above-mentioned collodion head and the connection plate is the same as that of the collodion head and the cover plate in this patent; Example 2: Patent No.: CN201621389590.2 A clamping device for replacing the mop head of collodion; example 3: the upper end surface of the collodion head is bonded and fixed to the adhesive plate, and an elastic clip is arranged around the adhesive plate hook, the cover plate is provided with a hook position that is connected with the hook, and the collodion head can be connected with the cover plate buckle through the hook provided on the adhesive plate.

In the present invention, the driven part is a pin shaft or a middle cover plate, and the pin shaft or the middle cover plate can be supported by supporting parts; The pressing device moves with the downward pressure of the mop rod to drive the two sides of the collodion head assembly to fold and form extrusion. The above-mentioned driven part can achieve the purpose of supporting the collodion head assembly.

In the present invention, the pin shaft or the middle cover plate is extended with a supported part, and the supported part can cooperate with the support part to resist and support, so that the collodion head assembly is supported. The above structure can also achieve the purpose of the pin shaft or the middle cover plate being supported. The supported part is a pin shaft or a pillar extending on both sides of the middle cover, and the supporting part is a supporting platform provided on the opposite side walls of the water storage bucket, and the supporting platform can cooperate with the supporting platform to resist and support, thereby The collodion head assembly may be supported. The supported portion can achieve the purpose of the pin shaft or the middle cover being supported. The support platform is provided with grooves on opposite sides of the water storage bucket, and the pillars can be placed in the grooves for support; the structure of the support platform is optimized.

In the present invention, the return device is arranged in the water storage bucket; the driven part is the pin shaft or the middle cover, and the pin shaft or the pillars extending on both sides of the middle cover; the supporting part is the storage tank. There are grooves on the opposite sides of the bucket, and the pillars can be placed in the grooves for support; the return device includes grooves, and the grooves are provided with a support position and a conflicting part, and the conflicting part is located above the support position , the support position is used for the conflict support when the pillar is pressed down, and the conflict part is used for the collodion head assembly to be lifted from the water storage bucket with the mop rod to form a resistance pull against the pillar, so that the collodion head assembly is relatively extruded to the device It can be reset after moving and squeezing. The above-mentioned return device can realize the purpose that the double-folded extruded collodion head assembly can be reset after being moved and extruded relative to the extruding device. The conflicting portion is an elastic sheet or an elastic device provided in the groove; further optimizing the structure of the product.

In the present invention, the return device is arranged in the water storage bucket; the driven part is the pin shaft or the middle cover, and the pin shaft or the pillars extending on both sides of the middle cover; the supporting part is the storage tank. There are grooves on the opposite sides of the bucket, and the pillars can be placed in the grooves for support; the return device includes a groove, and the groove is provided with a support position and a limit position, and the limit position is set above the support position , the support position is used for the conflict support when the pillar is pressed down, and the limit position is used for the limit position when the pillar in the groove is lifted up with the mop rod, so that when the pillar is lifted up, it can be pulled back by the limit position to make the collodion head assembly relatively squeeze The device can be reset after being moved and squeezed, and when the mop rod is lifted up, the pillar of the collodion head assembly can avoid the limit position and break away from the water storage bucket. The above-mentioned return device can also realize the purpose that the folded extruded collodion head assembly can be reset after being moved and extruded relative to the extruding device.

Another cleaning tool for a squeeze device, the squeeze device is a roller-type squeeze device, which includes a squeeze frame B and at least two sets of squeeze wheels, one end of the squeeze frame B is fixedly connected to the mop rod or is detachably fixed Connection, the other end of the extrusion frame B is connected with the extrusion wheel, and the extrusion wheels are respectively arranged on the opposite sides of the extrusion frame B to form an extrusion port; one end of the collodion head assembly is arranged in the extrusion port, and the other end It can enter the extrusion port by moving relative to the extrusion frame B, so that the extrusion port can squeeze the collodion head assembly; an anti-separation device is provided between the collodion head assembly and the extrusion frame B or the mop rod to prevent The detachment device is used to connect the collodion head assembly with the extruding frame B or the mop rod, and the anti-detachment device can prevent the collodion head assembly from falling off when it moves relative to the extrusion port. The above extruding device can also realize the purpose of extruding the collodion head assembly. There are many detachable fixed connection structures, such as example 1: the extruding frame B is provided with a threaded slot hole, and the connecting end of the mop rod is provided with a threaded head, and the connecting end of the mop rod is inserted into the slot hole and passes through the screw thread and extruding frame B. Connection; as example 2: there is a slot hole in the extrusion frame B, the side wall of the slot hole is provided with an elastic hook, the connecting end of the mop rod is provided with a hook groove, and the connecting end of the mop rod is inserted into the slot hole and passes through the hook groove and the card. The fit of the hook connects with extrusion frame B.

In the present invention, the collodion head assembly includes a collodion head and a fixed frame arranged on the collodion head, the fixed frame is detachably connected or fixedly connected to one end of the collodion head, and the fixed frame is connected to the extrusion frame through an anti-separation device. B or the mop rod is connected, and the fixed frame can drive the collodion head to move relative to the extruding frame B. The above-mentioned collodion head assembly can achieve the purpose of being squeezed by a roller-type squeezing device. There are many detachable connection structures, for example, the fixed frame is connected to one end of the collodion head by screws.

In the present invention, the driven part is a fixed frame, and the fixed frame can cooperate with the supporting part to support; when extruding, the collodion head is supported with the fixed frame, and the extruding device moves with the pressure of the mop rod so that the collodion head The component enters the extrusion port to form an extrusion. The above-mentioned driven part can achieve the purpose of supporting the collodion head assembly.

In the present invention, the fixed frame is extended with a supported part C, and the supported part C can cooperate with the supporting part to resist and support, so that the collodion head assembly is supported. The above structure can also realize the purpose of the fixed frame being supported. The supported part C is a pillar B extending on both sides of the fixed frame, and the supporting part is a supporting platform provided on the opposite side walls of the water storage bucket. The head assembly can be supported. The above-mentioned supported part C can realize the purpose of the fixed frame being supported. The support platform is provided with grooves on the opposite sides of the water storage bucket, and the pillar B can be placed in the groove for support; the structure of the support platform is optimized.

In the present invention, the anti-disengagement device includes a guide rod and a slot hole provided in the extrusion frame B, one end of the guide rod is connected to the fixed frame, and the other end is arranged in the slot hole, and the guide rod can move relative to the extrusion frame B , And there is an anti-movement and detachment limit between the guide rod and the slot hole. The above-mentioned anti-separation device can realize the purpose of not falling off when the collodion head assembly moves relative to the extrusion port.

In the present invention, the return device is set in the water storage bucket; the driven part is a fixed frame, and the two sides of the fixed frame are respectively extended with pillars B; Grooves are respectively provided, and the pillars can be placed in the grooves for support; the return device includes a groove, and a support position and an interference part are arranged in the groove, the interference part is set above the support position, and the support position is used under the pillar B The frictional support when pressing, the conflicting part is used for the collodion head assembly to be lifted from the water storage bucket with the mop rod, which can form a resistance to the pillar B and pull back, so that the collodion head assembly can be reset after being moved relative to the extrusion device . The above-mentioned return device can realize the purpose that the collodion head assembly of the roller extrusion can be reset after being moved and extruded relative to the extrusion device. The conflicting portion is an elastic sheet or an elastic device provided in the groove; further optimizing the structure of the product.

In the present invention, the return device is set in the water storage bucket; the driven part is a fixed frame, and the two sides of the fixed frame are respectively extended with pillars B; Grooves are respectively provided, and the pillars can be placed in the grooves for support; the return device includes a groove, and a support position and a limit position are arranged in the groove, the limit position is set above the support position, and the support position is used under the pillar B The contradictory support when pressing, the limit position is used for the limit position when the prop B in the groove is lifted up with the mop rod, so that when the prop B is lifted up, it can be pulled back by the limit position to make the collodion head assembly move relative to the extrusion device after extrusion It can be reset, and the pillar B of the collodion head assembly can avoid the limit position and break away from the water storage bucket when the mop rod is lifted up. The above-mentioned return device can also realize the purpose that the collodion head assembly of the roller extrusion can be reset after being moved and extruded relative to the extrusion device.

In the present invention, the water storage bucket is provided with a dehydration area, and the support portion is located in the dehydration area; when dehydration, the collodion head assembly of the mop extends into the dehydration area and is supported by the support portion, hold Hold and push the mop rod to press down, and the pressed mop rod drives the extruding device to move relative to the supported collodion head assembly, so that the extruding device can form extrusion dehydration on the collodion head assembly in the dehydration area. The water storage bucket provided with the dehydration area can prevent water from splashing randomly when the mop is dehydrating, and can store and dehydrate the mop.

In the present invention, the water storage bucket is also provided with a cleaning area, and the dehydration area and the cleaning area are located at two different positions in the same cavity; the dehydration area and the cleaning area are respectively provided with a support part or a The support part can switch and move between the dehydration area and the cleaning area; when cleaning, the collodion head assembly of the mop extends into the cleaning area where water can be touched and is supported by the support part, hold and push the mop rod to press down, The depressed mop rod drives the extruding device to move relative to the supported collodion head assembly, so that the extruding device can squeeze and clean the collodion head assembly in the cleaning area. The above-mentioned collodion head assembly can be supported and squeezed in both the dehydration zone and the cleaning zone. The support portion that may be provided in the dehydration zone is higher than the support portion that may be provided in the washing zone. There are many structures in which the support part can switch and move between the dehydration area and the cleaning area. For example, a connecting arm can be provided between the support part and the water storage bucket. The arm rotates around the hinge point of the connecting arm and the water storage bucket, and the supporting part can enter the dehydration area or cleaning area of the water storage bucket with the rotation of the connecting arm in the length direction; the dehydration area or cleaning area of the water storage bucket is respectively equipped with a supporting support part The support position can be a collision surface or a collision groove; after the support part moves, it can be supported by the support position.

In the present invention, a cleaning area is also arranged in the water storage bucket, and the dehydration area and the cleaning area are independent; Interval switching movement; when cleaning, the collodion head assembly of the mop extends into the cleaning area that can touch the water and is supported by the support part, hold and push the mop rod to press down, and the pressed mop rod drives the extrusion device Relative to the supported collodion head assembly, the extrusion device can squeeze and clean the collodion head assembly in the cleaning area. Water storage barrels with independent dehydration areas and cleaning areas make the collodion head assembly clean more thoroughly, and the collodion head assembly can be supported and squeezed in both the dehydration area and the cleaning area.

In the present invention, there are many structures of the return device in the mop, for example: the return device includes a compression spring between the driven part and the mop rod or the extrusion frame or the extrusion frame B, and the compression spring is used for the collodion head Resetting of components after movement relative to the extrusion.

Description of drawings:

Fig. 1. Schematic diagram of the structure of the foldable squeeze mop of the present invention and the water storage bucket.

Fig. 2. An exploded schematic view of the double-fold squeeze mop of the present invention.

Fig. 3 is a schematic cross-sectional view of the water-squeezing state of the double-fold squeeze mop of the present invention.

Fig. 4. Schematic cross-sectional view of the structure of the double-fold squeeze mop and the water storage bucket of the present invention.

Fig. 5. Schematic cross-sectional view of the structure of the double-fold squeeze mop of the present invention when it is matched with the water storage bucket in the state of dehydration and extrusion.

Fig. 6. Schematic cross-sectional view of the structure of the present invention when the double-fold extrusion mop cooperates with the water storage bucket to clean the extrusion state.

Fig. 7 is a cross-sectional schematic diagram of a return device that can be reset after the double-folding squeeze mop cooperates with the water storage bucket in the present invention.

Fig. 8. Partial enlarged schematic diagram A of the resettable resettable return device of the double-folding squeeze mop of the present invention after being squeezed with the water storage bucket, and shows the pillar structure.

Fig. 9 is a cross-sectional schematic diagram of another return device that can be reset after being squeezed with a water storage bucket in the present invention.

Fig. 10. Partial enlarged schematic diagram B of another return device that can be reset after being squeezed with a water storage bucket in the present invention.

Fig. 11 is a schematic diagram of the structure of the roller-type squeeze mop and the water storage bucket of the present invention.

Figure 12. An exploded schematic view of the roller squeeze mop of the present invention.

Fig. 13. Schematic cross-sectional view of the structure of the roller-type squeeze mop of the present invention.

Fig. 14. Schematic cross-sectional view of the squeezed water state of the roller-type squeeze mop of the present invention.

Fig. 15. Schematic cross-sectional view of the structure of the roller-type squeeze mop and the water storage bucket of the present invention.

Fig. 16. Schematic cross-sectional view of the structure of the roller-type squeezing mop of the present invention in the dehydration and squeezing state of the water storage bucket.

Fig. 17. Schematic cross-sectional view of the structure of the roller-type squeeze mop of the present invention when it cooperates with the water storage bucket to clean the squeezed state.

Fig. 18. Schematic cross-sectional view of the resettable return device after the roller-type squeeze mop cooperates with the water storage bucket of the present invention.

Fig. 19. Partial enlarged schematic diagram C of the resettable return device after the roller-type squeeze mop cooperates with the water storage bucket of the present invention, and shows the structure of the pillar B.

Fig. 20. Schematic cross-sectional view of the structure of the anti-separation device of the roller-type squeeze mop of the present invention.

Fig. 21. A schematic cross-sectional view of another return device that can be reset after the roller-type squeeze mop cooperates with the water storage bucket in the present invention.

Figure 22. Partial enlarged schematic diagram D of another return device that can be reset after the roller-type squeeze mop cooperates with the water storage bucket in the present invention, and shows the structure of the pillar B.

Detailed Description of the Invention: The present invention will be further described by way of embodiments with reference to the accompanying drawings.

Referring to Figures 1 to 8, a cleaning tool of the present invention includes a mop, and the mop includes a mop rod 1, an extruding device 2 and a collodion head assembly 3 for cleaning, and the collodion head assembly is squeezed The device is connected to the mop rod, the collodion head assembly can move relative to the extruding device, and the extruding device can squeeze the collodion head assembly when it moves relative to it so as to implement dehydration; the collodion head assembly is provided with The driven part 6 is used for the movement of the collodion head assembly 3 relative to the extruding device 2; it is characterized in that: the cleaning tool also includes a water storage bucket 4, and the water storage bucket 4 is provided with a support part 5 for supporting The part 5 is used for the support of the driven part 6, so that the collodion head assembly 3 can be supported; when the collodion head assembly 3 of the mop extends into the water storage bucket 4 and is supported by the support part 5, hold and push The mop rod 1 is pressed down, and the pressed mop rod 1 drives the extruding device 2 to move relative to the supported collodion head assembly 3, so that the extruding device 2 can squeeze the collodion head assembly 3; in the water storage bucket 4 Or the mop is provided with a return device, and the return device is used for resetting the collodion head assembly 3 after moving relative to the extruding device 2 .

In an embodiment, the support portion 5 is a support platform provided on the wall of the water storage bucket 4 or a support platform provided in the water storage bucket or a support platform provided in the upper cover that can be provided on the water storage bucket, the support platform It is used for the support of the driven part 6, so that the collodion head assembly 3 can be supported.

In the embodiment, the extruding device 2 is a double-folding extruding device, which includes an extruding frame 2-1 and a force arm 2-2, and one end of the extruding frame 2-1 is fixedly connected to the mop rod 1 or Detachable and fixed connection, the other end of the extrusion frame 2-1 is provided with an extrusion port 2-3, the collodion head assembly 3 can be folded and moved in half, and the extrusion port 2-3 is used for the collodion head assembly when folded and moved in half 3 Extruding; the two sides of the collodion head assembly 3 that can be folded in half are respectively hinged with the two sides of the extrusion port of the extrusion frame 2-1 through the force arm 2-2.

In an embodiment, the collodion head assembly 3 includes a collodion head 3-1 and a cover plate 3-4 arranged on the collodion head, the cover plate is detachably connected to the collodion head 3-1, and the cover plate at least includes Two side plates 3-3, the two side plates are hinged by pin shafts or the middle cover plate 3-5 can be provided between the two side plates, the cover plate can be folded in half with the collodion head, the two side plates of the cover plate 3- 3 and both sides of the extrusion port of the extrusion frame 2-1 are respectively hinged through the force arm 2-2.

In the embodiment, the driven part 6 is a pin shaft or a middle cover plate 3-5, and the pin shaft or the middle cover plate 3-5 can cooperate with the support part 5 to support; the collodion head 3-1 With the pin shaft or the middle cover plate 3-5 being supported, the extruding device 2 moves with the downward pressure of the mop rod 1 to drive the two sides of the collodion head assembly 3 to fold and form extrusion. The pin shaft or the middle cover plate 3-5 is extended with a supported part, which can cooperate with the support part 5 to resist and support, so that the collodion head assembly 3 is supported. The supported part is a pin shaft or a pillar 8 extending on both sides of the middle cover plate 3-5, and the supporting part 5 is provided with a supporting platform on the opposite two sides of the barrel wall of the water storage bucket, and the pillar 8 can be connected with the support The table fits against the support, so that the collodion head assembly 3 can be supported. The support platform is provided with grooves 9 on opposite sides of the bucket wall of the water storage bucket 4, and the pillars 8 can be placed in the grooves 9 for support.

In the embodiment, the return device is arranged in the water storage bucket 4; the return device includes a groove 9, and the groove 9 is provided with a support position 22 and a conflicting part 23, and the conflicting part 23 is arranged above the support position 22 , the support position 22 is used for the support of the support when the pillar 8 is pressed down, and the conflicting part 23 is used for the collodion head assembly 3 to be lifted up with the mop rod 1 to separate from the water storage bucket 4, so that the pillar 8 can be resisted and pulled back, so that the glue The cotton head assembly 3 can be reset after being moved relative to the extruding device 2 and extruded. The conflicting portion 23 is an elastic piece 24 or an elastic device provided in the groove 9 .

In the embodiment, the water storage bucket 4 is provided with a dehydration area, and the support portion 5 is located in the dehydration area; during dehydration, the collodion head assembly 3 of the mop extends into the dehydration area and passes through the support portion 5 When supporting, hold and push the mop rod 1 to press down, and the pressed mop rod 1 drives the extrusion device 2 to move relative to the supported collodion head assembly 3, so that the extrusion device 2 can press the collodion head assembly 3 in the dehydration area Form extrusion dehydration.

In the embodiment, the water storage bucket 4 is also provided with a cleaning area, and the dehydration area and the cleaning area are located at two different positions in the same cavity; the dehydration area and the cleaning area are respectively provided with support parts 5 Or the support part 5 can switch and move between the dehydration area and the cleaning interval; when cleaning, the collodion head assembly of the mop stretches into the cleaning area that can touch the water and is supported by the support part, hold and push the mop rod Pressing down, the pressed mop rod drives the extruding device to move relative to the supported collodion head assembly, so that the extruding device can squeeze and clean the collodion head assembly in the cleaning area.

The working process of this embodiment is as follows: when dehydrating, the collodion head assembly of the mop extends into the dehydration area, and the pin shaft or the middle cover of the collodion head assembly is placed on the opposite sides of the water storage bucket through the pillars. When supporting in the provided groove, hold and push the mop rod to press down, the pressed mop rod drives the folded extrusion device to move, and the extrusion device drives the two sides of the collodion head assembly to fold, so that the extrusion device can The collodion head assembly forms extrusion dehydration in the dehydration area; when cleaning, the collodion head assembly of the mop extends into the cleaning area, and the pin shaft or the middle cover of the collodion head assembly is placed on the opposite sides of the water storage bucket through the pillars. When supporting in the grooves respectively provided on the side barrel walls, hold and push the mop rod to press down, the pressed mop rod drives the extruding device to move, and the extruding device drives the two sides of the collodion head assembly to fold, thereby extruding The device can squeeze and clean the collodion head assembly in the cleaning area; when the mop is lifted up to drive the pillar away from the water storage bucket, the lifted pillar is resisted by the conflicting part provided in the groove to form a reverse pull, thereby The collodion head assembly can be reset after being moved and squeezed relative to the extrusion device; a mop placement area can also be provided in the water storage bucket.

Because the water storage bucket provided with the supporting part of the present invention can be used in conjunction with the collodion mop provided with the extruding device, the cleaning efficiency is high when the product is used together, and the operation is simple and convenient; The reset operation improves the working efficiency of the product. The above-mentioned product has a simple structure, is not easy to be damaged, and is more convenient to be combined and transported after storage.

Fig. 9 and Fig. 10 show another return device of the double-fold extrusion cleaning tool of the present invention, the return device is arranged in the water storage bucket 4; the return device includes a groove 9, and the groove 9 There are a support position B25 and a limit position B26, the limit position B is set above the support position B, the support position B is used for the conflict support when the pillar 8 is pressed down, and the limit position B is used for the prop 8 in the groove 9 to be attached to the mop rod 1 The limit position when lifting, so that when the pillar 8 is lifted up, it can be pulled back by the limit position so that the collodion head assembly 3 can be reset after being moved and squeezed relative to the extrusion device 2. When the collodion head assembly 3 is lifted with the mop rod 1 Its pillar 8 can avoid the limit position B26 and break away from the water storage bucket 4. It can also achieve the purpose of resetting after the collodion head assembly is moved relative to the extrusion device and extruded.

Another example of the cleaning area in the present invention, the dehydration area and the cleaning area are independent; the dehydration area and the cleaning area are respectively provided with a support part 5 or the support part 5 can be switched between the dehydration area and the cleaning area Move; when cleaning, the collodion head assembly of the mop extends into the cleaning area that can touch the water and is supported by the support part, hold and push the mop rod to press down, and the pressed mop rod drives the extrusion device to be relatively The supported collodion head assembly moves so that the extruding device can squeeze and clean the collodion head assembly in the cleaning area.

Fig. 11 to Fig. 20 show another cleaning tool of the extruding device of the present invention. The extruding device 2 is a roller-type extruding device, which includes an extruding frame B12 and at least two groups of extruding wheels 13, one end of the extruding frame B12 is fixedly connected or detachably connected to the mop rod 1, and the extruding frame B12 is in addition One end is connected with extruding wheel 13, and extruding wheel 13 is respectively arranged on the opposite two sides of extruding frame B12 and forms extruding mouth; The press frame B12 moves and enters the extrusion port, so that the extrusion port can squeeze the collodion head assembly 3; an anti-detachment device is provided between the collodion head assembly 3 and the extrusion frame B12 or the mop rod 1 to prevent detachment. The device is used to connect the collodion head assembly 3 to the extruding frame B12 or the mop rod 1, and the anti-separation device can prevent the collodion head assembly 3 from falling off when moving relative to the extrusion port.

In the embodiment, the collodion head assembly 3 includes a collodion head 3-1 and a fixed frame 14 arranged on the collodion head, the fixed frame 14 is detachably connected or fixedly connected to one end of the collodion head 3-1, fixed The frame 14 is connected with the extruding frame B12 or the mop rod 1 through the anti-detachment device, and the fixed frame 14 can drive the collodion head 3-1 to move relative to the extruding frame B12.

In the embodiment, the driven part 6 is a fixed frame 14, and the fixed frame 14 can cooperate with the supporting part 5 to support; The mop rod 1 presses down and moves so that the collodion head assembly 3 enters the extrusion port to form extrusion. The fixed frame 14 is extended with a supported part C, and the supported part C can cooperate with the support part 5 to resist and support, so that the collodion head assembly 3 is supported. The supported part C is a pillar B16 extending on both sides of the fixed frame 14, and the supporting part 5 is a supporting platform provided on the opposite sides of the barrel wall of the water storage bucket 4, and the supporting platform B16 can cooperate with the supporting platform to support, Thus the collodion head assembly 3 can be supported. The support platform is provided with grooves 9 on opposite sides of the bucket wall of the water storage barrel 4 respectively, and the pillar B16 can be placed in the groove 9 for support.

In an embodiment, the anti-disengagement device includes a guide rod 20 and a slotted hole provided in the extrusion frame B12. One end of the guide rod 20 is connected to the fixed frame 14, and the other end is arranged in the slot hole. The guide rod 20 can be relatively squeezed. The pressing frame B12 moves, and there is an anti-movement and detachment stop between the guide rod 20 and the slot hole. There are many above-mentioned anti-movement and detachment limiting structures, such as: the part 27 of the guide rod arranged in the slot hole is larger than the slot opening 28, and the guide rod can move relative to the slot hole.

In the embodiment, the return device is arranged in the water storage bucket 4; the return device includes a groove 9, and the groove 9 is provided with a support position 22 and a conflicting part 23, and the conflicting part 23 is arranged above the support position 22 The support position 22 is used for the support of the support when the pillar B16 is pressed down, and the contact part 23 is used for the collodion head assembly 3 to be lifted up with the mop rod 1 until it is separated from the water storage bucket 4, so that the pillar B16 can be resisted and pulled back, so that the glue The cotton head assembly 3 can be reset after being moved relative to the extruding device 2 and extruded. The conflicting portion 23 is an elastic piece 24 or an elastic device provided in the groove 9 .

The working process of this embodiment is as follows: during dehydration, the collodion head assembly of the mop extends into the dehydration area, and the fixing frame of the collodion head assembly is placed on the opposite sides of the water storage bucket through the pillar B. When supporting in the groove, hold and push the mop rod to press down, and the pressed mop rod drives the roller extrusion device to move, so that the extrusion device can move relative to the supported collodion head assembly so that the collodion head assembly can enter the extrusion The pressure port forms extrusion dehydration; when cleaning, the collodion head assembly of the mop stretches into the cleaning area, and the fixed frame of the collodion head assembly is placed on the opposite two sides of the water storage bucket through the pillar B. When supporting in the groove, hold and push the mop rod to press down, and the pressed mop rod drives the roller extrusion device to move, so that the extrusion device can move relative to the supported collodion head assembly so that the collodion head assembly can enter the extrusion The pressure port is formed to squeeze and clean;

In the process of lifting the mop to drive the pillar B out of the water storage bucket, the lifted pillar B is resisted by the conflicting part provided in the groove to form a reverse pull, so that the collodion head assembly moves relative to the extrusion device after being extruded It can be reset; a mop placement area can also be arranged in the water storage bucket.

Fig. 21 and Fig. 22 show another return device of the roller-type extruding cleaning tool of the present invention, the return device is arranged in the water storage bucket 4; the return device includes a groove 9, and the groove 9 There are support position B25 and limit position B26. The limit position B26 is set above the support position B25. The support position B25 is used for the conflict support when the pillar B16 is pressed down. When lifting, it can be pulled back by the limiting position B26 when the pillar B16 is lifted so that the collodion head assembly 3 can be reset after being moved relative to the extruding device 2, and the collodion head assembly 3 is lifted with the mop rod At the time, its pillar B16 can avoid the limit position B26 and break away from the water storage bucket 4.

The above embodiments are only examples of the present invention, and any replacement or combination made according to the spirit of the present invention should be understood as not departing from the protection scope of the present invention.

Claims (24)

1. a cleaning tool, comprising mop, mop comprises mop bar (1), extruding device (2) and the collodion head assembly (3) that is used for cleaning, and described collodion head assembly is connected to by extruding device The mop rod and the collodion head assembly can move relative to the extruding device, and the extruding device can squeeze the collodion head assembly when it moves relative to it so as to implement dehydration; the collodion head assembly is provided with a driven part (6), the driven part (6) is used for the movement of the collodion head assembly (3) relative to the extrusion device (2); it is characterized in that: the cleaning tool also includes a water storage bucket (4), a water storage bucket (4 ) is provided with a supporting part (5), and the supporting part (5) is used for the support of the driven part (6), so that the collodion head assembly (3) can be supported; the collodion head assembly (3) of the mop extends When entering the water storage bucket (4) and being supported by the support part (5), hold and push the mop rod (1) to press down, and the pressed mop rod (1) drives the extrusion device (2) against the supported The collodion head assembly (3) moves so that the extrusion device (2) can squeeze the collodion head assembly (3); a return device is provided in the water storage bucket (4) or the mop, and the return device is used Reset after the collodion head assembly (3) moves relative to the extrusion device (2). 2. A cleaning tool according to claim 1, characterized in that: the support part (5) is a support platform provided on the wall of the water storage bucket (4) or a support platform or a storage platform provided in the water storage bucket The upper cover that can be provided on the water bucket is provided with a support platform, and the support platform is used for the support of the driven part (6), so that the collodion head assembly (3) can be supported. 3. A cleaning tool according to claim 1, characterized in that: the extruding device (2) is a double-folding extruding device, which includes an extruding frame (2-1) and a force arm (2-2) , one end of the extrusion frame (2-1) is fixedly connected or detachably connected to the mop rod (1), and the other end of the extrusion frame (2-1) is provided with an extrusion port (2-3), the The collodion head assembly (3) can be folded and moved in half, and the extrusion port (2-3) is used to squeeze the collodion head assembly (3) when it is folded and moved in half; the two collodion head assemblies (3) that can be folded in half The two sides of the extrusion port of the side and the extrusion frame (2-1) are respectively hinged by means of a moment arm (2-2). 4. according to a kind of cleaning tool described in right 3, it is characterized in that: described collodion head assembly (3) comprises collodion head (3-1) and is located at the cover plate (3-4) on the collodion head , the cover plate and the collodion head (3-1) are detachably connected, the cover plate includes at least two side plates (3-3), the two side plates are hinged by pin shafts or the middle cover plate can be provided between the two side plates (3-5) hinged, the cover plate can be folded in half with the rubber cotton head, the two side plates (3-3) of the cover plate and the both sides of the extrusion port of the extrusion frame (2-1) respectively pass through the force arm (2-2 ) hinged. 5. A cleaning tool according to right 2 or 4, characterized in that: the driven part (6) is a pin shaft or a middle cover (3-5), and the pin or the middle cover (3-5) -5) It can cooperate with the supporting part (5) to support; when extruding, the collodion head (3-1) is supported with the pin shaft or the middle cover (3-5), and the extruding device (2) is supported with the mop rod (1 ) to press down and move so as to drive both sides of the collodion head assembly (3) to be folded to form extrusion. 6. A cleaning tool according to claim 5, characterized in that: the pin shaft or the middle cover plate (3-5) is extended with a supported part, and the supported part can cooperate with the supporting part (5) to resist and support, Thereby the collodion head assembly (3) is supported. 7. A cleaning tool according to right 6, characterized in that: the supported part is a pin shaft or a pillar (8) extending from both sides of the middle cover (3-5), and the supporting part ( 5) Support platforms are respectively provided on the opposite side walls of the water storage barrel, and the pillars (8) can cooperate with the support platforms to resist and support, so that the collodion head assembly (3) can be supported. 8. A cleaning tool according to claim 7, characterized in that: a groove (9) is provided in the support platform, and the pillar (8) can be placed in the groove (9) for support. 9. A cleaning tool according to claim 1 or 8, characterized in that: the return device is arranged in the water storage bucket (4); the return device includes a groove (9), the groove (9) A supporting position (22) and a conflicting part (23) are provided inside, and the conflicting part (23) is arranged above the supporting position (22), and the supporting position (22) is used for the conflicting support when the pillar (8) is pressed down, and the conflicting part ( 23) When the collodion head assembly (3) is lifted up with the mop rod (1) to separate from the water storage bucket (4), it can form resistance to the pillar (8) and pull back, so that the collodion head assembly (3) is relatively squeezed The pressing device (2) can be reset after being moved and squeezed. 10. The cleaning tool according to claim 9, characterized in that: the conflicting portion (23) is an elastic piece (24) or an elastic device provided in the groove (9). 11. A cleaning tool according to claim 1 or 8, characterized in that: the return device is set in the water storage bucket (4); the return device includes a groove (9), the groove (9) There are support position B (25) and limit position B (26) inside, the limit position B is set above the support position B, the support position B is used for the conflict support when the pillar (8) is pressed down, and the limit position B is used for the groove (9) The limit position when the inner pillar (8) is raised with the mop rod (1), so that when the pillar (8) is raised, it can be pulled back by the limit position to make the collodion head assembly (3) relative to the extrusion device (2) It can be reset after moving and extruding, and its pillar (8) can avoid the limit position B (26) and break away from the water storage bucket (4) when the described collodion head assembly (3) is lifted along with the mop rod (1). 12. A cleaning tool according to claim 1, characterized in that: the extruding device (2) is a roller-type extruding device, which includes an extruding frame B (12) and at least two groups of extruding wheels (13 ), one end of the extrusion frame B (12) is fixedly connected to the mop rod (1) or detachably fixedly connected, the other end of the extrusion frame B (12) is connected to the extrusion wheel (13), and the extrusion wheel (13) is respectively set Extrusion ports are formed on opposite sides of the extrusion frame B (12); one end of the collodion head assembly (3) is arranged in the extrusion port, and the other end can enter by moving relative to the extrusion frame B (12) Extrusion port, so that the extrusion port can squeeze the collodion head assembly (3); an anti-separation device is provided between the collodion head assembly (3) and the extrusion frame B (12) or the mop rod (1) , the anti-separation device is used for the connection of the collodion head assembly (3) and the extruding frame B (12) or the mop rod (1), and the anti-separation device can prevent the collodion head assembly (3) from falling off when it moves relative to the extrusion port . 13. A cleaning tool according to right 12, characterized in that: the collodion head assembly (3) comprises a collodion head (3-1) and a fixing frame (14) arranged on the collodion head, fixed The frame (14) is detachably connected or fixedly connected to one end of the collodion head (3-1), the fixed frame (14) is connected with the extruding frame B (12) or the mop rod (1) through the anti-separation device, and the fixed frame ( 14) It can drive the collodion head (3-1) to move relative to the extruding frame B (12). 14. A cleaning tool according to claim 2 or 13, characterized in that: the driven part (6) is a fixed frame (14), and the fixed frame (14) can cooperate with the support part (5) to support ; When extruding, the collodion head (3-1) is supported with the fixed frame (14), and the extruding device (2) moves down with the mop rod (1) so that the collodion head assembly (3) enters the extrusion port to form an extrusion pressure. 15. A cleaning tool according to claim 14, characterized in that: the fixed frame (14) is extended with a supported part C, and the supported part C can cooperate with the supporting part (5) to resist and support, so that the collodion head Assembly (3) is supported. 16. A cleaning tool according to claim 15, characterized in that: the supported part C is a support B (16) extending from both sides of the fixed frame (14), and the supporting part (5) is a water storage bucket (4) The barrel walls on opposite sides of the barrel are respectively provided with support platforms, and the pillar B (16) can cooperate with the support platforms to resist and support, so that the collodion head assembly (3) can be supported. 17. A cleaning tool according to claim 16, characterized in that: a groove (9) is provided in the support platform, and the pillar B (16) can be placed in the groove (9) for support. 18. A cleaning tool according to claim 1 or 17, characterized in that: the return device is arranged in the water storage bucket (4); the return device includes a groove (9), and the groove (9) A supporting position (22) and a conflicting part (23) are provided, and the conflicting part (23) is arranged above the supporting position (22), and the supporting position (22) is used for the conflicting support when the pillar B (16) is pressed down, and the conflicting part ( 23) When the collodion head assembly (3) is lifted up with the mop rod (1) to separate from the water storage bucket (4), it can form a resistance to the pillar B (16) and pull back, so that the collodion head assembly (3) is relatively The extruding device (2) can be reset after being moved and extruded. 19. A cleaning tool according to claim 18, characterized in that: the conflicting portion (23) is an elastic piece (24) or an elastic device provided in the groove (9). 20. A cleaning tool according to 1 or 17, characterized in that: the return device is set in the water storage bucket (4); the return device includes a groove (9), and the groove (9) A support position B (25) and a limit position B (26) are provided, the limit position B (26) is set above the support position B (25), and the support position B (25) is used for the collision when the pillar B (16) is pressed down Support, the limit position B (26) is used for the limit when the pillar B (16) in the groove (9) is lifted with the mop rod (1), so that the pillar B (16) can be limited by the position B (26) when it is lifted ) pull back to make the collodion head assembly (3) move relative to the extruding device (2) and reset after being extruded, and when the collodion head assembly (3) is lifted along with the mop rod (1), its pillar B (16) can be Avoid the limit position B (26) and break away from the water storage bucket (4). 21. A cleaning tool according to claim 12, characterized in that: the anti-separation device includes a guide rod (20) and a slot provided in the extrusion frame B (12), and one end of the guide rod (20) is connected On the fixed frame (14), the other end is arranged in the slot hole, and the guide rod (20) can move relative to the extruding frame B (12), and an anti-movement and detachment stopper is provided between the guide rod (20) and the slot hole. 22. A cleaning tool according to claim 1, characterized in that: the water storage bucket (4) is provided with a dehydration area, and the support part (5) is located in the dehydration area; the glue of the mop during dehydration When the cotton head assembly (3) extends into the dehydration area and is supported by the support part (5), hold and push the mop rod (1) to press down, and the pressed mop rod (1) drives the extrusion device (2) It moves relative to the supported collodion head assembly (3), so that the extruding device (2) can form extrusion dehydration on the collodion head assembly (3) in the dehydration zone. 23. A cleaning tool according to claim 22, characterized in that: the water storage bucket (4) is also provided with a cleaning area, and the dehydration area and the cleaning area are located at two different positions in the same cavity; The dehydration area and the cleaning area are respectively provided with support parts (5) or the support parts (5) can be switched and moved between the dehydration area and the cleaning area; when cleaning, the collodion head assembly of the mop extends into the accessible When the water is in the cleaning area and is supported by the support part, hold and push the mop rod to press down, and the pressed mop rod drives the extruding device to move relative to the supported collodion head assembly, so that the extruding device can move the collodion head assembly A squeeze wash is formed in the wash zone. 24. A cleaning tool according to claim 22, characterized in that: the water storage bucket (4) is also provided with a cleaning area, and the dehydration area and the cleaning area are independent; the dehydration area and the cleaning area are respectively A support part (5) is provided or the support part (5) can switch and move between the dehydration area and the cleaning interval; when cleaning, the collodion head assembly of the mop extends into the cleaning area accessible to water, and passes through the support part When supporting, hold and push the mop rod to press down, and the pressed mop rod drives the extruding device to move relative to the supported collodion head assembly, so that the extruding device can squeeze and clean the collodion head assembly in the cleaning area.