A cleaning tool

Abstract

A cleaning tool includes a mop, the mop includes a mop rod, a squeezing device and a collodion head assembly for cleaning, the collodion head assembly can move relative to the squeezing device to implement dehydration; the cleaning tool also includes a water storage bucket, a dehydration area is provided in the water storage bucket, the dehydration area of ​​the water storage bucket is provided with a support part, the support part is used to support the collodion head assembly; when dehydrating, the collodion head assembly of the mop extends into the dehydration area and is supported by the support part, the mop rod is held and pushed downward, and the depressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and dehydrate the collodion head assembly in the dehydration area. Since the water storage bucket provided with a support part of the present invention can be used in conjunction with the collodion mop provided with a squeezing device, the product has high cleaning efficiency and is simple and convenient to operate when used in conjunction; the water storage bucket provided with a dehydration area can prevent water splashing when the mop is dehydrated, and can store and dehydrate.

Description

Technical field:

[0002] The invention relates to a cleaning tool related to a collodion mop. Background technology:

[0004] At present, there are many kinds of rubber cotton mops on the market. For example, the rubber cotton mop includes a mop rod, a squeezing device and a rubber cotton head assembly for cleaning. The rubber cotton head assembly is connected to the mop rod through the squeezing device, and the rubber cotton head assembly can be moved relative to the squeezing device to be squeezed; when dehydrating, the squeezing device is operated to move relative to the rubber cotton head assembly to implement squeezing and dehydration; but due to 1. the rubber cotton mop is not equipped with a movable cavity, the rubber cotton mop will produce sewage splashing during dehydration, and can only be dehydrated at a drainable place, which affects the work efficiency; 2. the rubber cotton mop has no fulcrum support during the dehydration operation, which makes the staff easily fatigued. Summary of the invention:

[0006] An object of the present invention is to provide a cleaning tool that solves the above problems.

[0007] To achieve the above-mentioned purpose, the present invention is implemented by the following technical solutions:

[0008] A cleaning tool comprises a mop, which comprises a mop rod, a squeezing device and a collodion head assembly for cleaning, wherein the collodion head assembly is connected to the mop rod through the squeezing device, the collodion head assembly can move relative to the squeezing device, and the squeezing device can squeeze the collodion head assembly when it moves relative to the squeezing device, so as to implement dehydration; the collodion head assembly is provided with a driven part, and the driven part is used for the movement of the collodion head assembly relative to the squeezing device; it is characterized in that: the cleaning tool also comprises a water storage bucket, a dehydration area is provided in the water storage bucket, and the dehydration area of ​​the water storage bucket is provided with a supporting part, and the supporting part is used for supporting the driven part, so that the collodion head assembly can be supported; when dehydrating, the collodion head assembly of the mop extends into the dehydration area, and when supported by the supporting part, the mop rod is held and pushed downward, and the downwardly pressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and dehydrate the collodion head assembly in the dehydration area.

[0009] The advantages of the present invention are as follows: since the water storage bucket provided with a support portion can be used in conjunction with a collodion mop provided with a squeezing device, the products have high cleaning efficiency and are simple and convenient to operate when used in conjunction; the water storage bucket provided with a dehydration area can prevent water from splashing when the mop is dehydrated and can store and dehydrate; the above product has a simple structure, is not easily damaged, and is convenient for transportation after being combined and stored.

[0010] In the present invention, a cleaning area is also provided in the water storage bucket, and the dehydration area and the cleaning area are located at two different positions in the same cavity; during cleaning, the collodion head assembly of the mop is extended into the cleaning area accessible to water and can be cleaned by stirring. The water storage bucket provided with the cleaning area facilitates the cleaning of the collodion head assembly.

[0011] In the present invention, a washing area is also provided in the water storage barrel, and the dehydration area and the washing area are located at two different positions in the same cavity; the dehydration area and the washing area are respectively provided with a support part or the support part can be switched and moved between the dehydration area and the washing area; when washing, the collodion head assembly of the mop extends into the washing area that can be touched by water and is supported by the support part, the mop rod is held and pushed downward, and the downwardly pressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and wash the collodion head assembly in the washing area. The above-mentioned collodion head assembly can realize the squeezing operation after being supported in both the dehydration area and the washing area. The support part that can be provided in the dehydration area is higher than the support part that can be provided in the washing area. There are many structures in which the support part can be converted and moved 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, and both ends of the connecting arm are hinged to the support part and the water storage bucket respectively. The support part can be rotated around the hinge point between the connecting arm and the water storage bucket through the connecting arm, and the support part can enter the dehydration area or the cleaning area of ​​the water storage bucket as the connecting arm rotates in the length direction. The dehydration area position or the cleaning area position of the water storage bucket is respectively provided with a support position for supporting the support part, and the support position can be a contact surface or a contact groove; after the support part moves, it can contact the support through the support position.

[0012] In the present invention, a washing area is also provided in the water storage bucket, and the dehydration area and the washing area are independent; during washing, the collodion head assembly of the mop is extended into the washing area accessible to water and can be washed by stirring. The water storage bucket with independent dehydration area and washing area can clean the collodion head assembly more thoroughly.

[0013] In the present invention, a washing area is also provided in the water storage bucket, and the dehydration area and the washing area are independent of each other; the dehydration area and the washing area are respectively provided with a support part or the support part can be switched and moved between the dehydration area and the washing area; when washing, the collodion head assembly of the mop extends into the washing area that can touch the water, and when supported by the support part, the mop rod is held and pushed downward, and the downwardly pressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and wash the collodion head assembly in the washing area. The water storage bucket with independent dehydration area and washing area can make the collodion head assembly clean more thoroughly, and the collodion head assembly can be squeezed after being supported in both the dehydration area and the washing area.

[0014] In the present invention, the support part is a support platform provided on the barrel wall of the water storage barrel, or a support platform provided in the water storage barrel, or a support platform provided in the upper cover that can be provided on the water storage barrel, and the support platform is used to support the driven part, so that the collodion head assembly can be supported. The above-mentioned support platform has a simple structure, is not easy to be damaged, and is easy to operate in combination with a mop.

[0015] The first type of cleaning tool of the squeezing device is a folding squeezing device, which includes a squeezing frame and a force arm, one end of the squeezing frame is fixedly connected or detachably fixedly connected to the mop rod, and the other end of the squeezing frame is provided with an squeezing port, the collodion head assembly can be folded and moved, and the squeezing port is used to squeeze the collodion head assembly when it is folded and moved; the two sides of the foldable collodion head assembly are respectively hinged with the two sides of the squeezing port of the squeezing frame through the force arm. The above squeezing device can achieve the purpose of folding and squeezing the collodion head assembly. There are many structures of the above detachable fixed connection, such as Example 1: a threaded slot is provided in the squeezing frame, a threaded head is provided at the connecting end of the mop rod, and the connecting end of the mop rod is connected to the squeezing frame through a thread after being inserted into the slot; such as Example 2: a slot is provided in the squeezing frame, an elastic hook is provided on the side wall of the slot, and a hook groove is provided at the connecting end of the mop rod, and the connecting end of the mop rod is connected to the squeezing frame through the cooperation of the hook groove and the hook after being inserted into the slot.

[0016] 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, the two side plates are hinged by a pin shaft or the two side plates are hinged by a middle cover plate that can be provided, the cover plate can be folded in half with the collodion head, and the two side plates of the cover plate are respectively hinged to the two sides of the extrusion port of the extrusion frame by force arms. The above-mentioned collodion head assembly can achieve the purpose of being extruded by the folding extrusion device. There are many of the above-mentioned detachable connections, such as Example 1: Patent No.: CN201520286894.5, the upper end surface of the cotton wool head is bonded and fixed to the adhesive plate, a locking head is provided on the adhesive plate, and a locking hole corresponding to the locking head is provided on the connecting plate, and the adhesive plate is connected to the connecting plate through the cooperation between the locking head and the locking hole. The connection method between the above-mentioned cotton wool head and the connecting plate is the same as the connection method between the cotton wool head and the cover plate of this patent; Example 2: Patent No.: CN201621389590.2 A clamping device for replacing a cotton wool mop head; Example 3: The upper end surface of the cotton wool head is bonded and fixed to the adhesive plate, an elastic hook is provided around the adhesive plate, and a hook position that cooperates with the hook is provided on the cover plate. The cotton wool head can be connected to the cover plate by the hook provided on the adhesive plate.

[0017] 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 cooperate with the supporting part for support; during extrusion, the collodion head is supported along with the pin shaft or the middle cover plate, and the extrusion device moves with the downward pressure of the mop rod, thereby driving 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.

[0018] In the present invention, the pin shaft or the middle cover plate is extended with a supported portion, and the supported portion can cooperate with the supporting portion for support, so that the cotton wool head assembly can be supported. The above structure can achieve the purpose of supporting the pin shaft or the middle cover plate. The supported portion is a pillar extending from both sides of the pin shaft or the middle cover plate, and the supporting portion is a support platform provided on the barrel walls on the opposite sides of the water storage barrel, and the pillar can cooperate with the support platform for support, so that the cotton wool head assembly can be supported. The above supported portion can achieve the purpose of supporting the pin shaft or the middle cover plate. The support platform is a groove provided on the barrel walls on the opposite sides of the water storage barrel, and the pillar can be placed in the groove for support; the support platform structure is optimized.

[0019] Another cleaning tool of an extrusion device, the extrusion device is a roller extrusion device, which includes an extrusion frame B and at least two groups of extrusion wheels, one end of the extrusion frame B is fixedly connected or detachably fixedly connected to the mop rod, and the other end of the extrusion frame B is connected to the extrusion wheels, and the extrusion wheels are respectively arranged on 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 thereof can enter the extrusion port by moving relative to the extrusion frame B, so that the extrusion port can extrude the collodion head assembly; an anti-detachment device is arranged between the collodion head assembly and the extrusion frame B or the mop rod, and the anti-detachment device is used to connect the collodion head assembly to the extrusion 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-mentioned extrusion device can also achieve the purpose of extruding the collodion head assembly. There are many structures for the above-mentioned detachable fixed connection, such as Example 1: a threaded slot is provided in the extrusion frame B, and a threaded head is provided at the connecting end of the mop rod. After the connecting end of the mop rod is inserted into the slot, it is connected to the extrusion frame B through a thread; such as Example 2: a slot is provided in the extrusion frame B, and an elastic hook is provided on the side wall of the slot, and a hook groove is provided at the connecting end of the mop rod. After the connecting end of the mop rod is inserted into the slot, it is connected to the extrusion frame B through the cooperation of the hook groove and the hook.

[0020] In the present invention, the collodion head assembly includes a collodion head and a fixing frame arranged on the collodion head, the fixing frame is detachably connected or fixedly connected to one end of the collodion head, the fixing frame is connected to the squeezing frame B or the mop rod through an anti-detachment device, and the fixing frame can drive the collodion head to move relative to the squeezing frame B. The above-mentioned collodion head assembly can achieve the purpose of being squeezed by the roller squeezing device. There are many detachable connection structures, for example, the fixing frame is connected to one end of the collodion head by screws.

[0021] In the present invention, the driven part is a fixed frame, and the fixed frame can cooperate with the supporting part for support; during extrusion, the collodion head is supported along with the fixed frame, and the extrusion device moves with the downward pressure of the mop rod so that the collodion head assembly enters the extrusion port to form extrusion. The driven part can achieve the purpose of supporting the collodion head assembly.

[0022] In the present invention, the fixed frame is extended with a supported portion C, and the supported portion C can cooperate with the supporting portion for support, so that the cotton wool head assembly can be supported. The above structure can achieve the purpose of the fixed frame being supported. The supported portion C is a fixed frame with pillars B extending on both sides respectively, and the supporting portion is a support platform provided on the barrel walls on the opposite sides of the water storage barrel, and the pillars B can cooperate with the support platform for support, so that the cotton wool head assembly can be supported. The above supported portion C can achieve the purpose of the fixed frame being supported. The support platform is a water storage barrel with grooves on the barrel walls on the opposite sides respectively, and the pillars B can be placed in the grooves for support; the support platform structure is optimized.

[0023] In the present invention, the anti-separation device comprises a guide rod and a slot provided in the extrusion frame B, one end of the guide rod is connected to the fixed frame, and the other end is provided in the slot, the guide rod can move relative to the extrusion frame B, and an anti-movement and separation limiter is provided between the guide rod and the slot. The anti-separation device can achieve the purpose of preventing the collodion head assembly from falling off when it moves relative to the extrusion port.

[0024] In the present invention, a return device is provided in the water storage bucket or the mop, and the return device is used to reset the collodion head assembly after it moves relative to the squeezing device. The purpose of providing the return device is to facilitate the operation of resetting the mop after squeezing, thereby improving the work efficiency of the product. There are many structures in which the return device is provided in the above mop, for example: the return device includes a compression spring provided between the driven part and the mop rod or the squeezing frame or the squeezing frame B, and the compression spring is used to reset the collodion head assembly after it moves relative to the squeezing device.

[0025] In the present invention, the return device is arranged in the water storage barrel; the driven part is a pin shaft or a middle cover plate, and pillars are extended on both sides of the pin shaft or the middle cover plate; the support part is a groove provided on the barrel walls on the opposite sides of the water storage barrel, and the pillar can be placed in the groove for support; the return device includes a groove, and a support position and a resistance part are provided in the groove, and the resistance part is provided above the support position, and the support position is used for the resistance support when the pillar is pressed down, and the resistance part is used for the rubber cotton head assembly to form resistance and reverse pull on the pillar during the process of the mop rod being lifted up to leave the water storage barrel, so that the rubber cotton head assembly can be reset after being moved and squeezed relative to the squeezing device. The above-mentioned return device can achieve the purpose of resetting the rubber cotton head assembly of the folded squeezing after being moved and squeezed relative to the squeezing device. The resistance part is an elastic sheet or elastic device provided in the groove; further optimizes the structure of the product.

[0026] In the present invention, the return device is arranged in the water storage barrel; the driven part is a fixed frame, and pillars B extend from both sides of the fixed frame; the support part is a groove provided on the barrel walls on the opposite sides of the water storage barrel, and pillars B can be placed in the groove for support; the return device includes a groove, and a support position and a resistance part are provided in the groove, and the resistance part is provided above the support position, and the support position is used for resistance support when pillar B is pressed down, and the resistance part is used for the rubber cotton head assembly to form resistance and reverse pull on pillar B during the process of the mop rod being lifted up to leave the water storage barrel, so that the rubber cotton head assembly can be reset after being moved and squeezed relative to the squeezing device. The above-mentioned return device can achieve the purpose of resetting the rubber cotton head assembly of roller-type squeezing after being moved and squeezed relative to the squeezing device. The resistance part is an elastic sheet or elastic device provided in the groove; further optimizes the structure of the product. Description of the drawings:

[0028] Figure 1 .Schematic diagram of the structure of the foldable squeeze mop of the present invention combined with a water storage bucket.

[0029] Figure 2 . Schematic diagram of the exploded view of the foldable squeeze mop of the present invention.

[0030] Figure 3 . A schematic cross-sectional view of the foldable squeeze mop of the present invention in the water squeezing state.

[0031] Figure 4 . A schematic cross-sectional view of the structure of the foldable squeeze mop of the present invention in combination with a water storage bucket.

[0032] Figure 5 . A schematic cross-sectional view of the structure of the foldable squeeze mop of the present invention when it is in a dehydration and squeezing state with a water storage bucket.

[0033] Figure 6 . A schematic cross-sectional view of the structure of the foldable squeeze mop of the present invention when it is in a cleaning squeeze state with a water storage bucket.

[0034] Figure 7 . A cross-sectional schematic diagram of the return device of the foldable squeeze mop of the present invention that can be reset after being squeezed by the water storage bucket.

[0035] Figure 8 . A partial enlarged schematic diagram A of the return device of the foldable squeeze mop of the present invention that can be reset after being squeezed with the water storage bucket, and the support structure is shown.

[0036] Fig. 9 .Schematic diagram of the structure of the roller type squeeze mop of the present invention combined with a water storage bucket.

[0037] Fig.10 . Schematic diagram of the exploded view of the roller squeeze mop of the present invention.

[0038] Fig.11.Schematic diagram of the cross-sectional view of the structure of the roller squeeze mop of the present invention.

[0039] Fig.12 . Schematic cross-sectional view of the roller squeeze mop of the present invention in the water squeezing state.

[0040] Fig.13 . A schematic cross-sectional view of the structure of the roller-type squeeze mop of the present invention in combination with a water storage bucket.

[0041] Fig.14 . A schematic cross-sectional view of the structure of the roller type squeeze mop of the present invention when it is in a dehydration and squeeze state with a water storage bucket.

[0042] Fig.15 . A schematic cross-sectional view of the structure of the roller-type squeezing mop of the present invention when it is in a cleaning squeezing state with a water storage bucket.

[0043] Fig.16 . A cross-sectional schematic diagram of the return device of the roller type squeeze mop of the present invention that can be reset after squeezing in conjunction with the water storage bucket.

[0044] Fig.17 . A partial enlarged schematic diagram C of the return device of the roller type squeeze mop of the present invention that can be reset after squeezing with the water storage bucket, and the support B structure is shown.

[0045] Fig.18 . A schematic cross-sectional view of the structure of the anti-detachment device of the roller squeeze mop of the present invention. Specific implementation method: The present invention will be further described below by way of embodiments with reference to the accompanying drawings.

[0047] Referring to Figures 1 to 8, the present invention is a cleaning tool, including a mop, the mop includes a mop rod 1, a squeezing device 2 and a collodion head assembly 3 for cleaning, the collodion head assembly is connected to the mop rod through the squeezing device, the collodion head assembly can move relative to the squeezing device, the squeezing device can squeeze the collodion head assembly relative to the squeezing device 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 squeezing device 2; it is characterized in that: The cleaning tool also includes a water storage bucket 4, in which a dehydration area is provided, and a support portion 5 is provided in the dehydration area of ​​the water storage bucket 4, and the support portion 5 is used to support the driven portion 6, so that the collodion head assembly 3 can be supported; during dehydration, the collodion head assembly 3 of the mop extends into the dehydration area, and when supported by the support portion 5, the mop rod 1 is held and pushed downward, and the downwardly pressed mop rod 1 drives the squeezing device 2 to move relative to the supported collodion head assembly 3, so that the squeezing device 2 can squeeze and dehydrate the collodion head assembly 3 in the dehydration area.

[0048] In the embodiment, a cleaning area is further provided in the water storage bucket 4, 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 portion 5 or the support portion 5 can be switched and moved between the dehydration area and the cleaning area; when cleaning, the collodion head assembly of the mop is extended into the cleaning area accessible to water and supported by the support portion, the mop rod is held and pushed downward, and the downward pressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and clean the collodion head assembly in the cleaning area.

[0049] In the embodiment, the support part 5 is a support platform provided on the barrel wall of the water barrel 4 or a support platform provided in the water barrel or a support platform provided in the upper cover that can be provided on the water barrel, and the support platform is used to support the driven part 6, so that the cotton wool head assembly 3 can be supported.

[0050] In an embodiment, the extrusion device 2 is a folding extrusion device, which includes an extrusion frame 2-1 and a force arm 2-2. One end of the extrusion frame 2-1 is fixedly connected or detachably fixedly 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 cotton wool head assembly 3 can be folded and moved, and the extrusion port 2-3 is used to extrude the cotton wool head assembly 3 when it is folded and moved; the two sides of the cotton wool head assembly 3 that can be folded are hinged to the two sides of the extrusion port of the extrusion frame 2-1 through the force arm 2-2 respectively.

[0051] In the embodiment, the cotton wool head assembly 3 includes a cotton wool head 3-1 and a cover plate 3-4 arranged on the cotton wool head, the cover plate is detachably connected to the cotton wool head 3-1, the cover plate includes at least two side plates 3-3, the two side plates are hinged by a pin shaft or the two side plates are hinged by a middle cover plate 3-5 that may be provided, the cover plate can be folded in half along with the cotton wool head, and the two side plates 3-3 of the cover plate are hinged to the two sides of the extrusion port of the extrusion frame 2-1 by force arms 2-2 respectively.

[0052] 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 for support; during extrusion, the collodion head 3-1 is supported along with the pin shaft or the middle cover plate 3-5, and the extrusion device 2 moves downward with 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 extends with a supported part, and the supported part can cooperate with the support part 5 for support, so that the collodion head assembly 3 is supported. The supported part is a pillar 8 extending from both sides of the pin shaft or the middle cover plate 3-5, and the support part 5 is a support platform provided on the opposite sides of the barrel wall of the water storage barrel, and the pillar 8 can cooperate with the support platform for support, so that the collodion head assembly 3 can be supported. The support platform is a groove 9 provided on the opposite sides of the barrel wall of the water storage barrel 4, and the pillar 8 can be placed in the groove 9 for support.

[0053] In the embodiment, a return device is provided in the water storage bucket 4 or the mop, and the return device is used for resetting the collodion head assembly 3 after it moves relative to the extrusion device 2. The return device is provided in the water storage bucket 4; the driven part 6 is a pin shaft or a middle cover plate 3-5, and pillars 8 are respectively extended on both sides of the pin shaft or the middle cover plate 3-5; the support part 5 is a groove 9 provided on the barrel wall of the water storage bucket on both sides, and the pillar 8 can be placed in the groove 9 for support; the return device includes a groove 9, and a support position 22 and a resistance part 23 are provided in the groove 9. The resistance part 23 is provided above the support position 22. The support position 22 is used for resistance support when the pillar 8 is pressed down, and the resistance part 23 is used for the collodion head assembly 3 to form resistance and reverse pull on the pillar 8 when the mop rod 1 is lifted up to the water storage bucket 4 to separate from the water storage bucket 4, so that the collodion head assembly 3 can be reset after being moved and squeezed relative to the extrusion device 2. The resistance part 23 is an elastic sheet 24 or an elastic device provided in the groove 9.

[0054] The working process of this embodiment is as follows: when dehydrating, the cotton wool head assembly of the mop extends into the dehydrating area, the pin shaft or the middle cover plate of the cotton wool head assembly is placed in the grooves respectively provided on the barrel walls on the opposite sides of the water storage barrel through the pillars for support, the mop rod is held and pushed down, the pressed mop rod drives the folding squeezing device to move, and the squeezing device drives the two sides of the cotton wool head assembly to fold, so that the squeezing device can squeeze and dehydrate the cotton wool head assembly in the dehydrating area; when cleaning, the cotton wool head assembly of the mop extends into the cleaning area, the pin shaft or the middle cover plate of the cotton wool head assembly is placed in the grooves respectively provided on the barrel walls on the opposite sides of the water storage barrel through the pillars for support, and ... pushed down, the pressed mop rod drives the folding squeezing device to move, and the squeezing device drives the two sides of the cotton wool head assembly to fold, so that the squeezing device can squeeze and dehydrate the cotton wool head assembly in the dehydrating area When the support pillars are placed in the grooves provided on the barrel walls on the opposite sides of the water storage barrel for support, the mop rod is held and pushed downward, and the downward pressed mop rod drives the squeezing device to move, and the squeezing device drives the two sides of the cotton wool head assembly to fold, so that the squeezing device can squeeze and clean the cotton wool head assembly in the cleaning area; in the process of the mop being lifted up to drive the support pillars to separate from the water storage barrel, the lifted support pillars are resisted by the resisting parts provided in the grooves to form a reverse pull, so that the cotton wool head assembly can be reset after being moved relative to the squeezing device and squeezed; the water storage barrel may also be provided with a mop placement area.

[0055] Since the water storage bucket provided with a support portion of the present invention can be used in conjunction with a collodion mop provided with a squeezing device, the products have high cleaning efficiency and are simple and convenient to operate when used in conjunction; the water storage bucket provided with a dehydration area can prevent water from splashing when the mop is dehydrated and can store dehydrated water; the above product has a simple structure, is not easily damaged, and is convenient for transportation after being combined and stored.

[0056] In another example of a cleaning zone in the present invention, the dehydration zone and the cleaning zone are located at two different positions in the same cavity; during cleaning, the collodion head assembly 3 of the mop extends into the cleaning zone accessible to water and can be cleaned by stirring.

[0057] In another example of the cleaning zone of the present invention, the dehydration zone and the cleaning zone are independent of each other; during cleaning, the collodion head assembly of the mop extends into the cleaning zone accessible to water and can be cleaned by stirring.

[0058] In another example of a cleaning zone in the present invention, the dehydration zone and the cleaning zone are independent of each other; the dehydration zone and the cleaning zone are respectively provided with a support portion 5 or the support portion 5 can be switched and moved between the dehydration zone and the cleaning zone; when cleaning, the collodion head assembly of the mop extends into the cleaning zone accessible to water and is supported by the support portion, the mop rod is held and pushed downward, and the downward pressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and clean the collodion head assembly in the cleaning zone.

[0059] Figures 9 to 18 Another cleaning tool of the squeezing device of the present invention is provided. The squeezing device 2 is a roller squeezing device, which includes a squeezing frame B12 and at least two groups of squeezing wheels 13. One end of the squeezing frame B12 is fixedly connected or detachably fixedly connected to the mop rod 1, and the other end of the squeezing frame B12 is connected to the squeezing wheels 13. The squeezing wheels 13 are respectively arranged on opposite sides of the squeezing frame B12 to form an squeezing port; one end of the collodion head assembly 3 is arranged in the squeezing port, and the other end thereof can enter the squeezing port by moving relative to the squeezing frame B12, so that the squeezing port can squeeze the collodion head assembly 3; an anti-detachment device is arranged between the collodion head assembly 3 and the squeezing frame B12 or the mop rod 1, and the anti-detachment device is used for connecting the collodion head assembly 3 with the squeezing frame B12 or the mop rod 1, and the anti-detachment device can prevent the collodion head assembly 3 from falling off when it moves relative to the squeezing port.

[0060] In an embodiment, the collodion head assembly 3 includes a collodion head 3-1 and a fixing frame 14 arranged on the collodion head. The fixing frame 14 is detachably connected or fixedly connected to one end of the collodion head 3-1. The fixing frame 14 is connected to the extrusion frame B12 or the mop rod 1 through an anti-detachment device, and the fixing frame 14 can drive the collodion head 3-1 to move relative to the extrusion frame B12.

[0061] In the embodiment, the driven part 6 is a fixed frame 14, and the fixed frame 14 can cooperate with the support part 5 for support; during extrusion, the collodion head 3-1 is supported along with the fixed frame 14, and the extrusion device 2 moves downward with the mop rod 1 so that the collodion head assembly 3 enters the extrusion port to form extrusion. The fixed frame 14 extends with a supported part C, and the supported part C can cooperate with the support part 5 for support, so that the collodion head assembly 3 is supported. The supported part C is a support column B16 extending from both sides of the fixed frame 14, and the support part 5 is a support platform provided on the opposite sides of the barrel wall of the water storage barrel 4, and the support column B16 can cooperate with the support column for support, so that the collodion head assembly 3 can be supported. The support column is a groove 9 provided on the opposite sides of the barrel wall of the water storage barrel 4, and the support column B16 can be placed in the groove 9 for support.

[0062] In the embodiment, the anti-separation device includes a guide rod 20 and a slot provided in the extrusion frame B12, one end of the guide rod 20 is connected to the fixing frame 14, and the other end is provided in the slot, the guide rod 20 can move relative to the extrusion frame B12, and an anti-movement and separation limiter is provided between the guide rod 20 and the slot. There are many anti-movement and separation limiter structures, such as: the part 27 of the guide rod provided in the slot is larger than the slot mouth 28, and the guide rod can move relative to the slot.

[0063] In the embodiment, the return device is arranged in the water storage bucket 4; the driven part 6 is a fixing frame 14, and pillars B16 are extended on both sides of the fixing frame 14; the support part 5 is a groove 9 provided on the barrel wall of the water storage bucket on both sides, and the pillar B16 can be placed in the groove 9 for support; the return device includes a groove 9, and a support position 22 and a resistance part 23 are provided in the groove 9, and the resistance part 23 is arranged above the support position 22, and the support position 22 is used for resistance support when the pillar B16 is pressed down, and the resistance part 23 is used for the rubber cotton head assembly 3 to form resistance and reverse pull on the pillar B16 when the mop rod 1 is lifted up to the process of being separated from the water storage bucket 4, so that the rubber cotton head assembly 3 can be reset after being moved and squeezed relative to the squeezing device 2. The resistance part 23 is an elastic sheet 24 or an elastic device provided in the groove 9.

[0064] The working process of this embodiment is as follows: when dehydrating, the cotton wool head assembly of the mop extends into the dehydrating area, and the fixing frame of the cotton wool head assembly is supported by the support column B in the grooves respectively provided on the barrel walls on the opposite sides of the water storage barrel, the mop rod is held and pushed downward, and the downwardly pressed mop rod drives the roller-type squeezing device to move, so that the squeezing device can move relative to the supported cotton wool head assembly so that the cotton wool head assembly can enter the squeezing port to form squeezing dehydration; when cleaning, the cotton wool head assembly of the mop extends into the cleaning area, and the fixing frame of the cotton wool head assembly is supported by the support column B in the grooves respectively provided on the barrel walls on the opposite sides of the water storage barrel, the mop rod is held and pushed downward, and the downwardly pressed mop rod drives the roller-type squeezing device to move, so that the squeezing device can move relative to the supported cotton wool head assembly so that the cotton wool head assembly can enter the squeezing port to form squeezing cleaning;

[0065] When the mop is lifted up and the pillar B is separated from the water storage bucket, the lifted pillar B is resisted by the resisting part provided in the groove to form a reverse pull, so that the cotton wool head assembly can be reset after being moved relative to the extrusion device and squeezed; the water storage bucket can also be provided with a mop placement area.

[0066] The above embodiments are only examples of the present invention. Any replacement or combination of the embodiments made according to the spirit of the present invention should be understood as not departing from the protection scope of the present invention.

Claims

1. A cleaning tool, comprising a mop, the mop comprising a mop rod (1), a squeezing device (2) and a collodion head assembly (3) for cleaning, the collodion head assembly being connected to the mop rod via the squeezing device, the collodion head assembly being movable relative to the squeezing device, the squeezing device being able to squeeze the collodion head assembly when it moves relative to the squeezing device, thereby dehydrating the collodion head assembly; the collodion head assembly being provided with a driven part (6), the driven part (6) being used for moving the collodion head assembly (3) relative to the squeezing device (2); characterized in that: The cleaning tool further comprises a water storage bucket (4), wherein a dehydration zone is provided in the water storage bucket (4), wherein the dehydration zone of the water storage bucket (4) is provided with a support portion (5), wherein the support portion (5) comprises a support platform provided on the barrel wall of the water storage bucket (4), or a support platform provided in the water storage bucket, or a support platform provided in an upper cover which may be provided on the water storage bucket, wherein the support platform is used to support the driven portion (6), thereby supporting the collodion head assembly (3); during dehydration, when the collodion head assembly (3) of the mop extends into the dehydration zone and is supported by the support portion (5), the mop rod (1) is held and pushed downward, and the downwardly pressed mop rod (1) drives the squeezing device (2) to move relative to the supported collodion head assembly (3), thereby the squeezing device (2) can squeeze and dehydrate the collodion head assembly (3) in the dehydration zone; and the squeezing device is a folding squeezing device or a roller squeezing device.

2. A cleaning tool according to claim 1, 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; during cleaning, the collodion head assembly (3) of the mop is extended into the cleaning area accessible to water and can be cleaned by stirring.

3. A cleaning tool according to claim 1, 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 a support part (5) or the support part (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 cleaning area that can be touched by water and is supported by the support part, the mop rod is held and pushed downward, and the downwardly pressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and clean the collodion head assembly in the cleaning area.

4. A cleaning tool according to claim 1, 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 of each other; during cleaning, the collodion head assembly of the mop extends into the cleaning area accessible to water and can be cleaned by stirring.

5. A cleaning tool according to claim 1, 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 of each other; the dehydration area and the cleaning area are respectively provided with a support part (5) or the support part (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 cleaning area that can be touched by water and is supported by the support part, the mop rod is held and pushed downward, and the downwardly pressed mop rod drives the squeezing device to move relative to the supported collodion head assembly, so that the squeezing device can squeeze and clean the collodion head assembly in the cleaning area.

6. A cleaning tool according to claim 1, characterized in that: The squeezing device (2) is a folding squeezing device, comprising a squeezing frame (2-1) and a force arm (2-2); one end of the squeezing frame (2-1) is fixedly connected or detachably fixedly connected to the mop rod (1); the other end of the squeezing frame (2-1) is provided with an squeezing port (2-3); the collodion head assembly (3) can be folded and moved; the squeezing port (2-3) is used to squeeze the collodion head assembly (3) when it is folded and moved; the two sides of the foldable collodion head assembly (3) are respectively hinged to the two sides of the squeezing port of the squeezing frame (2-1) through the force arm (2-2).

7. A cleaning tool according to claim 6, characterized in that: The collodion head assembly (3) comprises 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). The cover plate comprises at least two side plates (3-3). The two side plates are hinged by a pin shaft or hinged by a middle cover plate (3-5) that may be provided. The cover plate can be folded in half along with the collodion head. The two side plates (3-3) of the cover plate are hinged to the two sides of the extrusion port of the extrusion frame (2-1) by force arms (2-2) respectively.

8. A cleaning tool according to claim 1 or 7, characterized in that: 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) for support; during extrusion, the collodion head (3-1) is supported along with the pin shaft or the middle cover plate (3-5), and the extrusion device (2) moves downward along with the mop rod (1), thereby driving the two sides of the collodion head assembly (3) to fold and form extrusion.

9. A cleaning tool according to claim 8, characterized in that: The pin shaft or the middle cover plate (3-5) is extended with a supported portion, and the supported portion can cooperate with the supporting portion (5) to contact and support, so that the collodion head assembly (3) is supported.

10. A cleaning tool according to claim 9, characterized in that: The supported part is a support column (8) extending from both sides of the pin shaft or the middle cover plate (3-5), and the supporting part (5) is a support platform provided on the barrel walls on both sides of the water storage barrel. The support column (8) can cooperate with the support platform to support, so that the cotton wool head assembly (3) can be supported.

11. A cleaning tool according to claim 10, characterized in that: The support platform is provided with a groove (9), and the support column (8) can be placed in the groove (9) for support.

12. A cleaning tool according to claim 1, characterized in that: The squeezing device (2) is a roller squeezing device, comprising a squeezing frame B (12) and at least two groups of squeezing wheels (13), one end of the squeezing frame B (12) being fixedly connected or detachably fixedly connected to the mop rod (1), the other end of the squeezing frame B (12) being connected to the squeezing wheels (13), the squeezing wheels (13) being respectively arranged on opposite sides of the squeezing frame B (12) to form an squeezing port; one end of the collodion head assembly (3) is arranged in the squeezing port, the other end of the collodion head assembly (3) can enter the squeezing port by moving relative to the squeezing frame B (12), so that the squeezing port can squeeze the collodion head assembly (3); an anti-detachment device is arranged between the collodion head assembly (3) and the squeezing frame B (12) or the mop rod (1), the anti-detachment device is used for connecting the collodion head assembly (3) with the squeezing frame B (12) or the mop rod (1), and the anti-detachment device can prevent the collodion head assembly (3) from falling off when it moves relative to the squeezing port.

13. A cleaning tool according to claim 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, the fixing frame (14) being detachably connected or fixedly connected to one end of the collodion head (3-1), the fixing frame (14) being connected to the squeezing frame B (12) or the mop rod (1) via an anti-detachment device, and the fixing frame (14) being able to drive the collodion head (3-1) to move relative to the squeezing frame B (12).

14. A cleaning tool according to claim 13, characterized in that: The driven part (6) is a fixing frame (14), and the fixing frame (14) can cooperate with the supporting part (5) for support; during extrusion, the collodion head (3-1) is supported along with the fixing frame (14), and the extrusion device (2) moves downward along with the mop rod (1), so that the collodion head assembly (3) enters the extrusion port to form extrusion.

15. A cleaning tool according to claim 14, characterized in that: The fixing frame (14) is extended with a supported portion C, and the supported portion C can cooperate with the supporting portion (5) to support, so that the collodion head assembly (3) is supported.

16. A cleaning tool according to claim 15, characterized in that: The supported portion C is a fixed frame (14) with pillars B (16) extending from both sides thereof, and the supporting portion (5) is a water storage barrel (4) with supporting platforms provided on the barrel walls on both sides thereof. The pillars B (16) can cooperate with the supporting platforms to form a support, so that the collodion head assembly (3) can be supported.

17. A cleaning tool according to claim 16, characterized in that: The support platform is provided with a groove (9), and the support column B (16) can be placed in the groove (9) for support.

18. A cleaning tool according to claim 12, characterized in that: The anti-separation device comprises a guide rod (20) and a slot hole provided in the extrusion frame B (12); one end of the guide rod (20) is connected to the fixing frame (14), and the other end is provided in the slot hole; the guide rod (20) can move relative to the extrusion frame B (12), and an anti-movement and separation limiter is provided between the guide rod (20) and the slot hole.

19. A cleaning tool according to claim 1, characterized in that: The water storage barrel (4) is provided with a return device, which is used to reset the collodion head assembly (3) after it moves relative to the extrusion device (2).

20. A cleaning tool according to claim 19 or 6, characterized in that: The water storage barrel (4) is provided with a return device; the driven part (6) is a pin shaft or a middle cover plate (3-5), and pillars (8) are respectively extended on both sides of the pin shaft or the middle cover plate (3-5); the support part (5) is a groove (9) provided on the barrel wall of the water storage barrel on both sides, and the pillar (8) can be placed in the groove (9) for support; the return device includes a groove (9), and a support position (22) and a resistance part (23) are provided in the groove (9), and the resistance part (23) is arranged above the support position (22), the support position (22) is used for resistance support when the pillar (8) is pressed downward, and the resistance part (23) is used for the collodion head assembly (3) to form resistance and reverse pulling on the pillar (8) when the mop rod (1) is lifted up to separate from the water storage barrel (4), so that the collodion head assembly (3) can be reset after being moved and squeezed relative to the squeezing device (2).

21. A cleaning tool according to claim 20, characterized in that: The abutment portion (23) is an elastic sheet (24) or an elastic device provided in the groove (9).

22. A cleaning tool according to claim 19 or 12, characterized in that: The water storage bucket (4) is provided with a return device; the driven part (6) is a fixed frame (14), and pillars B (16) are respectively extended on both sides of the fixed frame (14); the support part (5) is a groove (9) provided on the barrel walls of the water storage bucket on both sides, and the pillar B (16) can be placed in the groove (9) for support; the return device includes a groove (9), and a support position (22) and a resistance part (23) are provided in the groove (9), and the resistance part (23) is arranged above the support position (22), the support position (22) is used for resistance support when the pillar B (16) is pressed downward, and the resistance part (23) is used for the collodion head assembly (3) to form resistance and reverse pull on the pillar B (16) when the mop rod (1) is lifted up to separate from the water storage bucket (4), so that the collodion head assembly (3) can be reset after being moved and squeezed relative to the squeezing device (2).

23. A cleaning tool according to claim 22, characterized in that: The abutment portion (23) is an elastic sheet (24) or an elastic device provided in the groove (9).

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