TWM646648U - Pull-buckling cleaning tool - Google Patents

Abstract

A wrinkle-type cleaning tool includes a cloth body, a handle and at least one tie bar; the cloth body has a head end, a tail end and a channel between each other, and can be extended into a wind instrument through the head end ; The handle has an inner end side, an outer end side and a through hole located between each other. The inner end side is connected to the tail end of the cloth body, and the through hole is connected to the channel; the tie bar can be worn It extends between the through hole of the handle and the channel of the cloth body, and one end is connected to a predetermined position of the channel, and the other end can be limited to the outside of the handle. Accordingly, the user can pull the tie bar to cause the cloth body to be wrinkled to form wrinkles, and the wrinkles can produce a good wiping and cleaning effect on the inner tube wall of the wind instrument.

Description

Pull-up cleaning tool

The invention relates to a cleaning tool, in particular to a wrinkle-type cleaning tool that can be used to wipe and clean the inside of a wind instrument.

As we all know, whether it is a metal pipe or a woodwind instrument, due to many reasons such as health, quality and lifespan of the instrument, the inside of the instrument needs to be cleaned after each playing.

It is common to use threaded cotton cloth or strip cloth as a cleaning tool on the market. Before cleaning, the neck tube is usually removed, and then the thread with a heavy object is inserted through the bell mouth, and then the saxophone is turned upside down, and Through the weight of the thread, the thread can be poured out from the small diameter end of the saxophone body, that is, the interface relative to the neck tube, and then the thread is pulled, allowing the cotton cloth to pass through the inside of the tube to produce a cleaning effect. And the operation is repeated several times for cleaning, so the entire cleaning operation process is complicated and not user-friendly enough.

Some one-piece saxophones cannot be used in one-piece saxophones because the neck tube cannot be detached and the interface between the neck tube and the mouthpiece is small, making it impossible or difficult for the cotton with wires to pass through the neck tube. of cleanliness.

In order to ensure that the cotton with thread can pass through the small-diameter end of the saxophone smoothly, the size of the cotton must be appropriately limited, such as through a smaller area or thickness of cotton. Although such restrictions can be overcome It may encounter the problem of stuck tubes, but it also reduces the cleaning effect. Even if the operation is repeated several times, the improvement of the cleaning effect is still limited, so cleaning dead corners or incomplete cleaning often occurs. Common recorders will also be cleaned with the above-mentioned cotton cloth with thread, but they will encounter the same problems.

The purge rod is another common choice. When used, the purge rod is inserted from the bell mouth or the large-diameter end and pulled back and forth or rotated to produce a wiping and cleaning effect. It is different from the operation method of threaded cotton cloth. , this operation does not require turning the wind instrument repeatedly to pour out the cleaning tool. Although it is more convenient to operate, the cleaning rod mainly cleans through the countless bristles formed on the outside of the rod body. Compared with traditional cloth, these slender bristles cannot form A larger contact area can only form a linear contact surface, so the cleaning effect is poor and it is easy to cause incomplete cleaning.

In addition, the water absorbency of these bristles is not as good as that of cloth, especially plastic bristles, which are less effective at absorbing water vapor attached to the inner wall of the pipe. Not only that, these bristles are also easy to trap dirt and evil spirits. Once they are dirty, they are not easy to absorb. Clean well and difficult to reuse for a long time.

In addition, a single specification of pipe rods has a fixed body diameter, so it is difficult to be suitable for various wind instruments with different diameters at the same time. Wind instruments with diameters that are too large or too small cannot be applied unless multiple specifications of pipe rods are prepared, but the cost is high. It is not expensive, and the specifications of the purge rods currently on the market are not complete, making it difficult to meet the cleaning needs of various wind instruments with different diameters.

Whether it is a saxophone, a recorder or other wind instruments, they all have a considerable length. Therefore, the length of the pipe rod is usually longer than the length of these wind instruments. However, this also creates the problem of being difficult to store and carry. If it takes up more space, it will be difficult to store it. It is not convenient to carry when going out. Users cannot clean and maintain it immediately after each time they go out to play. Similar problems also need to be improved.

This invention provides a wrinkle-type cleaning tool, which includes a cloth body, a handle and at least one tie bar; the cloth body has a head end, a tail end and a channel between each other, and can be extended through the head end Inside a wind instrument; the handle has an inner end side, an outer end side and a through hole located between each other, the inner end side is connected to the tail end of the cloth body, and the through hole is connected to the channel; the brace A channel can be provided that extends through the through hole of the handle and the cloth body, and one end is connected to a predetermined position of the channel, and the other end can be limited to the outside of the handle.

In the cleaning tool provided by this invention, the user can pull the pull strip to cause the cloth body to be wrinkled, so that the inner tube wall of the wind instrument can be well wiped and cleaned through the wrinkles. effect.

As shown in Figures 1 to 3, the present invention provides a first embodiment of a wrinkle-type cleaning tool. The cleaning tool 1 mainly includes a cloth body 10, a handle 20 and a tie bar 30; wherein:

The cloth body 10 has a head end 11 for entering the inside of a wind instrument 2, a tail end 12, and a channel 13 formed between the head end 11 and the tail end 12. The wind instrument 2 in this embodiment is a saxophone, which can be a baritone, tenor, alto or tenor saxophone.

The handle 20 has an inner end side 21 connected to the tail end 12 of the cloth body 10, an outer end side 22, and a hole formed between the inner end side 21 and the outer end side 22 for communicating with the channel 13. Through hole 23.

The tie bar 30 can extend through the through hole 23 of the handle 20 and the channel 13 of the cloth body 10, and has a connecting end 31 and a pull end 32; the connecting end 31 can be connected to the channel 13 Predetermined location; the pull end 32 may be limited to the outside of the outer end side 22 of the handle 20 .

Accordingly, the user can grasp the handle 20 with one hand and pull the pull end 32 of the tie bar 30 with the other hand to wrinkle the cloth body 10 to produce a predetermined degree of wrinkles, as shown in FIG. 8 . These wrinkles exert a wiping and cleaning effect on the inner tube wall 2a of the wind instrument 2.

In this embodiment, as shown in FIG. 3 , the cloth body 10 is made of two cloth pieces 101 that are overlapped and sewn together. But it is not limited to this, and it can also be in other forms. For example, as shown in Figure 4, it can be made of a single piece of cloth folded and sewn in half, or as shown in Figure 5, it can be made of two pieces of three pieces of cloth 101 adjacent to each other. The sides are sewn on top of each other. In principle, the cloth body 10 can be composed of more than one cloth piece 101, so the number or shape of the cloth pieces 101 is not limited, as long as the composed cloth body 10 can be smoothly pulled to form the required wrinkled state, it will meet this requirement. Basic needs for cloth body 10.

In this embodiment, as shown in FIG. 6 , the cloth piece 101 is formed with a plurality of wing portions 102 , and the wing portions 102 are respectively provided with a plurality of cutouts 103 . In particular, the cutouts 103 can be designed to be obliquely cut along a specific direction, so as to ensure that the lower edge of each cutout 103 of the cloth piece 101 can be naturally folded downward, as shown in Figure 7, to form separate A good wiping surface can provide an excellent wiping and cleaning effect to the inner tube wall 2a of the wind instrument 2 when the cloth body 10 is pulled upward.

In this embodiment, the inner end 21 of the handle 20 has a connecting portion 211 for detachably connecting and fixing the tail end 12 of the cloth body 10 . For example, the cloth body 10 can be inserted into the connection portion 211 relative to the channel 13 of the tail end 12 , and then a binding rope can be used to bind and fix the tail end 12 to the connection portion 211 . Of course, there are many common fixing methods, such as using Velcro straps, etc., to detachably fix the tail end 12 to the connecting portion 211, and are not limited to the above embodiment.

In this embodiment, the pull end 32 of the tie bar 30 has a limiting portion 321, such as a pull ring, whose width is larger than the through hole 23 of the handle 20. Therefore, the limiting portion 321 can be prevented from entering the handle 20. The through hole 23 is blocked and limited to the outside of the outer end side 22 of the handle 20 .

In this embodiment, the channel 13 of the cloth body 10 is further provided with at least one limiting tube 14 through which the tie bar 30 can pass to limit the extent to which the cloth body 10 can be wrinkled. It can be easily understood that the length of the limiting tube 14 and the total length of the cloth body 10 will determine the extent to which the cloth body 10 can be wrinkled. Therefore, repeated wrinkling operations within an appropriate range will This ensures that the cloth body 10 can exert better wiping and cleaning effects and improve cleaning efficiency.

In this embodiment, the limiting tube 14 can move freely along the channel 13. The purpose of this design is to ensure that the limiting tube 14 naturally hangs below the channel 13 under the action of gravity, that is, relative to At the head end 11 , the limiting tube 14 can provide the guiding and limiting effect required for the tie bar 30 . However, when the cloth body 10 is pulled upward and wrinkled, it can also be moved along the channel 13 It is naturally driven to move without hindering the wrinkling action of the cloth body 10. In addition, when the limiting tube 14 is driven to the uppermost position and cannot move any further, the effect of limiting wrinkling can be produced. .

In this embodiment, the brace 30 is made of semi-rigid material, such as a rubber strip made of plastic material. The cloth body 10 is fixed with a counterweight block 15 relative to the channel 13 of the head end 11, which can be used for connecting and fixing the connecting end 31 of the tie bar 30, and by the gravity of the counterweight block 15, it can be used. When the tension is released, it acts on the tie bar 30 to force the cloth body 10 to return to its original state from the wrinkled state.

It should be noted that the tie bar 30 is made of semi-rigid material. The advantage of the tie bar 30 is that the tie bar 30 still has a considerable degree of flexibility and can be curled and folded. Therefore, the user can easily fold the cloth body. 10. The handle 20 and the tie bar 30 are folded and fixed together in a proper winding and crossing manner, which can greatly reduce the size of the entire cleaning tool 1 and facilitate storage and storage. However, the disadvantage of semi-rigid materials is that they cannot provide sufficient thrust. Therefore, the gravity of the above-mentioned counterweight 15 must be used to make up for its shortcomings. Of course, the gravity of the counterweight 15 can also be used as thrust. The function of the weight block 15 can be used as a reinforcement of the thrust, and can also fully serve as the required thrust.

It can be seen from the above description that the tie bar 30 is not limited to being made of semi-steel material, and can also be made of steel material. The difference is that if the tie bar 30 is made of steel material, because The tie bar 30 has sufficient structural strength to transmit the user's thrust. Therefore, there is no need to rely on the gravity of the counterweight block 15. The user only needs to directly push the tie bar 30 to force the cloth body 10 from the quilt. The wrinkled state returns to its original shape, but relatively, the tie bar 30 also has the disadvantage of being difficult to flexibly fold.

Although semi-rigid materials are also selected, another feasible technical solution is that the tie rod 30 is made of semi-rigid plastic strips, but its diameter is large enough to produce sufficient rigidity. Therefore, the user can directly Pushing the tie bar 30 forces the cloth body 10 to return to its original shape from the wrinkled state without providing the above-mentioned weight block 15 .

As shown in Figure 9, the present invention provides a second embodiment of a wrinkle-type cleaning tool. The cleaning tool 1a of this embodiment is roughly the same as the cleaning tool 1 of the above-mentioned first embodiment, and the only difference is:

The cloth body 10 of this embodiment can adopt a two-stage or multi-stage wrinkle method. The advantage is that preliminary or immediate cleaning can be performed on specific parts or sections of the wind instrument 2 to shorten the cleaning time. For example, only the wind instrument 2 can be cleaned. The area or area near the mouthpiece.

This embodiment adopts a two-stage ruffling method. Therefore, the cleaning tool 1a includes two tie bars 30 similar to the first embodiment, namely a first tie bar 301 and a second tie bar 302. ; The cloth body 10 includes a first wiping section 10a and a second wiping section 10b that are connected to each other. The first wiping section 10a is formed with the head end 11 of the cloth body 10, and the second wiping section 10b is formed with a certain The tail end 12 of the cloth body 10; the connecting end 31 of the first tie bar 301 can be connected to the channel 13 of the first wiping section 10a of the cloth body 10 relative to the head end 11, and is mainly used to interlock and wrinkle the The first wiping section 10a forms wrinkles; the connecting end 311 of the second tie bar 302 can be connected to the part of the cloth body 10 where the second wiping section 10b is adjacent to the first wiping section 10a, and is mainly used to interlock and wrinkle the first wiping section 10a. The second wiping section 10b forms wrinkles.

In this embodiment, a connecting pipe 16 is connected and fixed between the first wiping section 10a and the second wiping section 10b of the cloth body 10. A perforation 161 is formed inside the connecting pipe 16 to form a part of the channel 13; The connecting end 311 of the second tie bar 302 is connected and fixed to the connecting tube 16. Therefore, when the user pulls the second tie bar 302, the connecting tube 16 can be driven to move upward, and the connecting tube 16 can be individually wrinkled. The second wiping section 10b of the cloth body 10.

In this embodiment, you can also choose to insert the limiting tube 14 of the first embodiment into the channel 13 of the cloth body 10. For example, you can set at least one first limiting tube in the channel 13 of the first wiping section 10a. The tube 141 is used for the first pull strip 301 to pass through, thereby limiting the extent to which the first wiping section 10a can be wrinkled. At least one second limiting tube 142 can also be provided in the channel 13 of the second wiping section 10b of the cloth body 10 for the first tie bar 301 and the second tie bar 302 to pass therethrough, thereby limiting the second limit tube 142 . The extent to which the wiping section 10b can be wrinkled.

Similarly, the first limiting tube 141 and the second limiting tube 142 of this embodiment can also move freely along the channel 13 of the first wiping section 10a and the channel 13 of the second wiping section 10b respectively.

Similarly, the first brace 301 and the second brace 302 of this embodiment can be made of semi-rigid material or rigid material. If it is made of semi-rigid material, the channel 13 of the first wiping section 10a of the cloth body 10 must also be fixed with a counterweight 15 relative to the head end 11 for the first tie bar. The connecting end 31 of 301 is connected and fixed. By the gravity of the weight block 15, when the user releases the pulling force, the gravity will act on the first brace 301 and the second brace 302, forcing the cloth body 10 to The first wiping section 10a and the second wiping section 10b return to their original shape from the wrinkled state.

Also choosing semi-rigid materials, another feasible technical solution is that the first brace 301 and the second brace 302 are made of semi-rigid plastic bars, and their diameters are large enough to produce sufficient rigidity. Therefore, the user can directly push the first pull bar 301 or the second pull bar 302 to force the first wiping section 10a or the second wiping section 10b of the cloth body 10 to return to its original state from the wrinkled state without having to Set the above counterweight 15.

If it is made of steel material, the user can directly force the first wiping section 10a or the second wiping section 10b of the cloth body 10 from being wrinkled by pushing the first pull bar 301 or the second pull bar 302. The state is restored to the original state, so there is no need to set the counterweight block 15, but it also faces the problem of being difficult to fold.

From the above description, it can be seen that the cleaning tools 1 and 1a of this invention can summarize the following features and advantages:

First, the cleaning tools 1 and 1a can be applied to common wind instruments, including metal tubes and woodwind instruments, and are also suitable for straight tubes, single-curved tubes or multi-curved tubes, so the range of use is quite wide.

Second, the cloth body 10 is repeatedly wrinkled and restored along the axial direction of the wind instrument 2. Such an innovative cleaning method can produce excellent wiping and cleaning effects on the inner tube wall 2a. In addition, other action methods can also be used. For example, during the wrinkle and recovery operations, the cloth body 10 can also be combined to move or rotate. Of course, you can also choose to use the operations sequentially or crosswise to utilize the above-mentioned diversified cleaning operations. This method can produce a multiplied cleaning effect and greatly shorten the cleaning time.

Thirdly, the cloth body 10 can also be designed with different outlines and numbers of cloth pieces, so that the cloth body 10 that is wrinkled or matched with appropriate rotation can be entangled, rolled or pushed to form a variety of different appearance structures. These diverse appearance shapes, rather than a single appearance shape, are more conducive to wiping and cleaning the inner tube wall 2a of the wind instrument 2.

Fourth, the cleaning tools 1 and 1a can also be designed as a single-stage ruffle as in the first embodiment, or as a multi-stage ruffle like the second embodiment. The single-stage ruffle is characterized by simple structure and operation. The feature of multi-stage ruffling is that the user can choose to perform ruffling operations individually or in stages. For example, local, immediate or preliminary cleaning operations can be performed on only a certain section of the wind instrument 2 to shorten the cleaning time. Subsequently, complete cleaning and operation are performed to meet the special cleaning needs of users under different conditions.

Fifth, according to the different diameters of the wind instruments 2 or the different needs of the wiping force, the wrinkling state of varying degrees can be freely adjusted, for example, to form a slight wrinkling, a medium wrinkling, or a deep wrinkling. In principle, , when the diameter of the wind instrument 2 is larger, the higher the degree of ruffling required. Similarly, when the user wishes to have greater wiping force, it can also be achieved by using a deeper ruffling state. Through such operating characteristics , even if the wind instrument 2 has various sizes of pipe diameters and different pipe hole shape changes, a good cleaning effect can be obtained.

Sixth, the cleaning tools 1 and 1a are not only simple in structure, easy to make, and low in cost, but also very simple to operate. They can be directly cleaned when the wind instrument 2 is placed, without the need to hold or turn the wind instrument 2 upside down. The operation saves time and It is effortless and there is no need to worry about traditional cleaning operations, which can easily cause the wind instrument 2 to slip off and fall off.

Seventh, you can choose to use semi-rigid materials to make the tie bars 30 or the first and second tie bars 301 and 302, so that the entire cleaning tool 1, 1a can be rolled and cross-fixed to reduce the volume and make it easy to store. Does not take up space.

Eighth, you can choose to use steel materials to make the tie bar 30 or the first and second tie bars 301 and 302, so that the user can directly perform repeated push and pull operations or use other action methods to achieve a quick cleaning effect. The operation is very convenient. Intuitive and efficient.

Ninth, the detachable cloth body 10 design can be used to make the cloth body 10 easy to disassemble and clean, so as to maintain a good cleaning state, ensure the quality of cleaning, and extend the service life.

To sum up, this invention has excellent practicality among similar products. At the same time, after searching the relevant technical information or patent documents at home and abroad, we have not found that the same structure has been disclosed before. Therefore, this invention has a new type. Patent requirements include filing an application in accordance with the law. However, the above are only some of the possible embodiments of this invention. All equivalent structural changes made by applying the description of this invention and the patent application scope should be included in the patent scope of this invention.

1: Cleaning tools 1a: Cleaning tools 2:Wind instruments 2a: Inner tube wall 10:cloth body 10a: First wiping section 10b: Second wiping section 101: Cloth piece 102:Wing 103: Incision 11: Head end 12:Tail end 13:Channel 14:Limiting tube 141:First limit tube 142:Second limit tube 15: Counterweight block 16:Connecting pipe 161:Perforation 20: handle 21:Inner end side 211:Connection part 22:Outer end side 23:Through hole 30:Pimp 301:First draw 302: The second tie 31:Connection end 311: Connector 32: Pull end 321: Limiting part

[Figure 1] is a combined appearance diagram of the cleaning tool according to the first embodiment of this invention. [Figure 2] is a schematic diagram of the appearance of a saxophone that can be wiped and cleaned using the cleaning tool in Figure 1. [Figure 3] is a schematic cross-sectional view of the cloth body in Figure 1 of this creation. [Figure 4] is a schematic cross-sectional view of another embodiment of the cloth body in Figure 1 of this invention. [Figure 5] is a schematic cross-sectional view of another embodiment of the cloth body in Figure 1 of this invention. [Figure 6] This is a partial appearance view of the cloth body in Figure 1 of this creation with multiple diagonal cuts provided at its edges. [Figure 7] is a schematic diagram of the folded state at the lower edge of each oblique cutout in Figure 6. [Figure 8] is a partial schematic diagram of the appearance of the cloth body in Figure 1 after being wrinkled. [Figure 9] is a combined appearance diagram of the cleaning tool according to the second embodiment of this invention.

1: Cleaning tools

10:cloth body

11: Head end

12:Tail end

13:Channel

14:Limiting tube

15: Counterweight block

20: handle

21:Inner end side

211:Connection part

22:Outer end side

23:Through hole

30:Pimp

31:Connection end

32: Pull end

321: Limiting part

Claims (23)

A wrinkle-type cleaning tool includes: a cloth body having a head end and a tail end for entering the interior of a wind instrument, and a channel formed between the head end and the tail end; A handle having an inner end side connected to the tail end of the cloth body, an outer end side, and a through hole formed between the inner end side and the outer end side to communicate with the passage; At least one tie bar can be extended between the through hole of the handle and the channel of the cloth body, and has a connecting end and a pull end; the connection end can be connected to a predetermined part of the channel; the pull end can is limited to the outside of the outer end side of the handle; the user can grasp the handle and simultaneously pull the pull end of the tie bar to wrinkle the cloth body to produce a predetermined degree of wrinkles, and through the wrinkles Apply a wiping and cleaning effect to the inner tube wall of the wind instrument. The wrinkle-type cleaning tool according to claim 1, wherein the cloth system is composed of at least one piece of cloth. The wrinkle-type cleaning tool according to claim 2, wherein the cloth system is made of a piece of cloth folded and sewn in half. The wrinkle-type cleaning tool according to claim 2, wherein the cloth system is sewn from two overlapping cloth pieces. The wrinkle-type cleaning tool according to claim 2, wherein the cloth system is formed by overlapping and sewing two adjacent sides of three cloth pieces. The pleated cleaning tool of claim 2, wherein the cloth piece is formed with a plurality of wings, and the wings are respectively provided with a plurality of cutouts. The wrinkle-type cleaning tool according to claim 1, wherein the inner end of the handle has a connecting portion for detachably connecting and fixing the tail end of the cloth body. The wrinkle-type cleaning tool as claimed in claim 1, wherein the tie bar is made of steel material. The wrinkle-type cleaning tool as claimed in claim 1, wherein the tie bar is made of semi-rigid material. The wrinkle-type cleaning tool as claimed in claim 1, wherein the pull end of the pull bar has a limiting portion that can be limited to the outside of the outer end side of the handle. The wrinkle-type cleaning tool according to claim 1, wherein the passage of the cloth body is further provided with at least one limiting tube through which the tie bar can pass to limit the extent to which the cloth body can be wrinkled. . The wrinkle-type cleaning tool of claim 11, wherein the limiting tube can move freely along the channel. The wrinkle-type cleaning tool as claimed in claim 1 includes a said tie bar, the connecting end of the tie bar can be connected to the channel of the cloth body relative to the head end. The wrinkle-type cleaning tool according to claim 13, wherein the tie bar is made of semi-rigid material; a counterweight block is fixed on the passage of the cloth body relative to the head end for use with the tie bar. The connecting ends are connected and fixed, and the gravity of the weight block can act on the tie bar when the user releases the pulling force, forcing the cloth body to return to its original state from the wrinkled state. The wrinkle-type cleaning tool as claimed in claim 13, wherein the pull strip is made of a semi-rigid plastic strip, and its diameter is large enough to produce sufficient rigidity for the user to force the pull strip by pushing the pull strip. The cloth body returns to its original shape from the wrinkled state. The wrinkle-type cleaning tool according to claim 13, wherein the tie bar is made of steel material, and the user can force the cloth body to return to its original shape from the wrinkled state by pushing the tie bar. The wrinkle-type cleaning tool as claimed in claim 1 includes two pull strips, namely a first pull strip and a second pull strip; the cloth body includes a first wiping section and a first pull strip that are connected to each other. Two wiping sections, the first wiping section is formed with the head end of the cloth body, and the second wiping section is formed with the tail end of the cloth body; the connecting end of the first tie bar can be connected to the third cloth body. The channel of a wiping section relative to the head end is mainly used to link the first wiping section to form wrinkles; the connecting end of the second tie bar can be connected to the cloth body and the second wiping section is adjacent to the first The wiping section is mainly used to pull and wrinkle the second wiping section to form wrinkles. The wrinkle-type cleaning tool according to claim 17, wherein a connecting tube is connected and fixed between the first wiping section and the second wiping section of the cloth body, and a perforation is formed inside the connecting tube to form a part of the channel. ; The connecting end of the second brace is connected and fixed to the connecting pipe. The wrinkle-type cleaning tool as claimed in claim 17, wherein at least one first limiting tube is provided in the passage of the first wiping section of the cloth body, allowing the first tie bar to pass therethrough, thereby limiting the third The extent to which a wiping section can be wrinkled; at least a second limiting tube is provided in the passage of the second wiping section of the cloth body, allowing the first and second tie bars to pass through, thereby limiting the The extent to which the second wiping section can be wrinkled. The wrinkle-type cleaning tool according to claim 19, wherein the first limiting tube and the second limiting tube can move freely along the channel of the first wiping section and the channel of the second wiping section respectively. The wrinkle-type cleaning tool as claimed in claim 17, wherein the first tie bar and the second tie bar are made of semi-rigid material; the channel of the first wiping section of the cloth body is located relative to the head end. A counterweight is fixed for connecting and fixing the connecting end of the first brace, and the gravity of the counterweight can act on the first brace and the second brace when the user releases the pulling force. The first wiping section and the second wiping section of the cloth body are forced to return to their original state from the wrinkled state. The wrinkle-type cleaning tool as described in claim 17, wherein the first and second braces are made of semi-rigid plastic bars, and their diameters are large enough to produce sufficient rigidity for the user to use. By pushing the first tension strip or the second tension strip, the first wiping section or the second wiping section of the cloth body is forced to return to its original state from the wrinkled state. The wrinkle-type cleaning tool as claimed in claim 17, wherein the first pull strip and the second pull strip are made of steel material, and the first pull strip or the second pull strip can be forced by pushing the first pull strip or the second pull strip. The first wiping section or the second wiping section of the cloth body returns to its original state from the wrinkled state.

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