JP3134193U - Flooring wiper - Google Patents

Abstract

[PROBLEMS] In a flooring wiper in which a wiping sheet is mounted and sliding on a cleaning floor, the cleaning surface of the wiping sheet can be used widely and economically, and dust, dust, etc. enter between the cleaning floor and the wiping sheet. A flooring wiper that is easy to entangle with a wiping sheet is obtained.
The wiper head is composed of a handle bar connected to a wiper head. The wiper head has a front substrate and a rear substrate which are divided into two parts and are cleaned. Sometimes, when the handle bar 4 is pushed forward, the front substrate 6 moves upward, and when the handle bar 4 is pulled back, the front substrate 6 and the rear substrate 7 are cleaned. Slide in contact with the surface 1. Further, a locking hole 9 is formed obliquely at the edge of the wiper head.
[Selection] Figure 1

Description

The present invention relates to a flooring wiper used for cleaning a floor. In particular, the present invention relates to a flooring wiper that can efficiently and efficiently remove dust, dust, and the like having a certain size or more, which has been difficult to remove with a conventional flooring wiper.

The conventional flooring wiper slides with the front part of the wiper head pressed against the cleaning floor due to the action of sliding the wiper head by pushing the handle bar forward during cleaning. It was difficult to enter between the wiping sheet and the cleaning floor, and the cleaning efficiency was not good. Also, it was difficult to remove dust, dust, etc. near the wall and dust, dust, etc. having a size larger than a certain size. Moreover, the bottom area of the wiper head in contact with the cleaning floor is about ½ of the total area of the wiping sheet, which is uneconomical.

In the cleaning tool described in Patent Document 1 below, the bottom surface of the convexly curved wiper head becomes a flat surface by the pressing force during cleaning, and dust, dust, etc. are generated between the wiping sheet and the cleaning floor surface. It is hard to get in.

The cleaning tool described in Patent Document 2 below is similar to the present invention in that dust, dust, and the like enter under the wiping sheet, but the dust, dust, etc. are removed from the wiping sheet and the cleaning floor. The method of entering and wiping between the two and the structure of the cleaning tool are completely different.

JP 2001-299659 A JP 2002-102133 A

The problem of the present invention is that when cleaning, the bottom area of the wiper head 3 in contact with the cleaning floor 1 can be used widely, and dust, dust, etc. enter between the wiping sheet 2 attached to the wiper head 3 and the cleaning floor 1. Another object of the present invention is to provide a flooring wiper having a high cleaning efficiency, which has a structure in which dust, dust and the like are easily inserted and slid between the wiping sheet 2 and the cleaning floor 1.

Means to solve the problem

In order to solve the above problems, a flooring wiper according to the present invention includes a wiper head 3 to which a wiping sheet 2 can be detachably attached, a handle bar 4 connected to the wiper head 3, and the like. When cleaning, the handle bar 4 is used to move forward when the wiper head 3 is pushed forward. When cleaning, the handle bar 4 is used to move the wiper head 3 back when the wiper head 3 is pulled back. The rear substrate 7 has a separate shape, and the wiping sheet 2 is mounted in the same operation as when cleaning with the conventional flooring wiper at the time of cleaning with the above-described flooring wiper of the present invention. When the wiper head 3 is slid in the direction of travel when the wiper head 3 is pushed forward by the handle bar 4, the front substrate 6 is moved at the same time as the movable shaft member 22 is moved. As a fulcrum, it moves to a certain height in the upward direction away from the cleaning floor surface 1 and the movement stops at a certain height while this sliding continues, and the wiper head 3 is moved to the handle bar. 4, the front substrate 6 contacts the cleaning floor 1 simultaneously with this sliding, and the cleaning floor 1 continues while this sliding continues. In addition, the rear substrate 7 is always in contact with the cleaning floor 1 during the cleaning.

Even when the substrate movable member 15 portion and the movable shaft member 22 portion of the flooring wiper of the present invention are changed as follows, the same cleaning efficiency by the same means as described above can be obtained. When the handle 4 is slid to the direction side when the handle bar 4 is pushed forward and the direction side to be advanced when the handle bar 4 is pulled back, the substrate movable member 28 moves to the direction side when it is pushed forward and to the direction side when it is pulled back, Since the lower part of the movable substrate member 28 is connected to the fixed substrate member 26 fixed to the rear substrate 7 via the movable shaft member 27, the wiper head 3 has the movable shaft member 29 as a fulcrum. The substrate 6 on the front side which is integrated with is moved in the upward direction away from the cleaning floor surface 1 and in the direction of the cleaning floor surface 1 from the upper direction.

Even when the substrate movable member 15 and the movable shaft member 22 of the floor wiper of the present invention are changed to the following, the same cleaning efficiency by the same means as described above can be obtained. The substrate movable member 32 is a wiper. A groove 33 of the substrate movable member is formed so as to sandwich the upper surface portion 37 of the head 3 so that the wiper head 3 slides in the direction of advance when the wiper head 3 is pushed forward by the handle bar 4 and the direction of advance when the wiper head 3 is pulled back. When the wiper head 3 is slid in the direction of advance when it is pushed forward by the handle bar 4 and the direction of advance when it is pulled back, the movable substrate member 32 advances when it is pushed forward. Since the lower portion of the movable substrate member 32 is connected to the front substrate 6 via the movable substrate member 34, the front side substrate 6 is moved forward. Substrate 6 is the direction of the top away from the cleaning floor 1 the movable shaft member 35 as a branch, and, will move in the direction on this in the direction of the cleaning floor 1.

Even when the substrate movable member 15 portion of the floor wiper of the present invention is changed to the following, the same cleaning efficiency by the same means as described above can be obtained, and the lower portion of the substrate movable member 39 is provided by the handle bar 4. The wiper head 3 is formed by forming a slanted groove 38 such that the advancing direction side becomes gradually lower when pulled back from the advancing direction side and connecting the substrate movable member 42 to the slanted groove 38. When the handle bar 4 is slid in the direction side when it is pushed forward and the direction side when it is pulled back, the movable substrate 39 moves forward and when it is pulled back, the direction side when it is pulled back Since the substrate movable member 42 is fixed to the front substrate 6, the front substrate 6 moves away from the cleaning floor 1 and the cleaning floor 1 from the upper direction. It will move in the direction.

Even when the lower part of the substrate movable member 15 and the part of the substrate movable member 18 of the flooring wiper of the present invention are changed to the following, the substrate movable member 43 can obtain the same cleaning efficiency by the same means as described above. When the wiper head 3 is slid in the direction of advance when the wiper head 3 is pushed forward by the handle bar 4 and in the direction of advance when it is pulled back, the substrate movable member 44 is connected to both sides of the lower part of the substrate. The member 43 moves in the direction of advancement when pushed forward and in the direction of advancement when pulled back, and the movable shaft member 49 of the movable substrate member 44 advances when pushed forward with the movable shaft member 48 as a fulcrum. Since the substrate movable member 45 connected to the movable shaft member 49 that moves to the direction side that moves forward when pulled back is connected to the front substrate 6, 6 the direction of top away from the cleaning floor 1 the movable shaft member 22 as a fulcrum, and, will move in the direction on this in the direction of the cleaning floor 1.

When hard dust such as sand adheres to the surface of the wiping sheet 2 of the front substrate 6 during sliding of the cleaning floor 1 during the cleaning, the hard dust such as sand adhering to the cleaning floor 1 Since the front substrate 6 may be scratched, the wiping sheet may be formed by forming a raised protrusion 53 such as a line 51 or a dot 52 on the bottom 50 on the cleaning floor 1 side of the front substrate 6. It can be reduced that hard dust such as sand adhering to the two surfaces enters the concave portion 54 of the raised convex portion and rubs the cleaning floor surface 1 to scratch it.

In the economical use of a commercially available wiping sheet, as a method of attaching the wiping sheet 13 to the conventional flooring wiper FIG. Since a depth 5 for pressing the wiping sheet 13 is required, the locking hole 11 is formed on the upper surface of the wiper head 12. In the present invention, as shown in the locking hole 9 in FIG. 1, the upper end edge on the direction side when the front substrate 6 is pushed and the upper end edge on the direction side when the rear substrate 7 is pulled back. The entire surface in the left-right direction is formed obliquely with respect to the direction of travel when the corner portion is pushed, and a locking hole 9 is formed in the oblique portion.

Effect of device

At the time of cleaning, as described above, it is possible to slide while dust, dust, etc. are sandwiched between the cleaning floor 1 and the wiping sheet 2, so that dust, dust, etc. are easily entangled with the wiping sheet 2, and The conventional floor wiper, which has been difficult in FIG. 5, can efficiently enter the space 8 between the cleaning floor 1 and the wiping sheet 2 at the same time because dust having a certain size or more, dust on the wall, or dust can enter the space 8 between the cleaning floor 1 and the wiping sheet 2. It becomes possible to remove efficiently, and an innovative flooring wiper can be obtained at the time of cleaning with this kind of flooring wiper. Further, when cleaning the flooring wiper of the present invention according to FIG. 1, the direction of the substrate 7 on the rear side of the wiper head 3 can be set to the front side, which is the forward direction side when pressed, and in this case, the handle 4 is pushed. Even if it is pulled, since the rear substrate 7 always slides in contact with the cleaning floor 1 as described above, it may be used when cleaning a staircase or the like. Further, as described above, by forming the locking hole 9 obliquely with respect to the wiper head 3, the locking hole 9 can be formed in the lower part of the wiper head 3, and there is a margin in the width of the wiping sheet 2. Therefore, the bottom area of the wiper head 3 can be widened, and the wiping sheet can be used economically.

Below, the main structure, materials, dimensions, embodiments, etc. of the flooring wiper according to the present invention will be shown, but the present invention is not limited to this.

1 and 2 show a preferred exemplary embodiment of a flooring wiper according to the present invention.

Flooring wiper according to the present invention Since the handle bar 4 connected to the wiper head 3 in FIG. 1 is rotatably connected to the handle movable member 17, the handle bar 4 is arranged before and after the upper surface of the wiper head 3. And it can move in both directions.

Flooring wiper according to the present invention In the material and shape of the main members in FIG. 1, for example, the front substrate 6 and the rear substrate 7 are formed in a rectangular shape by a hard or semi-rigid synthetic resin or the like. For example, a spons body 14 is attached to the bottom surfaces of the bottom surface of the front substrate 6 and the rear substrate 7. The locking hole 9 for pushing and locking the end portion of the wiping sheet 2 is formed. The locking hole 9 is formed to be thin enough to elastically deform synthetic resin or the like, for example, The thin piece is formed by making a cut in the thin portion, and by pushing the wiping sheet 2 into the locking hole 9 while deforming a plurality of bullets formed by the cut, the bullet piece is removed from the wiping sheet. Locking 2 As another embodiment, in order to attach the wiping sheet 2 to the wiper head 3, a fastener is attached without forming the locking hole 9 at the position of the locking hole 9. A method is also conceivable, and the movement of the front substrate 6 and the like can be stopped by forming a movable stopper 55 that stops the movement of the substrate movable member 15 and the like when the handle 4 is pushed and pulled. In addition, since the entire bottom surface of the wiper head 3 can be used, this is a convenient method for cleaning the cleaning floor 1 such as waxing or cleaning stairs.

The main structure of the floor wiper according to the present invention shown in FIG. 1 uses the force of the friction resistance between the cleaning floor 1 and the wiping sheet 2 when the handle bar 4 is pushed back and forth during cleaning as shown in FIG. Then, the movable substrate member 15 is adapted to move in the direction of advancement when it is pushed forward with the movable shaft member 20 as a fulcrum and to the direction of advancement direction when it is pulled back. When moving to the direction of traveling forward and the direction of traveling forward when retracted, the portion of the movable shaft member 19 of the movable substrate member 15 moves up and down with respect to the cleaning floor 1, and the movable substrate member 15 and the movable substrate member Since 18 is connected by a movable shaft member 19, the substrate movable member 18 moves up and down with respect to the cleaning floor 1, and the tip of the substrate movable member 18 is fixed to the front substrate 6. The front substrate 6 is a movable shaft member 2 Direction on away from the cleaning floor 1 as a fulcrum, and has a structure that moves in the direction on this in the direction of the cleaning floor 1.

Further, by changing the portion of the substrate movable member 15 shown in FIGS. 7 and 8 to the portion of the substrate movable member 28, the direction in which the substrate movable member 28 moves forward when the substrate movable member 28 is pushed forward and the above-described pull back. When moving in the direction of advance, the portion of the movable shaft member 27 of the substrate movable member 28 moves up and down with respect to the cleaning floor 1, and the portion of the movable shaft member 27 is moved through the movable shaft member 27 to the rear side. The front substrate 6 integrated with the wiper head 3 moves away from the cleaning floor surface 1 with the movable shaft member 29 as a fulcrum because it is connected to the substrate fixing member 26 fixed to the side substrate 7. It becomes a structure which moves to the direction of the cleaning floor 1 from the upper direction and this upper direction.

In addition to the above, the structure in which the front substrate 6 moves in the upward direction away from the cleaning floor surface 1 and in the direction from the upper direction to the cleaning floor surface 1 is shown in FIGS. 10 and 11. The member 32 is configured to slide in the direction of travel when the groove 33 of the substrate movable member formed so as to sandwich the upper surface portion 37 of the wiper head 3 is pushed forward and the direction of travel when it is pulled back. When the movable substrate member 32 is moved forward and when it is pulled back, the movable shaft member 31 below the movable substrate member 32 is pushed forward. Since the movable shaft member 31 is connected to the front substrate 6 via the substrate movable member 34 and the movable shaft member 36, the front substrate 6 is movable. Support shaft member 35 Resulting in the structure moves in the direction of the top away from the cleaning floor 1 as.

12 and 13, the slanted groove 38 is formed so that the lower side portion of the substrate movable member 32 is gradually lowered from the direction in which the lower portion of the substrate movable member 32 is moved forward when it is pulled back. By changing the portion, the movable substrate member 42 is connected to the movable shaft member 41 that can slide in the oblique groove 38, so that the movable substrate member 39 moves forward when the movable substrate member 39 is pushed forward. When moving in the direction of advance when the substrate is pulled back, the substrate movable member 42 is fixed to the front substrate 6, and therefore the upper direction away from the front substrate 6 cleaning floor 1 and the upper direction The structure moves in the direction of the cleaning floor 1.

The upper substrate 6 moves away from the cleaning floor surface 1 and the structure in which the front substrate 6 moves from the upper direction to the cleaning floor surface 1 is shown in FIGS. The substrate movable member 43 is pushed forward by connecting the substrate movable member 44 to both the left and right sides with respect to the direction side when the wiper head 3 is pushed forward to the movable shaft member 47 of the member 43. When moving to the direction of traveling forward and the direction of traveling forward when retracted, the portion of the movable shaft member 49 of the substrate movable member 44 is pulled back with the movable shaft member 48 as a fulcrum and the direction of traveling forward when the front is pushed. The substrate movable member 45, which moves to the direction of the traveling direction and is connected to the movable shaft member 49, is connected to the front substrate 6 via the movable shaft member 46. Therefore, the front substrate 6 is connected to the movable shaft. Using member 22 as a fulcrum Direction on away from the serial cleaning the floor 1, and, the structure moves in the direction on this in the direction of the cleaning floor 1.

16, 17, and 18, when hard dust such as sand adheres to the surface of the wiping sheet 2 of the front substrate 6 part in the sliding of the cleaning floor 1 during the cleaning, the adhesion occurs. Since hard dust such as sand may be scratched by rubbing the cleaning floor surface 1, the bottom 50 on the cleaning floor surface 1 side of the front substrate 6 has a raised shape such as a line 51 or a dot 52. By forming the convex portion 53, hard dust such as sand adhering to the surface of the wiping sheet 2 enters the concave portion 54 of the raised convex portion, and reduces the scratching by rubbing the cleaning floor 1 can do.

The main structure of the floor wiper according to the present invention is shown in FIG. 2, but the structure of the front substrate 6 that moves in the upward direction away from the cleaning floor 1 during the cleaning is the above. As shown in Fig. 5, the structure of the flooring wiper according to the present invention is different from that of the conventional flooring wiper according to the present invention. In a similar operation, when the wiper head 3 is slid in the direction of advance when the wiper head 3 is pushed to the front side by the handle bar 4, the front substrate 6 uses the movable shaft member 22 as a fulcrum simultaneously with the sliding. It moves to a certain height in the upward direction away from the cleaning floor 1, and the movement stops at a certain height while this sliding continues, and the wiper head 3 is moved back by the handle bar 4. When the substrate 6 is slid in the direction of travel when it is pulled back, the front substrate 6 is in contact with the cleaning floor 1 simultaneously with this sliding, and is in contact with the cleaning floor 1 while this sliding continues. It is only necessary that the structure becomes a state.

In each main dimension of the flooring wiper according to the present invention, the wiper head 3 is not particularly limited as long as it can be mounted with a commercially available wiping sheet, length, about 200 mm, width, about 300 mm, and suitable for cleaning. However, the front substrate 6 has a horizontal length of about 250 mm and a vertical length of about 40 mm, and the rear substrate 7 has a horizontal length of about 250 mm. The length of the substrate movable members 15 and 18 and the like is preferably adjusted to the following heights that move in the upward direction away from the cleaning floor surface 1 of the front substrate 6.

In the floor wiper according to the present invention, the height of the front substrate 6 that moves in the upward direction away from the cleaning floor surface 1 is wiped by a general size, type of dust, dust, etc. during general household cleaning. What is necessary is just the height which can enter between a sheet | seat and the cleaning floor surface 1, and about 3 mm-10 mm are desirable.

The results of comparative measurement of the cleaning efficiency in the following comparison condition contents of the flooring wiper 1 according to the present invention and the conventional flooring wiper 5 which is generally marketed as a conventional cleaning tool are shown in Tables 1 and 2 below. As shown in the comparison of the cleaning efficiency, the above-mentioned conventional cleaning tool did not show the cleaning efficiency, and the flooring wiper according to the present invention has a high cleaning efficiency in Table 1, but in Table 2, the conventional cleaning tool Therefore, the comparative measurement result shows that when the handle bar 4 is pushed forward, the front substrate 6 moves upward away from the cleaning floor 1, and the handle bar 4 is moved forward. When the substrate 6 is pulled back to the front, the front substrate 6 is brought into contact with the cleaning floor 1 and a series of movements are integrated to enhance the cleaning efficiency of the present invention.

The cleaning efficiency comparison condition is described that the wiping sheet used is a dry sheet made by Kao Corporation, and that the dry sheet packaging surface is dusty, dusty, etc. Since it is suitable, use the hair, place 5 hairs randomly on the floor of the floor and push the handlebar back and forth to move the wiper head moving distance in front to make it a normal cleaning operation Table 1 shows the results of 400 mm, 300 mm in front and 5 times each. Table 1 shows the present invention, flooring wiper. The handle 6 is raised in the upward direction away from the cleaning floor. Table 2 shows a comparison of cleaning efficiency, which is fixed so that it does not move even if it is pulled back and forth, and is adjusted according to the above comparison conditions.

The results of the cleaning efficiency comparison are shown in Tables 1 and 2 below.

The perspective view of the state which does not mount a wiping sheet on the wiper head of the flooring wiper by the present invention. Sectional drawing of the state which mounted | wore the wiping sheet | seat in FIG. The fragmentary sectional view which shows the state of the movable shaft which has connected the board | substrate of the front side of the wiper head of the flooring wiper by this invention, and the board | substrate of a rear side. The side view of the state at the time of cleaning which attached the wiping sheet | seat to FIG. The side view of the state at the time of cleaning of the conventional flooring wiper. The perspective view of the state which does not mount the wiping sheet of other embodiment of this invention. Sectional drawing of the state which mounted | wore the wiping sheet | seat in FIG. The top view of the state which removed the handle bar of FIG. The perspective view of the state which does not mount the wiping sheet of other embodiment of this invention. Sectional drawing of the state which mounted | wore the wiping sheet | seat in FIG. The top view of the state which removed the handle | bar of FIG. Sectional drawing of the state which mounted | wore the wiping sheet | seat in FIG. The top view of the state which removed the handle | bar of FIG. Sectional drawing of the state which mounted | wore the wiping sheet | seat in FIG. The top view of the state which removed the handle bar of FIG. The top view of the convex part linear bottom face of the wiper head of other embodiment of this invention. Front view of FIGS. 16 and 18 The top view of the convex part point bottom of the wiper head of other embodiments of the present invention.

Explanation of symbols

1, 25 ... Cleaning floor surface 2, 13 ... Wiping sheet 3, 12 ... Wiper head 4, 23 ... Pattern stick 5 ... Depth of pressing wipe sheet 6 ... Front side Substrate 7 ··· Rear substrate 8 ··· Space 9, 11 ··· Locking hole 14 · Sponge bodies 15, 18, 28, 32, 39, 42, 43, 44, 45 · Substrate movable member 17 .. Movable member 19, 20, 22, 30, 27, 29, 31, 35, 36, 41, 46, 47, 48, 49.. Movable shaft member 26.. Substrate fixing member 33.・ Upper surface portion 38 ・ ・ oblique groove 50 ・ ・ bottom 51 ・ ・ linear 52 ・ ・ dot 53 ・ ・ convex 54 ・ ・ concave 55 ・ ・ stopper

Claims (7)

A flooring wiper comprising a handle bar 4 connected to an upper surface of a wiper head 3 to which a wiping sheet 2 can be detachably mounted. When the wiper head 3 pushes the handle bar 4 forward The direction side which advances the cleaning floor surface 1 when the edge of the opposite side to the direction which advances the cleaning floor surface 1 and the handle bar 4 are pulled back when the front substrate 6 which is the direction side which advances the cleaning floor surface 1 is pushed. When the rear substrate 7 is pulled back, the edge on the opposite side to the direction in which the cleaning floor 1 is advanced is connected so that the front substrate 6 moves up and down with respect to the cleaning floor 1. A substrate movable member 15 is coupled to the rear substrate 7 by a movable shaft member 20, and the handle bar 4 is coupled to the substrate movable member 15. The wiper head 3 is moved forward by the handle bar 4. Pulled by the direction of the advancing when pressed and the handle bar 4 When the cleaning floor 1 is slid in the direction of advance when returning, the movable substrate member 15 moves in the direction of advancement when pushed forward and in the direction of advancement when retracted, and the lower part of the movable substrate member 15 is moved downward. Is moved up and down with respect to the cleaning floor 1. The movement of the lower portion of the movable substrate member 15 is caused to move the front substrate 6 to the cleaning floor 1 via the movable substrate member 18 fixed to the front substrate 6. Flooring wiper characterized by moving up and down. When the cleaning floor 1 is slid in the direction of advance when the wiper head 3 is pushed forward by the handle bar 4, the front substrate 6 moves to a certain height in the upward direction away from the cleaning floor 1. When the cleaning floor surface 1 is slid in the direction of travel when the wiper head 3 is pulled back by the handle bar 4, the front substrate 6 is configured to come into contact with the cleaning floor surface 1. The flooring wiper according to claim 1. While the cleaning floor surface 1 is slid in the direction of advance when the wiper head 3 is pushed forward by the handle bar 4, the front substrate 6 is kept at a certain height in the upward direction away from the cleaning floor surface 1. The front substrate 6 is in contact with the cleaning floor surface 1 while the movement stops and the cleaning floor surface 1 is slid in the direction of advance when the wiper head 3 is pulled back by the handle 4. The flooring wiper according to claim 1, wherein the flooring wiper is configured as described above. When the cleaning floor 1 is slid in the direction in which the wiper head 3 is pushed forward by the handle bar 4 and the direction in which the wiper head 3 is advanced when the wiper head 3 is pulled back by the handle bar 4, the lower portion of the movable substrate member 28 is The front substrate 6 moves up and down with respect to the cleaning floor 1, and the lower portion is connected to the substrate fixing member 26 fixed to the substrate 7. The flooring wiper according to any one of claims 1 to 3, wherein the flooring wiper is configured to move in an upward direction away from the cleaning floor surface 1 and in a direction of the cleaning floor surface 1 from the upward direction. The groove 33 of the substrate movable member formed so as to sandwich the upper surface portion 37 of the wiper head 3 of the substrate movable member 32 moves in the direction side of advancement when pushed forward and in the direction of advancement when pulled back. When the cleaning floor 1 is slid in the direction of advance when the wiper head 3 is pushed forward by the handle bar 4 and the direction of advance when the wiper head 3 is pulled back by the handle bar 4, The lower portion moves in the direction of advancement when pushed forward and the direction of advancement when pulled back, and the lower portion is connected to the front substrate 6 via the substrate movable member 34. The movable shaft member 35 is configured to move in the upward direction away from the cleaning floor surface 1 as a branch and from the upward direction to the cleaning floor surface 1. Crab Floor wiper mounting. An oblique groove 38 is formed in the lower portion of the substrate movable member 39 so that the direction side of the substrate moving member 39 is gradually lowered from the direction of advancement when it is pushed forward. By connecting the movable substrate member 42 to the connected movable shaft member 41, the direction of travel when the wiper head 3 is pushed forward by the handle bar 4 and the direction of travel when the handle bar 4 is pulled back are set. When the cleaning floor 1 is slid, the substrate movable member 39 moves to the direction side when the substrate movable member 39 is pushed forward and to the direction side when the substrate movable member 39 is pulled back, and the substrate movable member 42 is fixed to the front substrate 6. Therefore, the front substrate 6 is configured to move in the upward direction away from the cleaning floor surface 1 and in the direction of the cleaning floor surface 1 from this upward direction. Either Floor wiper mounting. By connecting the substrate movable member 44 to both sides of the lower portion of the substrate movable member 43, the direction of travel when the wiper head 3 is pushed forward by the handle bar 4 and the direction of travel when the handle bar 4 is pulled back are set. When the cleaning floor 1 is slid, the movable substrate member 43 moves in the direction of advancement when pushed forward and in the direction of advancement when retracted, and the movable shaft member 49 of the movable substrate member 44 is The movable substrate member 45 connected to the movable shaft member 49, which moves in the direction of advancement when pushed forward and the direction of advancement when pulled back with the movable shaft member 48 as a fulcrum, is attached to the substrate 6 on the front side. Since they are connected, the front substrate 6 is configured to move in the upward direction away from the cleaning floor surface 1 with the movable shaft member 22 as a fulcrum, and in the direction of the cleaning floor surface 1 from the upper direction. Being Flooring wiper according to any one of claims 1, wherein 6.

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