JP2008029790A - Mop added with wringing function and washing function, and mop sweep body - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a mop, to which a wringing function and a washing function are added, and a mop sweep body which can well be wrung by hand without making hands dirty, can be washed by hand without making the hands dirty, have compatibility with a mop in a simple structure which does not add a conventional wringing function, has a simple structure, are hard to break, can suppress manufacturing costs, and absorb dirt more easily than the conventional mop. <P>SOLUTION: A plate 2 is provided at the end of a mop handle 1 in a T shape and a bundle of strings 3 of the mop sweep body are planted onto the plate. A plate 4 with a grip 5 is fixed to the end of the planted bundle of strings of the mop sweep body. Moreover, means 6 for freely pasting the plate fixed to the handle of the mop in the T shape and the plate with the grip fixed to the top of the bundle of strings of the mop sweep body are provided for the plate. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a mop that does not require a mop squeezer, can be squeezed by hand without soiling the hand, and can be washed by hand without soiling the hand, and a mop wiping body washing function and a mop wiping body. .

  Previous mops used a mop and mop squeezer as a set.

  A conventional mop is one in which an infinite number of mop yarns are attached to the tip of a handle, and a conventional mop squeezer has a square bucket like a published patent publication 2003-52604 with two rollers and a pedal that moves the roller. It is attached.

  When using a conventional mop, put water in the mop squeezer, put the mop in it and wet it with water, pinch it with the roller attached to the mop squeezer, countless threads attached to the tip of the mop (hereinafter called the mop wiper) ) Was squeezed out of the mop wiping body by stepping on the pedal that moves the roller.

  In addition, there has been a mop that improves the method of using the conventional mop and adds a function of squeezing the moisture of the mop without using the mop and the mop squeezer as a set.

  For example, Japanese Patent Publication No. 2005-443, Japanese Patent Publication No. 11-42195, Japanese Patent Publication No. 9-276194, Japanese Patent Publication No. 7-255658, Japanese Patent Publication No. 2000-126106, Japanese Utility Model Publication No. Hei 6-85656. It is.

  The structure of the mop to which the function of squeezing the mop wiping body described in the published patent publication 2005-443 is added is as follows. In other words, a hard plate-like rotating plate is attached to the position facing the mop wiping body, the wet mop wiping body is attached to the hard plate-like rotating plate, the rotating plate is rotated, and the rotating plate is pressed with shoes etc. By doing so, the wet mop wiping body is squeezed to remove moisture from the mop wiping body.

  The structure of the mop added with the function of squeezing the mop wiping body described in Japanese Patent Application Laid-Open No. 11-42195 is as follows. That is, the squeezing roll is attached to the mop wiping body in advance, and the squeezing roll is moved along the wet mop wiping body by a lever operation to remove moisture from the mop wiping body.

  The structure of the mop to which the function of squeezing the mop wiping body described in Japanese Patent Laid-Open No. 9-276194 is added is as follows. That is, the mop handle is configured in a piston shape, a loop-shaped mop wiping body is fastened to the tip of the mop handle, and the mop wiping body is moved to the piston-like mop by pushing down the outer tube of the mop handle toward the mop wiping body. It goes into the handle and removes the moisture from the mop wiper.

  The structure of the mop added with the function of squeezing the mop wiping body described in Japanese Patent Application Laid-Open No. 7-255658 is as follows. That is, it consists of a part where the handle of the mop hits the shaft and a control sleeve arranged so as to cover the shaft, and pulling the shaft upward while rotating the control sleeve, the mop wiping body is placed in the control sleeve Pull in. The wet mop wiping body is squeezed out of moisture at this retracted stage.

  The structure of the mop to which the function of squeezing the mop wiping body described in the published patent publication 2000-126106 is added is as follows. In other words, the torii-shaped frame attached to the handle of the mop is attached to a roller that is rotatably supported, and a handle that turns the roller is attached. The wet mop wiper rolls up by turning the handle. The mop wiping body wetted at this stage is removed by being sandwiched between the rollers.

  The structure of the mop to which the function of squeezing the mop wiping body described in the published utility model publication No. 6-85656 is as follows. In other words, a tubular body that envelops the mop handle around the mop handle is prepared, a cover and a mop wiping body are attached to the tubular body, and an arcuate T-shaped bar is attached to the tip of the mop handle. It is provided to squeeze the wet mop wiping body by vertically moving and rotating this arcuate rod.

  These conventional techniques have 10 drawbacks. The first drawback of conventional mops and mop squeezers that do not have a squeezing function is that they do not squeeze well. Put water in the mop squeezer and put it in the water and squeeze the mop wiping body with the roller attached to the mop squeezer, but when you actually use it you can squeeze the mop wiping body sufficiently If the floor or tiles are wiped as they are, streaky water will remain on the floor and tiles. This streak-like water contains dirt and so on, and when it is naturally evaporated, a trace of the water evaporating is left in a streak form. I don't know what the mop used to cover the floor.

  Cleaning professionals and other professionals who are cleaning professionals are familiar with this point, so the fact is that the wet mop wiper is grabbed and squeezed by hand. Because hands get wet and dirty, it is extremely unsanitary. This very unsanitary point is the second drawback.

  The third drawback is the need for a mop squeezer. Those who use mops only want to wipe floors and tiles using mops, so all that is needed is essentially mops. However, since the conventional mop has the first and second drawbacks, the mop squeezer must be purchased together with the mop. If the conventional mop does not have the first and second disadvantages, a mop squeezer is not necessary. Since a mop squeezer is required, extra costs are incurred and a space for the mop squeezer must be secured. These things put an excessive burden on the mop user.

  A fourth drawback is that the mop wiping body cannot be washed well. The structure of a conventional mop wiping body is simply a myriad of yarn bundles. Yarn is crowded. By simply rinsing such a conventional mop wiping body on the water contained in the mop squeezer, the dirt on the mop wiping body cannot be removed. However, even if you use your hands to wash, the conventional mop wiper is hard to grasp because it consists of countless relatively short threads. It's hard to grasp and hard to wash. Dirt is difficult to wash because it is difficult to wash. That is, the conventional mop wiping body has a structure that is difficult to wash and difficult to get dirty.

  The fact that dirt is difficult to remove means that even if the mop wiper is washed, the floor will be wiped again with the dirt left unwashed, so the remaining dirt will adhere to the floor again. It becomes inefficient and is inefficient. Also, it is difficult to wash the mop wiper because it is difficult to grasp.

  The fifth drawback is that it does not adsorb dirt such as floors well. Certainly, the conventional mop is used by wetting it with water, so it has the ability to absorb dirt by its moisture. But not enough. Since the conventional mop wiping body has a structure in which an infinite number of threads hangs on a plate-like structure, the ability to attract dirt is weak.

  The first drawback of the mop according to the present invention in which the diaphragm function is added to the mop is that the tip of the mop becomes heavy. Some of the already-invented mops to which the squeezing function has been added include a squeezing means such as a roller attached to the tip of the mop together with the mop wiping body. In this case, of course, the tip of the mop becomes heavier than a mop that does not have an aperture function. When it becomes heavy, it becomes difficult to do the work of polishing the floor and applying wax, and it becomes heavy labor, and the work efficiency falls.

  The second disadvantage is that the structure is complicated and fragile. Adding a squeezing function to the mop means that the mop wiping body or handle must have a squeezing mechanism, which complicates the structure of the mop. The more complicated the structure, the more likely it is to break.

  The third drawback is that it is bulky. When a mop wiping body is provided with a squeezing mechanism, the tip part of the mop or the base part of the mop pattern becomes larger than the mop that is not attached. If it grows larger, it will be necessary to hit it somewhere while using the mop, or to make room for the mop. When using a mop, if it becomes easier to hit it somewhere, work efficiency will naturally drop.

  The fourth drawback is that the manufacturing cost is high. As can be seen from an already-invented mop with an aperture function added to the mop, a diaphragm mechanism such as a roller is absolutely necessary. The necessity of the diaphragm mechanism is expensive to manufacture the diaphragm mechanism. No matter how much the manufacturing cost of the squeezing mechanism is controlled, it is only necessary to increase the cost as much as the manufacturing cost of the conventional mop without the squeezing mechanism, but this is not the case. This is because the structure of a conventional mop is too simple.

A fifth drawback is that it is not compatible with a conventional mop having a simple structure without an aperture function. An already-invented mop with a drawing function must be purchased with a new mop handle to obtain it. Mops with a conventional simple structure that do not have a squeezing function often have a mop wiper and a mop handle removable, and the mop handle continues to be used. When an already-invented product with a drawing function added is purchased, a conventional mop handle must be worn, and a mop wiper must be newly purchased. In this case, it is no exaggeration to say that the conventional mop pattern is wasted and wastes resources and money.
Published Patent Publication No. 2003-52604 Published Patent Publication No. 2005-443 Published Patent Publication No. Hei 11-42195 Published Patent Publication No. 9-276194 Published Patent Publication No. 7-255658 Published patent publication 2000-126106 Published Utility Model Publication No. 6-85656

  When using a conventional mop and mop squeezer, the mop squeezing force of the mop squeezer roller is not strong enough to squeeze the mop wiping body well. If you use a mop that is not squeezed well, you intend to polish the floor, resulting in a dirty floor. In addition, the mop squeezer is not necessary for the work such as polishing the floor or applying wax because the mission can be fulfilled if there is only a mop. It is also an object of the present invention to enable a mop to be squeezed well without using a mop squeezer.

  Further, the conventional mop wiping body has a structure in which countless half-length yarns are spring-loaded, and is difficult to grasp by hand and difficult to wash. Furthermore, since the conventional mop wiping body has a structure in which an infinite number of threads are suspended from a plate, the ability to catch dirt is weak.

  The mop with the aperture function described in the background art improved from the conventional mop has a heavy mop tip and lowers work efficiency, and the structure is complicated, making it fragile, bulky, and expensive to manufacture. It was supposed to take more. Another problem is that there is no compatibility with a conventional simple mop that does not have a diaphragm function. Since traditionally simple mops are already widespread in the world, incompatibility with them is the same as wasting resources and money, and wasting money. There has never been a simple method, mechanism, or structure for solving these problems.

  The problem to be solved by the present invention is that the hand can be squeezed well without staining, the hand can be washed without staining, and is compatible with a simple structure mop that does not have a conventional squeezing function, and the structure is simple. The object of the present invention is to provide a mop and a mop wiping body having a squeezing function and a cleaning function, which are less likely to break and can be manufactured at a lower cost, and more easily absorb dirt than a conventional mop.

  The mop to which the squeezing function and the cleaning function according to claims 1 and 2 are added is attached to the tip of the mop handle and the tip of the mop so that the mop handle and the plate are combined with each other so as to form a T shape. A bundle of yarns constituting the mop wiping body is planted on the plate to which the mop handle is attached. A plate similar to the plate attached to the handle of the mop is attached to the tip of the bundle of yarns constituting the mop wiping body planted on the plate.

  The shape and material of the plate attached to the tip may or may not be the same as the plate attached to the mop handle. A handle is attached to a plate attached to the tip of the mop wiping body. Then, means for attaching the plates attached to both ends of the yarn bundle of the mop wiping body is provided on one or both plates.

  For this pasting means, for example, a clip-like structure is attached to one plate and the other plate is engaged with the clip-like structure, or a tape fastener and a magnet are provided on both plates, thereby two sheets. A method of attaching one plate, a method of providing a groove on one plate and fitting the other plate into the groove, or providing a hook-like structure on one plate or both plates and hooking it on the hook There are a method of sticking two plates, or a method of sticking two plates by attaching a wire to one plate or both plates and fastening the wires together.

  Moreover, although it is a handle attached to a board, an arcuate thing may be fixed, and it is good also as a handle by hollowing out a board and making a hole. Alternatively, it may be a structure like an L-shaped lever instead of an arcuate shape, or a structure in which a cylindrical thing like a door knob is fixed to a plate.

  In order to understand the basic structure of the mop according to claims 1 to 9 and 16, it is easy to understand from an overview of the mop wiping body. That is, a mop wiping body thread bundle is formed in a square shape, plates are attached to both ends of the square thread bundle, a mop handle is attached to one of the plates, and a handle is attached to the other plate. In this structure, the two plates are attached by the attaching means described above while bending the mop wiping body. Therefore, when the mop is used, the bundle of yarns of the mop wiping body becomes a loop shape, which is different from the structure of the conventional mop wiping body.

  The mop to which the squeezing function and the cleaning function according to claim 3 are added attaches a plate in a T shape to the tip of the mop handle and the mop handle, and a bundle of yarns of the mop wiping body is planted on the plate. A clip is attached to the tip of the bundle of thread that has been planted, a handle is provided on this plate, and the clip on which the bundle of yarn of the mop wiping body is implanted and the clip attached to the tip of the bundle are attached and stopped separately There is a stop like this. No sticking means is provided on the two plates, and the plates are stuck together with separate clip-shaped stoppers.

  The mop to which the squeezing function and the cleaning function according to claim 4 are added is a mop handle, and the mop handle is detachable and has a T-shaped plate attached thereto. It is a different point. Removable and attached in a T-shape means, for example, a structure that fixes a large clip-like sandwich at the tip of the mop, and holds the plate by that structure, or the tip of the mop is like a screw This means that a screw hole is provided on the plate, the handle of the mop is turned, the screw is screwed into the screw hole of the plate, and as a result, a removable means such as a method of fixing the mop handle and the plate is applied. Also, the word “joining means” has the same meaning. In any case, all the conventional mop detachable means can be used.

  As described above, the mop handle and the plate are detachably attached so as to be T-shaped, the bundle of yarn of the mop wiping body is planted on the attached plate, the plate is attached to the tip of the bundle, and the handle is attached to the plate. Is provided. And the sticking means which can stick the board in which the bundle | flux of the thread | yarn of the said mop wiping body was planted, and the board attached to the front-end | tip of the said bundle was provided in the said board. In other words, the mop handle is removable. At this time, as shown in FIG. 16, the plate attached to the tip of the bundle may be cut out to provide a dent.

  The mop to which the squeezing function and the cleaning function according to claim 5 are added first has one of the coupling means for the mop handle and the mop wiping body provided at the tip of the handle. One of the coupling means is provided with a means for holding the mop handle with a large clip-like pinch at the tip of the mop handle, like the conventional simple structure mop structure from which the mop handle and the mop wiper can be removed. This is called one of the coupling means, and a protrusion-like structure is provided on the plate of the mop wiping body so that it can be easily engaged with the clip-like means of clamping the tip of the mop handle and securely fixed. However, the present invention follows the same concept and expresses the protruding structure as the other of the coupling means when it is provided on the plate of the mop wiping body. is doing. And, a bundle of yarns of the mop wiping body planted on the plate, a plate attached to the tip of the bundle, and a handle provided on the plate, and a bundle of yarns of the mop wiping body A sticking means for freely sticking a board on which the hair is planted and a board attached to the tip of the bundle is provided on the board, and the other of the joining means for the mop handle is provided on the two boards. It is a thing. Therefore, the invention of claim 5 is one in which the plates of both ends of the mop wiping body are first attached, and then the handle of the mop is joined so that the two attached plates are engaged together. Therefore, the two plates of the mop wiping body can only be released after being removed from the handle of the mop. Of course, the handle of the mop and the mop wiping body can be combined without the other of the above-described coupling means, that is, without the protruding structure provided on the plate of the mop wiping body.

  The invention according to claim 5 is the invention according to claim 6 in which the mop wiping body has no other coupling means.

The mop to which the squeezing function and the cleaning function according to claim 6 are added first requires a coupling means between the mop handle and the mop wiping body provided at the tip of the handle. The coupling means is a stopper such as a large clip. And, a bundle of yarn of the mop wiping body planted on the plate, a plate attached to the tip of the bundle and a handle provided on the plate, and a bundle of yarn of the mop wiping body A sticking means is provided on the plate to freely attach the plate on which the hair is planted and the plate attached to the tip of the bundle.

  A mop having a drawing function and a cleaning function according to claim 7 is a mop handle, a plate attached in a T-shape to the tip of the mop handle, and a bundle of yarns of the mop wiping body planted on the plate A plate attached to the tip of the bundle, a handle provided on the plate, a plate attached to the tip of the handle of the mop, and a plate in which a bundle of yarn of the mop wiping body is planted, A sticking means for freely sticking a plate attached to the tip of the bundle is provided on the plate. That is, there is a T-shaped mop handle. One plate of the two plates attached to both ends of the mop wiping body and the other plate are bonded to the plate at the tip of the handle by means that can be freely bonded. The means that can be freely attached may be provided on three plates, or may be provided on a single plate. Further, the tip T-shaped mop handle may be removable by means that is detachable from the rod-like mop handle and the plate.

  The mop to which the squeezing function and the cleaning function are added according to claim 8 first requires a mop handle, a plate attached to the tip of the mop handle in a T shape, and a clip attached to the plate. This clip is fixed to the board, and a cloth or the like is inserted like a stationery clipboard. Moreover, you may comprise the board itself as a clip-like structure instead of the method of fixing a clip to a board. And the board with the handle and the bundle of yarn of the mop wiping body planted on the board are required. Since the mop wiping body used in the present invention is a bundle of yarns, it is pre-springed. Therefore, the ends of the bundle of threads are not in the form of separate threads, but are bundled by sewing with a sewing machine or the like. If the sewing means is not used, the end of the thread may be attached to an adhesive and the thread may be fixed and bundled. The state where the yarns are bundled is preferably plate-shaped.

  Then, a sticking means for freely sticking a plate attached to the tip of the handle of the mop and a plate on which a bundle of threads of the mop wiping body with the handle is planted is provided on one or both of the plates. is there. When using the invention according to this claim, it is as follows. That is, the bundled portion of the end of the yarn bundle of the mop wiping body is sandwiched between the clips on the plate attached to the handle of the mop. Then, while bending the mop wiper, the board with the handle and the board attached to the tip of the mop handle are bonded together.

  A mop having a squeezing function and a cleaning function according to claim 9 comprises a mop handle, a plate attached to the tip of the handle in a T-shape, and a bundle of yarns of the mop wiping body planted on the plate And a plate attached to the tip of the bundle and a handle provided on the plate, and a plate attached to the tip of the bundle and a base of the handle of the mop Means are provided. In other words, the invention described in the above claims basically stuck the plates at both ends of the mop wiping body by means of adhering means, but the invention of this claim is the root of the mop handle, that is, the T-shape. The plate has a structure in which the plate is attached to the plate and the plate attached to the tip of the thread bundle of the mop wiping body by means of a sticking means.

  A mop having a squeezing function and a cleaning function according to claim 10 includes a mop handle, a plate attached to the tip of the handle in a T-shape, and a bundle of yarns of the mop wiping body planted on the plate A plate attached to the tip of the bundle and a handle provided on the plate, and a plate in which a bundle of yarns of the mop wiping body is planted, and a plate attached to the tip of the bundle Is attached to one or both of the plates, and another handle is provided at the base of the handle of the mop. The handle attached to the base of the mop handle may be an arcuate shape or may be attached to the handle of the mop so that it is attached to the handle of the bicycle.

  A mop wiping body to which a squeezing function and a cleaning function are added according to claim 11 is a plate provided with one of coupling members with a mop handle, a bundle of yarns of the mop wiping body planted on the plate, and a tip of the bundle A plate attached to the plate and a handle provided on the plate are required, and a plate on which a bundle of yarns of the mop wiping body is planted and a plate attached to the tip of the bundle can be attached freely. Affixing means is provided on the one or both plates. One of the coupling members is the same as that described in the description of the invention according to claim 5, and a protruding structure is used as a basic structure.

A mop wiping body to which a squeezing function and a cleaning function are added according to claim 12 is provided on the plate, a bundle of threads of the mop wiping body planted on the plate, a plate attached to the tip of the bundle, and the plate A sticking means is provided on one or both of the plates, which requires a handle and allows a plate on which a bundle of threads of the mop wiping body is planted and a plate attached to the tip of the bundle to be freely attached. It is a thing.

A mop wiping body to which a squeezing function and a cleaning function according to claim 13 are added includes a plate attached with a handle, a bundle of threads of the mop wiping body planted on the plate, a plate attached to the tip of the bundle, A sticking means that requires a handle provided on the plate, and a plate on which the bundle of yarns of the mop wiping body is planted and a plate attached to the tip of the bundle are freely attached. Is provided in one or both of the above.

  A mop wiping body to which a squeezing function and a cleaning function are added according to claim 14 is provided on the plate, a bundle of yarns of the mop wiping body planted on the plate, a plate attached to the tip of the bundle, and the plate It has a handle. The invention of this claim has no means for adhering the plates.

  The mop wiping body to which the squeezing function and the washing function according to claim 15 are added is a plate-like shape in which a plate with a handle, a bundle of yarns of the mop wiping body planted on the plate, and a thread at the tip of the bundle are fixed. It is a thing. There are methods of fixing the thread at the tip and making it into a plate shape, for example, putting it on a sewing machine, hardening it with a bond or glue, or hardening it with an adhesive. Moreover, the board attached to the front-end | tip of the handle | pattern of a mop may be provided in the said board, and the sticking means which can be stuck freely may be provided.

  A mop to which a squeezing function and a cleaning function according to claim 16 are added is a mop handle and a plate attached to the tip of the handle and attached in a T shape, and a clip attached to the plate, A bundle of thread of the mop wiping body formed into a square, a clip attached to the plate and the plate, and a handle are attached to the plate. And the sticking means which can stick this board and the board attached to the front-end | tip of a mop is provided in one or both of the said board.

  A method for producing a mop incorporating the technical concept of the present invention will be described below. The manufacturing method is not much different from the method of manufacturing a conventional mop. Only a few steps are added. That is, the mop wiping body is made longer than a conventional one and a plate is attached to the tip. This board may be the same as a wooden board or a plastic board on which a conventional mop wiper is planted. Moreover, what is necessary is just to divert the thread bundle which comprises a mop wiping body the thing of the completely same material although length is different.

  When a plate is attached to the tip of the mop wiper, a handle is provided on the plate. Then, a means for adhering the plate attached to the handle of the mop and the plate attached to the tip of the mop wiping body may be attached to one plate or both plates. Also, the material used in the present invention may be the same as that constituting the conventional mop. I don't use anything unusual.

  An embodiment of the present invention will be described with reference to FIGS. 25 to 30 are perspective views.

  First, during work such as wiping the floor or applying wax, it is used in the same manner as a conventional mop as shown in FIG. In other words, after the mop wiper is wetted with water or wax, the floor or the like is rubbed against the floor or tile by grabbing the handle of the mop to remove dirt or wax. When floor dirt has to be washed on the mop wipes, place the mop wipes in a bucket of water. Then, as shown in FIG. 26, the plate attached to the tip of the mop and the plate attached to the tip of the bundle of yarns of the mop wiping body are grasped by grasping the handle on the plate, and the sticking state is released and spread.

  Then, as shown in FIG. 27, the hand holding the handle is moved up and down, and the mop wiping body is rubbed and washed. At this time, put the mop wiper on the bucket and wash it, or put it out of the bucket completely, place the mop wiper in a place where it can get wet, move the hand holding the handle up and down and move the mop wiper Rub and wash.

  The mop wiping body of the present invention has a longer bundle of yarns than the conventional mop wiping body and has a handle so that the tip of the mop wiping body can be grasped.

  After washing thoroughly, the mop wiper must be squeezed. At this time, as shown in FIG. 28, the mop wiping body is twisted by turning the plate with the handle by hand. As a result, the mop wiping body is twisted and squeezed in conjunction with the rotated plate. At this time, hands are not soiled.

  When it is sufficiently squeezed, the plates at both ends are bonded together while the mop wiping body is folded by the attaching means attached to one or both of the plates attached to both ends of the mop wiping body as shown in FIG. By these operations, the mop wiping body becomes a loop.

  FIG. 30 shows the process until the spread mop is removed. If the mop wiping body is configured as shown in FIGS. 14 to 20, the function of the present invention can be realized only by the mop wiping body. In other words, a thread bundle of mop wiping bodies formed in a square shape is formed, a plate is attached to both ends thereof, a handle is provided on one or both of them, and a stickable means for bonding the two plates is provided on the plate. It is.

  If the structure that matches the pattern of the conventional mop is provided at the joint with the pattern of the conventional mop so that the mop wiping body constructed in this way can be attached to the pattern of the conventional mop, the pattern of the conventional mop A mop wiping body according to the present invention can be attached.

  That is, if the technical idea of the present invention is applied to a mop wiping body, a mop wiping body compatible with a conventional mop can be provided. This compatibility is also a significant advantage of the present invention.

In this way, the present invention attaches a plate and a handle to the tip of the mop and makes the mop wiping body longer than before, so that the mop wiping body can be washed and squeezed without contaminating the hand.

Example 1
Example 1 will be described with reference to FIG. A plate is attached to the tip of the handle of the mop in a T shape. A bundle of yarn from the mop wiper is planted on the plate and extends downward. A plate is further attached to the tip of the bundle of yarns extending downward. Then, a handle is attached to the plate, and means for allowing the plate and a plate attached to the tip of the mop handle to be attached is attached to the plate. In FIG. 1, the plate on which the mop wiping body is flocked and the means for attaching the plate with the handle are written on both the plates, but may be on one of the plates. The mop wiping body in such a state is folded and the plates are bonded to each other by the attaching means. When necessary, hold the handle with your hand, separate the plate and spread the mop wipe, wash and squeeze it.

Example 2
A second embodiment will be described with reference to FIG. The basic configuration of the invention is the same as that of the first embodiment, but the means for attaching the plates to each other is realized by a separate clip-shaped stopper. When spreading, washing, or squeezing the mop wiper, remove the separate clip-shaped stopper.

Example 3
A third embodiment will be described with reference to FIG. The basic configuration of the invention is the same as that of the first embodiment. The only difference is that the mop handle and mop wiper are detachable. At this time, the handle of the mop is detachably attached to one of the plates at both ends of the mop wiping body.

Example 4
A fourth embodiment will be described with reference to FIG. Similar to Example 3, but has one difference. That is, the structure is such that the mop handle is detachably attached after the plates at both ends of the mop wiping body are attached. Therefore, when the mop handle is attached to the mop wiping body, the mop wiping body cannot be spread with the handle. When spreading the mop wiper, it must be done after separating the mop handle and the mop wiper.

Example 5
A fifth embodiment will be described with reference to FIG. There is a T-shaped mop handle. Attach the clip to the plate at the end of this handle. Match the clip to the shape of the plate attached to the tip of the mop. Insert and fix the bundled tip on one side of the mop wiper with this clip. Then, the other plate of the mop wiping body and the plate attached to the tip of the mop handle are pasted together by a sticking means while bending the mop wiping body.

Example 6
A sixth embodiment will be described with reference to FIG. There is a T-shaped mop handle at the tip, and the plates at both ends of the mop wiping body are attached to the plate attached to the tip of the mop by means of sticking. At this time, the mop wiping body is also bent and pasted. The handle may be attached to only one of the plates at both ends of the mop wiping body, but may be attached to both. FIG. 6 shows a state in which both handles are attached to the plates at both ends.

Example 7
A seventh embodiment will be described with reference to FIG. Example 7 is an improved version of Example 6 with the only difference being that the plate at the tip of the mop handle is detachable.

Example 8
Example 8 will be described with reference to FIG. In Example 8, the structure is basically the same as that of Example 1, but the base of the mop wiping body is attached to the tip of the mop wiping body with the means for finally attaching the board to the board while bending the mop wiping body. This is the difference from the first embodiment. The usage is the same as in the first embodiment.

Example 9
Example 9 will be described with reference to FIG. In Example 9, the length and width of the plate attached to the handle of the mop and the plate attached to the tip of the mop wiping body are different. By making the plate attached to the tip shorter than the plate attached to the handle of the mop, there is an effect that it becomes easier to squeeze.

Example 10
A tenth embodiment will be described with reference to FIG. Although Example 1 has one handle, Example 10 has two handles, one is attached to the plate at the tip of the same mop wiping body as Example 1, and the other is a mop as shown in FIG. At the base of the handle. However, the handle attachment method is not limited to Fig. 10. For example, the base of the mop is thicker than the handle of the mop, or a different material, rubber or plastic, etc. Also good.

Example 11
Example 11 will be described with reference to FIG. In Example 11, the plate attached to the tip of the mop wiping body was divided and each provided with a handle. If it divides into two like FIG. 11, a mop wiping body will be divided into two and will become easy to squeeze. However, when used, it is attached to a single plate, that is, a single plate attached to the tip of the mop handle, so that the sense of unity is not completely lost.

Example 12
Example 12 will be described with reference to FIG. Example 5 was a structure in which a clip was provided on a plate attached to the tip of the handle of the mop, and the tip of one of the mop wipers was sandwiched there, but Example 12 further recommended that, It is constructed based on the idea that what is attached to the tip of the handle is not a plate but a wide and long clip. Since the tip of the mop handle is a clip in the first place, you can just hold the springy tip of the mop wiper. After that, a wide and long clip and a plate attached to the tip of the mop wiping body may be attached by a sticking means while bending the mop wiping body.

Example 13
A thirteenth embodiment will be described with reference to FIG. That is, the thirteenth embodiment makes it possible to remove both a bundle of yarns of the wiping body at the center of the mop wiping body and two plates attached to both ends of the bundle of yarns. Therefore, when the mop wiping body is disassembled, it finally becomes only a bundle of square threads.

Example 14
Example 14 will be described with reference to FIG. That is, Example 14 is an example of a mop wiping body alone. First, the cigarette of the thread | yarn which comprises a mop wiping body is formed in a square. A plate is attached to each end of the cigarette formed into a square. One plate is provided with a handle, and the other plate is provided with one of means for coupling with a mop handle. Furthermore, a means for allowing the plates at both ends of the mop wiping body to be freely attached is provided on both plates or one plate.

Example 15
Example 15 will be described with reference to FIG. Example 15 is also an example of a single mop wiping body. First, a bundle of yarns constituting the mop wiping body is formed in a square shape. A plate is attached to each end of a bundle of yarns formed in a square shape. And a handle is provided in one board. Further, a means for allowing the plates at both ends of the mop wiping body to be freely attached is provided on both plates or one plate. The difference from Example 14 is that there is no one of the means for coupling with the mop handle.

Example 16
Example 16 will be described with reference to FIG. Example 16 is also an example of a mop wiping body alone. A bundle of yarns is formed into a square. A plate is attached to each end of a bundle of yarns formed in a square shape. A handle is provided on one of the plates, and a portion of the plate to which the handle is attached is cut out to provide a dent. Furthermore, the other plate is provided with one means for coupling with the handle of the mop. Further, a means for allowing the plates at both ends of the mop wiping body to be freely attached is provided on both plates or one plate.

  The meaning of providing the dent on the plate may be that the coupling portion can be protruded when the mop wiping body and the mop handle are coupled. This may interfere with sticking the plates together. Therefore, a dent is provided in order to eliminate the interference caused by the sticking of the plate. Moreover, you may form a part of board like a square box instead of a dent.

Example 17
Example 17 will be described with reference to FIG. Example 17 is also an example of a single mop wiping body. First, a bundle of yarns is formed into a square shape. A plate is attached to each end of a bundle of yarns formed in a square shape. Handles are provided on both plates. Further, a notch is provided on one of the plates to provide a dent, and one of the means for coupling with the mop handle is provided on the other plate. Further, a means for allowing the plates at both ends of the mop wiping body to be freely attached is provided on both plates or one plate.

Example 18
Example 18 will be described with reference to FIG. Example 18 is also an example of a mop wiping body alone. First, a bundle of yarns is formed into a square shape. A plate is attached to each end of a bundle of yarns formed in a square shape. Both plates are provided with one means for coupling the handle and the mop handle. Further, a means for allowing the plates at both ends of the mop wiping body to be freely attached is provided on both plates or one plate. When this mop wiping body is used, the mop wiping board is pasted and then bonded to the mop handle.

Example 19
Example 19 will be described with reference to FIG. Example 19 is also an example of a single mop wiping body. First, a bundle of yarns is formed into a square shape. A plate is attached to each end of the cigarette formed into a square. Handles are provided on both plates. When this mop wiping body is used, the board and the board are attached with separate clips.

Example 20
Example 20 will be described with reference to FIG. Example 20 is also an example of a mop wiping body alone. First, a bundle of yarns is formed into a square shape. A plate provided with an attaching means for attaching the handle, the plate and the plate is attached to one end of a bundle of yarns formed in a square shape. The other end of the yarn bundle is springed into a plate shape.

The invention's effect

  When using the mop having the squeezing function and the cleaning function according to the present invention, the mop squeezer is not necessary because the plate attached to the tip of the mop and the handle attached to the plate are squeezed to squeeze the towel. So you can squeeze the mop exactly anywhere.

  Moreover, since it is the same as squeezing the mop wiping body by hand through the handle attached to the plate, the mop wiping body can be squeezed well.

  It is hygienic because it does not touch the mop wiper directly.

  The mop wiper can be spread, folded, or rubbed with the handle and the base of the mop so that the mop wiper can be washed cleanly.

  Since the plates at both ends of the mop wiping body are attached and used, the innumerable yarns constituting the mop wiping body are looped. By making the mop wiper into a loop shape, it becomes easier to catch small debris on the floor, etc., making it easier to remove dirt.

  Further, since the tool for realizing the mop squeezing function of the present invention is simply a plate attached to the tip of the mop wiping body and a handle provided on the plate, the tip of the mop does not become heavy, and it is easy to use and does not get in the way.

  In addition, its simple structure makes it difficult to break, and it can be used in harsh environments and lasts a long time.

The simple structure also means that there is no manufacturing cost.

  And since this invention is compatible with the conventional mop, since the pattern of the mop which the user of the conventional mop has can be used as it is, there is no waste.

  It is only necessary to replace the mop wiping body of the mop with a conventional mop handle and mop wiping body detachable with the mop wiping body of the present invention, so there is no need to think about mounting, and it does not take time to get used to .

1 is a front view showing Example 1. FIG. 6 is a front view showing Example 2. FIG. 10 is a front view showing Example 3. FIG. 10 is a front view showing Example 4. FIG. 10 is a front view showing Example 5. FIG. 10 is a front view showing Example 6. FIG. 10 is a front view showing Example 7. FIG. 10 is a front view showing Example 8. FIG. 10 is a front view showing Example 9. FIG. 10 is a front view showing Example 10. FIG. 10 is a front view showing Example 11. FIG. FIG. 16 is a front view showing Example 12; 14 is a front view showing Example 13. FIG. FIG. 16 is a front view showing Example 14; 20 is a front view showing Example 15. FIG. 20 is a front view showing Example 16. FIG. 18 is a front view showing Example 17. FIG. FIG. 20 is a front view showing Example 18; 20 is a front view showing Example 19. FIG. 22 is a front view showing Example 20. FIG. It is a perspective view which shows embodiment of this invention. It is a perspective view which shows embodiment of this invention. It is a perspective view which shows embodiment of this invention. It is a perspective view which shows embodiment of this invention. It is a perspective view which shows the use condition of this invention. It is a perspective view which shows the use condition of this invention. It is a perspective view which shows the use condition of this invention. It is a perspective view which shows the use condition of this invention. It is a perspective view which shows the use condition of this invention. It is a state transition diagram of the present invention.

Explanation of symbols

1 Mop handle 2 Plate attached to the tip of the mop 3 Thread bundle of the mop wiper 4 Plate attached to the tip of the mop wiper 6 Handle 6 Adhering means 7 Clip 8 One of the connecting means 9 The other 10 of the connecting means Mop wiper body thread bundle spring 11 Plate 12 attached to the opposite side of the plate with the handle Plate notch 13 Hand

Claims (16)

  A mop handle, a plate attached to the tip of the handle in a T-shape, a bundle of threads of a mop wiper planted on the plate, a plate attached to the tip of the bundle, and the plate And a sticking means that allows a plate on which a bundle of yarns of the mop wiping body is planted and a plate attached to the tip of the bundle to be attached freely. A mop that has a drawing function and a cleaning function.   A mop handle, a plate attached to the tip of the handle in a T-shape, a bundle of threads of a mop wiper planted on the previous plate, a plate attached to the tip of the bundle, An attachment means is provided on the plate, which requires a handle provided, and which allows the plate attached with a bundle of yarns of the mop wiping body and the plate attached to the tip of the bundle to be attached freely. A mop that has a drawing function and a cleaning function.   A mop handle, a plate attached to the tip of the handle in a T-shape, a bundle of mop wipes threaded on the plate, a plate attached to the tip of the bundle, and the plate It requires a handle provided, and requires a separate clip for sticking the plate on which the bundle of yarns of the mop wiping body is flocked and the plate attached to the tip of the bundle. A mop with an aperture and cleaning function.   A mop handle, a plate attached to the tip of the handle so as to be detachable and attached in a T-shape, a bundle of threads of a mop wiper planted on the plate, and a plate attached to the tip of the bundle A sticking means that requires a handle provided on the plate, and a plate on which a bundle of threads of the mop wiping body is flocked and a plate attached to the tip of the bundle, A mop provided with a drawing function and a cleaning function characterized by being provided on the plate.   One of the coupling means of the mop handle and the mop wiping body provided at the tip of the handle, a plate, a bundle of threads of the mop wiping body planted on the plate, and a plate attached to the tip of the bundle A sticking means that requires a handle provided on the plate, and a plate on which a bundle of threads of the mop wiping body is flocked and a plate attached to the tip of the bundle, A mop provided with a drawing function and a cleaning function, characterized in that it is provided on the plate, and the other plate is provided with the other means for coupling with a mop handle on the two plates.   A coupling means for a mop handle and a mop wiping body provided at the tip of the handle, a plate, a bundle of threads of the mop wiping body planted on the plate, a plate attached to the tip of the bundle, and the plate An attachment means is provided on the plate, which requires a handle provided, and allows the plate attached with a bundle of yarns of the mop wiping body and the plate attached to the tip of the bundle to be attached freely. A mop that has a drawing function and a cleaning function.   A mop handle, a plate attached to the tip of the mop handle in a T shape, a bundle of yarn of the mop wiping body planted on the plate and the plate, a plate attached to the tip of the bundle, A handle provided on the plate is required, and the plate attached to the tip of the mop handle, the plate on which the bundle of yarn of the mop wiping body is planted, and the plate attached to the tip of the bundle can be pasted freely A mop having a drawing function and a cleaning function, characterized in that a sticking means is provided on the plate.   Requires a mop handle, a plate attached to the tip of the mop handle in a T-shape, a clip attached to the plate, a plate with a handle, and a bundle of threads of the mop wiper planted on the plate. In addition, the plate is provided with an attaching means for allowing the plate attached to the tip of the handle of the mop and the plate on which the bundle of threads of the mop wiping body with the handle is planted to be freely attached. A mop with a special squeezing function and cleaning function.   A mop handle, a plate attached to the tip of the handle in a T-shape, a bundle of threads of a mop wiper planted on the plate, a plate attached to the tip of the bundle, and provided on the plate A drawing function and a cleaning function, characterized in that it includes a gripping means, and a sticking means for freely sticking a plate attached to a tip of the bundle and a root of the handle of the mop. A mop with the added.   A mop handle, a plate attached to the tip of the handle in a T-shape, a bundle of threads of a mop wiper planted on the plate, a plate attached to the tip of the bundle, and the plate And a sticking means for attaching the plate on which the bundle of yarns of the mop wiping body is flocked and the plate attached to the tip of the bundle on the plate. A mop with a drawing function and a cleaning function, characterized in that a handle is provided at the base of the mop handle.   It requires a plate provided with one of the coupling members to the handle of the mop, a bundle of yarns of the mop wiper planted on the plate, a plate attached to the tip of the bundle, and a handle provided on the plate. In addition, the drawing function is characterized in that the plate is provided with a sticking means for freely sticking a plate on which the bundle of yarns of the mop wiping body is planted and a plate attached to the tip of the bundle. And a mop wiper with a washing function.   A plate, a bundle of yarns of the mop wiping body planted on the plate, a plate attached to the tip of the bundle, and a handle provided on the plate, and the yarn of the mop wiping body A mop wiping body to which a squeezing function and a cleaning function are added, characterized in that the plate is provided with a sticking means for freely sticking a plate in which the bundle is implanted and a plate attached to the tip of the bundle.   It requires a plate with a handle attached, a bundle of threads of a mop wiping body planted on the plate, a plate attached to the tip of the bundle, and a handle provided on the plate, and the mop wiping body Mop wiping with a drawing function and a cleaning function, characterized in that the plate is provided with a sticking means for freely sticking a plate on which a bundle of yarns is planted and a plate attached to the tip of the bundle body.   A squeezing function and a cleaning function comprising: a plate, a bundle of yarns of a mop wiping body planted on the plate, a plate attached to the tip of the bundle, and a handle provided on the plate Mop wiper with added.   A mop wiping body to which a squeezing function and a cleaning function are added, characterized by a board with a handle and a bundle of threads of the mop wiping body planted on the board.   A mop handle, a plate detachably attached to the tip of the handle and attached in a T shape, a clip attached to the plate, a bundle of square mop wipes, a plate and a plate A clip attached to the handle and a handle attached to the plate with the clip are required, and a plate attached to the tip of the handle of the mop and a plate to which the clip and the handle are attached can be pasted freely. A mop having a drawing function and a cleaning function, characterized in that the sticking means is provided on the plate.

Images