JP3157899U - Mop with a swingable cleaning element - Google Patents

Abstract

An object of the present invention is to clean a floor surface with a bottom surface having a relatively large cleaning area where the cleaning element can swing within a required angle range and the gripping bar is inclined to the required angle. It is possible to provide a swingable cleaning element that has the effect of improving the cleaning effect and saving time and labor. A gripping rod, a frame bracket, two connection mechanisms, two water squeezing plates, a connecting rod mechanism, and a cleaning element are provided. The connection mechanism has one end at the frame bracket. 12 includes a first connection piece 21 pivoted on 12, and a second connection piece 31 pivoted on the water throttle plate 11 at one end and pivoted on the first connection piece 21 at the other end. Further, the cleaning effect is improved by the peristaltic movement of the cleaning element 14 provided on the water squeezing plate 11, the time and labor are saved, and the gripping rod can be used in accordance with different inclination angles. [Selection] Figure 2

Description

  The present invention relates to a mop having a swingable cleaning element, and in particular, the cleaning element can be swung within a predetermined angle range, thereby improving the cleaning effect and the inclination of the gripping bar being elastic. The present invention relates to a mop having a swingable cleaning element that can be changed and can control an inclination angle of the gripping bar in an arbitrary direction.

  In today's life, a mop is often used when people wipe the floorboard or wipe it with water. Thus, when the mop is used for wiping or wiping with water, it is possible to reduce the pain that the waist is bent or crouched. However, a general mop is configured to have a gripping bar and a cleaning element such as a cloth strip or cotton strip at the front end of the gripping bar. However, this type of mop does not have a water squeezing device and does not have a cleaning element configuration for squeezing and drying, so the cleaning element is squeezed and dried after being submerged and cleaned. It is very inconvenient because it will be squeezed and dried.

  In order to solve the above inconveniences, a mop for a cleaning element that is convenient for the operation of squeezing and drying is provided. As shown in FIGS. 10 to 12, the configuration of the mop 1 is as follows. That is, the gripping rod 10 is symmetrically provided, and is provided between the two water squeezing plates 11 provided on both sides of the gripping bottom end so as to be movable, between the gripping rod 10 and the water squeezing plate 11, and the gripping rod 10 Frame bracket 12 having fixed ends 121 mounted on both sides thereof, connecting rod mechanism 13 provided on a gripping rod, having a connection seat 131, and having at least a rotating shaft 132 on the connection seat 131, and its water squeezing plate 11 Symmetrically provided on both sides of the connection seat, and its inner end pivots on the rotary shaft end 121, and the top end 71 has a first pivot 73 provided parallel to each rotary shaft 132, The first pivot 73 pivots to the fixed end of the frame bracket, and the bottom end 72 has a second pivot 74 parallel to the rotation axis. The second pivot 74 pivots to the water throttle plate. In addition, a water squeezing cleaning element 14 is provided on the water squeezing plate 11, and when the water squeezing cleaning element is dried, the connecting rod mechanism is pulled and the two water squeezing plates are driven to correspond to each other. The water squeeze cleaning element is squeezed and compressed by folding inward. Thus, the water squeeze cleaning element can be easily squeezed and dried.

  However, in order to easily squeeze and dry the cleaning element, the cleaning element is usually formed in a substantially plate shape. That is, it has a bottom surface 141 and a relatively small side surface 142 having a relatively large area for cleaning and wiping water. As shown in FIG. 12, when the floor 19 is wiped and wiped with a mop, it is necessary to incline the gripping bar. In this case, it is difficult to wipe and wipe the floor surface using the bottom surface 141 that is perpendicular to the floor surface and has a relatively large area for wiping and wiping the gripping bar. For example, when the lower surface of furniture is wiped or wiped with water, the gripping bar must be inclined. Therefore, normally, only the relatively small side surface 142 of the cleaning and wiping surface is used at the time of cleaning and wiping, so there is a disadvantage that the cleaning effect is low and the operation time and labor are expended.

  For this reason, mops with curved grip bars have appeared on the market, but since curved grip bars are fixed and have no elastic change, the tilt angle of the grip bars cannot be controlled for different requirements. . (For example, see Utility Model Registration No. 3097344)

Utility Model Registration No. 30973444

  In the present invention, the cleaning element can swing within the required angle range, and after the gripping rod is tilted to the required angle, the cleaning element is used for cleaning the floor surface with a relatively large bottom surface. It is therefore possible to provide a mop having a swingable cleaning element which has the effect of improving the cleaning effect and saving time and labor.

  It is another object of the present invention to provide a mop having a cleaning element capable of elastically changing the inclination of the gripping bar, controlling the tilting angle of the gripping bar in accordance with different requirements, and having a swingable cleaning element.

The present invention has been proposed to achieve the above object, and the invention according to claim 1 is a mop 1 having a swingable cleaning element, the mop comprising a gripping bar 10 and the gripping bar. The two water throttle plates 11 symmetrically and movably provided on the bottom end of the grip rod, the frame bracket 12 provided between the grip rod and the water throttle plate, and pivoted on the two water throttle plates 11 respectively. In addition, there are two connection mechanisms 20 pivoted on the frame bracket 12, and a connection seat 131 provided on the gripping rod and provided between the two water throttle plates 11, and at least one rotating shaft 132 is provided on the connection seat. The inner end of the two-water throttle plate 11 has a connecting rod mechanism 13 pivoted on the rotary shaft 132, and a cleaning element 14 provided on the water throttle plate 11,
The connection mechanism 20 is pivotally connected to the frame bracket 12 at one end parallel to the first pivot 23 of the rotary shaft 132, the first connection piece 21 having the pivot end 24 formed at the other end, and the rotary shaft 132 at one end. In parallel with the second pivot 35, the other end pivots on the water throttle plate 11, and the other end pivots the pivot end 32 on the pivot end 24 of the first connection piece 21 via the third pivot 33. The third pivot 33 provides a mop having a swingable cleaning element, characterized in that the second connection piece 31 is perpendicular to the rotation axis 132 and substantially perpendicular to the second connection piece 31.

  According to the second aspect of the present invention, one of the pivotal ends of the first and second connection pieces is provided with a fitting convex portion 42, and the other one is provided with a two-junction convex portion 45. A receiving concave portion 46 is provided between the convex portions 45, the fitting convex portion 42 is inserted into the accommodating concave portion 46, and the fitting convex portion 42 and the joint convex portion 45 are pivotally arranged at the third pivot 33. A mop having a swingable cleaning element according to claim 1 is provided.

  The invention according to claim 3 defines the state when the first and second connection pieces are relatively approximately 180 degrees as the initial start, and the side where the two are opposed to each other in the front direction, Another side is defined as a rear side, and the connection mechanism 20 is provided with a limiting mechanism 51 used by the first and second connection pieces 21 and 31 for limiting relative peristaltic movement within a predetermined angle range. A mop having a swingable cleaning element according to claim 2 is provided.

  According to a fourth aspect of the present invention, the limiting mechanism 51 includes two shoulder protrusions 42 formed on both sides of the pivoting end 24 and 44 shoulder portions corresponding to the joint protrusions 45. In addition, the front side and rear side stop parts 53 and 57 formed by the cutting part 54 and the front side stop part 53 are fitted on the shoulder part 44 in the initial start state, and the first and second connection pieces are relatively forward. The rear-side blocking portion 57 is in the initial start state, and the pitch 571 between the shoulder portion 44 and the first and second connecting pieces is relatively rearward. It is formed so as to be fitted to the shoulder portion 44 after the angular range swing and to prevent the continuous swinging of the first and second connection pieces in the relative rearward direction. 3. A mop having a swingable cleaning element according to 3.

  According to a fifth aspect of the present invention, the limiting mechanism 51 includes a receiving recess 46 formed between the two joint protrusions 45, a bottom 47 formed at the pivot end 32, and a fitting protrusion 42 corresponding to the bottom 47. The front and rear stop portions 55 and 58 formed by the cutting portions 56 provided at the corresponding locations are fitted to the bottom portion 47 under the initial start state, and the first and second The two connection pieces are prevented from swinging relative to the front side, the rear stopper 58 is in the initial start state, and the distance 1 pitch 581 between the bottom 47 and the first and second connection pieces is relatively After the predetermined angle range swings to the side, it is fitted to the bottom portion 47, so that the relative back-side continuous swing of the first and second connection pieces can be prevented. A mop having the swingable cleaning element according to Item 3 or 4 is provided.

  The present invention provides two connection mechanisms between the frame bracket and the water squeezing plate, and each connection mechanism is provided with a first connection piece having one end pivoted to the frame bracket and a second connection piece, and one end pivoting to the water squeezing plate. The first connecting piece is pivotally connected to the first connecting piece, and the cleaning element provided on the water squeezing plate can be swung to increase the cleaning effect, to save time and labor, and the gripping rod can be easily moved in different directions. It can be used in an inclined state, and the degree of inclination of the gripping rod can be changed elastically so that it can be easily used for different inclination angles.

The perspective view of the mop which shows one Example of this invention Exploded view of FIG. Exploded view in which a limiting mechanism is provided on the first and second connection pieces of the present invention The exploded perspective view which provided the limiting mechanism in the 1st, 2nd connection piece which shows the other Example of this invention. Assembly perspective view of first and second connection pieces of the present invention Partially cutaway side view of the first and second connection pieces of the present invention Side view showing the state where the present invention is initially started and the floor surface is inclined at a predetermined angle and the floor surface is wiped and wiped. Side view showing the state of cleaning and wiping with backward swing using the cleaning element in the forward direction of the present invention The display figure which shows the state which the rocking angle range of this invention cleaning element received the restriction | limiting of the restriction | limiting mechanism Conventional mop perspective view Exploded view of traditional mop articulation Side view showing the state of use of a conventional mop

The present invention is a mop 1 having a cleaning element that can be moved in order to provide a mop of a cleaning package that can be easily disassembled and assembled so that the cleaning package can be easily replaced. Two water squeezing plates 11 symmetrically and movably provided on the bottom end of the gripping rod, a frame bracket 12 provided between the gripping rod and the water squeezing plate, and pivoted on each of the two water squeezing plates 11 In addition, there are two connection mechanisms 20 pivoted on the frame bracket 12 and a connection seat 131 provided on the gripping rod and provided between the two water throttle plates 11, and the connection seat has at least one rotating shaft 132. The inner end of the two water throttle plate 11 has a connecting rod mechanism 13 pivoted on the rotary shaft 132, and a cleaning element 14 provided on the water throttle plate 11,
The connection mechanism 20 is pivotally connected to the frame bracket 12 at one end parallel to the first pivot 23 of the rotary shaft 132, the first connection piece 21 having the pivot end 24 formed at the other end, and the rotary shaft 132 at one end. In parallel with the second pivot 35, the other end pivots on the water throttle plate 11, and the other end pivots the pivot end 32 on the pivot end 24 of the first connection piece 21 via the third pivot 33. The third pivot 33 is realized by providing a mop having a swingable cleaning element characterized in that the second connecting piece 31 is perpendicular to the rotating shaft 132 and substantially perpendicular to the second connecting piece 31. .

  As shown in FIGS. 1 to 9, the mop 1 having a swingable cleaning element according to the present invention includes a gripping rod 10, a frame bracket 12, a two-connection mechanism 20, a two-water throttle plate 11, a connecting rod mechanism 13, and a cleaning element. The connection mechanism includes the following. A first connection piece 21 having one end pivotally attached to the frame bracket, a second connection piece 31 having one end pivotally attached to the water throttle plate, and another end pivotally attached to the first connection piece, and the water throttle The cleaning element 14 provided on the plate is configured to be swingable to improve the cleaning efficiency, further reduce the time and labor, and the gripping bar can be easily tilted and used in any direction. It is configured. Details will be described below.

  The connecting rod mechanism 13 has a connecting portion 131 provided on the gripping rod and provided between the two water throttle plates 11. The connecting seat 131 has at least a rotating shaft 132, and the inner end of the two-water throttle plate is pivoted by the rotating shaft 132, and the inner position of the two-water throttle plate is driven by the connecting rod mechanism 13 to move upward. In addition, the cleaning element can be held. For this reason, the moisture of the cleaning element fixed to the bottom of the water squeezing plate is squeezed and dried.

  As shown in FIG. 2, one end of the first connection piece 21 is pivotally mounted on the frame bracket by a first pivot 23 in parallel with the rotation axis. A pivot end 24 is provided at the other end.

  The second connection piece 31 is pivotally connected to the water throttle plate at a second pivot 35 parallel to the rotation axis at one end, and provided with a pivot end 32 at the other end, perpendicular to the rotation axis and connected to the second connection piece 31. A third pivot 33 that is substantially perpendicular to the piece is configured to pivot at the pivot end of the first connection piece so that the first and second connection pieces can be relatively swung. Furthermore, the gripping rod and the water squeezing plate cleaning element oscillate together. Therefore, when the gripping bar is tilted at an arbitrary angle, and when cleaning with a cleaning element, the floor surface can be wiped and wiped with a relatively large bottom surface, improving the cleaning effect and time. And labor can be saved.

  As shown in FIG. 3, one of the pivot ends 24, 32 of the first and second connection pieces is provided with a fitting convex portion 42, and the other one is provided with two opposing joint convex portions 45. A receiving concave portion 46 is provided between the two joint convex portions, the fitting convex portion is inserted into the accommodating concave portion, and the two joint convex portions are pivoted by the third pivot 33.

  For convenience of explanation, a state when the first and second connection pieces 21 and 31 are relatively approximately 180 degrees is defined as an initial start state, and one side of the relative swinging direction of the two is defined. The front side and another side are defined as the rear side. The connection mechanism 20 is provided with a restriction mechanism 51 that is relatively used for restricting the swing of the first and second connection pieces within an arbitrary angle range. The limiting mechanism includes: That is, the front and rear impacts are provided by providing the fitting convex portion 42, shoulder portions 44 formed on both sides of the fitting convex portion 42, and a cut portion 54 opposite to the shoulder portion 44 of the joint convex portion 45. Stop portions 53 and 57 are formed.

  As shown in FIG. 4, the limiting mechanism 51 can use the members listed below in addition to the above-described members. That is, the receiving concave portion 46 formed by the two joint convex portions 45 and the bottom portion 47 formed at the pivot end 32, and the fitting convex portion 42 provided with a cutting portion 56 at a position corresponding to the bottom portion, the front side, The rear side stop parts 55 and 58 can also be formed.

  As shown in FIG. 5, the front side stop portions 53 and 55 are fitted into the shoulder portion 44 and the bottom portion 47 in the initial start state, and the first and second connection pieces 21 and 31 swing relatively forward. . In the initial start state, the rear side stoppers 57 and 58 have a pitch of 571 and 581 between the shoulder and the bottom, and swing at a predetermined angle toward the rear side of the first and second connection pieces facing each other. After that, it is fitted on the shoulder and the bottom to prevent the first and second connection pieces from continuing to face each other toward the rear side (see FIG. 6). Then, the first and second connection pieces swing relative to each other within a predetermined angle range via the limiting mechanism 51, and when the mop is used, the swinging angle of the cleaning element is reliably controlled, and the cleaning effect is improved. It can be further improved, saving time and labor.

  FIG. 7 shows a state where the floor surface 19 is squeezed and wiped with water at a predetermined inclination angle toward the rear side in the initial start state of the present invention.

  As shown in FIG. 8, a force is applied to the grip 10 to press the cleaning element 14 toward the floor 19 and to perform forward. At this time, the frictional resistance between the cleaning element and the floor surface swings the second connection piece 31 rearward, and the cleaning element is wiped and wiped using the relatively large bottom surface 141. In other words, the angle at which the second connection piece swings backward corresponds to the inclination angle of the grip. In addition, the user can control the swing angle of the second connecting piece, so that the inclination of the grip can be changed elastically. Therefore, the tilt angle of the grip is controlled according to different requirements.

  As shown in FIG. 9, the angle range of the backward swing of the second connection piece 31 is restricted by the restriction mechanism 51, so that the user can easily squeeze and wipe the floor surface.

  The present invention can be variously modified without departing from the spirit of the present invention, and the present invention naturally extends to the modified one.

1 mop
10 Grasping rod 11 Water squeezing plate
12 frame bracket 121 fixed end
13 Connecting rod mechanism 131 Connection seat
132 Rotating shaft 14 Cleaning element
141 Bottom 142 Side
19 Floor 20 Connection mechanism
21 First connection piece 22 Top end
23 Axis 1
24 pivot end 31 second connection piece
32 pivot end 33 third pivot
35 2nd pivot 42 fitting convex part
44 Shoulder 45 Joint convex part
46 Containing recess 47 Bottom 51 Limiting mechanism
54, 56 Cutting part 53, 55, 57, 58 Front and rear side stop part

Claims (5)

A mop 1 having a swingable cleaning element, the mop having a gripping bar 10, two water squeezing plates 11 symmetrically and movably provided on the bottom end of the gripping bar, A frame bracket 12 provided between the rod and the water squeezing plate, pivoted on each of the two water squeezing plates 11, two connection mechanisms 20 pivoted on the frame bracket 12, and a gripping rod. A connecting rod mechanism having a connecting seat 131 provided between the plates 11 and having at least one rotating shaft 132 on the connecting seat, the inner end of the two-water throttle plate 11 pivoting on the rotating shaft 132 13 and a cleaning element 14 provided on the water throttle plate 11,
The connection mechanism 20 is pivotally connected to the frame bracket 12 at one end parallel to the first pivot 23 of the rotary shaft 132, the first connection piece 21 having the pivot end 24 formed at the other end, and the rotary shaft 132 at one end. In parallel with the second pivot 35, the other end pivots on the water throttle plate 11, and the other end pivots the pivot end 32 on the pivot end 24 of the first connection piece 21 via the third pivot 33. The mop having a swingable cleaning element, wherein the third pivot 33 is a second connection piece 31 perpendicular to the rotation shaft 132 and substantially perpendicular to the second connection piece 31.   One of the pivotal ends of the first and second connection pieces is provided with a fitting convex portion 42, and the other one is provided with a two-junction convex portion 45. 2. The scissors according to claim 1, wherein the fitting convex part 42 is inserted into the receiving concave part 46, and the fitting convex part 42 and the joint convex part 45 are pivoted on the third pivot 33. A mop with a movable cleaning element.   A state when the first and second connection pieces are relatively approximately 180 degrees is defined as an initial start, and one side in which the two are opposed to each other is a front side, and another side is a rear side. 3. The scissors according to claim 2, wherein the connecting mechanism 20 is provided with a limiting mechanism 51 used for limiting the relative peristalsis of the first and second connecting pieces 21 and 31 within a predetermined angle range. A mop with a movable cleaning element.   The limiting mechanism 51 is formed by the cutting portion 54 at the shoulder portion 44 formed from the two fitting convex portions 42 and the both sides of the pivot end 24 and the shoulder portion 44 corresponding to the joint convex portion 45. The front side and rear side stop portions 53 and 57 and the front side stop portion 53 are fitted on the shoulder portion 44 in the initial start state, and the first and second connection pieces are configured to swing relatively forward. When the rear side stopper 57 is in an initial start state, the distance between the rear 44 and the shoulder 44 is equal to the pitch 571. 4. The peristaltic cleaning according to claim 3, wherein the peristaltic cleaning is performed so as to be able to prevent continuous peristaltic movement of the first and second connection pieces toward the rear side. A mop with elements.   The limiting mechanism 51 includes a receiving concave portion 46 formed between the two joint convex portions 45, a bottom portion 47 formed at the pivot end 32, and a cutting portion provided at a position where the fitting convex portion 42 corresponds to the bottom portion 47. 56, the front side and rear side blocking parts 55, 58 are fitted on the bottom part 47 under the initial start state, and the front and rear side blocking parts 55, 58 are relatively directed to the front side of the first and second connection pieces. Peristalsis is prevented, and the rear-side stopping part 58 is in the initial start state, and the distance between the rear part 58 and the bottom part 47 is one pitch 581. 5. The peristalsis according to claim 3 or 4, wherein the peristalsis is configured to be fitted into the bottom portion 47 and to prevent continuous peristaltic movement of the first and second connection pieces in the rearward direction. A mop with possible cleaning elements.

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