WO2013053160A1 - 三面拖把 - Google Patents

三面拖把 Download PDF

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Publication number
WO2013053160A1
WO2013053160A1 PCT/CN2011/081834 CN2011081834W WO2013053160A1 WO 2013053160 A1 WO2013053160 A1 WO 2013053160A1 CN 2011081834 W CN2011081834 W CN 2011081834W WO 2013053160 A1 WO2013053160 A1 WO 2013053160A1
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WO
WIPO (PCT)
Prior art keywords
mop
shaped steel
mop head
sided
ground
Prior art date
Application number
PCT/CN2011/081834
Other languages
English (en)
French (fr)
Inventor
林宝明
Original Assignee
Lin Pao Ming
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Lin Pao Ming filed Critical Lin Pao Ming
Priority to JP2013600068U priority Critical patent/JP3187126U/ja
Publication of WO2013053160A1 publication Critical patent/WO2013053160A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
    • A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
    • A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
    • A47L13/20—Mops

Definitions

  • the utility model relates to a design of a mop, in particular to a rotatable three-sided mop.
  • mops include single-sided / double-sided mops, etc., for single-sided / Double-sided mops are available in a variety of different types of mop designs on the market. Most mops are designed for floor cleaning in smaller homes and smaller areas.
  • the traditional single-sided or double-sided mop is used only after the appropriate mop cloth is attached to the devil's felt on the mop.
  • the general mop is designed to be light, space-free and easy to store. Mainly, it is conceivable that the mooring floor area of the mop is not too large, and the mop cloth is only a small area.
  • the mop cloth is quick and easy because it is dirty. Remove it for cleaning, and after wringing it, attach it to the moth of the mop, and then clean it. If it is a small area of floor cleaning, the number of times the mop cloth is replaced is good, but if it is used on a large floor. Under, like a company factory / Building hypermarkets / public places / cleaning companies, etc., the number of replacements will be extremely amazing, not only troublesome to use, but also more time-consuming and labor-intensive, greatly reducing the efficiency of cleaning.
  • the present invention provides a three-sided mop comprising:
  • An isosceles triangular cylinder mop head comprising a right stress triangular member and a left stress triangular member;
  • T-shaped steel the opposite ends of the T-shaped steel are respectively connected to the right stress triangular member and the left stress triangular member;
  • a connecting pipe is disposed on the grip end and the third end of the T-shaped steel, wherein the T The opposite ends of the steel are respectively connected through the right stress triangular member and a T-shaped steel shaft of the left stress triangular member, so that the grip connecting the third end of the T-shaped steel and the connecting pipe thereof are The isometric
  • the triangular cylinder mop head is relatively rotated with the opposite ends of the T-shaped steel as the rotation axis.
  • the three-sided mop wherein the isosceles triangular cylinder mop head comprises a first mopping ground, a second mopping ground and a third mopping ground, and the isosceles
  • the joint of the first tow ground and the second towing ground, the second towing ground and the third towing ground, the third towing ground and the first towing ground of the triangular cylinder mop head is a circular arc structure.
  • the three-sided mop wherein the isosceles triangular cylinder mop head One of the corners of the top corner is equally divided on the line of the three-sided mop.
  • the three-sided mop wherein the isosceles triangular cylinder mop head includes a central notch for the T-shaped steel to be inserted into and into the isosceles
  • the triangular cylinder is in the head of the mop.
  • the triangular mop wherein the isosceles triangular cylinder mop head comprises a right three-sided mop head, a left three-sided mop head And a plurality of connecting cylindrical rods, the right three-sided mop head having a solid connecting structure and a plurality of connecting cylindrical holes, and the left three-sided mop head
  • the utility model has a solid connecting structure and a plurality of connecting cylindrical holes, wherein the two ends of the connecting cylindrical rod respectively are used for inserting a connecting cylindrical hole connected to the solid connecting structure of the right three-sided mop head and the left three-sided mop head Connect the cylindrical hole on the solid connection structure.
  • the isosceles triangular cylinder mop head has a three-sided mop surface, and the angle of the isosceles triangle is used to divide the point on the line.
  • the shape of the steel shaft makes the utility model a device for rotating the face (the three faces of the isosceles triangular cylinder mop head are used alternately)
  • the mop cloth can be used after three sides in turn, so as to reduce the time and trouble of changing the mop cloth.
  • the mop head design of the utility model is about twice as wide as the conventional mop head, and can quickly clean the large area floor and Don't change the cloth frequently (Available three times), saving time and effort and simple and convenient effect.
  • the three sides of the isosceles triangle cylinder mop head are the mopping floor of the mop, and any one surface can be used for mopping, the dirty side is rotated for the other side, and the second side is rotated for the third side.
  • the acute angle of the three-sided intersection of the middle waist triangular cylinder mop head is rounded, so that the three sides of the intersection are not continuously contacted, and the dirty mop cloth used at the junction is prevented from being polluted until the other side is used to mop the mop. Cloth, keep the mop cloth completely clean before use.
  • Figure 1 is a perspective view of a three-sided mop of the present invention.
  • Figure 2 is an exploded perspective view of the three-sided mop of the present invention.
  • FIG. 3 is a schematic view of the T-shaped steel shaft of the present invention.
  • Figure 4 is a side perspective view of the three-sided mop of the present invention.
  • Figure 5 is a side perspective view of the three-sided mop of the present invention.
  • Figure 6 is a schematic view of the force application of the three-sided mop of the present invention.
  • Figure 7 is a partial exploded perspective view of the three-sided mop of the present invention.
  • Figure 8 is a partial exploded perspective view of the three-sided mop of the present invention.
  • Figure 9 is a schematic view of the practical application of the three-sided mop of the present invention.
  • the technical means adopted by the utility model to solve the problems of the prior art is a three-sided mop, including an isosceles triangular cylinder mop head, a T Shaped steel, a connecting tube and a grip.
  • Isosceles triangular cylinder mop head includes a right stress triangle member and a left stress triangle member, T The opposite ends of the steel are respectively connected with the right stress triangular member and the left stress triangular member, the grip rod is connected with the T-shaped steel which is different from the third end of the opposite end, and the grip end and the third end of the T-shaped steel are sleeved
  • the mop head can be in place The opposite ends of the T-shaped steel are
  • the isosceles triangular cylinder mop head includes a first mopping ground, a second mopping ground, and a third mopping ground, and isosceles
  • the joint of the first tow ground and the second towing ground, the second towing ground and the third towing ground, the third towing ground and the first towing ground of the triangular cylinder mop head is a circular arc structure.
  • the isosceles triangular cylinder mop head One of the corners of the top corner is equally divided on the line of the three-sided mop.
  • the isosceles triangular cylinder mop head includes a central notch for the T-shaped steel to be inserted and into the isosceles The triangular cylinder is in the head of the mop.
  • the isosceles triangular cylinder mop head further includes a right three-sided mop head and a left three-sided mop head. And a plurality of connecting cylindrical rods, the right three-side mop head has a solid connecting structure and a plurality of connecting cylindrical holes, and the left three-sided mop head is also
  • the utility model has a solid connecting structure and a plurality of connecting cylindrical holes, wherein the two ends of the connecting cylindrical rods are respectively inserted into the connecting cylindrical holes connected to the solid connecting structure of the right three-sided mop head and the left three-sided mop head Connect the cylindrical hole on the solid connection structure.
  • the isosceles triangular cylinder mop head has a three-sided mop surface, and the angle of the isosceles triangle is used to divide the point on the line.
  • the shape of the steel shaft makes the utility model a device for rotating the face (the three faces of the isosceles triangular cylinder mop head are used alternately)
  • the mop cloth can be used after three sides in turn, so as to reduce the time and trouble of changing the mop cloth.
  • the mop head design of the utility model is about twice as wide as the conventional mop head, and can quickly clean the large area floor and Don't change the cloth frequently (Available three times), saving time and effort and simple and convenient effect.
  • the three sides of the isosceles triangle cylinder mop head are the mopping floor of the mop, and any one surface can be used for mopping, the dirty side is rotated for the other side, and the second side is rotated for the third side.
  • Figure 4 in the present invention As shown, the acute angle of the three-sided intersection of the isosceles triangular cylinder mop head is rounded, so that the three sides of the intersection are not continuously contacted, and the dirty mop cloth used at the junction is prevented from being contaminated until the other side is used to mop the mop cloth. Keep the mop cloth completely clean before use.
  • Figure 1 is a perspective view of the three-sided mop of the present invention
  • Figure 2 The three-dimensional exploded view of the three-sided mop of the present invention
  • FIG. 3 is a schematic view of the T-shaped steel shaft of the present invention
  • FIG. 4 is one side perspective view of the three-sided mop of the present invention
  • FIG. 2 is a side perspective view of the three-sided mop of the present invention
  • FIG. 6 is a schematic view of the force applied to the three-sided mop of the present invention
  • FIG. 7 is a partial exploded view of the three-sided mop of the present invention, FIG. It is the second partial exploded view of the three-sided mop of the present invention.
  • the three-sided mop of the utility model comprises an isosceles triangular cylinder mop head 1 , a T-shaped steel 2 , a connecting tube 4 and a grip rod 3 .
  • the isosceles triangular cylinder mop head 1 includes a right stress triangular member 17 and a left stress triangular member 18 .
  • the isosceles triangular cylinder mop head 1 includes a first mopping floor 13 , a second mopping floor 14 and a third mopping floor 15 , and the first towing ground 13 and the second towing ground 14 of the isosceles triangular cylinder mop head 1 , the second towing ground 14 and the third towing ground 15 , the third towing ground 15 and the first towing ground 13
  • the joint is a curved edge structure, which in turn presents the curved edge 16 of the isosceles triangular cylinder mop head 1 as shown in Fig. 4.
  • the mopping floor is as shown in Fig. 2 when the devil is stuck.
  • One Mop head plastic surface 7 is used to cover plastic surface 7 .
  • the grip 3 is connected to the connecting pipe 4, and the connecting pipe 4 is connected to the third end of the T-shaped steel 2 different from the opposite ends, wherein the T-shaped steel
  • the opposite ends of 2 are connected to the right stress triangular member 17 and the left stress triangular member 18, respectively, and the grip 3 on the connecting tube 4 connecting the third end of the T-shaped steel 2 and the isosceles triangular cylinder mop head 1 It can rotate relative to the T-shaped steel shaft 11 with the opposite ends of the T-shaped steel 2.
  • the principle of rotation of the isosceles triangular cylinder mop head 1 is based on the apex of the isosceles triangle 8 structure vertex 9 Using the bisector of the isosceles triangle 8 on the bisector of the two sides, the principle of the left and right symmetry is applied to lift the T-shaped steel shaft 10 on the angle bisector 9 of the isosceles triangular cylinder mop head 1 , because T The steel shaft 10 is located on the angle bisector 9 so that the triangular cylinder is bilaterally symmetrical, and the isosceles triangular cylinder can be balanced to facilitate the mop surface.
  • the T-shaped steel shaft 10 is located in the isosceles triangle On the angle bisector 9 of 8 , the T-shaped steel shaft 10 is designed to be close to the angular distance of the T-shaped steel 2 (as shown in Figure 3), and the isosceles triangle can be rotated (isosceles The three sides of the triangular cylinder mop head 1) achieve the purpose of smooth use of either side.
  • isosceles triangular cylinder mop head 1 isosceles triangle 8 , angle bisector 9 , and T-shaped steel shaft 10
  • the shape below the horizontal line is a design of a trapezoidal structure with a short width and a left-right symmetry, which is favorable for receiving the stress from the grip 3, and is used from the T-shaped steel 2
  • the stress can stabilize the average transmission stress on the mopping surface of the three-sided mop of the utility model, and does not cause the isosceles triangular cylinder mop head 1 to roll and sway, which is favorable for mopping the ground.
  • the angle of the T-shaped steel shaft on the bisector 9 is close to the isosceles triangle.
  • the bottom edge is less than one-third of the angle bisector. It will not cause the three-sided mop of the utility model to roll and tow the ground, thereby facilitating mopping the ground.
  • the position of the T-shaped steel shaft 10 does not cause the three-sided mop of the present invention to roll or be unstable, and the central notch 5 is increased.
  • the solid connection structure under the dividing line 12 is 22, that is, in the isosceles triangular cylinder mop head 1, so that the dividing line 12 is along the angle bisector 9 to the isosceles triangle 8 Vertically close, close to the center, the central notch 5 and the solid connection structure 22 will be left non-parallel to leave a large mop cloth support surface, adding support surface and as the right three-sided mop head 19 and the left three-sided mop head 20 Used for connection.
  • the second towing ground 14 and the third towing ground 15 have less support in the central notch 5, and there are more in the central notch 5 when designing Devil sticks, please refer to Figure 1 at the same time.
  • This devil sticks a little more than the devil's sticky place. After attaching the mop cloth, there is a lot of pressure and cleaning effect, which can make up for the central gap 5 less support.
  • T-shaped steel as the isosceles triangular cylinder mop head 1 rotating shaft and connecting pipe 4 Drag on the lever 3
  • the force-applying connector, and the three-sided mop of the utility model is much wider than the general mop, the stress is larger than that of the general mop, and the material must have a very strong stress material, so the steel T-shaped steel of the utility model is designed to be cast by steel. 2 . It is also more in line with the central gap. 5 The smaller the better, because the smaller the gap is, the more complete the mop cloth support is.
  • T-shaped steel 2 Designed to swing only up and down without left and right swing.
  • the reason is that the grip of the general mop has a left and right swing function.
  • the mop head cannot be kept perpendicular to the drag grip, which often causes the drag lever and the mop head to skew. It is not easy to apply force and uneven force, and the towed ground track is skewed to reduce the area of mopping. Because the three-sided mop of the utility model is much wider than the general mop, the uneven force applied and the uneven application force cause the mop head to have a larger skewing effect, so the left and right swing design is not used, and the ground can be used more smoothly.
  • the isosceles triangle cylinder is transmitted to the towing ground of the three-sided mop of the present invention in the direction of the force of application, and the towing ground of the three-sided mop of the present invention is applied to the mop cloth to clean the ground.
  • the central notch of the isosceles triangular cylinder mop head 1 The design is unacceptable because the structure cannot control the direction of the mop at a point, so the right-stress triangular member 17 and the left-stress triangular member 18 adjacent to the central notch 5 are received from the grip 3
  • the stress can be more evenly dispersed on the towed surface of the three-sided mop of the present invention, and it is also easier to control the direction of the mop.
  • the left mop cloth 28 and the right mop cloth 27 can be respectively extended and adhered to The left and right portions of the first towing ground 13 of the isosceles triangular cylinder mop head 1 , the second towing ground 14 and the third towing ground 15 . Due to the utility model The three-sided mop is much wider than the general mop, and the mop cloth is three times longer than the mop. Therefore, in this embodiment, the mop cloth is divided into two mops.
  • the two mops are smaller in size and will be better washed; on the other hand
  • the sipe at the intersection of the two mop cloths of the isosceles triangular cylinder mop head 1 can be used to provide the three-sided mop and the T-shaped steel 2 of the present invention for mowing and turning up and down.
  • the central notch 5 of the utility model is provided with a T-shaped steel 2 set to connect the grip 3 and the isosceles triangular cylinder mop head 1 And the left mop cloth 28 and the right mop cloth 27 are handed over here, because the T-shaped steel 2 is much stronger than the plastic, so the volume can be made smaller, so the central gap 5 It can also be designed to be much smaller, which helps to reduce the central notch area. Furthermore, the central notch of the present invention when mopping the floor 5 Make the mop cloth have less drag area support problems.
  • the left and right mop cloths are thicker and seamed to the central notch 5, when the grip 3 is Passing the downward stress will cause the thicker mop cloth at the intersection of the left and right mop cloths to absorb a large pressure first to produce a large cleaning effect; in addition, each time the mopping is performed, the forward or pull back trajectory deviates somewhat from the straight line. Can make up for the central gap of the utility model The mop cloth of the 5 mop cloths has less support and affects the cleaning effect, achieving rapid and efficient cleaning work.
  • FIG 7 shows the notch combination at the center notch of the left and right mop heads.
  • the right three-sided mop head 19 and the left three-sided mop head 20 are close to the notch at the central notch 5. Therefore, the cover structure 21 is left and right
  • the three-sided mop head is sealed and its trapezoidal thickened and reinforced structure design can reinforce the problem that the three-sided mop head is reduced in strength due to the central notch 5 due to the central notch 5 .
  • the solid connection structure 22 under the central notch 5 shown in Figure 8, and there are five connecting cylindrical holes in the solid connection structure.
  • five connecting cylindrical rods 24 After being coated with the following agent, five connecting cylindrical holes 23 can be inserted and bonded, and the five solid connecting cylindrical rods 24 are used to firmly connect the utility model.
  • the left and right triangular cylinders of the three-sided mop In the present invention, when connecting the left and right triangular cylinders of the three-sided mop, the T-shaped steel 2 and the rotating spacer are first inserted into the central notch 5 (as shown in FIG. 6), right.
  • the stress triangular member 17 and the T-shaped steel shaft 10 of the left stress triangular member 18 are connected to the left and right triangular cylinders of the triangular mop, and the screws 25 respectively lock the T-shaped steel 2
  • the screw spacer 26 at the opposite ends of the pair is completed by the combination of the three-sided mop of the present invention.

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  • Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)

Abstract

一种三面拖把，包括等腰三角形柱体拖把头（1）、T形钢（2）、连接管（4）及握杆（3）。等腰三角形柱体拖把头（1）包括右应力及左应力三角形构件（17，18）。T形钢（2）的相对二端分别连接右应力及左应力三角形构件（17，18），握杆（3）连接T形钢的相异于相对二端的第三端，且握杆端（3）与T形钢（2）的第三端上套设有连接管（4），其中T形钢（2）的相对二端分别连接通过右应力及左应力三角形构件（17，18）的T形钢轴心（10），而使连接T形钢（2）的第三端的握杆（3）及其套设的连接管（4）与等腰三角形柱体拖把头（1）能以T形钢（2）的相对二端为旋转轴而相对转动。该结构减少拖地时更换拖把布的次数并节省清洗拖把布的时间。

Description

三面拖把
技术领域
本实用新型是关于一种拖把的设计，特别是关于一种可转动的三面拖把。
背景技术
现有拖把包括有单面 / 双面拖把等等，其中针对单面 / 双面拖把于市面上已有多种不同型式的拖把设计，大多数的拖把是针对一般家庭与房间较小面积的地板清洁而设计使用。
传统的单面或双面拖把，其使用方式不外乎是在拖把拖地面的魔鬼毡上黏贴合适的拖把布后使用，然而，由于一般拖把设计皆以轻巧、不占空间及可方便收纳为主，故可想而知拖把的拖地面的结构面积并不会太大，拖把布也仅为小面积，则在使用拖把进行地板清洁时，拖把布很快地就容易因为已污浊而必须拆下进行清洗，并于拧干后贴附于拖把的魔鬼毡，再进行清洁工作，如果是小面积的地板清洁则更换拖把布的次数就还好，但如果是在大面积地板使用的情况下，像是公司工厂 / 大楼大卖场 / 公共场所 / 清洁公司等，则更换的次数就会极为惊人，不仅使用上麻烦，且更耗时费力，大大降低清洁上的效率。
实用新型内容
本实用新型的目的是提供一种三面拖把，用以改善公知拖把所具有的缺点。
为实现上述目的， 本实用新型提供的 三面拖把，其包含：
一等腰 三角形柱体拖把头，包括一右应力三角形构件及一左应力三角形构件；
一 T 形钢，该 T 形钢的相对二端系分别连接该右应力三角形构件及该左应力三角形构件；
一连接管，套设于该握杆端与该 T 形钢的第三端上，其中该 T 形钢的相对二端分别连接通过该右应力三角形构件及该左应力三角形构件的一 T 形钢轴心，使连接该 T 形钢的第三端的该握杆及其套设的该连接管与该等腰 三角形柱体拖把头以位在该 T 形钢的相对二端为旋转轴而相对转动。
所述的三面拖把，其中该等腰 三角形柱体拖把头包括一第一拖地面、一第二拖地面及一第三拖地面，且该 等腰 三角形柱体拖把头的第一拖地面与第二拖地面、第二拖地面与第三拖地面、第三拖地面与第一拖地面的接合处为圆弧结构。
所述的三面拖把，其中该等腰 三角形柱体拖把头的 顶角的一角平分在线的其中一点为三面拖把的翻面轴心。
所述的三面拖把，其中该等腰 三角形柱体拖把头包括有一中央缺口，供该 T 形钢铁插置并进入至该等腰 三角形柱体拖把头中。
所述的三角拖把，其中 该 等腰 三角形柱体拖把头包括一右 三面拖把头 、一左 三面拖把头 及复数个连接圆柱棒，该右 三面拖把头 具有一实心连接结构及复数个连接圆柱洞，而该左 三面拖把头 具有一实心连接结构及复数个连接圆柱洞，该连接圆柱棒的二端分别用以插置连接于该右 三面拖把头的 实心连接结构上的连接圆柱洞以及该左 三面拖把头的 实心连接结构上的连接圆柱洞。
本实用新型对照公知技术所具有的功效：
经由本实用新型所采用的技术手段，由于使用等腰三角形柱体为拖把头，等腰三角形柱体拖把头具有三面拖把面可供使用，利用等腰三角形的角平分在线的点为 T 形钢轴心而使得本实用新型为旋转换面的装置 ( 等腰三角形柱体拖把头的三个面轮流使用 ) ，可轮流使用三个面后再换拖把布，达到减少换拖把布的时间与麻烦，此外，本实用新型的拖把头设计比现有一般拖把头大约一倍宽度，可迅速清洁大面积地板以及中途不用频频换脱把布 ( 可用三次 ) ，达到省时省力及简单方便的功效。
再者，以等腰三角形柱体拖把头的三面为拖把的拖地面，可以使用任一面进行拖地，脏了旋转换另一面，第二面脏了旋转换第三面使用。如本实用新型中等腰三角形柱体拖把头的三面交接处锐角予以圆弧化，以使三面交接处边不连续接触，避免交接处已使用的脏拖把布污染到还没使用另一面拖地面拖把布，保持还没使用过拖把布完全清洁。
附图说明
图 1 为本实用新型的三面拖把的立体图。
图 2 为本实用新型的三面拖把的立体分解图。
图 3 为本实用新型的 T 形钢轴心的示意图。
图 4 为本实用新型的三面拖把的侧面透视图之一。
图 5 为本实用新型的三面拖把的侧面透视图之二。
图 6 为本实用新型的三面拖把的施力示意图。
图 7 为本实用新型的三面拖把的局部立体分解图之一。
图 8 为本实用新型的三面拖把的局部立体分解图之二。
图 9 为本实用新型的三面拖把的实际应用示意图。
附图中主要组件符号说明：
1- 等腰三角形柱体拖把头； 2-T 形钢； 3- 握杆； 4- 连接管； 5- 中央缺口； 6- 魔鬼毡； 7- 拖把头塑料面； 8- 等腰 三角形； 9- 角平分线； 10-T 形钢轴心； 11-T 形钢轴； 12- 分界线； 13- 第一拖地面； 14- 第二拖地面； 15- 第三拖地面； 16- 弧形边； 17- 右应力三角形构件； 18- 左应力三角形构件； 19- 右 三面拖把头； 20- 左 三面拖把头； 21- 封盖结构； 22- 实心连接结构； 23- 连接圆柱洞； 24- 连接圆柱棒； 25- 螺丝； 26- 螺丝 垫片； 27- 右拖把布； 28- 左拖把布。
具体实施方式
本实用新型为解决公知技术的问题所采用的技术手段为一种三面拖把，包括一等腰 三角形柱体拖把头、 一 T 形钢、一连接管及一握杆。等腰 三角形柱体拖把头包括一右应力三角形构件及一左应力三角形构件， T 形钢的相对二端系分别连接右应力三角形构件及左应力三角形构件，握杆连接 T 形钢的异于相对二端的第三端，且握杆端与 T 形钢的第三端上套设有一连接管，其中 T 形钢的相对二端分别连接通过右应力三角形构件及左应力三角形构件的 T 形钢轴心，而使连接 T 形钢的第三端的握杆及其套设的连接管与等腰 三角形柱体拖把头能以位在 T 形钢的相对二端为旋转轴而相对转动。
在本实用新型的一实施例中，等腰 三角形柱体拖把头包括一第一拖地面、一第二拖地面及一第三拖地面，且 等腰 三角形柱体拖把头的第一拖地面与第二拖地面、第二拖地面与第三拖地面、第三拖地面与第一拖地面的接合处为圆弧结构。
在本实用新型的一实施例中，等腰 三角形柱体拖把头的 顶角的一角平分在线的其中一点为三面拖把的翻面轴心。
在本实用新型的一实施例中，等腰 三角形柱体拖把头包括有一中央缺口，以供 T 形钢铁插置并进入至等腰 三角形柱体拖把头中。
在本实用新型的一实施例中，等腰 三角形柱体拖把头还包括一右 三面拖把头 、一左 三面拖把头 及复数个连接圆柱棒，右 三面拖把头 具有一实心连接结构及复数个连接圆柱洞，而左 三面拖把头亦 具有一实心连接结构及复数个连接圆柱洞，连接圆柱棒的二端分别用以插置连接于右 三面拖把头的 实心连接结构上的连接圆柱洞以及左 三面拖把头的 实心连接结构上的连接圆柱洞。
经由本实用新型所采用的技术手段，由于使用等腰三角形柱体为拖把头，等腰三角形柱体拖把头具有三面拖把面可供使用，利用等腰三角形的角平分在线的点为 T 形钢轴心而使得本实用新型为旋转换面的装置 ( 等腰三角形柱体拖把头的三个面轮流使用 ) ，可轮流使用三个面后再换拖把布，达到减少换拖把布的时间与麻烦，此外，本实用新型的拖把头设计比现有一般拖把头大约一倍宽度，可迅速清洁大面积地板以及中途不用频频换脱把布 ( 可用三次 ) ，达到省时省力及简单方便的功效。
再者，以等腰三角形柱体拖把头的三面为拖把的拖地面，可以使用任一面进行拖地，脏了旋转换另一面，第二面脏了旋转换第三面使用。如本实用新型中的图 4 所示，等腰三角形柱体拖把头的三面交接处锐角予以圆弧化，以使三面交接处边不连续接触，避免交接处已使用的脏拖把布污染到还没使用另一面拖地面拖把布，保持还没使用过拖把布完全清洁。
本实用新型所采用的具体实施例，将由以下的实施例及附图作进一步的说明。
请 参阅图 1 至图 8 所示，图 1 为本实用新型的三面拖把的立体图，图 2 为本实用新型的三面拖把的立体分解图，图 3 为本实用新型的 T 形钢轴心的示意图，图 4 为本实用新型的三面拖把的侧面透视图之一，图 5 为本实用新型的三面拖把的侧面透视图之二，图 6 为本实用新型的三面拖把的施力示意图，图 7 为本实用新型的三面拖把的局部立体分解图之一，图 8 为本实用新型的三面拖把的局部立体分解图之二。
本实用新型的三面拖把包括一等腰三角形柱体拖把头 1 、一 T 形钢 2 、一连接管 4 及一握杆 3 。等腰三角形柱体拖把头 1 内包括一右应力三角形构件 17 及一左应力三角形构件 18 。
在本实用新型中，等腰 三角形柱体拖把头 1 包括一第一拖地面 13 、一第二拖地面 14 及一第三拖地面 15 ，且 等腰 三角形柱体拖把头 1 的第一拖地面 13 与第二拖地面 14 、第二拖地面 14 与第三拖地面 15 、第三拖地面 15 与第一拖地面 13 的接合处为 弧形边 结构，进而呈现如图 4 所示的 等腰 三角形柱体拖把头 1 的 弧形边 16 的态样，此外，拖地面如图 2 所示在未黏贴 魔鬼黏 时为一 拖把头塑料面 7 。
握杆 3 是 连接至连接管 4 ，连接管 4 连接 T 形钢 2 的异于相对二端的第三端，其中 T 形钢 2 的相对二端分别连接右应力三角形构件 17 及左应力三角形构件 18 ，而使连接 T 形钢 2 的第三端的连接管 4 上的握杆 3 与 等腰三角形柱体拖把头 1 能以 T 形钢 2 的相对二端为 T 形钢轴 11 而相对转动。
其中本实用新型的具体实施方式、 等腰 三角柱体旋转原理实施方式、 T 形钢功能与实施方式、应力传递实施方式、双拖把布实施方式将在以下作说明。
具体实施方式：设计制造如图 2 所示的 等腰 三角柱结构体与其它组件，以 等腰 三角柱体中间开缺口 ( 等腰 三角形柱体拖把头 1 的中央缺口 5) 而使得 等腰 三角形柱体拖把头 1 接上 T 型钢 2( 横向两边 ) ， T 型钢 2 另一垂直边连接 连接管 4 ，连接管 4 连接 拖把的握杆 3 后组装后为成品，致使 等腰 三角形柱体拖把头 1 的三面拖地面的魔鬼毡 6 上各左右黏附有左拖把布 28 及右拖把布 27 后即可使用。在拖地时， 等腰 三角形柱体拖把头 1 任一面直接像一般拖把拖地，一面脏了直接升起少许高度，把拖把头触脚旋转至另一面使用，故由此可知，其它二面的使用原理亦同。
等腰 三角形柱体拖把头 1 的旋转原理实施方式：是以其 等腰 三角形 8 结构 顶点划分一角平分线 9 ，利用 等腰 三角形 8 的角 平分线 9 上两边 左右对称原理，提起位在 等腰 三角形柱体拖把头 1 的 角平分线 9 上的 T 形钢轴心 10 ，因 T 形钢轴心 10 位于角平分线 9 上，使 三角柱体左右对称 ，而能 够保持 等腰 三角形柱体平衡，以利换拖把面。再者， T 形钢轴心 10 位于等腰 三角形 8 的 角平分线 9 上 ，设计 T 形钢轴心 10 与 各角距离相近处为 T 形钢 2 的轴心 ( 如图 3 所示 ) ，可以旋转 等腰 三角柱体 ( 等腰 三角形柱体拖把头 1) 的三面，达到平稳使用任一面的目的。
其中 等腰 三角形柱体拖把头 1 的 等腰 三角形 8 、 角平分线 9 、与 T 形钢轴心 10 与 水平线以下形状为一上短下宽而左右对称的梯形结构的设计，有利接受来自握杆 3 的应力，使用时以来自 T 形钢 2 的应力，可稳定平均传达应力于本实用新型的三面拖把的拖地面，不会造成等腰三角形柱体拖把头 1 翻滚与翘起不平，有利于拖地。此外，只要 等腰 三角形 8 的 角平分线 9 上的 T 形钢轴心 10 接近等腰 三角形 底边 角平分线三分之一以内，使用时就 不会造成本实用新型的三面拖把翻滚与拖地面翘起，进而有利于拖地。
以 T 形钢轴心 10 的位置 不会造成本实用新型的三面拖把翻滚或不稳定的前提下，增加中央缺口 5 的 分界线 12 下的 实心连接结构 22 部份，也就是在 等腰 三角形柱体拖把头 1 中，使 分界线 12 沿角平分线 9 往 等腰 三角形 8 顶角 垂直靠近，靠近后，中央缺口 5 与实心连接结构 22 非平行两边会留下较大拖把布支撑面，增加支撑面与作为右 三面拖把头 19 与 左 三面拖把头 20 连接用。 参考图 4 、图 5 及图 8 。 第二拖地面 14 与第三拖地面 15 在 中央缺口 5 存有较少支撑，设计时在中央缺口 5 两旁有加多 魔鬼黏，请同时参考图 1 ，此魔鬼黏较没有魔鬼黏地方凸出些许，贴上 拖把布后有较大压力与清洁效果，可弥补中央缺口 5 较少支撑现象。
T 形钢功能与实施方式： T 形钢 2 作为 等腰 三角形柱体拖把头 1 的旋转轴与 连接管 4 上的拖把握杆 3 的施力连接件，且本实用新型的三面拖把比一般拖把宽大许多，各项应力较一般拖把大，必须拥有非常强固应力材质才能胜任，故设计以钢铁开模铸造本实用新型的 T 形钢 2 。也较符合中央缺口 5 越小越好要求，因为缺口越小整个拖地面拖把布支撑愈完整。
在本实用新型中， T 形钢 2 设计成只能上下摆动没有左右摆动原因是一般拖把的握杆具有左右摆动功能，前推或拉回动时无法一直保持拖把头与拖把握杆垂直，常造成拖把握杆和拖把头歪斜，造成不好施力与施力不均，与拖地面轨迹歪斜造成拖地面积的减少。因本实用新型的三面拖把比一般拖把宽大许多，不好施力与施力不均造成拖把头歪斜效应更大，所以不使用左右摆动设计，可以更顺畅使用地。
应力传递实施方式： 参阅图 6 所示， 拖地时有往下压及前推或拉回两种主要力量使用，此两种力量作用于拖把握杆 3 后传递给 T 形钢 2 的横杆， T 形钢 2 的横杆传力量至 等腰 三角形柱体拖把头 1 内的右应力三角形构件 17 与左应力三角形构件 18 ，由这两片构件的三角重心承接力量作用于整体等腰角柱体 ( 如图 3 所示 ) ，再由等腰三角柱体依施力方向传递于本实用新型的三面拖把的拖地面，而使本实用新型的三面拖把的拖地面施力于拖把布来清洁地面。
其中等腰 三角形柱体拖把头 1 的 中央缺口 5 的设计是无接受应力，是因其结构无法于一点控制拖把方向，故以中央缺口 5 旁的 右应力三角形构件 17 及 左应力三角形构件 18 两边接受来自握杆 3 的应力，可较均匀分散于本实用新型的三面拖把的拖地面，也较容易控制拖把方向。
双拖把布的实施方式：参阅图 9 所示，在本实用新型中，左拖把布 28 及右拖把布 27 可分别延伸黏贴于 等腰三角形柱体拖把头 1 的第一拖地面 13 、第二拖地面 14 及第三拖地面 15 上的左部分及右部分。由于本实用新型的 三面拖把比一般拖把宽大许多，拖把布又要三倍长度黏贴于三面上，故在本实施例中区分为左右两片拖把布，一方面左右两片拖把布尺寸较小会比较好洗；另一方面 等腰三角形柱体拖把头 1 的两片拖把布交接处的细缝可用来提供本实用新型的三面拖把及 T 形钢 2 拖地与翻面时上下活动的用。
本实用新型的中央缺口 5 是 提供 T 形钢 2 设置而连接握杆 3 与 等腰 三角形柱体拖把头 1 ，且左拖把布 28 及右拖把布 27 是 在此中央交接，因 T 形钢 2 较塑料强度大很多，故体积可做得较小、故中央缺口 5 也可设计的较小很多，有利于减少中央缺口面积。再者，于拖地时，本实用新型的中央缺口 5 使得拖把布具有较少拖地面积支撑问题。由于左右两片拖把布的布边较厚并接缝于中央缺口 5 ，故当由握杆 3 传递往下的应力，会使左右两拖把布交接处的较厚拖把布边先吸收较大压力产生较大清洁效果；另外，每次拖地时，前推或拉回轨迹有些偏离一直线情形，都可弥补本实用新型的中央缺口 5 处的拖把布的拖把面支撑较少而影响清洁效果情况，达到迅速有效率清洁工作。
请 参阅图 7 所示，其显示 左右 三面拖把头的 中央缺口处的缺口组合方式。由 封盖结构 21 黏贴封闭 右 三面拖把头 19 与 左 三面拖把头 20 靠近中央 缺口 5 处的缺口。故 封盖结构 21 把左 右 三面拖把头缺口封住以及其为梯形加厚与加强的结构设计，可补强左右三面拖把头因中央缺口 5 而导致三面拖把头结构强度降低的问题。
请 参阅图 8 所示的中央缺口 5 下 的实心连接结构 22 ，实心连接结构内各有五个连接圆柱洞 23 ，五根连接圆柱棒 24 涂满 接着剂后 可插入粘接五个连接圆柱洞 23 ，此五个实心连接圆柱棒 24 用以牢牢连接本实用新型的 三面拖把的左右三角柱体。其中本实用新型在连接三面拖把的左右三角柱体时，先把 T 形钢 2 和旋转用垫片 插入位在中央缺口 5( 如同图 6 所示 ) 、右 应力三角形构件 17 、左 应力三角形构件 18 的 T 形钢轴心 10 ，再 连接三角拖把的左右三角柱体， 螺丝 25 分别 锁固 T 形钢 2 的相对两端的螺丝 垫片 26 ， 即完成本实用新型的三面 拖把的组合。
以上叙述仅为本实用新型的较佳实施例说明，本领域技术人员当可依据上述的说明而作其它种种的改良，惟这些改变仍属于本实用新型的创作精神及所申请的权利要求范围中。

Claims (1)

1 、一种三面拖把，其特征在于，包含：
一等腰 三角形柱体拖把头，包括一右应力三角形构件及一左应力三角形构件；
一 T 形钢，该 T 形钢的相对二端系分别连接该右应力三角形构件及该左应力三角形构件；
一握杆，连接该 T 形钢的异于该相对二端的第三端；
一连接管，套设于该握杆端与该 T 形钢的第三端上，其中该 T 形钢的相对二端分别连接通过该右应力三角形构件及该左应力三角形构件的一 T 形钢轴心，使连接该 T 形钢的第三端的该握杆及其套设的该连接管与该等腰 三角形柱体拖把头以位在该 T 形钢的相对二端为旋转轴而相对转动。
2 、根据权利要求 1 所述的三面拖把，其特征在于，其中该等腰 三角形柱体拖把头包括一第一拖地面、一第二拖地面及一第三拖地面，且该 等腰 三角形柱体拖把头的第一拖地面与第二拖地面、第二拖地面与第三拖地面、第三拖地面与第一拖地面的接合处为圆弧结构。
3 、根据权利要求 1 所述的三面拖把，其特征在于，其中该等腰 三角形柱体拖把头的 顶角的一角平分在线的其中一点为三面拖把的翻面轴心。
4 、根据权利要求 1 所述的三面拖把，其特征在于，其中该等腰 三角形柱体拖把头包括有一中央缺口，供该 T 形钢铁插置并进入至该等腰 三角形柱体拖把头中。
5 、根据权利要求 1 所述的三角拖把，其特征在于，其中该等腰三角形柱体拖把头包括一右三面拖把头、一左三面拖把头及复数个连接圆柱棒，该右三面拖把头具有一实心连接结构及复数个连接圆柱洞，而该左三面拖把头具有一实心连接结构及复数个连接圆柱洞，该连接圆柱棒的二端分别用以插置连接于该右三面拖把头的实心连接结构上的连接圆柱洞以及该左三面拖把头的实心连接结构上的连接圆柱洞。
PCT/CN2011/081834 2011-10-14 2011-11-05 三面拖把 WO2013053160A1 (zh)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9480382B2 (en) 2013-09-25 2016-11-01 Concept Microfibre Device comprising a cleaning head and a system for switching between two surfaces
US11425990B2 (en) 2020-03-19 2022-08-30 Carl Freudenberg Kg Beveled broom and step-on dustpan cleaning system

Families Citing this family (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103767642B (zh) * 2012-10-19 2018-05-22 大连预见科技有限公司 高效拖把
CN105078381A (zh) * 2014-05-21 2015-11-25 林宝明 双握杆拖把

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2538274Y (zh) * 2002-05-13 2003-03-05 周镛 翻转换面拖把
CN2584118Y (zh) * 2002-12-05 2003-11-05 金康生 一种新型地拖
JP2004222794A (ja) * 2003-01-20 2004-08-12 Azuma Industrial Co Ltd フローリングワイパー
CN200973682Y (zh) * 2006-11-29 2007-11-14 上海富培贸易有限公司 一种带拖地功能的三角形式电动扫把
JP2010088842A (ja) * 2008-10-07 2010-04-22 Youko Furuhata 掃除用の三面モップ
KR20110007079U (ko) * 2010-01-08 2011-07-14 송수빈 삼각 봉걸레
CN202104876U (zh) * 2011-03-07 2012-01-11 林宝明 三角拖把

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN2538274Y (zh) * 2002-05-13 2003-03-05 周镛 翻转换面拖把
CN2584118Y (zh) * 2002-12-05 2003-11-05 金康生 一种新型地拖
JP2004222794A (ja) * 2003-01-20 2004-08-12 Azuma Industrial Co Ltd フローリングワイパー
CN200973682Y (zh) * 2006-11-29 2007-11-14 上海富培贸易有限公司 一种带拖地功能的三角形式电动扫把
JP2010088842A (ja) * 2008-10-07 2010-04-22 Youko Furuhata 掃除用の三面モップ
KR20110007079U (ko) * 2010-01-08 2011-07-14 송수빈 삼각 봉걸레
CN202104876U (zh) * 2011-03-07 2012-01-11 林宝明 三角拖把

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US9480382B2 (en) 2013-09-25 2016-11-01 Concept Microfibre Device comprising a cleaning head and a system for switching between two surfaces
US11425990B2 (en) 2020-03-19 2022-08-30 Carl Freudenberg Kg Beveled broom and step-on dustpan cleaning system

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