CN105078381A - Mop with two holding rods - Google Patents
Mop with two holding rods Download PDFInfo
- Publication number
- CN105078381A CN105078381A CN201410217826.3A CN201410217826A CN105078381A CN 105078381 A CN105078381 A CN 105078381A CN 201410217826 A CN201410217826 A CN 201410217826A CN 105078381 A CN105078381 A CN 105078381A
- Authority
- CN
- China
- Prior art keywords
- double
- holding rod
- mop
- orly
- steel
- Prior art date
- Legal status (The legal status 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 status listed.)
- Pending
Links
Landscapes
- Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)
Abstract
The invention relates to a mop with two holding rods, which is a mop of a novel structure that comprises two holding rods, and relates to a method for operating a mop head by virtue of two holding rods; the mop with two holding rods is applicable to a single-face mop head, a double-face mop head and a three-face mop head. The mop with two holding rods has a good operating function over relatively large mop heads and a labor-saving effect in accordance with ergonomics; since the good operating function and the labor-saving effect of the mop with two holding rods, the mop head can be wider, so as to improve mopping efficiency; and the wider mop head is suitable for dry-type mopping. Components of the mop with two holding rods can be assembled to form a double-face mop or a three-face mop. The smaller mop head is applicable to wet-type mopping with relatively high friction force; and the components are improved, so that the double-face mop and the three-face mop are better in operability and cleaning capacity.
Description
Technical field
Mop is floor cleaning implement, so technical field belongs to burnisher class.
Background technology
Existing miscellaneous mop, belongs to the mop of single holding rod entirely, and two same holding rods of palm when held mop floor work when mopping floor, and is out of question in the work that mops floor of general small area and short time；But mopped floor work in large area and using dry type, when needing roomy mophead work, the mop of existing more roomy single holding rod can not the roomy mophead of fully effective control mop floor direction, while causing body comparatively fast tired because not being inconsistent ergonomics posture using single holding rod mop；In addition existing single holding rod mop is because being difficult direction when the more roomy mophead of manipulation mops floor, therefore can not design more roomy mophead, also therefore limits mop head width.
Existing miscellaneous mop, mop uses universal joint, is to belong to mophead capable of free rotation relative to holding rod mophead, there occurs that mophead does not advise folding steer phenomenon when mopping floor；When especially having dirty alluvial plain face or larger mophead, frictional ground force skewness is dragged because of mophead, therefore not advise folding steer phenomenon more serious for mophead, the track that also causes to mop floor is mixed and disorderly, reduction mops floor efficiency, while also lowering the dirty silt effect of mophead cleaning.
The content of the invention
Double holding rod mops of the present invention are different according to the face number that mops floor, and can be divided into：Double holding rod one side mops, double holding rod double-faced mops, the Orly handle of double holding rods three.Because the dry type frictional force that mops floor is small, therefore mophead can design, be made to very roomy, can improve the efficiency that mops floor；The mop designed with double holding rod methods, which has, fine direction to control function and labour-saving effect to roomy mophead, the mops of double holding rods designs suitable for dry type or it is electrostatic mop floor, large area can be improved and mopped floor speed, efficiency.Due to have very wide mophead can rapidly, high efficiency cleaning large area floor, corridor.
The component of double holding rod mops is combined into double-faced mop, three Orly handles, because the mophead of double-faced mop, three Orly handles is smaller, the larger wet type of frictional force mops floor during suitable for mopping floor, its improved component, double-faced mop, three Orlies handle is had more preferable handling, efficiency and cleaning capacity.
The mophead of double holding rod mops is roomy, due to dry type mop floor level and vertical frictional resistance force it is smaller, both hands need to only use swing level to exert a force during the mophead of the double holding rods of the double holding rod mops of manipulation, without the use of vertical force, because vertical force can be substituted by roomy pair of holding rod mophead weight itself, double holding rod mophead weight substitute the vertical force that dry type mops floor needed for cleaning enough；Because the mops floor level force that only need of double holding rod mops can save vertical force, therefore double holding rod mops can more laborsaving, more easily mop floor.
Refering to Fig. 1, double holding rods are used on roomy double holding rod one side mops, double holding rod double-faced mops, roomy double holding rod mopheads of the Orly handle of double holding rods three；Double holding rod mops are met the both hands of ergonomics and double holding rods are averagely forced in natural manner, both hands are without concentrating on as the mop biasing effect of existing single holding rod is poor, and being mopped floor using double holding rod mops relative to existing other large-scale mops has more preferable direction controlling and save effort functional.
T steel component turns to force component as the rotary shaft of mophead and the force connector of mop holding rod, and mophead, and T steel must have strong stress material, therefore design with metal die sinking casting T steel.
The design of T steel component can only swing up and down the reason that do not swing, on the one hand it is the universal mop for having the function that swings between existing general mop holding rod and mophead, before push or pull on and to reverse that can not usually be always maintained at mophead when making vertical with mop rod, the mophead that mop holding rod and mop are often resulted in when mopping floor is crooked, cause bad force and force uneven, with dragging ground trace crooked, mixed and disorderly, the reduction for the effective area that causes to mop floor.
The holding rod stress transmission of other mop, because the 3rd end of holding rod, connecting tube, T steel connects in line, stress transmission is direct, effect is good.So mop is without using the design that swings, can more smooth, more preferable manipulation mop floor and use, this is one of T steel major advantage；Other also T steel intensity major diameters can be small compared with other plastics diameters, and the breach of the small mophead of T steel diameter can also be smaller, and the support in the face that entirely mops floor is more complete；T steel also has and simple structure advantage more sturdy and durable than plastics connection component；T steel does not have the shortcomings of not direct force transmission, inaccurate, more bad control mophead direction are caused in the up and down each part connection space of general mop or so.Using T steel component, the work that mops floor of mop is set more preferably to drag, more smooth, more efficiently.
There is an increasing cylinder the horizontally and vertically junction of T steel, increases cylinder and transverse axis is coaxial, and increases cylinder diameter more than transverse axis diameter, increases cylinder and claims T steel protruding shaft.T steel protruding shaft function is the 3rd end and the breach both sides of isolation T steel, the opposite end of T steel is mopped floor or change when mopping floor face rotation, it is ensured that the 3rd end of T steel will not collide breach both sides, hinder the 3rd end rotation of T steel；In addition T steel protruding shaft, which is located at, horizontally and vertically hands at Jie, also has reinforcing T steel to bear all directions stress function.
T steel is made up of a transverse axis with a longitudinal axis, and T steel transverse axis is also referred to as the opposite end of T steel, and the T steel longitudinal axis is also referred to as the 3rd end of T steel.Using T steel as axle, the rotary moveable axle of being exerted a force when mopping floor, because its double-faced mop uses T steel, therefore double-side mop labour contractor direction is fixed, stress is more direct, bigger when other mopheads of the stress ratio of double-side mop labour contractor mop floor, therefore T steel is used and is made compared with robust metallic.
Double holding rod one side mops, double holding rod double-faced mops, there are two T steels on the mophead of the Orly handle of double holding rods three, the necessary someone's shoulder width of two end standoff distances of T steel the 3rd, after sharp T steel three-terminal link connecting tube, connecting tube connection holding rod, width is suitable with people's shoulder breadth degree between two holding rods, as long as using double holding rods mop when both hands naturally droop, both hands directly hold the mop that double holding rods can be used in double holding rods, as long as the swing of both hands nature can mop floor when mopping floor；Mopped floor work using double holding rod mops, the work that not only makes to mop floor more meets ergonomics, the work that mops floor becomes more laborsaving, more easily, more roomy mophead can greatly improve large area and mop floor efficiency.
After the relative two end plug-in-sleeves of T steel, be put into die for molding contiguous block or trapezoidal contiguous block, sleeve pipe function is to block relative two ends that liquid plastic in shaping encases T steel, cause can not being rotated relative to two ends for T steel, after contiguous block or trapezoidal connection formation of lots, space can provide being used relative to two end placement spaces and rotation for T steel in sleeve pipe.
Refering to Fig. 2, double holding rods, i.e., holding rod one side mop in pairs are used in roomy one side mophead.Double holding rods of double holding rod one side mops have two ways to be connected to roomy one side mophead connecting portion；One kind connects connecting tube for holding rod, and connecting tube connection T steel, T steel reconnects the connecting portion of roomy one side mophead；Another way is that holding rod connects universal connecting tube, and universal connecting tube reconnects the connecting portion of roomy one side mophead.Double holding rods connect the portion of company that roomy one side mophead is reconnected after universal connecting tube or double holding rods connection T steel, because meeting ergonomics using double holding rods therefore two ways can make double holding rod one side mops reach manipulation and labor-saving effect, mop is designed using double holding rods can also allow the making of one side mophead more roomy simultaneously, mop floor more efficient.
It is a double-faced mop full figure, exploded view refering to Fig. 3, Fig. 4, Fig. 5；Double-faced mop, including：One double-side mop labour contractor, a connecting tube, a holding rod.Double-faced mop combination：Double-side mop labour contractor connect connecting tube, connecting tube connection holding rod, double-faced mop.
Double-side mop labour contractor is to insert left mophead, the engagement of right mophead with contiguous block two ends to form.Contiguous block by be put into after the relative two end plug-in-sleeves of T steel contiguous block die for molding contiguous block, therefore contiguous block includes T steel, sleeve pipe, contiguous block includes T steel and with the 3rd end external connection connecting tube of T steel, contiguous block leaves the breach of a flat rectangular parallelepiped space in the 3rd end place of T steel, mopped floor or revolution space during turn-over with providing the 3rd end of T steel, contiguous block belongs to double-faced mop head assembly again, therefore double-side mop labour contractor connects connecting tube using the 3rd end of T steel as external connection component.
The left mophead of double-side mop labour contractor, right mophead junction leave the breach of a rectangular parallelepiped space, the breach of this junction breach and contiguous block is located at double-side mop labour contractor's same position, the space that the 3rd end of T steel passes through double-side mop labour contractor during providing revolution space and double-side mop labour contractor's turn-over when the 3rd end of T steel mops floor.Rotary shaft when relative two ends of T steel in double-side mop labour contractor are as double-side mop labour contractor's turn-over, and exerted a force when mopping floor axle, movable axis.
The breach both sides of double-side mop labour contractor should be greater than the 3rd end diameter of T steel, T steel protruding shaft width, in order to avoid breach blocks the end of T steel the 3rd, hinder T steel rotary moveable.
Double-side mop labour contractor first, second mops floor on face, there are many rhombus casting lug thereons, rhombus protrusion tile height is less than the face of mopping floor and sticks the height after devil sticks, when mopping floor, floor mopping cloth coats double-side mop labour contractor, rhombus casting lug thereon provides floor mopping cloth rhombic supporting, using the dirty silt structure in acute angle destruction ground of rhombus casting lug thereon, the cleaning effect that mops floor is improved.Online with respect to two acute angles parallel with the short side of rectangle double-side mop labour contractor on same rhombus casting lug thereon, acute angle shape can be easier to destroy dirty silt structure on rhombus casting lug thereon, reach cleaning floor function.
During the mophead turn-over of double-faced mop, as long as putting down vertical double-side mop labour contractor after rotating 180 degree after holding rod is lifted, double-side mop labour contractor contiguously plate when level patch ground backward, second can be started behind double-side mop labour contractor patch ground and worked with mopping floor Orly.
Contiguous block, left contiguous block, right contiguous block herein, trapezoidal contiguous block, left trapezoidal contiguous block, right trapezoidal contiguous block, mophead, left mophead, middle mophead, right mophead, triangular pipe, left triangular pipe, intermediate cam pipe, right triangular pipe；Plus left and right, middle adjective, its position and quantity are simply distinguish between, its structure is the same.
Breach herein refers to space required for the T steel rotary moveable of mop, because structure needs, spatial gap is limited by, but does not influence T steel need of work space.
As three Orlies using second mop floor face, the 3rd mop floor face when, because link block structure limitation thus holding rod with 70 degree of angle, but when mopping floor enough holding rod and 30~60 degree of angle it is required.Spatial gap is cuboid in double-side mop labour contractor, contiguous block, and notch geometry is that berrette file post, trapezoidal contiguous block are flat trapezoidal column in three Orly labour contractors.
It is a pair of holding rod double-faced mop full figure, exploded view refering to Fig. 6, Fig. 7；Double holding rod double-faced mops, including：A pair of holding rod double-side mop labour contractor, a connecting tube, a holding rod.Double holding rod double-side mop labour contractors, comprising：Mophead, a right mophead, a left contiguous block, a right contiguous block in one left mophead, one；Combination is：Left mophead, the engagement of middle mophead are inserted in left contiguous block two ends, mophead, the engagement of right mophead, i.e., holding rod double-side mop labour contractor in pairs in right contiguous block two ends insertion.
Double holding rod double-side mop labour contractors contain the 3rd end that breach on left contiguous block, right contiguous block, left contiguous block, right contiguous block respectively has T steel, and the 3rd end of two T steels connects connecting tube respectively, and connecting tube reconnects holding rod, i.e., holding rod double-faced mop in pairs.Two end standoff distances of T steel the 3rd are necessarily equal to people's shoulder width on the left contiguous block of double holding rod double-side mop labour contractors, right contiguous block, after the three-terminal link connecting tube of sharp T steel, holding rod, width is suitable with people's shoulder breadth degree between two holding rods, naturally facilitate the double holding rod double-faced mops of gesture operation to meet ergonomics with both hands, reach the laborsaving operating efficiency that mops floor with raising.
Refering to Fig. 8, represent double between holding rod double-side mop labour contractor and holding rod；Connecting tube can be used to connect T steel, or use two methods of universal connecting tube, to operate double holding rod double-faced mops.It is the method that meets ergonomics and efficiency to manipulate more roomy mophead using double holding rod modes.
It is one or three Orlies full figure, exploded view refering to Fig. 9, Figure 10.
Three Orlies are three Orly labour contractors triangular prism is used；Three faces of triangular prism are the face that mops floor, and three faces of mopping floor of triangular prism are：First mop floor face, second mop floor face, the 3rd mop floor face.Three Orly handles, including：One or three Orly labour contractors, a connecting tube, a holding rod.Three Orlies are combination：The three-terminal link connecting tube of the T steel of three Orly labour contractors, connecting tube connection holding rod three Orly handles.Three Orly labour contractors, including：One left triangular pipe, a right triangular pipe, a trapezoidal contiguous block.Three Orly labour contractor's combinations are：Left triangular pipe, right triangular pipe engagement are inserted in trapezoidal contiguous block two ends.
Trapezoidal contiguous block die for molding is put into after the relative two ends plug-in-sleeve out of the ordinary of the trapezoidal contiguous block system T steel of three Orly labour contractors, i.e. contiguous block in echelon.Therefore trapezoidal contiguous block includes T steel, sleeve pipe；Relative two ends of T steel are rotary shaft shaft core position, and the angle bisection that this shaft core position is located at three Orly labour contractors is online；Trapezoidal contiguous block center is jagged, and the 3rd end of T steel can be allowed to have 180 degree to rotate above space, this 180 degree revolution space can be exerted a force when three Orlies drag ground handling any one swing rotary or when changing face rotation use.The relative two end systems of T steel connect through the axle center of right triangular pipe and left triangular pipe respectively, and the connecting tube and holding rod at the 3rd end of T steel is relatively rotated with T steel in three Orly labour contractors with respect to two ends for rotary shaft.
Three Orly labour contractors are to insert to engage after left triangular pipe, right triangular pipe with trapezoidal contiguous block two ends to form.After trapezoidal contiguous block is by the relative two end plug-in-sleeves of T steel, trapezoidal contiguous block die for molding i.e. contiguous block in echelon is put into；Therefore trapezoidal contiguous block includes T steel, sleeve pipe, trapezoidal contiguous block includes T steel and using the 3rd end of T steel as external connection, but trapezoidal contiguous block belongs to three face mop head components, therefore three Orly labour contractors are using the 3rd end of T steel as external connection component.Trapezoidal contiguous block has the breach of a trapezoidal column space in the 3rd end position of T steel, this breach left and right ends is also left triangular pipe, right triangular pipe junction, this space also is vacated simultaneously when left triangular pipe, the connection of right triangular pipe, berrette file column space is presented in this last spatial gap on three Orly labour contractors；Berrette file column space is the breach of three Orly labour contractors, and the 3rd end that breach provides T steel mops floor or revolution space during turn-over.It is the structure of trapezoidal contiguous block below the breach of trapezoidal contiguous block, this structure is responsible for the stress attachment structure required for left triangular pipe, the connection of right triangular pipe.
It is online mop floor center of rotation and the turn-over axle center wherein for three Orly labour contractors of angle bisection of three Orly labour contractors in three Orly of the invention in refering to Figure 11.If axle center is not online in the angle bisection of three Orly labour contractors, when mop exerts a force, stress can be inclined to three Orly labour contractors on one side, it may occur that three Orly labour contractors shake phenomenon when mopping floor；If the angular bisector that three Orly labour contractors are deviateed in axle center even occurs three Orly labour contractors and rolls phenomenon farther out, to cause three Orlies can not use, therefore axle center should three Orly labour contractors angle bisection it is online.
Refering to Figure 12 be three Orlies using first mop floor face when, position, the state diagram such as the trapezoidal contiguous block central sectional view of three Orly labour contractors and breach, the 3rd end, axle center of T steel.
Figure 12 be three Orlies being mopped floor surface state using first, be also three Orly labour contractor's nature when three Orlies lift holding rod, because trapezoidal contiguous block and the first triangular pipe for mopping floor face are connected, first face that mops floor is nearest and parallel with ground under Action of Gravity Field.3rd end of T steel can do 180 degree in the breach of trapezoidal contiguous block and rotate above activity, and the offer of this rotary moveable mops floor or changed face rotation and is used.
Three Orlies are when lifting holding rod, and first face that mops floor is nearest and parallel with ground under Action of Gravity Field, puts down holding rod and can be used directly first with mopping floor Orly；Change second with mopping floor Orly, as long as tiptoe props up three Orly labour contractors, holding rod slightly can make three Orly labour contractors roll to second to mop floor mop floor behind face and use toward post-tensioning；Lift holding rod rotation 180 degree, put down tiptoe after holding rod and prop up three Orly labour contractors, holding rod slightly can be such that three Orly labour contractors roll to the 3rd to mop floor face toward post-tensioning, you can using the 3rd with mopping floor Orly.
Refering to Figure 13 be three Orlies face or the 3rd mops floor face being mopped floor using second, 3rd end of T steel and contiguous block breach, axis relationship figure, it is the attachment structure of a trapezoidal contiguous block below the breach of trapezoidal contiguous block, the anglec of rotation at the 3rd end of the attachment structure restricted T shape steel of this trapezoidal contiguous block, though the 3rd end of this anglec of rotation restricted T shape steel can not rotate freely angle completely, second can be provided completely and mopped floor face or the 3rd anglec of rotation when working with mopping floor Orly.
Via three Orlies the technological means used, due to the use of triangular pipe being three Orly labour contractors, three Orly labour contractors have three faces that mop floor available, and allow three faces that mop floor of three Orlies labour contractor of the invention to revolve conversion surface in turn and use, it can reach that time and the trouble of floor mopping cloth are changed in reduction in turn using mop cloth is changed again behind three faces that mop floor；In addition, three Orly labour contractors design is than existing about one times of width of general mophead, large area floor and midway can be cleaned rapidly without changing floor mopping cloth (can use three times) again and again, reach time saving and energy saving and simply and easily effect；Using three faces of triangle cylinder as three faces that mop floor of three Orly labour contractors, three of three Orly labour contractors mop floor face for first mop floor face, second mop floor face, the 3rd mop floor face, any face of mopping floor can be used to be mopped floor, the first dirty rotation in face that mops floor changes second and mops floor face, and the second dirty rotation in face that mops floor is changed the 3rd face of mopping floor and used.
It is the Orly of a pair of holding rod three full figure, exploded view refering to Figure 14, Figure 15.Double Orlies of holding rod three are being double Orly labour contractors of holding rod three using triangular prism, and three faces of triangular prism are the face that mops floor, and the Orly of double holding rods three is using double holding rods.Double Orly handles of holding rod three, including：The Orly labour contractor of a pair of holding rod three, a connecting tube, a holding rod.Double Orlies of holding rod three are combination：The 3rd end of T steel each connects connecting tube in two breach of double Orly labour contractors of holding rod three, and connecting tube each connects holding rod, i.e., the Orly handle of holding rod three in pairs.
Double Orly labour contractors of holding rod three, including：Left triangular pipe, intermediate cam pipe, right triangular pipe, left trapezoidal contiguous block, right trapezoidal contiguous block.Combination is：Left triangular pipe, the engagement of intermediate cam pipe are respectively inserted in left trapezoidal contiguous block both sides, and intermediate cam pipe, the engagement of right triangular pipe, i.e., the Orly labour contractor of holding rod three in pairs are respectively inserted in right trapezoidal contiguous block both sides.
Left trapezoidal contiguous block, right trapezoidal contiguous block and the trapezoidal contiguous block of three Orly labour contractors of double Orly labour contractors of holding rod three has a spline structure, and center is jagged, there is the end of T steel the 3rd on breach；The 3rd end distance of two T steels can not be too small on left trapezoidal contiguous block, right trapezoidal contiguous block, and the 3rd end distance of two T steels is necessarily equal to the shoulder width of people；After the three-terminal link connecting tube of T steel, holding rod on the left trapezoidal contiguous block of profit, right trapezoidal contiguous block, width is equal to people's shoulder width between two holding rods, therefore intermediate cam pipe width is similarly necessarily equal to people's shoulder width；To meet ergonomics posture, with both hands palm directly, nature, the mop that can conveniently hold double holding rods mop floor work；Also because double holding rods can operate bigger mophead, mophead can be made to more roomy, and mophead is made to more roomy, mops floor more efficient.
In summary explanation analysis, it is seen that the mop of double holding rods have it is more preferably handling, reduce it is tired with it is laborsaving, improve and mop floor the advanced functions such as efficiency.
Brief description of the drawings
Double holding rod mop application schematic diagrams of Fig. 1 systems present invention.
Double holding rod one side mop exploded views of Fig. 2 systems present invention.
Fig. 3 systems double-faced mop stereogram.
Fig. 4 systems double-faced mop exploded view.
Fig. 5 systems double-side mop labour contractor's exploded view.
The double holding rod double-faced mop stereograms of Fig. 6 systems present invention.
The double holding rod double-side mop labour contractor's exploded views of Fig. 7 systems present invention.
The double holding rod double-faced mops of Fig. 8 systems present invention are decomposed and component alternate figures.
The Orly of Fig. 9 systems three is stereogram.
The Orly of Figure 10 systems three is exploded view.
The angular bisector of the Orly labour contractor of Figure 11 systems three, axle center figure.
The Orly labour contractor first of Figure 12 systems three mops floor face use state schematic diagram.
Second, third face use state schematic diagram that mops floor of the Orly labour contractor of Figure 13 systems three.The double Orlies of holding rod three of Figure 14 systems present invention are stereogram.
The double Orlies of holding rod three of Figure 15 systems present invention are exploded view.
Wherein：
1 double-faced mop
2 three Orly handles
3 pairs of holding rod one side mops
4 pairs of holding rod double-faced mops
5 pairs of Orly handles of holding rod three
6 holding rods
7 connecting tubes
8 universal connecting tubes
9T shape steel
10T shape steel protruding shafts
11 axle center
12 sleeve pipes
13 double-side mop labour contractors
14 3 Orly labour contractors
15 pairs of holding rod one side mopheads
16 couples of holding rod double-side mop labour contractors
17 couples of Orly labour contractors of holding rod three
18 contiguous blocks
19 left contiguous blocks
20 right contiguous blocks
21 trapezoidal contiguous blocks
22 left trapezoidal contiguous blocks
23 right trapezoidal contiguous blocks
24 breach
25 first mop floor face
26 second mop floor face
27 the 3rd mop floor face
28 rhombus casting lug thereons
29 left mopheads
Mophead in 30
31 right mopheads
32 left triangular pipes
33 intermediate cam pipes
34 right triangular pipes
35 angular bisectors
36 connecting portions
Embodiment
Refering to Fig. 1 of the present invention, in double holding rod one side mops 3, double holding rod double-faced mops 4, the Orly of double holding rods three being mopped floor on 5 roomy double holding rod one side mopheads 15, double holding rod double-side mop labour contractors 16, the Orly labour contractor 17 of double holding rods three using double holding rods 6；Double holding rods 6 of wherein double holding rod one side mops 3, distance is equal to people's shoulder width between the holding rod 6 and holding rod 6 of double holding rods 6.
Fig. 2 refering to the present invention is double exploded views of holding rod one side mop 3, comprising：
A pair of holding rod one side mophead 15, a connecting portion 36, a T steel 9, a connecting tube 7, a holding rod 6；Combining embodiment is：The connecting portion 36 of double holding rod one side mopheads 15 connects the opposite end of T steel 9, the three-terminal link connecting tube 7 of T steel 9, the connection holding rod 6 of connecting tube 7, i.e., holding rod one side mop 3 in pairs.Wherein T steel 9, connecting tube 7 can be substituted with universal connecting tube 8.
It is the stereogram of a double-faced mop 1, exploded view refering to Fig. 3, Fig. 4, Fig. 5.Double-faced mop 1, including：One double-side mop labour contractor 13, a connecting tube 7, a holding rod 6.Double-faced mop 1 combines embodiment：The three-terminal link connecting tube 7 of the T steel 9 of double-side mop labour contractor 13, connecting tube 7 connection holding rod 6, double-faced mop 1.
Fig. 5 systems show the double-side mop labour contractor 13 of double-faced mop 1；Double-side mop labour contractor 13 includes：Left mophead 29, right mophead 31, contiguous block 18.Double-side mop labour contractor 13 combines embodiment：Left mophead 29, right mophead 31 are inserted in the both sides of contiguous block 18 respectively, double-side mop labour contractor 13.The contiguous block 18 of double-side mop labour contractor 13 by mould molding, relative two ends of T steel 9 be put into respectively after plug-in-sleeve 12 die for molding of contiguous block 18 contiguous block 18.A breach 24 is left in the center of contiguous block 18 of double-side mop labour contractor 13, and breach 24 mops floor or revolution space during turn-over in clearance there is provided the 3rd end of T steel 9.
It is the stereogram of a pair of holding rod double-faced mop 4, exploded view refering to Fig. 6, Fig. 7；Double holding rod double-faced mops 4, including：A pair of holding rod double-side mop labour contractor 16, a connecting tube 7, a holding rod 6.Double holding rod double-faced mops 4 combine embodiments：Two breach 24 of double holding rod double-side mop labour contractors 16 respectively have the 3rd end of T steel 9, and the 3rd end of T steel 9 connects connecting tube 7 respectively, and connecting tube 7 reconnects holding rod 6, i.e., holding rod double-faced mop 4 in pairs.
The left contiguous block 19 of double holding rod double-side mop labour contractors 16, the 3rd end standoff distance of the T steel 9 on right contiguous block 20 are equal to people's shoulder width, with meet ergonomics with both hands natural manner can convenient swinging operation holding rod 6, reach laborsaving with improving operating efficiency function.
Double holding rod double-side mop labour contractors 16 combine embodiments：The left two ends of contiguous block 19 are inserted left mophead 29, middle mophead 30 and engaged, and mophead 30, right mophead 31 are engaged in the right two ends of contiguous block 20 insertion, i.e., holding rod double-side mop labour contractor 16 in pairs.
It is one or three Orlies 2 full figures, exploded view refering to Fig. 9, Figure 10.
Three Orlies are three Orly labour contractors 14 using triangular prism 2；Three faces of triangular prism are the face that mops floor, and three faces of mopping floor of triangular prism are：First mop floor face 25, second face the 26, the 3rd that mops floor mops floor face 27.
Three Orlies 2, including：One or three Orly labour contractors 14, a connecting tube 7, a holding rod 6；Three Orlies combine embodiments 2：The three-terminal link connecting tube 7 of the T steel 9 of three Orly labour contractors 14, connecting tube 7 connection holding rod 6, three Orlies 2.Three Orly labour contractors 14, including：One left triangular pipe 32, a right triangular pipe 34, a trapezoidal contiguous block 21.Three Orly labour contractors 14 combine embodiment：Left triangular pipe 32, right triangular pipe 34 engagement are inserted in trapezoidal two ends of contiguous block 21.After wherein trapezoidal contiguous block 21 is the relative two ends plug-in-sleeve 12 out of the ordinary of T steel 9, the trapezoidal die for molding of contiguous block 21 is put into, i.e. contiguous block 21 in echelon；Relative two ends of T steel 9 are the position of axle center 11 of rotary shaft, and this axle center 11 is located on the angular bisector 35 of three Orly labour contractors 14.
It is double Orlies of holding rod three 5 full figures, exploded view refering to Figure 14, Figure 15；Double Orlies of holding rod three are double Orly labour contractors 17 of holding rod three using triangular prism 5, and three faces of triangular prism are the face that mops floor, and the Orly of double holding rods three uses double holding rods 65.
Double Orlies of holding rod three 5, including：The Orly labour contractor 17 of a pair of holding rod three, a connecting tube 7, a holding rod 6.Double Orlies of holding rod three combine embodiments 5：The 3rd end of T steel 9 connects connecting tube 7 respectively in two breach 24 of double Orly labour contractors 17 of holding rod three, and connecting tube 7 connects holding rod 6, i.e., the Orly of holding rod three in pairs is 5.Wherein double Orlies of holding rod three are 5 double holding rods 6, and distance is equal to people's shoulder width between the holding rod 6 and holding rod 6 of double holding rods 6.
Double Orly labour contractors 17 of holding rod three, including：One left triangular pipe 32, an intermediate cam pipe 33, a right left trapezoidal right trapezoidal contiguous block 23 of contiguous block 22, one of triangular pipe 34, one；Double Orly labour contractors 17 of holding rod three combine embodiments：The left trapezoidal two ends of contiguous block 22 are inserted left triangular pipe 32, intermediate cam pipe 33 and engaged, and the right trapezoidal two ends of contiguous block 23 insertion intermediate cam pipe 33, right triangular pipe 34 are engaged, i.e., the Orly labour contractor 17 of holding rod three in pairs.Double Orlies of holding rod three are 5 double holding rods 6, and distance is equal to people's shoulder width between the holding rod 6 and holding rod 6 of double holding rods 6.Relative two ends of T steel 9 are the position of axle center 11 of rotary shaft, and this axle center 11 is located on the angular bisector 35 of double Orly labour contractors 17 of holding rod three.
Claims (10)
1. a kind of method for operating mop using double holding rods on one side mophead, double-side mop labour contractor, three Orly labour contractors；T steel, connecting tube or universal connecting tube can be connected between double holding rod and one side mopheads, double-side mop labour contractor, three Orly labour contractors.
2. a kind of pair of holding rod one side mop, comprising：A pair of holding rod one side mophead, a connecting portion, a T steel, a connecting tube, a holding rod；This pair of holding rod one side mophead has two connecting portions, and two connecting portions connect the opposite end of T steel, the three-terminal link connecting tube of T steel, connecting tube connection holding rod, i.e., holding rod one side mop in pairs respectively；Wherein T steel, connecting tube can be substituted with universal connecting tube.
3. a kind of double-faced mop, including：One double-side mop labour contractor, a connecting tube, a holding rod；Combination is：Double-side mop labour contractor connect connecting tube, connecting tube connection holding rod, double-faced mop；Double-side mop labour contractor's combination is：Left mophead, the engagement of right mophead are inserted in contiguous block two ends, double-side mop labour contractor.
4. double-side mop labour contractor according to claim 3, it is characterised in that the left mophead of double-side mop labour contractor, right mophead junction are jagged；The first of double-side mop labour contractor mop floor face, second mop floor on face have rhombus casting lug thereon protrude from first mop floor face, second mop floor face, and the height of rhombus casting lug thereon is less than the glutinous height of devil.
5. a kind of pair of holding rod double-faced mop, a kind of double holding rod double-faced mops with double holding rods；Double holding rod double-faced mops, comprising：A pair of holding rod double-side mop labour contractor, a connecting tube, a holding rod；Double holding rod double-faced mops combine embodiments：The 3rd end of T steel each connects connecting tube, connecting tube connection holding rod, i.e., holding rod double-faced mop in pairs on two breach of double holding rod double-side mop labour contractors；Double holding rod double-side mop labour contractors combine embodiments：Left contiguous block two ends are inserted after left mophead, middle mophead and engaged, mophead, the engagement of right mophead, i.e., holding rod double-side mop labour contractor in pairs in right contiguous block two ends insertion；The T steel of double holding rod double-faced mops, connecting tube can be substituted with universal connecting tube.
6. a kind of three Orlies handle, three Orlies are being three Orly labour contractors using triangular prism, and three faces of triangular prism are the face that mops floor；Three Orly handles, including：One or three Orly labour contractors, a connecting tube, a holding rod；Three Orlies are combination：The three-terminal link connecting tube of the T steel of three Orly labour contractors, connecting tube connection holding rod, three Orly handles；Three Orly labour contractors, including：One left triangular pipe, a right triangular pipe, a trapezoidal contiguous block, three Orly labour contractor's combinations are：Left triangular pipe, the engagement of right triangular pipe are inserted in trapezoidal contiguous block two ends.
7. three Orlies handle according to claim 6, it is characterised in that the angle bisection that the mopping floor of three Orly handles, turn-over axle center are located at three Orly labour contractors is online；Wherein trapezoidal contiguous block includes：After the relative two ends plug-in-sleeve out of the ordinary of T steel, i.e. contiguous block in echelon is put into after trapezoidal contiguous block die for molding, trapezoidal contiguous block has a breach, breach can allow the 3rd end of T steel to have rotary moveable space, relative two ends of T steel are the shaft core position of rotary shaft, and the angle bisection that this axle center is located at three Orly labour contractors is online.
8. a kind of pair of Orly handle of holding rod three, double Orlies of holding rod three are double Orly labour contractors of holding rod three triangular prism is used, three faces of triangular prism are the face that mops floor, and the Orly of double holding rods three is with double holding rods；Double Orly handles of holding rod three, comprising：The Orly labour contractor of a pair of holding rod three, a connecting tube, a holding rod；Double Orlies of holding rod three are combination：Respectively there is the 3rd end of T steel on two breach of double Orly labour contractors of holding rod three, two breach, the 3rd end of T steel each connects connecting tube, and connecting tube each connects holding rod, i.e., the Orly handle of holding rod three in pairs；Double Orly labour contractors of holding rod three include：One left triangular pipe, an intermediate cam pipe, a right triangular pipe, a left trapezoidal contiguous block, a right trapezoidal contiguous block；Double Orly labour contractor's combinations of holding rod three are：Left triangular pipe, the engagement of intermediate cam pipe are respectively inserted in left trapezoidal contiguous block both sides, and intermediate cam pipe, the engagement of right triangular pipe, i.e., the Orly labour contractor of holding rod three in pairs are respectively inserted in right trapezoidal contiguous block both sides.
9. the left trapezoidal contiguous block of the according to claim 8 couple of Orly labour contractor of holding rod three, right trapezoidal contiguous block have a breach, breach provides the 3rd end revolution space of T steel；The relative two end systems of T steel are respectively by the axle center of this couple of Orly labour contractor of holding rod three, and the angle bisection that axle center is located at double Orly labour contractors of holding rod three is online, axle center is also the mopping floor of double Orly handles of holding rod three, turn-over when axis of rotation.
10. double holding rod one side mops, double-faced mop, three Orlies according to any one of claim 2,3,5,6,8 are, the T steel component of double holding rod double-faced mops, the Orly handle of double holding rods three, T steel component has a longitudinal axis and transverse axis, the longitudinal axis connects connecting tube, and transverse axis is used as rotation, force axle；It is T steel protruding shaft that, which there is an increasing cylinder transverse axis of T steel and d-axis junction, and the increasing cylinder and transverse axis of T steel protruding shaft are coaxial and T steel protruding shaft is with diameter greater than transverse axis diameter.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410217826.3A CN105078381A (en) | 2014-05-21 | 2014-05-21 | Mop with two holding rods |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410217826.3A CN105078381A (en) | 2014-05-21 | 2014-05-21 | Mop with two holding rods |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105078381A true CN105078381A (en) | 2015-11-25 |
Family
ID=54560377
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410217826.3A Pending CN105078381A (en) | 2014-05-21 | 2014-05-21 | Mop with two holding rods |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105078381A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2023179657A1 (en) * | 2022-03-25 | 2023-09-28 | 林宝明 | Dual-handle cleaner |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000300490A (en) * | 1999-04-20 | 2000-10-31 | Takaoku Kk | Cleaning tool and cleaning tool connecting part |
| CN202005716U (en) * | 2010-10-11 | 2011-10-12 | 杜薛松 | Double-holding type mop |
| CN202104876U (en) * | 2011-03-07 | 2012-01-11 | 林宝明 | Triangular mop |
| CN202269989U (en) * | 2011-10-20 | 2012-06-13 | 林宝明 | Two-sided mop |
| CN202269988U (en) * | 2011-10-14 | 2012-06-13 | 林宝明 | Three-side mop |
-
2014
- 2014-05-21 CN CN201410217826.3A patent/CN105078381A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2000300490A (en) * | 1999-04-20 | 2000-10-31 | Takaoku Kk | Cleaning tool and cleaning tool connecting part |
| CN202005716U (en) * | 2010-10-11 | 2011-10-12 | 杜薛松 | Double-holding type mop |
| CN202104876U (en) * | 2011-03-07 | 2012-01-11 | 林宝明 | Triangular mop |
| CN202269988U (en) * | 2011-10-14 | 2012-06-13 | 林宝明 | Three-side mop |
| CN202269989U (en) * | 2011-10-20 | 2012-06-13 | 林宝明 | Two-sided mop |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2023179657A1 (en) * | 2022-03-25 | 2023-09-28 | 林宝明 | Dual-handle cleaner |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105640460B (en) | Flat cleaning bucket for laying up mop peace mop | |
| CN204394426U (en) | Improve from Wringing mop | |
| CN105078381A (en) | Mop with two holding rods | |
| CN202269988U (en) | Three-side mop | |
| CN202104876U (en) | Triangular mop | |
| CN202235214U (en) | Multifunctional mop | |
| CN103417168A (en) | Rotating type mop capable of being spun-dried to remove water | |
| CN102894938A (en) | Folding mop capable of cleaning floor at root of wall favorably | |
| CN210144606U (en) | Mop integrating floor scraping, sweeping and mopping | |
| TWM611064U (en) | Cleaner | |
| CN202143614U (en) | Dual-roller crawler-type rotatable mop | |
| CN202269989U (en) | Two-sided mop | |
| CN203866759U (en) | Automatic broom with mopping and sweeping functions | |
| TW201544063A (en) | Double grip mop | |
| CN206507904U (en) | The dual-purpose burnisher of modified | |
| CN202776216U (en) | Washing dewatering cylinder for mop and mop matched therewith | |
| CN206403723U (en) | The flat board of adjustable angle smoothes out with the fingers mop | |
| CN204909320U (en) | Simple and easy car formula mop | |
| CN204410743U (en) | Aspirated-air type multifunctional combination mop | |
| CN206852567U (en) | Extruded sleeve and flat mop | |
| CN205794109U (en) | A kind of Herba Anoectochili roxburghii picker | |
| CN203122299U (en) | Maintenance-free mop | |
| CN206743783U (en) | A kind of garden instrument shovel | |
| CN107184167A (en) | Multiaspect drag slab | |
| CN202446011U (en) | Spider web cleaning device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20151125 |