TWM399694U - Rotary mop - Google Patents

Description

M3?9694 V. New description: [New technical field] This creation is about a rotary mop combination, especially the gripping lever mechanism of the rotary mop, which can rotate the mop head for dehydration. Mop combination. [Prior Art] For the cleaning of the environment, the mop is often used as a cleaning tool for the floor. The conventional mop is composed of a grip and a head that is coupled to the end of the grip, and the mop head is After the water is wet in the water tank, and after the floor of the / month 4, the mop head is washed and wrung out in the bucket. This method of hand-drying the strips on the head of the mop for dehydration is quite laborious and unsanitary. In order to effectively clean the floor and to quickly and effortlessly dewater the mop head, there are many different types of mops and their corresponding dewatering methods. The first method is based on the water setting "dehydration", the user's head is placed in the Lai water basket to forcefully rotate and squeeze, and the second efficiency is poor. The user needs a lot of effort: the pressure is placed on the pedal' The mop should be lifted by hand, and the user's center of gravity during operation will be unstable 'may be' ί:; e brother two, dehydration method ' ^ put the mop head on the spine's dehydration monitor' user The rotary dewatering can be rotated by the foot, and the centrifugal force will require the structure of the dehydration steamer which is very complicated in structure. In addition, the user can also make the cost of the production. There is a problem that the center of gravity of the work will be unstable. [New content] The technical problems and objectives that this creation wants to solve: For the lack of the above-mentioned knowledge, the purpose of this creation is to connect with For the mop, the user can place the rotary head on the k head in the dewatering device, the easy-to-L 1 and the 3 moisture-pressing mop, and use the lifting and lowering to move the rotary mop back and forth.握握#· ;p ii· it can make the mop head Speed rotation and dehydration. "Watch the domain structure, the technical means to solve the problem in this creation: y This creation provides a kind of rotary mop for the solution of the conventional technology, its competition, technical means = and - mop head. Rotate The rod mechanism 3 comprises a gripping member; the transmission assembly comprises a limiting component and a moving component. The limiting component is solidified and the::::: a clamping cavity, and the limiting receiving cavity has a 'Two linkages: The parts are set in the limit-receiving cavity, and the moving surface is provided. The guiding-guided working surface. The friction transmission element has a friction surface and a bottom surface, and has A top of the Mahjong h / special sacrifice. The top friction surface is adjacent to the blast bolt T from the two-faced sheep face system adjacent to the frictional engagement surface. σ乍面, bottom grip mechanism consists of – 椐 pull rod tube system removable sleeve! e if# reward and - spiral rods. The grip sleeve is pivoted and the rod tube is rotated, and one end of the screw member is fixed to the grip rod tube, the # hole and the friction transmission member. ':=动;上,和机3结构^"下=置^ Rotary dewatering blue slit hole pushes the guide to rotate in a direction of rotation = drought:: screwing the transmission element via the screw to make the top friction surface The bottom of the bottom of the car presses the friction surface and the frictional joint surface to produce the friction surface, which rotates in the direction of the steering direction, and then drives the rotation of the limit member along the rotation, and continuously rotates the water basket along the force to remove the mop. The moisture contained in the head; when the 'one' is generated, the spiral rod is lifted up via the screw to the '# mechanism, so that the guide and the friction transmission element = push = 2 upwards The inertia of the motion continues to remove the mop-like rubber that is preferred for the mop head. Preferably, the structure 4 has a conical concave surface on the bottom friction surface; when the above-mentioned work-fit rubbing surface is-fitted to the guiding work surface: ί: concave; The bottom surface of the 4% is a concave conical surface 仫' on the field and is fitted to the convex conical surface of the bottom friction surface. The thicker ‘linked surface is the system--better, the mop head can further include a fixed element, a mop tray and a plurality of cloth bundles. Pivoting the structure; the pivoting element is pivotally connected to the lower side of the 2-disc shape; the mop tray is also the same as the f-rotating rod tube under the mop disc fixing element, σ Xia and 吒 吒Combining the lower side, the plurality of strips of the above-mentioned strips M399694 are respectively coupled to the mop tray at intervals. This creation compares the efficacy of the prior art: In summary, compared to the use of a rotary mop combination, it is simple: = the cost of this creation. In the convenience and safety of use ^ ^ reduce the mop provided in the production, it must be ruined, in the conventional technology to force the mop head; or, the need to use the force of the hole to rotate and squeeze the user's center of gravity The instructor wants to use the spine provided by the creation. However, the drag head can be quickly dehydrated by placing the mop head on the spingable only effect, and has the cost of consumption of the rotary mop. The wood is even more important. The advantages and spirit of this creation can be further understood by the description and the drawings. ] [Review] The rotary mop provided by this creation can be widely combined with other cleaning devices, and the combination is more than 3 ^. ί: For example, please refer to the first picture and the second picture. The first picture is the best one. The example of the rotary type mop and the dehydration device is shown in Figure 1. A rotary mop and a cross-sectional view of the preferred embodiment of the present invention are provided. As shown in the first and second figures, a dewatering device 2 is used. The rotary mop 1 3 = 1 can be constructed, 1 a rotating rod Mechanism] 2., one, holding rod machine and an elastic limit component] 5., a locking mechanism 14 gripping rod mechanism is _intermediate extension 'and contains - gripping rod stem extension: to (1) one Spiral Rod 〗 】 3 盥 盥 112 112 、 、 、 、 、 、 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第 第Connected to the 1st - 1st gripping rod tube mop! For boxing or "while reducing the rotating spiral rod 113 can be a metal The wall system is provided with a thread, the spiral rod member ff, $-shaped: the structure of the side of the member: 2 is fixed to the holding rod tube can be typed with the gripping rod tube 111 or the spiral rod member 113 - two in The protective member 114 is composed of materials to prevent the spiral from being able to be rubbed against each other by the inner wall of the plastic (1). The rotating rod mechanism 12 is contained. The spine mechanism 12 contains - the spine * 曰; Γ; ΛΤ Ι 2: 2 ^; ψ ^ The ιιΐ俾可# private/, 纟 纟 is pivotally connected to the mop head 13, the gripping rod i is on the rotating rod ί two sets of the coffee tube 12W_ 13 is pivoted, and the two solid production containing-locking elements 141 and a locking sleeve 142, the sleeve 142 can be a hollow tubular body, the locking sigh is fixed to the outer side of the gripping rod tube m, and extends M399694 to the outside of the rotating rod tube; at the same time, the locking sleeve 】 42 can be set = tired, in the locking component μ Bu lock sleeve] 42 locked in the locking component %, can be pressed to lock the component 14〗 fixed grip tube]]] and rotation: s 12] In order to prevent the movement between the gripping rod tube u] and the rotating rod tube 丨2], it is particularly stated that the relative movement between the three-handed rod tube 111 and the rotating rod tube (2) is referred to herein. Of vertical movement of the right-t ^ rotated dewatering device 2 comprises a cylinder 21 with a dehydrating Zhuo rotatable basket 22 ^ T off formula, and may be a spin-based F 22 rotatably fixed to the dewatering drum 21.

Please refer to the third figure to the seventh figure. The third figure shows the local components of the lower part of the rotating rod of the rotary mop provided by the application. The fourth picture shows the creation. Preferably, the mop disk and the cloth bundle are provided in the example; the fifth figure is a combination of the mop of the rotary mop provided by the preferred embodiment on the lower side of the fixing component; The figure shows a perspective view of the pivoting element of the rotary mop provided by the preferred embodiment of the present invention; the seventh figure shows the rotary mop provided by the preferred embodiment of the present invention, and the head can be (4) flattened on the ground or other Schematic diagram of the object to be cleaned. As shown in the second to seventh figures, the elastic limit assembly 15 includes a resilient member 151 and a ball 152. The elastic member 15 can be a bullet only to the inner side of one end of the rotating rod tube 121. The other end: the mop head 13 includes a fixing member 131, a pivot: a cow 132, a limit cover 133, The mop tray 134 is embossed with a plurality of cloths 135. The fixing member (3) may be a disc-like structure having a pivot groove 1311 at its upper center. The pivoting member 132 includes a rod tube 1321 and a circular pivoting portion 1322' and the rod pivoting portion 32 extends from the upper side of the pivotal portion Π22. A plurality of positioning grooves 13211 (shown in the sixth figure) are opened at different elevation angles along the fox edge of the pivotal portion of the rod tube. The above plurality of positioning slots]^^ 151^ „ ^ „#;^ 5 J ^ ;- Ground fixed to the rod pipe pivoting section 〗 Dry g 12〗 付 Adjusting the pivoting part "22 can be Elevation position. Round 1311. The limit seedling 133 is a structure, and the sub-bearing is placed in the pivoting groove. The joint n2 ^i is connected to the dragging groove], the rod-shaped pivot T372 i ^ ^322, and the ball is rotated in the pivoting groove I3n. Fixed mm - negated and combined in (10), the strip hole has the edge of the complex (four), and is arranged on the mop tray 134 by FG tt ί. The person known is between the reading (four) bomb, the component (5) and the ball 152 := even if it is set; therefore, even if the gripper machine: or other objects to be cleaned (as shown in the seventh figure, the two-sided plug-in part I322 is limited to only the circular groove (3) is round? User The grip lever mechanism 疋'd can be held to drive the mop head 13 on the floor or the other; the mechanism 12 = the head 13 on the floor or other to be cleared J:;;) can also be relative to the grip bar mechanism丨 〗 Rotation (also "Please continue to refer to the figure of the person and the ninth figure, the first, shown in the creation of the walking mop, the structure and work of the lower gantry machine;; tube = early f and spiral The rod is preferably 杳; ^ 丨 (4) Γ ® 'di ji 图 赖 在 本 本 本 本 本 本 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 结构 7 7 7 7 7 7 7 7 7 7 7 7 7 】] 22] can be a cylindrical structure, the outer wall can be solid = the inner side of the rotating mansion 21, the limiting element 221 is provided with a perforation: 2n and a limit Cavity 12212. The perforated crucible 2211 is spirally ΐ = 3 on one of the rotation axes AX through the limiting element] 22b limit ίΐί! /= is opened inside the limiting element 122, and communicates with the wearing 2211, and The utility model has a frictional joint surface 122. The guide member 222 can be a cylindrical structure and is disposed at a limit; the hole=shaft ΑΧ is provided with a spiral slit hole 1 and the right H system is provided with a thread. Meanwhile, the guide member The 丨222 also has a guiding working surface 12222. The friction transmission element 1223 is disposed between the limiting accommodating cavity 2212: transmitting == 222 and the frictional interlocking surface _, and has a top friction surface 12232 and a bottom friction; The top surface 2232; the top friction surface 12232 is adjacent to the guiding surface 2222, and the bottom friction surface 12233 is adjacent to the frictional joint surface 22] 3. The end of the spiral rod 113 is fixed to the holding rod The tube clamps the f-bar tube 1113, and the other end passes through the perforation 12211, the soil = L 1 and the transmission perforation [223 and sequentially passes through the limit cattle 221 'to the member 222 and the friction transmission element 223. Friction surface 丨 2232 and guiding work surface] 2222 can be friction surface 〗 2233 and friction linkage face coffee 3 can also be connected: 蜀i Work: When the above matching relationship is established, a large friction force can be generated when the top friction surface (10) linkage surface m]3 = Ί22 ' and the bottom friction surface 12233 contact the friction movement surface 22]3. The friction transmission element 1223 is a cone-shaped: a cone, and a tapered surface. At the same time, the bottom friction surface 12 (10) is a convex-concave tapered surface t-shaped surface 12213 - fits to the bottom friction surface 12 and is exposed to the surface, Solution: When the above-mentioned guide == 21 of the general knowledge should be able to understand the face _ then "cooperation: guide = ^ for the bottom, (10) 3 for - concave cone called light 2 even move - with the bottom friction The convex tapered surface of the face 12233 is preferred. As shown in the first and eighth figures, when the user eight

When the spinner dewatering basket 22 is described, and the holding lever mechanism u is pressed in the direction D1, the L g spiral slit hole 12221 of the screw pushes the guiding member 12^= (2) 2 to rotate along the _ ΑΧ μ mandrel Square m-direction; will wipe the transmission component downwards] cut (marked in the ninth figure) and bottom friction surface help 3 (if the friction is generated, so as to drive the limit component =, the top is separated by a distance J Qiao Gu set the cavity... step to drive the rotating rod mechanism ί2, mop head] 3 and can be M399694: two dry H direction R continue to rotate 'and use the mop head' 3 _ move generated - centrifugal force to remove the mop 帛 13 1" In the second and ninth diagrams of the movement D1 ia^, when the user lifts the grip lever mechanism 11 in the r-up direction D2 on the jaws of the extension of the tray, the 2 2 推动 is pushed through the spiral slit hole 12221 Guide member 1222 ^ fine to make the guide and friction pass the two directions

The inertia of the squid 13 and the slavable dehydration basket 22 are continuously rotated; therefore, the = hold, 1 ,, centrifugal force on the mop; = the square to the D2 dynamic continue to remove the mop The moisture contained in the head 13. Cheng Zhiyun

The rotary mop provided by this creation is composed of simple, and can reduce the cost of production. In the convenience of using J, when you use the mop provided by the conventional technology, you must use a lot of effort to rotate and squeeze the mop head; or, you need to use your hand = mop to step on the pedal and guide the user. The unstable center of gravity leads to the problem of the fullness of the women in the government. However, when the mop head 13 of the rotary mop provided by the present invention contains moisture, and the user wants to dehydrate the mop head 13, the mop head 13 only needs to be placed in the rotatable dewatering basket to be smashed up and down. By moving the grip bar mechanism n, the head 13 can be quickly dehydrated, which is labor-saving and convenient to use. According to the above-described embodiments of the present invention, the present invention has an industrial value. However, the above embodiments are merely illustrative of the preferred embodiments of the present invention, and those skilled in the art can make various other modifications and changes as described in the above embodiments of the present invention. However, all of the improvements and variations made in accordance with the present embodiment are still within the scope of the creative spirit and definition of the present invention. M399694 [Simplified illustration of the drawings] The first figure is a perspective view of a rotary mop and a dewatering device provided by the preferred embodiment of the present invention; FIG. 2 is a cross-sectional view of the rotary mop and dewatering device provided by the preferred embodiment. The figure shows a schematic view of a part of the lower part of the rotating lever tube and the mop head provided by the preferred embodiment of the present invention; the fourth figure shows the mop rod provided by the preferred embodiment of the present invention. Figure 5 is a schematic view showing that the mop tray of the rotary mop provided in the preferred embodiment of the present invention is detachably assembled on the lower side of the fixing member. The sixth figure shows the preferred embodiment of the present invention. The rotating figure of the rotating device is shown in the figure; the seventh figure shows that the rotating mop head provided by the preferred embodiment of the present invention can be kept flat on the ground or other objects to be cleaned; In the rotary handle provided in the embodiment, when the gripping rod mechanism is pressed down, the transmission assembly, the second holding rod tube, the rotating rod tube and the spiral rod are connected to the schematic diagram, and The ninth diagram shows the structure of the transmission assembly, the M399694 holding rod tube, the rotating rod tube and the spiral rod when the gripping rod mechanism is lifted up in the rotary handle provided by the preferred embodiment of the present invention. Schematic diagram of working principle.

[Main component symbol description] 1 Rotary mop 11 Grip lever mechanism 111 Grip rod tube 1111 First grip rod tube 1112 Connecting member 1113 Second grip rod tube 112 Rod fixing member 113 Spiral rod member 114 Rod member Shielding element 12 Rotating rod mechanism 121 Rotating rod tube 122 Transmission assembly 1221 Restriction element 12211 Perforation 12212 Restriction accommodating chamber 12213 Friction linkage surface 1222 Guide member 12221 Spiral slit hole M399694

12222 Guided working surface 1223 Friction transmission element 12231 Transmission perforation 12232 Top friction surface 12233 Bottom friction surface 13 Mop head 131 Fixing element 1311 Frame groove 132 Pivot element 1321 Rod pipe pivoting part 13211 Positioning groove 1322 Circular frame connection 133 Cover 134 Mop tray 1341 Strip hole 1342 Tightening block 135 Cloth bundle 14 Locking mechanism 141 Locking element 142 Locking sleeve 15 Elastic stop assembly M399694 151 Elastic element 152 Ball 2 Dehydration unit 21 Dehydration barrel 22 Rotatable Dehydration basket 旋转 Rotation axis D1 Extension direction D2 Lifting direction R Direction of rotation L Interval distance

Claims (1)

'Application patent scope: L A rotary mop, comprising: a rotating rod mechanism, comprising: - a rotating rod tube; and a transmission assembly comprising: a limiting element 'fixed to the inner side of the rotating rod tube, provided with a a limiting accommodating cavity' and the limiting accommodating cavity has a frictional engaging surface; a guiding member is disposed in the limiting accommodating cavity, has a spiral slit hole, and has a guiding working surface; a friction transmission component disposed in the limiting accommodating cavity between the guiding member and the frictional engaging surface and having: a top friction surface adjacent to the guiding working surface; and a bottom friction surface Adjacent to the frictional linkage surface; a gripping rod mechanism, comprising: a gripping rod member movably sleeved on the rotating rod tube; and a screw: a walking rod member having one end fixed to the holding rod a rod tube having the other end penetrating the limiting member, the spiral slit hole of the guiding member and the friction transmission member; and the head is also pivotally connected to the lower side of the rotating rod tube; wherein 'when the mop head contains Moisture a rotatable dewatering basket, and the gripping rod mechanism is downwardly corrected, and the character-shaped rod member pushes the four-way member to rotate in the -rotation direction through the spiral slit and to slant the motive element The top friction surface and the bottom friction surface respectively generate a frictional force between the guide surface and the friction linkage surface, thereby driving the limiting component to rotate in the rotation direction of 17 M399694, thereby driving the rotating lever mechanism and the mop head Rotating in the rotation direction with the rotatable dewatering basket to remove moisture contained in the mop head by using a centrifugal force generated when the mop head is rotated; when the gripping rod mechanism is lifted up, the spiral shape The rod pushes the guide member upward through the spiral slit hole to separate the guide member from the friction transmission member, so that the centrifugal force causes the movement inertia caused by the mop head to continue to remove the moisture contained in the mop head . 2. The rotary mop according to claim 1, wherein the frictional transmission element is a conical annular structure. 3. The rotary mop according to claim 1, wherein the frictional transmission element is a conical annular rubber. The rotary mop according to claim 1, wherein the guiding working surface is a convex tapered surface, and the top friction surface is a concave tapered surface that fits the guiding working surface. 5. The rotary mop according to claim 1, wherein the bottom friction surface is a convex tapered surface, and the frictional engagement surface is a concave tapered surface that fits the bottom friction surface. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; 7. The rotary mop according to claim 1, wherein the bottom friction surface is a concave tapered surface, and the frictional engagement surface is a convex tapered surface that fits the bottom friction surface. 8. The rotary mop according to claim 1, wherein the mop head further comprises: a fixing member which is a disc-shaped structure; and a pivoting member pivotally connected to the top surface of the fixing member and a lower side of the rotating rod tube φ; a mop disk, which is a disc-shaped structure, and detachably combined on the lower side of the fixing member; and a plurality of cloth strips respectively coupled to the mop tray at intervals . 9. The rotary mop according to claim 1, further comprising a locking mechanism for locking the rotating rod tube and the holding rod tube to prevent the rotating rod The tube and the grip tube create relative motion.