TWM611064U - Cleaner - Google Patents

Abstract

The cleaner is a tool that provides cleaning work such as sweeping, scrubbing, scraping, mopping, and preparing the floor. The cleaner can be divided into a double-grip cleaner and a single-grip cleaner. The double-grip cleaner of the cleaner is a tool that provides large-area cleaning work, a tool that uses double-grip operation, and a cleaning tool with a greatly enlarged width, which can greatly increase the cleaning area and efficiency, and the operating posture is in line with the human body. Engineering, comfortable and easy operation posture. The vector grip can be adjusted for the double-grip cleaner and the single-grip cleaner to apply force horizontally and vertically to the stressed structure, which can save effort or strengthen the cleaning effect. The vector grip can be used in the current single-grip cleaner Or the use of other tools. The single-grip cleaner of the cleaner uses the labor-saving or enhanced cleaning function of the vector grip. It can be used in existing cleaning and cleaning tools such as sweeping, scrubbing, wiping, mopping, and soil preparation to achieve energy-saving or enhanced cleaning. effect.

Description

Cleaner

The double-grip cleaner of the cleaner is a tool for sweeping, washing, scraping, mopping and preparing the floor in a large area. The wide force-receiving structure of the double-grip cleaner can greatly improve the work efficiency of sweeping, scrubbing, wiping, mopping and preparing the floor in a large area. The operation method and posture of the double-grip cleaner are ergonomic, and the working posture is relaxed and easy, suitable for large-area and long-term work. The vector grip can adjust the horizontal thrust and vertical pressure of the grip, so that the wide double grip cleaner can work easily and apply force easily; or to enhance the cleaning effect. The vector grip can also be used in the existing single-grip cleaner, making the existing single-grip cleaner more labor-saving or more effective.

Existing tools for sweeping, scrubbing, wiping, mopping, and preparing the floor have relatively small widths, and are inefficient when cleaning a large area of ground. The existing tools for sweeping, scrubbing, wiping, mopping, and preparing the floor have poor operating postures, and the body must exert force during operation, which makes them easy to fatigue. After the existing single-grip cleaner is widened, the force distance on both sides of the grip is increased, and the force is too large. The single-grip operation method is used, which is not easy to apply force and is not easy to operate the tool direction, and it is not easy to lift High mopping efficiency. The existing operating mode of the single-grip cleaner is a working posture of bowing, turning, bending, and bending both hands. This posture requires physical exertion and is prone to fatigue, and is not suitable for long-time work. The working posture of the dual-grip cleaner is a natural standing, with both hands hanging down to hold the dual-grip, and the power is evenly distributed on the two-grips. When working, the hands can be naturally lowered and swing back and forth. When working forward, it is the same posture as walking. It is suitable Long time cleaning and cleaning work. Now that the grip rod is linear, it is impossible to adjust the horizontal thrust and vertical pressure. After the cleaner is widened, the friction force must increase and the force must be increased, which makes the cleaner not easy to use. The existing cleaner has poor posture and low efficiency. After using the vector grip, the working posture and efficiency can be improved, and the force applied or the cleaning effect can be improved.

Existing tools for sweeping, scrubbing, wiping, mopping, and preparing the floor are small in width, and are inefficient for large-area ground cleaning. The double-grip cleaner in the cleaner greatly increases its width, which can greatly improve work efficiency. After the width of the existing tools for sweeping, scrubbing, wiping, mopping, and preparing the floor is enlarged, since the grip bar is located in the center of the cleaning structure, the torque on both sides of the cleaning structure becomes larger, and it is difficult to control the force and direction. The existing tools for sweeping, scrubbing, scraping, mopping, and preparing the floor are as follows: head down, rotate the body about 45 degrees, bend over, and hold the grip with both hands up and down. This posture requires the body to exert force, and the body is prone to fatigue. , Is not conducive to a longer time to clean up. When the double-grip cleaner is operated, the head and body Stand naturally with your body and limbs, put your hands to the lowest level, and swing your hands back and forth synchronously; when you move the tool forward, your hands will swing back and forth naturally, and your body can move forward as if walking. The body posture at work is ergonomic, the work is the easiest, and it is suitable for large-area and long-term ground cleaning.

The efficiency of cleaning work can be expressed as: cleaning efficiency = cleaning area = cleaning device width x cleaning distance before and after each cleaning device. Comparing the left and right pictures of the first picture, the front and back wiping distance of the wiper, the front and back cleaning distance of the wiper on the left is D2, and the front and back cleaning distance of the double-grip wiper on the right is D1, D1 is obviously greater than D2, actual measurement D1 is about 1.5 times that of D2, that is, when the width of the cleaner is the same, the front and rear distance of the double-grip wiper is about 1.5 times that of the existing wiper, which is about 1.5 times the efficiency. The width of different wipers is different. The front and back movement distance of the wiper is multiplied by the width of the wiper, which is the area and efficiency of each wipe. Compare the width of different wipers and the distance between different wipers before and after, double grip The width of the rod wiper is large and the front-to-rear distance is long, so the wiping efficiency of the double-grip wiper is significantly ahead of the efficiency of the existing single-grip wiper.

Refer to the first picture. The left picture shows that when using the existing sweeping, scrubbing, wiping, mopping, and soil preparation tools, the body posture must be tilted, bend at θ1 degrees, lower the head θ2 degrees, and rotate the body. This is a large area for a long time and during cleaning work. This kind of working posture is prone to fatigue and reduces work efficiency. The dual-grip cleaner has a different working posture from the existing tools for sweeping, scrubbing, wiping, mopping and preparing the floor. When operating the double-grip cleaner, the head, The body and limbs are naturally straightened; when moving forward, the hands are naturally swinging back and forth and walking forward naturally. The operation of the double-grip cleaner is ergonomic, and the operating posture is natural and relaxed.

Force transmission: the force applied by the palm of the hand to the grip when the grip or vector grip is working with one or both hands. This force will be converted into a vector form during the grip, and the vector will follow the direction of the grip or vector grip. Pass down along the pipe wall. The force on the grip has two elements: force and direction, so the applied force becomes a vector on the grip.

Cleaner: It can be divided into three main parts: force transmission component, force structure component, and cleaning component. The double-grip cleaner can be composed of different components and stressed structural components. Different components and stressed structural components have different functions and characteristics to complete different ground cleaning tasks.

Force transmission component: The force transmission component of the cleaner is a component that receives the force exerted by the palm and transmits the force. The force transmission component converts the applied force from the palm into a vector on the grip rod, and the force transmission component transmits the force to the force receiving structure. The force transmission components can be divided into vector grips, grips, T-shaped steel, connecting pipes, and metal connecting pipes.

Forced structure component: The force structure component of the cleaner is to bear the force from the force transmission component, and the force is distributed to the cleaning component after the force is passed through the widened force structure component. Forced structure components can be divided into wiper structure, flat rake structure, single-sided mop head, double-sided mop head, three-sided mop head, double-grip single-sided mop head, double-grip double-sided mop head, Three-sided mop head with double grip.

Cleaning component: The cleaning component of the cleaner is the force of the force-receiving structural component. The cleaning component touches the ground. Depending on the cleaning component, the floor can be cleaned, scrubbed, wiped, and mopped. The cleaning components can be expanded plastic sheets, brush blocks, mopping cloths....

Friction of the cleaner: When the cleaning component of the cleaner is used for floor sweeping, wiping, scrubbing, and mopping, the cleaning and friction work of the cleaning component moving back and forth on the ground will generate friction. The wider the cleaner, The greater the friction. The vector grip can be adjusted to reduce friction and increase thrust, so as to reduce the force and make cleaning work easier.

Working posture and efficiency: The working posture of the double-grip cleaner is to stand upright naturally, the palms are placed to the lowest position, and then the arms are slightly bent to swing back and forth, with both hands applying force to the double-grip cleaner. This posture is much more curved than the existing two arms. The existing single-rod cleaner makes the body and limbs more relaxed and natural; it also has 1.5 times the front and rear cleaning distance than the existing cleaner. The front and rear cleaning distance is the efficiency, so the work efficiency can be improved.

Please refer to the left picture of Fig. 2 for the principle diagram of the vector grip. The vector grip is a type that can adjust the horizontal component and vertical component of the force at the connection between the force transmission component and the force-bearing structure component. Due to the large double-grip cleaner, the friction force is greater when wet mopping, and the force must be increased to make the work difficult. The vector grip can change, increase the horizontal component of the force, and reduce the force of the force. The vertical component increases the thrust, reduces the force and friction, and makes the mopping work easy and relaxed. Or when wiping The vector grip can increase the vertical component of the force-bearing structure component to increase the wiping effect. In the figure, DG is the horizontal line, DH is the vertical line, and D is the force-bearing structural component.

Refer to the left side of Figure 2, F1 and F2 are the force exerted by the palm on the grip bar, F1 and F2 exert force on the grip bar and are transmitted to the force-bearing object D through the grip bar. F1 and F2 are vectors, and the direction is the grip bar and the force-bearing object D direction. The horizontal component of the vector F1 is the vector V1D, the vector V1D is the force to make D forward, and the vertical component of the vector F1 is F1V1. The force of the vector F1V1 is applied to D, causing D to generate friction. Increasing F1V1 will increase the friction, and the friction Larger ground cleaning effect will be better. The horizontal component V1D of F1 must be greater than the friction of D in order to make D work forward.

If the friction force of D is too large due to the large increase in width, the forward force of D must be increased, and the cleaning work becomes more difficult. You can change and reduce the height of the grip to the F2 position. If the force F2=F1, it is just the position The difference is that the horizontal component of the vector F2 is the vector V2D. It can be seen from the figure that the horizontal component V2D is greater than the original horizontal component V1D, that is, after the height of the grip is lowered, the same force is applied to increase the forward force of D. At the same time, the vertical component of F2 is F2V2. After lowering the height of the grip to the F2 position, the vertical component F2V2 will be smaller than the original vertical component F1V1. After the vertical vector F2V2 becomes smaller, the vertical component acting on the force structure will become smaller, and the friction will also become smaller. small. After F1 is reduced to F2, the forward force of D increases and the friction of D decreases at the same time, which will enable the double-grip cleaner to be operated with a greatly reduced force, making the work more labor-saving and easier.

Refer to the right picture in Figure 2. In terms of height, H1=H2, which is the lowest height of the palm when standing naturally; according to the posture of the dual-grip cleaner operation, the grip must be operated and applied at the palm position after the hands are straightened, so that it can be easily operated and applied. At this time, the angle between the grip and the ground is A. Therefore, the height of the grip must be at the position of the palm after both hands are straightened. The height of the grip cannot be lower than the palm, otherwise the palm cannot hold the grip for operation; the height of the grip cannot be higher than the palm, and the grip is higher than the palm height when the arm is straightened. , Will operate like the existing mop, with disadvantages such as poor force application, small front-to-back distance, and low efficiency. With reference to the formula on the right, under the condition of the same height, the length of the grip must be greatly increased from DH1 to DH2 in order to reduce the angle between the grip and the stressed structural component D to achieve the purpose of increasing the horizontal thrust. Therefore, the length of the grip bar can be increased from DH1 to DH2, and the angle between the grip bar and the ground can be reduced to the included angle B to achieve the purpose of increasing the horizontal thrust. However, this method will greatly increase the size of the grip bar and reduce the shortcomings of operation flexibility.

From the conclusion of Figure 2, changing the angle between the grip and the force-bearing structure D and the horizontal line can change the horizontal and vertical components of the force. The horizontal component, that is, the thrust, can make the cleaner forward to do the cleaning work, the vertical component downward force on the force-bearing structure component, the force-bearing structure component transfers the horizontal component and the vertical component to the cleaning component for cleaning work. The cleaning work can be sweeping and washing. Ground, wiping, and mopping work. During cleaning work, the cleaning component and the ground will generate friction. If the vertical component of the stressed structural component is increased, the pressure and friction of the cleaning component will increase, and the increase in pressure and friction will increase Add cleaning effect. If you want to increase the cleaning effect, you can change and increase the angle between the grip and the force-bearing structure. So the vector grip can be used to adjust the force application and cleaning effect.

Refer to the middle image in Figure 3, which is the formation diagram of the vector grip. Assuming that DH was originally a linear grip, between D and H, the straight grip is processed with a curved pipe, so that the grip is turned or curved, so that when the grip finally enters D, the grip and the force structure, The angle of the horizontal line changes from A to B, which is a vector grip. The force vector is transmitted along the grip. When the force F reaches D, it enters D at the angle of B. This method is used to reduce the angle between the grip and the force structure or horizontal line. The vector grip function is to change the angle between the grip and the force-bearing structure or the horizontal line when the grip bar enters the force-bearing structure D, achieving an increase in the horizontal component of the force vector and a decrease in the vertical component of the force vector. This method can greatly reduce dragging. The exertion of work makes the mopping work easier and easier. The vector grip can greatly reduce the force of the wide double-grip cleaner. Under the premise that the cleaning effect is small, the vector grip makes the work of the wide double-grip cleaner easier and easier.

Refer to Figure 4 for the double-grip wiper of the double-grip cleaner. The double-grip wiper has an efficient, fast and ergonomic easy operation posture for large-area wiping work. Due to the low friction of the double-grip wiper, you can use the vector grip to increase the vertical component without causing the wiper work to become too forceful. The vector grip can increase the vertical component and friction of the double-grip wiper to achieve better wiping effect. This vector grip increases the angle between the grip and the force structure, which means to increase the force. The vertical component and reducing the horizontal component of the force are to increase the vertical force of the wiper structure to achieve the purpose of increasing the wiper effect.

Wiper structure: a structure with a wide groove, a structure with a connecting device above the groove, and a force transmission component can be connected above the groove. The wiper structure is one of the force-bearing structural components, which receives the force from the vector grip and the grip, and then distributes it to the cleaning components for cleaning. Expanded plastic sheets, expanded rubber sheets, and bristle blocks can be placed in the grooves for wiping, sweeping, and scrubbing.

Refer to Figure 5, which is an exploded view of the dual-grip wiper. The double-grip wiper can be divided into three parts: a vector grip or a grip, a wiper structure, and an expanded plastic sheet. The double-grip wiper can efficiently remove ground water on a large area of ground, stadium... etc. The large double-grip wiper can quickly and efficiently complete the cleaning work. The double-grip wiper has low friction, and the vector grip can be adjusted to increase the vertical component of the force, which is used to increase the vertical force of the wiper structure and increase the wiper effect. The dual-grip wiper has a natural and relaxed working posture, and can easily and easily complete large-area ground wiping work.

Refer to Figure 6, which is a diagram and an exploded view of the dual-grip sweeper in the dual-grip cleaner. The dual-grip sweeper can be divided into three parts: vector grip or grip, wiper structure, and bristle block. The dual-grip sweeper can efficiently clean leaves, gravel, garbage, or clean the ground on a large area of ground, stadium... and other ground. The large double-grip cleaner can complete the cleaning work quickly and efficiently. The double-grip sweeper has low friction, The vector grip can be adjusted to increase the vertical component of the force, which is used to increase the vertical force of the wiper structure and increase the cleaning effect. The working posture of the dual-grip sweeper is natural and relaxed, and can easily and easily complete large-area sweeping or washing work.

Refer to Figure 7, which is a double-grip flat rake diagram and an exploded diagram. The double-grip flat rake device can be divided into two parts: the vector grip or the grip and the flat rake structure. The double-grip flat rake is the existing flat rake with enlarged width and double-grip, which can greatly increase the work efficiency of cleaning and leveling. The operation of the double-grip is ergonomic, and the work is easy and effortless. The vector grip can adjust the force, so that the widened double grip flat rake has higher efficiency and better operating functions. The double-grip flat rake can be used in large-area farming, soil preparation, snow removal, civil engineering, etc.

Refer to Figure 8, which is a double-grip double-split wiper. The huge double-grip wiper can be divided into two vector-grip wipers on the left and right. It can be used separately or in combination according to the working width and area. Its advantage is that it is convenient to transport, carry, store, and sell. Or it is convenient to use and improve efficiency. When the two vector grip wipers are combined, the connecting piece is combined. There are screws and screw holes on the connecting piece. Use the connecting piece to connect the two vector grip wipers to form a double-grip double-piece wiper. There is a rubber sheet on the connecting piece, which can prevent water leakage in the joint of the two vector grip wipers combined. The expanded plastic sheet and the bristle block can be interchanged and can be used for different cleaning tasks.

Refer to Figure 9 for a double-grip three-piece wiper. Double-grip three-scratch The wiper is composed of a double-grip wiper and two wiper blocks. When combined, the double-grip wiper is combined with a connecting piece on the left and right sides of the wiper block. The connecting piece has screws and the screws are locked. The grip wiper and the wiper block are ready. Its advantage is that it is convenient to transport, carry, store, and sell, or it can be used flexibly with different ground widths and areas. The huge width after combination can greatly improve efficiency.

Refer to Figure 10, which is a double-grip curved wiper. The double-grip curved wiper is composed of a double-grip wiper and two wiper blocks. The double-grip wiper of the double-grip curved wiper is not connected in a straight line with the two wiper blocks. The two wiper blocks are connected on the left and right sides of the double-grip wiper, and are connected by a knuckle connecting piece , After the connection, there is an angle between the double-grip wiper and the left and right wiper blocks. After the two wiper blocks are connected with the double-grip wiper, they will be concave and curved. When the wiper is moving forward, the wiper can be wiped. The dropped water is concentrated in the concave shape, and the water will not flow out of the concave shape of the double-grip curved wiper. There are screws on the angled connecting piece, and the screws lock the double-grip wiper, and the two wiper blocks form a double-grip curved wiper. The huge double-grip curved wiper can be decomposed into a double-grip wiper and two wiper blocks. Its advantages are convenient transportation, carrying, storage, and sales, or provide different widths and areas for wiper use.

Refer to Figure 11, which is a double-grip single-sided mop. The double-grip single-sided mop is composed of a force transmission component: a vector grip, a connecting tube, a T-shaped steel, or a metal connecting pipe of the force transmission component, and a double-grip single-sided mop head. There are two connectors on the double-grip single-sided mop head Connecting device, two connecting devices can be connected to force transmission components. Large-area mopping, the double-grip single-sided mop head is wider than the existing mop head, which can greatly improve the mopping efficiency. Using the vector grip can greatly reduce the force and work easier. The double-grip single-sided mop has the functions of high efficiency, labor-saving operation and easy operation.

Refer to Figure 12, which is a double-sided mop with dual grips. The double-grip double-sided mop is composed of force transmission components: vector grip, connecting tube, T-shaped steel, or metal connecting pipe of the force transmission component, and the double-grip double-sided mop head. The wide double-grip double-sided mop head has two notches to allow different T-shaped steel shafts to pass through, so that the double-grip double-sided mop can be used for different mopping on the ground. Large area mopping, the double-grip double-sided mop head is wider than the existing mop head, which can greatly improve the mopping efficiency. There are two double-grip double-sided mop heads for mopping the ground, which can reduce the frequency and time of changing mopping cloth and improve the efficiency of mopping. When mopping the floor wet, the vector grip can be used to greatly reduce the force. The double-grip double-sided mop has the functions of high efficiency, labor-saving operation and easy operation.

Refer to Figure 13, which is a three-sided mop with dual grips. The double-grip three-sided mop consists of a force-transmitting component: vector grip, connecting tube, T-shaped steel, or a metal connecting pipe of the force-transmitting component, and a double-grip three-sided mop head. The characteristics of the double-grip three-sided mop head is that the double-grip three-sided mop head is an isosceles triangle, the center of gravity of the isosceles triangle is the axis of gravity, the double-grip three-sided mop head has two notches, and the two notches are on the same side of the isosceles triangle. The two notches can allow different T-shaped steel to rotate, so that any one of the double-grip three-sided mop head You can change and use different mopping surfaces for mopping work. Large-area mopping, the double-grip three-sided mop head is wider than the existing mop head, which can greatly improve the mopping efficiency; the double-grip three-sided mop has three moppings on the ground, which can greatly reduce the frequency and time of changing the mopping cloth. When mopping the floor wet, using the vector grip can greatly reduce the force, so that the high-efficiency double-grip three-sided mop can also work easily and easily. Therefore, the double-grip three-sided mop has the functions of high efficiency, labor-saving operation and easy operation.

Refer to Figure 14, which is one of the embodiments of the vector grip bar in a single-grip bar cleaner. The vector grip bar can be used in existing cleaners and cleaners to enhance the mopping effect or save effort. The single-grip cleaner of this embodiment can be a vector-grip wiper, a vector-grip sweeper, and a vector-grip flat rake. The single-grip cleaner can be the same as the double-grip cleaner, using the vector grip to change the horizontal thrust and vertical force of the single-grip cleaner. The width of the single-grip cleaner is small, so the friction is small. The main function of the vector grip is to increase the vertical force. After the vertical force is increased to the force-bearing structure, the cleaning effect of the cleaning component can be increased. The vector grip has sufficient cleaning power after the vertical force is increased, no two-handed operation is required, and there is no need to turn, tilt, lower the head, and operate the cleaner with both hands as in the existing cleaner. There is a cleaning device with a vector grip. The operation posture is as long as the body stands up straight, and the cleaning device can be operated with one hand. The body posture is relaxed and easy. One-handed operation of the cleaner with a vector grip, because the palm position is lower and the front and rear working distance is large, the front and rear distance of the cleaner can be greatly increased. That is, the vector grip cleaner is more efficient than the existing cleaner. Have a relaxed working posture.

Refer to Figure 15, which is the second embodiment of the vector grip in the single-grip cleaner. The vector grip can be used in existing cleaners and cleaners to enhance the mopping effect or save effort. The vector grip of this embodiment can be applied to a single-sided mop, a double-sided mop, and a three-sided mop. The vector grip is called a vector-grip single-sided mop, a vector-grip double-sided mop, and a vector-grip three-sided mop. The vector grip can be used as a single-grip mop to improve the mopping posture, make mopping easier, strengthen the mopping effect or save effort; when working with a vector grip mop, you can mop the ground by placing your hand in a lower position. This is The mopping posture is relatively relaxed. In addition, the mop head with the vector grip has a longer mopping distance, so the mopping efficiency can be improved. The vector grip can enhance the mopping effect if the vertical component of the applied force is increased, and the mopping posture with one hand is easier. Or increase the horizontal component of the force, so that the mop head with a larger width and frictional force can change and increase the horizontal component of the force to make the mopping work easier and easier.

01: Double-grip wiper

02: Wiper

03: Vector grip

04: Grip

05: Wiper structure

06: Expanded plastic sheet

07: Double-grip sweeper

08: bristle block

09: Double-grip flat rake

10: Flat harrow structure

11: connecting piece

12: Rubber sheet

13: Wiper block

14: Angled connecting piece

15: Double grip double wiper

16: Double-grip three-piece wiper

17: Double-grip curved wiper

18: Double-grip single-sided mop head

19: T-shaped steel

20: connecting pipe

21: Metal connecting pipe

22: Double-grip double-sided mop head

23: Double-grip three-sided mop head

24: Vector grip wiper

25: Vector Grip Sweeper

26: Vector grip flat rake

27: Single-sided mop with vector grip

28: Vector grip double-sided mop

29: Vector grip three-sided mop

30: Screw

31: Center of gravity

Figure 1 is a comparison diagram of the working posture of the double-grip wiper in the cleaner of this creation and the existing single-grip wiper.

Figure 2 is a schematic diagram of the vector grip of this creation.

Figure 3 is the vector grip formation diagram of this creation.

Picture 4 is a picture of the double-grip wiper of this creation.

Figure 5 is an exploded view of the double-grip wiper of this creation.

Figure 6 is the double-grip sweeper and exploded view of this creation.

Figure 7 is the double-grip flat rake and exploded view of this creation.

Figure 8 is the drawing and exploded view of the double-grip double-wiper of this creation.

Figure 9 is the double-grip three-piece wiper and exploded view of this creation.

Figure 10 is a diagram and an exploded view of the double-grip curved wiper of this creation.

Figure 11 is an exploded view of the double-grip single-sided mop.

Figure 12 is an exploded view of the dual-grip double-sided mop.

Figure 13 is an exploded view of the double-grip three-sided mop.

Figure 14 is the vector grip wiper, the vector grip sweeper, and the vector grip flat rake.

Figure 15 is the vector grip single-sided mop, vector grip double-sided mop, and vector grip three-sided mop.

Referring to Fig. 8, the creative department provides a double-grip double-joint wiper 15, which is a combined wiper. The double-grip double-piece wiper 15 includes two vector-grip wipers 24 in a straight line. The connecting piece 11 and the screw 30 are used to connect and fix the two vector-grip wipers 24 to form a double Grip double spell wiper 15.

Refer to Figure 9, this creative department provides a double-grip three-piece wiper 16. The double-grip three-piece wiper 16 is a combined wiper. The double-grip triple-split wiper 16 includes a double-grip wiper 1, two wiper blocks 13, and two connecting pieces 11, which are formed in a straight line. Two connecting pieces 11 and screws 30 are used to connect the left and right sides of the double-grip wiper 1 and the screws 30 to lock the wiper block 13 respectively to form a double-grip three-piece wiper 16.

Referring to Fig. 10, this creative department provides a double-grip curved wiper 17, and the double-grip curved wiper 17 is a combined wiper. The double-grip curved wiper 17 includes a double-grip wiper 1, two wiper blocks 13, and two angled connecting pieces 14, which are connected to form a concave shape. Use two angled connecting pieces 14 and screws to connect the double-grip wiper 1 near the left and right sides, and use screws 30 to lock the wiper block 13 to form a double-grip curved wiper 17.

01‧‧‧Double grip wiper

03‧‧‧Vector Grip

05‧‧‧Wiper structure

Claims (7)

A cleaning device that can use different component combinations to complete different ground cleaning tasks, including: a force transmission component, which is a component that receives and transmits the force applied by the hand, and transmits the applied force to the force-bearing structure component; The lower end of the force transmission component is connected to the force structure component; the force transmission component that receives the force from the hand can be a vector grip or a grip, and the force transmission component that transmits and converts the force from the hand to the force structure component can be T-shaped steel, Connecting pipes and metal connecting pipes; one or two of the grip rods and vector grips of the force transmission component can be used on the same force structure component; a force structure component that receives the force of the force transmission component; different shapes The force-bearing structure component disperses and transfers the applied force of the force-transmitting component to the cleaning component, so that the cleaning component can obtain the applied force to achieve different cleaning tasks, or the force-bearing structure component can be directly cleaned; the force-bearing structure component can be a wiper structure , Flat rake structure, single-sided mop head, double-sided mop head, three-sided mop head, double-grip single-sided mop head, double-grip double-sided mop head, double-grip three-sided mop head; force structure components can accept one or The force applied by two vector grips and grips; one cleaning component, which receives the force from the force-bearing structure component, and uses the cleaning characteristics of different cleaning components to complete different cleaning tasks; the cleaning components can be expanded plastic sheets or bristle blocks , Mopping the floor cloth; the connection mode and relationship of the components of the cleaner: the lower end of the force transmission component is connected to the force structure component, and the connection method of the force transmission component and the force structure component can be the grip rod or the vector grip of the force transmission component Directly connect the force-bearing structural components by plugging and screwing; or by plugging and screwing the upper end of the connecting pipe and the metal connecting pipe for the grip rod and the vector gripping rod, and connect the T-shaped steel with the lower end of the connecting pipe and the metal connection by plugging and welding. The vertical end of the force-bearing structure component has gaps, and each gap has two holes perpendicular to the gap. Then the rotating shafts of the parallel ends of the T-shaped steel are placed in the gap holes of the force-bearing structure component, so that the T-shaped steel shaft The connection method that can freely rotate up and down in the hole of the stressed structure component to facilitate the rotation and force application of the T-shaped steel; the lower end of the stressed structure component is connected to the cleaning component, and the connection method of the stressed structure component and the cleaning component can be embedding or screw lock Connection, welding, bonding. As for the cleaner described in item 1 of the scope of patent application, the force transmission component can be a vector grip. The vector grip is characterized by a non-linear grip. The shape of the vector grip can be a turning shape, a zigzag or a curved shape. ; Vector grip can apply force to the vector on the grip, using the function and characteristics of a non-linear grip, and adjust the angle between the end of the grip and the force-bearing structural component and the horizontal line. The vector grip can be used to adjust the force When the vector enters the force-bearing structural component, the horizontal component of the force vector and the vertical component of the force vector achieve a method in which the horizontal component of the force vector and the vertical component of the force vector increase or decrease. For example, the cleaner described in item 1 of the scope of patent application, wherein the force transmission component can be a vector grip rod, a grip rod, a T-shaped steel, a connecting pipe, a metal connecting pipe, the force-bearing structure component can use a wiper structure, and the cleaning component can be It is an expanded plastic sheet; the expanded plastic sheet and bristle block of the cleaning component can be interchanged. For the cleaner described in item 1 of the scope of patent application, the cleaner can be connected and combined with a connecting piece to become a double-grip wiper; the wiper structure on both sides of the cleaner can use a wiper block and a wiper. The connecting piece is screwed and connected and combined to become a double-grip bar Three-piece wiper; the wiper structure on both sides of the cleaner can be connected by a corner connecting piece and combined to become a double-grip curved wiper. As for the cleaner described in item 1 of the scope of patent application, the force transmission components can be vector grip rods, grip rods, T-shaped steel, connecting pipes, and metal connecting pipes; the force-bearing structure components can use the wiper structure, and the cleaning components can be It is a block of bristles. As for the cleaner described in item 1 of the scope of the patent application, the force-bearing structure component of the force transmission component can be a vector grip rod, a connecting tube, a T-shaped steel, or a metal connecting pipe; the force-bearing structure component can be a double-grip single-sided Mop head, double-grip double-sided mop head, double-grip three-sided mop head; double-grip single-sided mop head is characterized by two connecting devices on the non-mopping ground, and the two connecting devices can be connected to power transmission components; double-grip The double-sided mop head is characterized by two notches on the double-grip mop head, which allows two T-shaped steels to reach the other side of the double-grip double-sided mop head when rotating; the double-grip three-sided mop head is characterized by an isosceles triangle. The mop head has two notches on one side of the dual-grip three-sided mop head. The two notches can allow different T-shaped steel to rotate. The mop of the rotating surface mop head is mopping the ground. The dual-grip three-sided mop head has an isosceles triangle. The center of gravity is the shaft of the T-shaped steel. For the cleaner described in item 1 of the scope of patent application, the force transmission component can be a vector grip, a T-shaped steel, a connecting pipe, or a metal connecting pipe; the force-bearing structure component can use a single-sided mop head or a double-sided mop head , Three-sided mop head, wiper structure, flat rake structure; the characteristic of single-sided mop head is that there is a connecting device on the non-mopping ground, and the connecting device can be connected to the force transmission component; the characteristic of double-sided mop head is that the double-sided mop head has a gap, The T-shaped steel can be rotated to reach the other side of the double-sided mop head; the three-sided mop head is characterized by an isosceles triangle forming a triangular column, and there is a gap on one side of the triangular column, which allows the T-shaped steel to rotate, so that the three-sided mop head can use different mopping on the ground. The center of gravity of the isosceles triangle is the axis of rotation of the T-shaped steel.

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