CN211674125U - Portable shoe brushing device - Google Patents

Abstract

The utility model discloses a portable shoe brushing device, which comprises a shoe polish storage pipe, a cleaning liquid pipe and a control mechanism located inside the shell, which are connected to the outside of a casing and are arranged side by side and horizontally. The tube bodies of the shoe polish tube and the cleaning liquid tube are provided with liquid inflow holes, the ends of the shoe polish storage tube and the cleaning liquid tube away from the casing are provided with liquid outflow nozzles, and the control mechanism includes a displacement amplifying mechanism and a left and right displacement control mechanism of the displacement amplifying mechanism. The transmission mechanism, the displacement amplifying mechanism is arranged horizontally in the inner cavity of the casing, and the end of the displacement amplifying mechanism close to the shoe oil storage pipe or the cleaning liquid pipe is connected with a boosting and decoupling mechanism for the conversion of the oil and water pipeline; the shoe brushing mechanism includes a horizontally arranged transmission rod The shoe brush handle set on the upper sleeve, the circumference and the top of the shoe brush handle are evenly provided with bristles, the casing is provided with a drive motor for controlling the transmission rod, and the integrated design of the shoe oil storage pipe, the shoe brushing mechanism and the cleaning liquid pipe of the device is convenient for Portable and easy to use.

Description

A portable shoe brushing device

technical field

The utility model relates to the technical field of shoe brushing devices, in particular to a portable shoe brushing device.

Background technique

The existing shoe brushing tools all use ordinary flat brushes, and the shoe polish, shoe brush and shoe towel are independent of each other. When brushing shoes, squeeze a large amount of shoe polish from the oil box onto the shoes, the amount of oil is uneven, and the user's hands, clothes and other places are often stained with oil, which is inconvenient to use and carry, especially for people who travel frequently. Even though some hotels have shoe brushing machines, they are often unavailable and do not provide shoe polish. The treatment of shoe uppers, especially the details, is very incomplete and ineffective.

Utility model content

In order to solve the above problems, the utility model provides a portable shoe brushing device, which is more convenient to carry and use, and one brush can be used for multiple purposes.

The utility model is realized through the following technical solutions:

A portable shoe brushing device, comprising a shoe polish storage pipe, a cleaning liquid pipe and a control mechanism located inside the shell, which are connected to the outside of the casing and are arranged horizontally side by side, and a shoe brushing mechanism is provided below the shoe polish storage pipe or the cleaning liquid pipe. , the pipe bodies of the shoe polish storage pipe and the cleaning liquid pipe are all provided with liquid inflow holes, and the ends of the shoe polish storage pipe and the cleaning liquid pipe away from the casing are all provided with liquid outflow nozzles;

The control mechanism includes a displacement amplifying mechanism and a transmission mechanism that controls the left and right displacement of the displacement amplifying mechanism. The displacement amplifying mechanism is horizontally arranged in the inner cavity of the housing. Booster decoupling mechanism for oil-water pipeline conversion;

The boosting and decoupling mechanism includes a boosting switching sleeve groove connected with one end of the displacement amplifying mechanism, the cross-section of the inner cavity of the boosting switching sleeve groove is arc-shaped, and the groove surface of the boosting switching sleeve groove faces the storage tank. A shoe polish pipe or a cleaning liquid pipe is provided, and the bottom of the boost switching sleeve is provided with a connecting sleeve I and a connecting sleeve II that are located between the two opposite inner walls of the housing and are symmetrical to each other, and the connecting sleeve I is connected to the The adjacent ends of the collar II are respectively connected with mutually symmetrical and mutually independent booster plugs I and booster plugs II. The supporting connecting rod I and the supporting connecting rod II outside the casing are respectively provided with a connecting collar I for pushing the boosting plug II and the boosting plug I at one end of the supporting connecting rod I and the supporting connecting rod II outside the casing. Or the connecting collar II is clipped on the boost button I and the boost button II in the inner cavity of the boost switching sleeve groove, and the bottom of the connecting collar I and the connecting collar II are respectively connected with one end extending to the inside of the shoe oil storage pipe. The piston booster rod I and the piston booster rod II with one end extending inside the cleaning liquid pipe, the piston booster rod I at one end of the shoe oil storage pipe and the piston booster rod II at one end of the cleaning liquid pipe are hingedly connected with pistons respectively. ;

The shoe brushing mechanism includes a shoe brush handle sleeved on a horizontally arranged transmission rod, the circumference and top of the shoe brush handle are evenly provided with bristles, and the casing is provided with a drive motor for controlling the transmission rod.

Further, the displacement amplifying mechanism includes a horizontally arranged fork-shaped telescopic rod, the fork-shaped telescopic rod is cross-connected and fixed by a plurality of moving rods, and a displacement amplifier moving guide rail is provided in the casing corresponding to the bottom of the moving rod located below. slot, so that the fork-shaped telescopic rod can move on the displacement amplifier moving guide rail groove, the boost switching sleeve groove is connected with the intersection of the moving rod at the end, and the fork-shaped telescopic rod is far away from the two moving rods at one end of the shoe oil storage pipe The upper support plate and the lower support plate which are arranged horizontally and are opposite up and down are respectively connected, the upper support plate is provided with a limit spring at one end of the fork-shaped telescopic rod, and the other end of the limit spring is set at the end of the fork-shaped telescopic rod. above.

Further, limit plates are provided in the housing corresponding to the right ends of the upper support plate and the lower support plate.

Further, the bottom of the lower support plate is provided with a slider slot, and a transmission mechanism is arranged at the bottom of the lower support plate. The transmission mechanism includes a slider II corresponding to the slider slot, and the slider II is provided with It can slide up and down in the vertically arranged slider guide rail II, and the slider II is connected with a downwardly arranged booster link II through the connecting rod connecting shaft, and the bottom of the booster link II is connected with an eccentric A runner, the eccentric runner is connected with a booster link I inclined to the right through a connecting rod connecting shaft, and the other end of the booster link I is connected with a slider I through a connecting rod connecting shaft. The block I is arranged in the horizontally arranged slider guide rail I to make it move left and right, and the right end of the slider I is connected with a main pressure driving handle whose one end extends to the outer end of the casing.

Further, the shoe brush handle is cylindrical, and the outer cover is provided with a removable protective cover, and the protective cover is fastened by a fixed button.

Further, the liquid outflow nozzle of the shoe oil storage pipe and the cleaning liquid pipe can be detachably connected with a smearing mechanism, and the smearing mechanism comprises a flat smear uniform plate that is threadedly connected with the liquid outflow nozzle of the shoe oil storage pipe or the cleaning liquid pipe, The smearing plate is evenly provided with liquid distribution openings.

Further, the housing is provided with a storage box.

Further, the drive motor is provided with a frequency conversion speed regulator, and correspondingly provided with a frequency conversion control button.

Further, a power switch is provided on the casing.

Further, the casing is provided with a battery.

The beneficial effects of the present utility model are:

(1) The utility model utilizes the integrated design of the shoe oil storage tube, the shoe brushing mechanism, the cleaning liquid tube, the storage box for placing the soft (paper) towel, etc., which can avoid the separation of oil, brush and towel during traditional shoe upper cleaning and maintenance. , the disadvantages of being inconvenient to carry and store;

(2) The utility model adopts the shoe polish storage tube and the cleaning liquid tube to choose to install a uniform smearing mechanism, and can choose to use the shoe polish storage tube or the cleaning liquid tube according to the needs, which can evenly apply the shoe polish or cleaning liquid (water), saving oil, The amount of liquid (water) used reduces the cost of use;

(3) The utility model utilizes the integration of hands and the shape design of the cylindrical shoe brush, and selects the working mode on demand, which not only avoids the fatigue and inconvenience of traditional shoe brushing, but also greatly facilitates detail processing and improves the quality and efficiency of shoe brushing. ;

(4) Using the portable shoe brushing device, it can not only clean and maintain the surface of leather shoes, imitation leather products (or plastic, textile products) and other shoe surfaces, but also can be used to clean the surface of other regular objects to achieve one brush Multi-purpose, reduce purchase cost;

(5) Using the portable shoe brushing device, it can be filled with oil or liquid at one time and used multiple times, avoiding the oil pollution and the pollution of the surrounding items in the traditional way of use, and bringing convenience to long-time travelers.

Description of drawings

Fig. 1 is the overall structure schematic diagram of the present utility model;

Fig. 2 is the structural representation of the utility model boosting and decoupling mechanism;

Fig. 3 is the sectional view of the utility model boosting and decoupling mechanism;

Fig. 4 is the structural representation of the utility model of storing shoe polish pipe and cleaning liquid pipe;

Fig. 5 is the structural representation of the displacement amplifying mechanism of the present invention;

Fig. 6 is the structural representation of the transmission mechanism of the present utility model;

Fig. 7 is the structural representation of the protective cover of the present utility model;

Reference numerals: 1. Shoe oil storage pipe, 2. Cleaning liquid pipe, 3. Housing, 4. Fork telescopic rod, 5. Upper support plate, 6. Lower support plate, 7. Limit spring, 8. Slider Slot, 9, Slider II, 10, Booster Link II, 11, Eccentric Wheel, 12, Booster Link I, 13, Slider I, 14, Main Pressure Drive Handle, 15, Booster Switch Sleeve Slot, 16, connecting collar I, 17, connecting collar II, 18, support connecting rod I, 19, booster button I, 20, booster head I, 21, piston booster rod I, 22, support connecting rod Ⅱ, 23, Booster button Ⅱ, 24, booster head Ⅱ, 25, piston booster rod Ⅱ, 26, piston, 27, transmission rod, 28, shoe brush handle, 29, bristles, 30, drive motor, 31, Protective sleeve, 32, Fixed button, 33, Spreading plate, 34, Liquid distribution port, 35, Liquid inflow hole, 36, Liquid outflow nozzle, 37, Storage box, 38, Power switch, 39, Limit plate, 40 , The displacement amplifier moves the guide rail groove.

Detailed ways

The technical solutions in the embodiments of the present invention will be clearly and completely described below according to the accompanying drawings.

A portable shoe brushing device, comprising a shoe oil storage pipe 1, a cleaning liquid pipe 2 and a control mechanism located inside the casing 3, which are connected to the outside of the housing 3 and are arranged in parallel and side by side, and the shoe oil storage pipe 1 or the cleaning liquid pipe 2 has a The bottom is provided with a shoe brushing mechanism, the pipe bodies of the shoe polisher pipe 1 and the cleaning liquid pipe 2 are all provided with a liquid inflow hole 35, and the one end of the shoe polisher pipe 1 and the cleaning liquid pipe 2 away from the housing is provided with liquid Outflow nozzle 36, the liquid inflow hole 35 and the liquid outflow nozzle 36 of the described shoe polisher pipe 1 and the cleaning liquid pipe 2 are all provided with a sealing cap, and the liquid outflow nozzle 36 of the described shoe polisher pipe 1 and the cleaning liquid pipe 2 can all be A smearing mechanism is disassembled and connected, and the smearing mechanism includes a flat smearing plate 33 threadedly connected to the liquid outflow nozzle 36 of the shoe oil storage pipe or the cleaning liquid pipe.

The control mechanism includes a displacement amplifying mechanism and a transmission mechanism that controls the left and right displacement of the displacement amplifying mechanism. The displacement amplifying mechanism is horizontally arranged in the inner cavity of the housing. The displacement amplifying mechanism includes a horizontally arranged fork-shaped telescopic rod 4. The telescopic rod 4 is cross-connected and fixed by a plurality of moving rods, and a displacement amplifier moving guide rail groove 40 is arranged in the casing corresponding to the bottom of the moving rod located below, so that the fork-shaped telescopic rod 4 can move on the displacement amplifier moving rail groove 40 , the two moving rods of the fork-shaped telescopic rod 4 away from one end of the shoe oil pipe are respectively connected with the upper support plate 5 and the lower support plate 6 that are arranged horizontally and up and down opposite, and the corresponding upper support plate 5 and the lower support plate in the housing The right end of 6 is provided with a limit plate 39, and one end of the upper support plate 5 close to the fork-shaped telescopic rod is provided with a limit spring 7, and the other end of the limit spring 7 is set above the end of the fork-shaped telescopic rod 4;

The bottom of the lower support plate 6 is provided with a slider slot 8, and a transmission mechanism is arranged at the bottom of the lower support plate 6. The transmission mechanism includes a slider II9 corresponding to the slider slot. It can slide up and down in the vertically arranged slider guide rail II, and the slider II9 is connected with a vertically downwardly arranged booster link II10 through the connecting rod connecting shaft, and the bottom of the booster link II10 is connected to There is an eccentric runner 11, the eccentric runner 11 is a figure-eight eccentric runner, and the eccentric runner 11 is connected with a rightwardly inclined booster link I12 through a connecting rod connecting shaft. The booster link I12 The other end of the sliding block I13 is connected with a sliding block I13 through the connecting rod connecting shaft. The sliding block I13 is set in the horizontally arranged slider guide rail I so that it can move left and right. main pressure drive handle 14;

The displacement amplifying mechanism is connected with a booster unhooking mechanism for oil-water pipeline conversion near one end of the shoe oil storage pipe 1 or the cleaning liquid pipe 2. The boost switching sleeve groove 15, the cross section of the inner cavity of the boost switching sleeve groove 15 is arranged in an arc shape, and the groove surface of the boost switching sleeve groove 15 is set towards the shoe oil storage pipe 1 or the cleaning liquid pipe 2, so the The bottom of the boost switching sleeve groove 15 is provided with a connecting sleeve I16 and a connecting sleeve II17 which are located between the two opposite inner walls of the housing and are symmetrical to each other on the same straight line. The adjacent ends are respectively connected with mutually symmetrical and mutually independent booster plugs I20 and booster plugs II24, that is, a gap is set between the booster plugs I20 and the booster plugs II24, and the connection collar I16 and the connection collar II17 are close to each other. One end of the casing is respectively connected with a supporting connecting rod I18 and a supporting connecting rod II22 which are symmetrical to each other and extend to the outside of the casing. The plug II24 and the booster plug I20 make the connecting collar I16 or the connecting collar II17 clipped on the booster button I19 and the booster button II23 in the inner cavity of the booster switching sleeve groove 15. When the booster button I19 is pushed, the booster head will be pushed II24 is pushed open so that the connecting collar I16 is clamped in the inner cavity of the boost switching sleeve groove 15. At this time, the boost button I19 is stuck and fixedly connected with the shell, so that the connecting collar I16 is firmly facing the clamping sleeve in the boost switching sleeve. Inside the inner cavity of the groove 15, or push the booster button II23 to open the booster plug I20 correspondingly, so that the connecting collar II17 is clamped in the inner cavity of the booster switching sleeve groove 15, at this time, the booster button II23 is stuck and fixedly connected to the shell , so that the connecting collar II17 is firmly facing the inner cavity of the boost switching sleeve groove 15, and the outer diameter of the boost button I19 or the boost button II23 is larger than that of the support connecting rod I18 and the supporting connecting rod II22 on the shell. The diameter of the hole that passes through, the bottom of the connecting collar I16 and the connecting collar II17 are respectively connected with a piston booster rod I21 with one end extending to the inside of the shoe oil storage pipe and a piston booster rod II25 extending inside the cleaning liquid pipe at one end. , the piston booster rod I21 is hingedly connected with a piston 26 at one end of the shoe oil storage pipe and the piston booster rod II25 at one end of the cleaning liquid pipe. When the shoe upper needs to be cleaned, according to the contamination of the shoe upper, the pipe is routed to The booster decoupling mechanism selects the piston booster rod corresponding to the oil and liquid injection pipeline. When the upper needs to be oiled, first use the booster button I19 to push the support connecting rod I18, and the booster head I20 pushes the piston of the cleaning liquid pipe. The booster rod II25, and the connecting collar I16 of the oil storage pipeline is stuck on the booster switch sleeve. If the upper is cleaned, use the booster button II23 to push the support connecting rod II22, and the booster head II24 will push it open. The piston booster rod I21 of the oil storage pipeline and the connecting collar II17 of the cleaning liquid pipe are stuck on the booster switching sleeve groove;

When the main pressure drive handle 14 is pushed, the slider I13 drives the booster link I12 to move, the booster link I12 drives the eccentric runner 11 to rotate, and the eccentric runner 11 drives the booster link II10 and its connected slider II9 Moving up, the slider II9 is stuck in the slider slot 8. With the continuous upward movement of the slider II9, the force-applying handle of the displacement amplifying mechanism is pressed down, and the fork-shaped telescopic rod of the displacement amplifying mechanism runs along the upper part of the transmission mechanism cabin. The displacement amplifier moves the guide rail groove 40 to the right, the displacement amplifying mechanism pushes the piston booster rod connected to the booster decoupling mechanism to push the piston to move, and the shoe polish or cleaning liquid (water) flows out through the corresponding liquid outflow nozzle 36, and acts on the coating mechanism. Next, apply the oil (water) evenly to the upper of the shoe. When the use is finished, loosen the main pressure drive handle 14, and under the elastic force of the limit spring 7 connected to the displacement amplifying mechanism, the displacement amplifying mechanism moves to the left and returns to its original position;

The shoe brushing mechanism includes a shoe brush handle 28 sleeved on a horizontally arranged transmission rod 27, the circumference and top of the shoe brush handle 28 are evenly provided with bristles 29, and the housing is provided with a drive motor for controlling the transmission rod. 30. The drive motor 30 is provided with a variable frequency speed regulator, which can adjust the rotational speed of the drive motor as required. The housing 3 is provided with a power switch 38 that is electrically connected to the drive motor 30, and the housing is provided with a battery, When the power switch 38 is turned on, the motor 30 is driven to rotate, and the shoe brush handle 28 is driven by the transmission rod 27 to rotate to brush oil or clean the shoe upper, and the housing is provided with a motor control converter to realize manual driving and electric driving when the circuit is insufficient. A detachable protective cover 31 is set on the outside of the shoe brush handle 28, the protective cover 31 is inserted into the shoe brush handle through the sleeve end, and is fastened by the fixed button 32 to prevent it from falling off and avoid Shoe brush oil contaminates other places and prevents scouring damage.

Further, the housing 3 is provided with a storage box 37 for storing items such as soft towels or paper towels for shoe-shining.

Example 1

When using the portable shoe brushing device, when the shoe upper needs to be oiled, first open the sealing cap of the liquid inflow hole of the shoe polish storage pipe 1, inject shoe polish through the liquid inflow hole 35, then cover the sealing cap, and remove the storage shoe at the same time. The sealing cap of the liquid outflow nozzle 36 of the oil pipe, choose whether to install the smearing mechanism according to the needs, push the support connecting rod I18 through the booster button I19 on the booster decoupling mechanism for the conversion of the oil-water pipeline, and the booster jack I20 pushes open Clean the piston booster rod II25 of the liquid pipe, and at the same time, the connecting collar I16 of the oil storage pipeline is stuck on the booster switching sleeve groove. When the main pressure drive handle 14 is pushed, the slider I13 drives the booster rod I12 to move, and the booster connection The rod I12 drives the eccentric runner 11 to rotate, and the eccentric runner 11 drives the booster link II10 and its connected slider II9 to move upward, and the slider II9 is stuck in the slider slot 8. Move up, press the force-applying handle of the displacement amplifying mechanism, the fork-shaped telescopic rod of the displacement amplifying mechanism moves to the right along the displacement amplifier moving guide groove 40 on the upper part of the transmission mechanism cabin, and the displacement amplifying mechanism pushes the piston assist on the decoupling mechanism. The push rod I pushes the piston of the oil storage liquid pipe to move, the shoe polish flows out through the corresponding liquid outflow nozzle 36, and the oil is evenly spread on the shoe upper under the action of the applicator mechanism. When the use is completed, loosen the main pressure drive handle 14, and under the elastic force of the limit spring 7 connected to the displacement amplifying mechanism, the displacement amplifying mechanism moves to the left and returns to its original position. Plate 33, cover the sealing cap of the liquid outflow nozzle 36, take off the protective cover 31, toggle the frequency conversion control button of the drive motor 30 according to factors such as shoe quality and oil quantity to select the rotation force of the shoe brush, turn on the power switch 38, and start the drive motor 30. Driven by the transmission rod 27, the cylindrical shoe brush handle 28

Rotate in a circle along the axial direction to maintain the upper; because the end of the cylindrical shoe brush handle is provided with bristles, the bristles at this position can quickly and efficiently handle various parts, especially some dead corners that are difficult to handle with ordinary shoe brushes. After completion, turn off the switch of the driving motor 30 , cover the shoe brush with a cylindrical protective cover 31 , and fasten the fixing button 32 .

Example 2

When using the portable shoe brushing device, when the upper needs to be cleaned, first open the sealing cap of the liquid inflow hole of the cleaning liquid pipe 2, inject the cleaning liquid (water) through the liquid inflow hole 35 of the cleaning liquid pipe 2, and then cover the At the same time, remove the sealing cap of the liquid outflow nozzle 36 of the cleaning liquid pipe 2, choose whether to install the smearing mechanism according to the needs, and push the support connection through the booster button II23 on the booster release mechanism for oil-water pipeline conversion. Rod II22, the piston booster rod I21 of the oil storage pipeline is pushed up by the booster head II24, and the connecting sleeve II17 of the cleaning liquid pipe is stuck on the booster switching sleeve groove. When the main pressure drive handle 14 is pushed, the slider I13 drives The booster link I12 moves, the booster link I12 drives the eccentric runner 11 to rotate, and the eccentric runner 11 drives the booster link II10 and its connected slider II9 to move upward, and the slider II9 is stuck in the slider slot. In 8, with the continuous upward movement of the slider II9, press the force application handle of the displacement amplifying mechanism, and the fork-shaped telescopic rod of the displacement amplifying mechanism moves to the right along the displacement amplifier moving guide groove 40 on the upper part of the transmission mechanism cabin, and the displacement is enlarged. The mechanism pushes the piston booster rod II on the decoupling mechanism to push the piston of the cleaning liquid pipe to move, and the cleaning liquid (water) flows out through the corresponding liquid outflow nozzle 36, and the water is evenly applied to the upper or the surface of the object under the action of the application mechanism . When the use is completed, loosen the main pressure drive handle 14, and under the elastic force of the limit spring 7 connected to the displacement amplifying mechanism, the displacement amplifying mechanism moves to the left and returns to its original position. Plate 33, cover the sealing cap of the liquid outflow nozzle 36, take off the protective cover 31, toggle the frequency conversion control button of the drive motor 30 according to the shoe quality and other factors to select the rotation force of the shoe brush, turn on the power switch 38, start the drive motor 30, Driven by the transmission rod 27, the cylindrical shoe brush handle 28 rotates in a circle in the axial direction (the sealing cap of the liquid outflow nozzle 36 of the cleaning liquid pipe may not be covered, and the water spray and the shoe brush rotation are carried out at the same time). surface or objects for cleaning and maintenance work; because the end of the cylindrical shoe brush handle is provided with bristles, the bristles at this position can quickly and efficiently handle various parts, especially some dead corners that are difficult to handle with ordinary shoe brushes. After use, turn off the drive. The motor 30 is switched on and off, the shoe brush is covered with a cylindrical protective cover 31, and the fixing button 32 is fastened.

The basic principles, main features and advantages of the present invention are shown and described above. Those skilled in the art should understand that the present invention is not limited by the above-mentioned embodiments, and the descriptions in the above-mentioned embodiments and the description are only to illustrate the present invention. principle, without departing from the spirit and scope of the present utility model, the present utility model will also have various changes and improvements, and these changes and improvements all fall within the scope of the claimed utility model, and the claimed scope of the present utility model is defined by The appended claims and their equivalents define.

Claims (10)

1. A portable shoe brushing device is characterized in that: the shoe cleaning device comprises a shoe storage oil pipe (1), a cleaning liquid pipe (2) and a control mechanism, wherein the shoe storage oil pipe (1) and the cleaning liquid pipe (2) are connected with the outside of a shell (3) and are horizontally arranged side by side, the control mechanism is positioned inside the shell (3), a shoe brushing mechanism is arranged below the shoe storage oil pipe (1) or the cleaning liquid pipe (2), liquid inflow holes (35) are formed in the pipe bodies of the shoe storage oil pipe (1) and the cleaning liquid pipe (2), and liquid outflow nozzles (36) are arranged at the ends, far away from the shell, of the shoe storage oil pipe (1) and the cleaning liquid;

the control mechanism comprises a displacement amplification mechanism and a transmission mechanism for controlling the displacement amplification mechanism to move left and right, the displacement amplification mechanism is horizontally arranged in the inner cavity of the shell, and one end of the displacement amplification mechanism, which is close to the shoe storage oil pipe (1) or the cleaning liquid pipe (2), is connected with a boosting unhooking mechanism for oil-water pipeline conversion;

the boosting unhooking mechanism comprises a boosting switching sleeve groove (15) connected with one end of a displacement amplification mechanism, the cross section of an inner cavity of the boosting switching sleeve groove (15) is arc-shaped, a groove surface of the boosting switching sleeve groove (15) is arranged towards a shoe storage oil pipe (1) or a cleaning liquid pipe (2), a connecting sleeve ring I (16) and a connecting sleeve ring II (17) which are positioned between two opposite inner walls of the shell and symmetrical to each other are arranged at the bottom of the boosting switching sleeve groove (15), one ends of the connecting sleeve ring I (16) and the connecting sleeve ring II (17) which are adjacent are respectively connected with a boosting top I (20) and a boosting top II (24) which are symmetrical to each other and independent to each other, one ends of the connecting sleeve ring I (16) and the connecting sleeve ring II (17) which are close to the shell are respectively connected with a supporting connecting rod I (18) and a supporting connecting rod II (22) which are symmetrical to each other and extend to, one end, located outside the shell, of each of the support connecting rod I (18) and the support connecting rod II (22) is provided with a boosting button I (19) and a boosting button II (23) which are used for pushing a boosting top head II (24) and a boosting top head I (20) to enable a connecting lantern ring I (16) or a connecting lantern ring II (17) to be clamped and sleeved in an inner cavity of a boosting switching sleeve groove (15), the bottoms of the connecting lantern ring I (16) and the connecting lantern ring II (17) are respectively connected with a piston boosting rod I (21) with one end extending to the inside of the shoe polish storage tube and a piston boosting rod II (25) with one end extending to the inside of the cleaning fluid tube, and pistons (26) are respectively hinged and connected to one end of the piston boosting rod I (21) at the shoe polish storage tube and one end of the piston boosting rod II (25) at;

the shoe brushing mechanism comprises a shoe brush handle (28) sleeved on a horizontally arranged transmission rod (27), brush bristles (29) are uniformly arranged on the circumference and the top of the shoe brush handle (28), and a shell is provided with a driving motor (30) for controlling the transmission rod.

2. A portable shoe brushing device according to claim 1, wherein: displacement amplification mechanism includes forked telescopic link (4) that the level set up, forked telescopic link (4) are moved pole cross connection fixedly by many, move the pole bottom corresponding to being located the below in the casing and be provided with displacement amplifier removal guide rail groove (40) for forked telescopic link (4) can move on displacement amplifier removal guide rail groove (40), boost switching sleeve groove (15) are connected with the pole cross section that is located the end, two of forked telescopic link (4) keep away from storage shoes oil pipe one end move the pole and are connected with level setting and relative up backup pad (5) and bottom suspension board (6) about and respectively, the one end that goes up backup pad (5) and be close to forked telescopic link sets up spacing spring (7), the other end setting of spacing spring (7) is in the terminal top of forked telescopic link (4).

3. A portable shoe brushing device according to claim 2, wherein: the right-hand member that corresponds upper supporting plate (5) and bottom suspension fagging (6) in the casing all is provided with limiting plate (39).

4. A portable shoe brushing device according to claim 2, wherein: the bottom of the lower supporting plate (6) is provided with a slide block clamping groove (8), the bottom of the lower supporting plate (6) is provided with a transmission mechanism, the transmission mechanism comprises a sliding block II (9) arranged corresponding to the sliding block clamping groove, the sliding block II (9) is arranged in a vertically arranged sliding block guide rail II to enable the sliding block II to slide up and down, a boosting connecting rod II (10) which is arranged downwards is connected on the sliding block II (9) through a connecting rod connecting shaft, the bottom of the boosting connecting rod II (10) is connected with an eccentric rotating wheel (11), the eccentric rotating wheel (11) is connected with a boosting connecting rod I (12) which is arranged obliquely rightwards through a connecting rod connecting shaft, the other end of the boosting connecting rod I (12) is connected with a sliding block I (13) through a connecting rod connecting shaft, the slide block I (13) is arranged in a slide block guide rail I which is horizontally arranged so as to be capable of moving left and right, the right end of the sliding block I (13) is connected with a main pressure driving handle (14) with one end extending to the outer end of the shell.

5. A portable shoe brushing device according to claim 1, wherein: the shoe brush handle (28) is cylindrical, a detachable protective sleeve (31) is sleeved outside the shoe brush handle, and the protective sleeve (31) is fastened by a fixed button (32).

6. A portable shoe brushing device according to claim 1, wherein: store up shoes oil pipe (1) and all can be dismantled with the liquid outflow mouth of clean liquid pipe (2) and be connected with and paint the mechanism, paint the mechanism and include and paint equal board (33) with the liquid outflow mouth threaded connection's of storing up shoes oil pipe or clean liquid pipe platykurtic, paint equal board (33) and evenly be provided with liquid equipartition mouth (34).

7. A portable shoe brushing device according to claim 1, wherein: a storage box (37) is arranged on the shell (3).

8. A portable shoe brushing device according to claim 1, wherein: the driving motor (30) is provided with a variable-frequency speed regulator and a variable-frequency control button correspondingly.

9. A portable shoe brushing device according to claim 1, wherein: the shell (3) is provided with a power switch (38).

10. A portable shoe brushing device according to claim 1, wherein: the housing is provided with a battery.

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