CN204091918U - A kind of multifunctional bionic shoe-cleaning machine - Google Patents

Abstract

The utility model discloses a multi-functional bionic shoe polisher, which is composed of a cleaning device and a drying device. The side brushes of the cleaning device adopt the staggered arrangement of bristles imitating the fluff on the body surface of a mole, which can effectively wipe the shoes with a relatively uniform force. Remove the dust on the shoe surface; the dust is collected by the dust suction fan and the dust collection bag, and the dust suction bag can be removed for cleaning; the bottom brush of the cleaning device can clean the sludge on the sole; after the shoes step on the cleaning support pedal, the spring is forced by the gravity of the shoes Compression, so that the groove in the middle of the shoe is in better contact with the support rod, so that the cleaning work has no dead angle; The drying fan and the resistance wire work at the same time, and the hot air is blown out from the air outlet to achieve the effect of drying the soles. The hexagonal structure of the air outlet imitates honeycomb is good for drying. The utility model can carry out all-round cleaning of soles, vamps, heels and side uppers and the like.

Description

A multifunctional bionic shoe polisher

technical field

The utility model belongs to the field of shoe polishers, in particular to a multifunctional bionic shoe polisher integrating various functions such as shoe upper maintenance, shoe sole cleaning and drying.

technical background

Shoe polishers are mainly used in households or public places with a small flow of people, which can make the uppers clean and help maintain environmental sanitation. After the snow in winter in the north, when people travel in the open air, the road area is covered with snow, and the soles and uppers of the shoes are easily polluted by black slush and snow water. The polluted shoes will bring pollutants into the family room and public places, bringing secondary pollution to the indoor environment. secondary pollution.

Currently, the shoe polishers on the market are mainly for maintenance of the shoe uppers, and cannot clean the soles or clean them thoroughly. Existing shoe polishers are mainly used for dust removal, oiling, and polishing. For example, the utility model patent ZL201210146152.3 has a utility model of a pedal shoe polisher, which drives the brush roller to rotate through the pedal to realize dust removal on the upper; the utility model patent ZL200910108679 utility model of an automatic shoe polisher, which has dust removal, The functions of oil spraying and polishing; the above-mentioned shoe polishing machine is suitable for cleaning shoe uppers, but cannot clean shoes stained with muddy water. Utility model patent ZL 201320675317.6 discloses a shoe polisher after rain, which can realize the function of cleaning the water and sludge on the shoe surface, but this machine ignores the main function of the shoe polisher and cannot complete the cleaning of the shoe surface.

The above-mentioned utility model is relatively simple in function, and fails to integrate the functions of shoe upper maintenance, sole cleaning, drying, etc., and ignores the side of the shoe and the heel of the shoe during shoe maintenance, or it is inconvenient to carry out the above-mentioned functions during shoe cleaning. Maintenance of two places. The existing shoe polishing machine adopts an upright hairbrush, and the bristles on the hairbrush are upright and evenly arranged. When the side brush reciprocates, although it can save labor, the brush bristles do not clean the upper thoroughly enough, and there may be dead spots. The mole is a typical soil animal. The tip of the hair on the surface of the mole is not fixed in a certain direction. This arrangement makes the mole encounter resistance when it moves forward or backward underground, but the resistance it receives is relatively small. The staggered arrangement of bristles imitating the villi on the surface of a mole can make the reciprocating shoe brush clean the upper more thoroughly without adding too much resistance.

Contents of the invention

The utility model is beneficial in that it integrates various functions such as shoe upper maintenance, shoe sole cleaning, and drying. Comprehensive cleaning of the place.

The purpose of the utility model is to provide a multi-functional bionic shoe-shine machine in view of the problems that the existing shoe-shine machine has single function and cleaning direction, and cannot well solve the problems of sole sludge pollution after snow in winter in Northeast China.

The utility model is composed of a cleaning device and a drying device. The cleaning device is composed of a front brush, a water collecting pipe, a first bearing, a chassis, a sponge absorbent pad, a cleaning support pedal, a top brush, a dust suction fan, a first motor, crank wheel, second bearing, first pin, connecting rod, first belt, first pulley, third bearing, second pulley, fourth bearing, second motor, pedal spring, second pin, support rod, The fifth bearing, the second belt, the side brush, the third pulley, the waste water collection box, the bottom brush, the sink, the waste water collection box handle, the bearing seat, the publicity frame, the oil box, the dust suction port, the casing, and the positioning of the first side brush Strip, second side brush positioning strip, dust bag, cleaning start sensor, drying start sensor, support rib, first side plate, second side plate, third side plate, the drying device is composed of Composed of air holes, resistance wires, heat shields, drying fans and drying support pedals;

The first motor is fixed on the casing by bolts, the crank wheel is screwed to the shaft of the second motor, and the side brush is driven to move forward and backward by the crank slider mechanism composed of the crank wheel, connecting rod and side brush, and the third pulley is connected to the front The brushes are connected by threads, the top brush is connected with the first motor through the first pulley and the first belt, the second motor is fixed on the casing through bolts, and drives the bottom brush and the front brush to rotate, and the front brush passes through the third pulley, the second belt and the The second motor is connected, one end of the bottom brush is connected to the second motor, and the other end of the bottom brush is soaked in the water tank, and the water tank is always kept in a state of water when it is working, so as to realize the self-cleaning of the bottom brush. The cleaning support pedal is above the bottom brush. The pedal spring is fixed on the casing, and the cleaning support pedal is connected with the casing through the pedal spring. When the foot is stepped on the cleaning support pedal, the cleaning support pedal contacts the bottom brush 33, and the second motor drives the bottom brush to move, thereby realizing cleaning of the soles. cleaning.

The drying fan of the drying device is fixed on the left side of the chassis by bolts. The front of the chassis is a drying support pedal inclined at 45°. There is a resistance wire connected by screws behind the drying support pedal. The shape is a honeycomb-like hexagon, the side length of the honeycomb-like hexagon is 5mm, and the distance between the centers of the air outlet holes is 15mm.

The upper side and left side of the drying support pedal are connected with the chassis, the bottom of the drying support pedal is connected with the water-absorbing support pedal, the water-absorbing support pedal is connected with the chassis, and the water-absorbing support pedal is inclined at an angle of 5-30° to the ground through the supporting ribs below , A sponge absorbent pad with uneven distribution is fixedly connected to the water-absorbing support pedal. The sponge absorbent pad plays a role in absorbing water and can fully contact with the sole pattern. There is a variable radius chamfer under the water-absorbing support pedal and the connection part of the chassis , using the height difference to transfer the water seeped from the left absorbent pad to the sink through the water collection pipe connected at the lowest radius below it. The clean water on the absorbent support pedal is diverted to the right side sink, thus realizing water recycling.

The cleaning start sensor is fixedly connected to the second side plate, and the drying start sensor is fixedly connected to the first side plate. Both the cleaning start sensor and the drying start sensor use NPN three-wire normally open photoelectric proximity switches.

The working principle of the utility model is as follows:

The utility model is divided into two parts, a cleaning device and a drying device, and is convenient for step-by-step cleaning and drying.

One end of the bottom brush is connected to the second motor, and the other end is soaked in the water tank, and the water tank is always kept in a state of water. The dirt on the bottom brush can be washed off by the rotation of the bottom brush, and the bottom brush can be realized by the self-rotation of the bottom brush in the water. Brushes are self-cleaning.

The working process and principle of dust removal upper cleaning part:

Put the shoes on the cleaning support pedal, start the first motor to work after the cleaning start sensor senses, the power output shaft drives the top brush to move through the first belt, and the power output shaft drives the side brush to move through the crank slider mechanism to realize cleaning Function of upper and side dust. The shoe brush is a shoe brush device designed by itself to imitate the arrangement of mole fluff. The side brush adopts the staggered arrangement of bristles imitating the fluff on the surface of a mole, which can effectively wipe off the dust on the upper in all directions, and the cleaning force on the upper is even during the reciprocating movement of the side brush, so as not to damage the upper. The surface of the brush bristles is treated with wave profiling, which can more effectively clean the dust on the upper. There is a dust suction port on the casing below the top brush, and the dust is collected by the dust suction fan and the dust collection bag fixed inside the casing. The dust suction bag can be removed for cleaning, and it is easy to remove the dust.

The cleaning support pedal is connected with the cabinet through the pedal spring fixed on the cabinet. Put the shoes on the cleaning support pedal, and start the second motor after the cleaning start sensor senses. One end of the bottom brush is connected to the second motor, and the other end is soaked in the water tank. The water tank is always kept in a state of water, which is realized by the rotation of the bottom brush. The dirt on the bottom brush is washed off, and the self-cleaning of the bottom brush is realized by rotating the bottom brush in water. After the shoes step on the cleaning support pedal, due to the gravity of the shoes, the spring is forced to compress, so that the groove in the middle of the shoes is in better contact with the support rod, so that there is no dead angle in the cleaning work of the soles. The lowermost radius is connected at the bottom, and the clean water on the left water-absorbing support pedal is transferred to the right water tank, thereby realizing water recycling.

The drying fan of the drying device is fixed on the left side of the chassis. The 45° inclined drying support pedal is glued to the water-absorbing support pedal. There is a sponge absorbent pad, first absorb the water from the soles of the shoes, and then dry them. After the soles are cleaned by the bottom brush, first put your feet on the water-absorbing pad for simple water absorption, then put the shoes on the drying support pedal, and the drying start sensor senses that the drying fan and the resistance wire work at the same time, from the air outlet Hot air is blown out of the holes to achieve the effect of drying the soles.

Auxiliary function working process: the utility model is equipped with a publicity rack, which can be designed for users to display dynamic information with a liquid crystal display, and a newspaper rack can also be added to place newspapers, and post-it notes, notices, etc. can also be pasted on it.

Compared with the prior art, the beneficial effects of the utility model are:

The multi-functional bionic shoe shine machine described in the utility model has various functions such as dust removal, shoe sole cleaning, drying, oiling, advertisement display, etc., and the side brush adopts the staggered arrangement of bristles imitating the fluff on the surface of a mole , so that the reciprocating side brush cleans without dead ends. The air outlets at the drying place adopt a honeycomb-like arrangement, which greatly improves the drying efficiency. The whole device has compact structure, rich functions and good interactivity. Compared with various existing shoe polishers, the utility model better solves the problem of single function and unclean cleaning of shoe soles in winter in Northeast China.

The scrubbing device of the utility model adopts two motors in mechanism design, the first motor drives the top brush and drives the side brush through the crankshaft wheel and the connecting rod, the second motor drives the front brush and the bottom brush to move, and the drying device adopts an ergonomic The engineering 45° slope is convenient for fan drying. The utility model is small in size and light in weight, so it is easy to move, and is very suitable for families and public places with small flow of people.

Description of drawings

Fig. 1 is a three-dimensional schematic view of the utility model without the display board and the cabinet.

Fig. 2 is another perspective schematic view of the utility model without the display board and the chassis.

Fig. 3 is a perspective view of the utility model.

Fig. 4 is a three-dimensional schematic diagram of the bottom brush and the front brush of the utility model.

Fig. 5 is a top view of the top brush and the side brush of the utility model.

Fig. 6 is a view of the drying device of the present invention.

Fig. 7 is a top view of the utility model.

Fig. 8 is a schematic diagram of air outlets and their distribution in the imitation honeycomb arrangement of the utility model.

In the figure: 1. Front brush; 2. Water collecting pipe; 3. First bearing; 4. Chassis; 5. Sponge absorbent pad; 6. Cleaning support pedal; 7. Air outlet hole; 8. Resistance wire; ; 10. drying fan 11. drying support pedal; 12. top brush; 13. dust suction fan; 14. first motor; 15. crankshaft wheel; 16. second bearing; Rod; 19. first belt; 20. first pulley; 21. third bearing; 22. second pulley; 23. fourth bearing; 24. second motor; 25. pedal spring; 26. second pin; 27 .support rod; 28. fifth bearing; 29. second belt; 30. side brush; 31. third pulley; 32. waste water collection box; 33. bottom brush; 34. sink; 35. waste water collection box handle; 36 .Bearing seat; 37. Propaganda frame; 38. Oil box; 39. Vacuum inlet; 40. Chassis; 41. Positioning bar for the first side brush; 42. Positioning bar for the second side brush; 43. Dust bag; 44 .Water absorption support pedal; 45. Cleaning start sensor; 46. Drying start sensor; 47. Support rib plate; 48. First side plate; 49. Second side plate; 50. Third side plate.

Detailed ways

Please refer to Fig. 1 to Fig. 8, the utility model is composed of a cleaning device and a drying device. 5. Cleaning support pedal 6, top brush 12, dust suction fan 13, first motor 14, crank wheel 15, second bearing 16, first pin 17, connecting rod 18, first belt 19, first pulley 20, the first Three bearings 21, second pulley 22, fourth bearing 23, second motor 24, pedal spring 25, second pin 26, support rod 27, fifth bearing 28, second belt 29, side brush 30, third pulley 31 , waste water collection box 32, bottom brush 33, sink 34, waste water collection box handle 35, bearing seat 36, publicity frame 37, oil box 38, dust suction port 39, casing 40, first side brush positioning bar 41, second Side brush positioning bar 42, dust bag 43, cleaning start sensor 45, drying start sensor 46, support rib 47, first side plate 48, second side plate 49, third side plate 50, drying The device is composed of an air outlet 7, a resistance wire 8, a heat shield 9, a drying fan 10 and a drying support pedal 11;

The first motor 14 is fixed on the casing 40 by bolts, the crank wheel 15 is screwed on the shaft of the second motor 14, and the side brush 30 is driven by the crank slider mechanism composed of the crank wheel 15, the connecting rod 18 and the side brush 30. Moving back and forth, the third pulley 31 is screwed to the front brush 1, the top brush 12 is connected to the first motor 14 through the first pulley 20 and the first belt 19, and the second motor 24 is fixed on the casing 40 by bolts to drive the bottom brush 33 rotates with the front brush 1, the front brush 1 is connected to the second motor 24 through the third pulley 31 and the second belt 29, one end of the bottom brush 33 is connected to the second motor 24, and the other end of the bottom brush 33 is soaked in the water tank 34, Sink 34 keeps water state all the time when working, thereby realizes the self-cleaning of bottom brush 33, is cleaning support pedal 6 above bottom brush 33, and pedal spring 25 is fixed on the casing 40, and cleaning support pedal 6 is connected with machine by pedal spring 25. Shell 40 links to each other, and when foot stepped on cleaning support pedal 6, cleaning support pedal 6 contacts with bottom brush 33, and second motor 24 drives bottom brush 33 motions, thereby realizes the cleaning of sole.

The drying fan 10 of the drying device is fixed on the left side of the chassis 4 by bolts. The front of the chassis 4 is a 45° inclined drying support pedal 11. There is a screw-connected resistance wire 8 behind the drying support pedal 11. The drying support The shape of the air outlet holes 7 on the pedal 11 is a honeycomb-like hexagon, and the side length of the honeycomb-like hexagon is 5mm, and the distance between the centers of each air outlet hole 7 is 15mm.

The upper side and the left side of the drying support pedal 11 are connected with the cabinet 4, and the bottom of the drying support pedal 11 is connected with the water absorption support pedal 44, and the water absorption support pedal 44 is connected with the cabinet 4, and the water absorption support pedal 44 is connected with the support rib 47 below. The ground is inclined at an angle of 5 to 30°, and the water-absorbing support pedal 44 is fixedly connected with a sponge water-absorbing pad 5 distributed with concavo-convex patterns. There is a variable-radius chamfer at the connecting part with the chassis 4 below, and the water seeped from the left side absorbent pad 5 is transferred to the water tank 34 through the water collecting pipe 2 connected at the lowest radius below it by utilizing the height difference. The clean water on the water-absorbing support pedal 44 is transferred to the water tank 34 on the right side, thereby realizing the recycling of water.

The cleaning start sensor 45 is fixed on the second side plate 49 , and the drying start sensor 46 is fixed on the first side plate 48 . Cleaning start sensor 45 and drying start sensor 46 all select NPN three-wire normally open photoelectric proximity switch for use. A dust suction port 39 is provided on the casing 40 below the top brush 12 . The dust suction fan 13 and the dust collection bag 43 are fixed inside the casing 40 . A publicity frame 37 is arranged on the casing 40 .

The working principle of the utility model is as follows:

The utility model is divided into two parts, a cleaning device and a drying device, and is convenient for step-by-step cleaning and drying.

One end of the bottom brush 33 is connected with the second motor 24, and the other end is soaked in the water tank 34, and the water tank 34 is kept in a state of water all the time. Self-rotation in water realizes self-cleaning of bottom brush 33 .

The working process and principle of dust removal upper cleaning part:

Put the shoes on the cleaning support pedal 6, start the first motor 14 to work after the cleaning start sensor 45 senses, the power output shaft drives the top brush 12 to move through the first belt 19, and the power output shaft drives the side through the crank slider mechanism. Brush 30 movements, realize the function of cleaning vamp and side side dust. The shoe brush is a shoe brush device designed by itself to imitate the arrangement of mole fluff. The side brush 30 adopts the staggered arrangement of bristles imitating the fluff on the surface of a mole, which can effectively wipe off the dust on the upper in all directions, and the cleaning force on the upper is even during the reciprocating movement of the side brush 30, so as not to damage the upper , The surface of the side brush 30 bristles is treated with wave profiling, which can more effectively clean the dust on the upper. There is a dust suction port 39 on the casing 40 below the top brush 12, and the dust is collected by the dust suction fan 13 and the dust collection bag 43 fixed inside the casing 40. The dust suction bag 43 can be removed for cleaning, and it is easy to remove dust .

Cleaning support pedal 6 links to each other with cabinet 4 by the pedal spring 25 that is fixed on the cabinet 4. Put the shoes on the cleaning support pedal 6, start the second motor 24 to work after the cleaning start sensor 45 senses, one end of the bottom brush 33 is connected with the second motor 24, and the other end is soaked in the water tank, and the water tank always maintains a state of water. The rotation of the bottom brush 33 realizes that the dirt of the bottom brush 33 is washed off, and the self-cleaning of the bottom brush 33 is realized by rotating the bottom brush 33 in water. After the shoes step on the cleaning support pedal 6, the spring 25 is forced to compress due to the gravitational effect of the shoes, so that the groove in the middle of the shoes is better contacted with the support rod 27, so that the cleaning work of the soles has no dead ends. The lowermost radius of the variable-radius chamfer is connected to each other, and the clean water on the left water-absorbing support pedal 44 is transferred to the right water tank 34, thereby realizing water recycling.

The drying fan 10 of the drying device is fixed on the left side of the chassis 4, and the 45° inclined drying support pedal 11 is glued to the water-absorbing support pedal 44, and there are many air outlet holes 7 arranged in imitation honeycombs for drying. The water-absorbing support pedal 44 is covered with a sponge water-absorbing pad 5, and the water on the soles is sucked a little earlier, and then dried. After the sole is cleaned by the bottom brush 33, first step on the water-absorbing pad 5 for simple water absorption, put the shoes on the drying support pedal 11, and dry the fan 10 and the resistance wire after the induction of the drying start sensor 46. 8 work at the same time, and the hot air is blown out from the air outlet 7 to achieve the effect of drying the soles.

Auxiliary function working process: the utility model is provided with a publicity frame 37, and a liquid crystal display can be designed for the user to display dynamic information on it, and a newspaper frame can also be added to place newspapers, and sticky notes, notices, etc. can also be pasted on it .

Claims (3)

1. a multifunctional bionic shoe-cleaning machine, is characterized in that: be made up of cleaning device and drying unit, and described cleaning device is by front brush (1), collector pipe (2), clutch shaft bearing (3), cabinet (4), sponge sucks in water pads (5), cleaning sustain pedal (6), top brush (12), dust absorption fan (13), first motor (14), crank wheel (15), second bearing (16), first pin (17), connecting rod (18), first belt (19), first belt pulley (20), 3rd bearing (21), second belt pulley (22), 4th bearing (23), second motor (24), pedal spring (25), second pin (26), support bar (27), 5th bearing (28), second belt (29), side brush (30), 3rd belt pulley (31), wastewater collection box (32), end brush (33), tank (34), wastewater collection box handle (35), bearing block (36), oil box (38), suction port (39), casing (40), first side brush positioning strip (41), second side brush positioning strip (42), dust bag (43), cleaning priming inductor (45), dry priming inductor (46), support floor (47), first side plate (48), second side plate (49), 3rd side plate (50) composition, drying unit is by exhaust vent (7), resistance wire (8), thermal insulation board 9, dry fan (10) and dry sustain pedal (11) composition,

Described the first motor (14) is bolted on casing (40), crank wheel (15) is threadedly connected on the axle of the second motor (14), by by crank wheel (15), the slider-crank mechanism that connecting rod (18) and side brush (30) are formed drives side brush (30) to move forward and backward, 3rd belt pulley (31) is threaded with front brush (1), top brush (12) is by the first belt pulley (20), first belt (19) is connected with the first motor (14), second motor (24) is bolted on casing (40), end brush (33) and front brush (1) is driven to rotate, front brush (1) is by the 3rd belt pulley (31), second belt (29) is connected with the second motor (24), brush (33) one end, the end is connected with the second motor (24), the other end at end brush (33) is immersed in tank (34), tank (34) has operationally remained water state, thus realize the automatically cleaning at end brush (33), end brush (33) is cleaning sustain pedal (6) above, pedal spring (25) is fixed on casing (40), cleaning sustain pedal (6) is connected with casing (40) by pedal spring (25), when pin steps down in cleaning sustain pedal (6) time, cleaning sustain pedal (6) is brushed (33) and is contacted the end of with, second motor (24) drives end brush (33) motion, thus realize the cleaning of sole,

The oven dry fan (10) of drying unit is bolted on after left side cabinet (4), the front of cabinet (4) is 45 ° of oven dry sustain pedals (11) tilted, dry the resistance wire (8) that sustain pedal (11) has screw to connect below, the shape of drying exhaust vent (7) above sustain pedal (11) is honeycomb type shape hexagon, the hexagonal length of side of honeycomb type shape is 5mm, and each exhaust vent (7) center distance is 15mm;

Dry sustain pedal (11) upside to be connected with cabinet (4) with left side, the below of drying sustain pedal (11) is connected with water suction sustain pedal (44), water suction sustain pedal (44) is connected with cabinet (4), water suction sustain pedal (44) becomes 5 ~ 30 ° of angular slope by the support floor (47) of below with ground, water suction sustain pedal (44) is fixedly connected with one piece of asperities distribution sponge sucks in water pad (5), sponge sucks in water, and pad (5) fully contacts with shoe sole print, water suction sustain pedal (44) has a radius variable chamfering with cabinet (4) coupling part below, water that pad (5) oozes out is transferred in tank (34) by the collector pipe (2) connected below it by sponge sucks in water in left side to utilize difference in height, the upper clean water of water suction sustain pedal (44) is transferred in right side tank (34), the casing (40) of the below of top brush (12) is provided with suction port (39), the fixing dust absorption fan (13) in casing (40) inside and dust bag (43),

Cleaning priming inductor (45) is fixed on the second side plate (49), dries priming inductor (46) and is fixed on the first side plate (48).

2. a kind of multifunctional bionic shoe-cleaning machine according to claim 1, is characterized in that: NPN tri-line photoelectric proximity switch open in usual is all selected in described cleaning priming inductor (45) and oven dry priming inductor (46).

3. a kind of multifunctional bionic shoe-cleaning machine according to claim 1, is characterized in that: described casing (40) is provided with propaganda frame (37).