CN110959998A

CN110959998A - Electric shoe cabinet operated by electricity and method

Info

Publication number: CN110959998A
Application number: CN201911237760.3A
Authority: CN
Inventors: 张少青
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-11-27
Filing date: 2019-11-27
Publication date: 2020-04-07
Anticipated expiration: 2039-11-27
Also published as: CN110959998B

Abstract

The invention provides a power-operated electric shoe cabinet and a working method thereof, the product comprises an operation display screen 1, an emergency stop switch 2, a transparent cover plate 3 and a storage cabinet door 4, wherein the square track is provided with a square outer plate 5, a square inner plate 6, an outer side track 11, an inner side track 12, a slide block plate 13, a deep shoe box 7 and a shallow shoe box 8, the transmission system is provided with a No. 2 main gear 16, a reduction gear set 17, a driving tooth 18, a fixed cam seat 19, a ratchet transmission tooth 28, a fixed cam seat 19, a concave cam 29, a pawl 30, a ratchet 32, a cam 33, a ram 35, a propulsion system of the slide block plate is provided with a track 24, a descending slide block 36, a descending push rod 37, a front and rear push arm 42, a push arm 43, a claw slide block 40 and a push claw 41, the invention provides the power-operated electric shoe cabinet and the working method thereof, which can keep the house beautiful, Sanitary, and is clear, convenient and quick to use.

Description

Electric shoe cabinet operated by electricity and method

Technical Field

The invention belongs to the field of household appliance production, and particularly relates to work and a method of an electric shoe cabinet operated by electricity.

Background

The shoe cabinets used in families at present comprise various shoe cabinets with various shapes such as open type and closed type, the appearance of a living room is influenced due to different shapes of various shoes and the freshness of the shoes, the air in the living room is influenced by the smell of the shoes which are just taken off, the closed type shoe cabinet has a lot of inconvenience, for example, the effect on the eye side is not good, the shoes need to be stooped for searching or placing, and the operation is always unsatisfactory.

Disclosure of Invention

The invention aims to solve the problems that; the work and the method of the electric shoe cabinet operated by electricity are provided, so that a living room in a home can be kept beautiful and tidy, the air is fresh, and the electric shoe cabinet can be conveniently and quickly used when people go in and out of the home.

The invention aims to be realized by the following technical scheme;

an electric shoe cabinet operated by electricity is provided, an operation display screen 1 is arranged above the electric shoe cabinet, a transparent cover plate 3 is arranged beside the operation display screen, an emergency stop switch 2 is arranged below the transparent cover plate, decoration panels are adopted to fix and decorate the periphery of the electric shoe cabinet, a storage cabinet 9 is arranged on the front surface of the electric shoe cabinet, an L-shaped main board 22 is supported by the main body of the electric shoe cabinet, 4 foot cups 26 are arranged below the L-shaped main board, the front surface of the main board is fixed with a square outer board 5 through fixing strips 23, a square inner board 6 is fixed in the middle of the front surface of the L-shaped main board through a plurality of fixing blocks 21, an outer side rail 11 is fixed on the periphery of the square outer board, a square inner side rail 12 in a shape of Chinese character 'kou' is fixed on the square inner board, a square rail which is matched with the outer side rail on the square outer, the number of the slider plates is kept at the position that two symmetrical angles are always provided with a vacant slider plate respectively in a square track, the specific number of the slider plates is determined according to the size of the electric shoe cabinet, each slider plate is provided with a shoe box which is matched by a deep shoe box 7 and a shallow shoe box 8, so that shoes with different heights can be reasonably placed, the motor 10 is arranged on a transmission fixing plate 15 fixed in a storage cabinet 9, the storage cabinet is fixedly connected with a square inner plate, and the transmission gear group is arranged between the transmission fixing plate and the square inner plate as well as between the transmission fixing plate and an L-shaped main plate for working.

Further, the driving teeth 18 on the motor spindle drive two sets of main gears 14, 16 to rotate on the fixed shaft 34 through the reduction gear set 17, the main gear is provided with a concave step, one position of the concave step is provided with a pawl 30 track and configured with a pawl to work in the track, the concave step is configured with a ratchet 32 and rotates on the fixed shaft 34 together with the main gear, the other end of the ratchet is fixed with a ratchet driving tooth 28, one end of the main gear and the ratchet is provided with a concave cam 29, one end of the concave cam passes through and is fixed with a square inner plate, the

cam teeth

27, 31 are fixed on a cam 33 shaft to work with the ratchet driving tooth, the cam passes through a main plate and the square inner plate and is arranged in a fixed cam seat 19, and the ram 35 is arranged on an eccentric shaft on a cam surface.

Furthermore, four tracks 24 are arranged on the four sides of the back of the square outer plate, a plurality of sliding blocks are arranged on the tracks, the pushing hand sliding blocks 55 fixed on the upper and lower tracks of the square outer plate slide back and forth on the upper and lower tracks, elastic pushing claws 41 are arranged in the sliding blocks, the pushing hand sliding blocks on the upper and lower tracks are fixedly connected by respective connecting push rods 54, one end of the track fixed on the lower surface of the square outer plate is provided with a set of claw sliding blocks 40 and claws 53, the track fixed on one end of the square outer plate is provided with a plurality of pushing up sliding blocks and pushing claws, all the sliding blocks are fixedly connected by connecting push rods, the pushing up sliding blocks are provided with corresponding upward positioning seats 44, the positioning seats are fixed on the square inner plate and provided with positioning claws 45, the track fixed on the other end of the square outer plate is provided with a plurality of downward sliding blocks 36, and the other, the descending push rod 37 is arranged in a sliding groove on a descending slide block, a working key 48 is arranged in each sliding groove and fixed on the descending push rod and configured with an inclined groove on a descending push claw 39, the descending push claw is arranged in a track hole between the two sliding grooves of the descending slide block and works, a safety seat 38 is arranged below the descending push claw and fixed on a square outer plate, two upper and

lower safety keys

47 and 49 are arranged above and below the safety seat, the descending slide block is configured with a corresponding descending positioning seat 52, and the descending positioning seat is fixed on the square inner plate and configured with a telescopic descending positioning block 51 for positioning.

Furthermore, the two sets of pushing arms 42 and 43 are arranged on the back of the main board, the central holes of the pushing arms are matched with an axle center 46 fixed on the main board, the long holes at the two ends are matched with the rocker arm keys 25 fixed on the connecting push rod, and the rocker arm keys penetrate through the long holes on the main board to complete the matching work with the pushing arms.

Further, the two sets of pushing arms are pushed by the rotation of the two sets of cams, wherein when the pushing arms which push the front and back working push the plurality of sliders to slide on the tracks, the pushing claws on the sliders push the central shaft 20 fixed on the slider plates, so that the upper and lower rows of slider plates in the square tracks slide clockwise, meanwhile, the other set of pushing arms which work up and down are in an intermittent motion state in the return stroke, the pushing arms which work front and back after one wave is finished are in an intermittent motion state in the return stroke, and the other set of pushing arms which work up and down are used for finishing the sliding work of the left and right rows of slider plates in the square tracks in the clockwise direction.

Compared with the prior art, the invention has the beneficial effects that;

the shoe cabinet is reasonable in design, and the intermittent square rotary motion of the slider plate and the shoe box in the square track in the clockwise direction is finished by controlling the transmission devices such as the motor, the combined gear, the cam, the pushing arm, the square track and the like, so that the normal work of the electric shoe cabinet can be ensured, the house can be kept beautiful, neat and sanitary, and the shoe cabinet is clear, convenient and quick to use.

Detailed Description

The invention is described in detail below with reference to the figures and specific embodiments.

Example one

As shown in fig. 1-13; an electric shoe cabinet operated by electricity comprises an operation display screen 1, an emergency stop switch 2, a transparent cover plate 3 and a storage cabinet door 4, a square outer plate 5, a square inner plate 6, wherein the square outer plate 5 is fixed on the front surface of a main plate 22 through a fixing strip 23, the square inner plate 6 is fixed in the middle of the front surface of the main plate 22 through a plurality of fixing blocks 21, an outer side rail 11 is fixed on the periphery of the front surface of the square outer plate 5, a square inner side rail 12 is fixed on the square inner plate 6 and is matched with the outer side rail on the square outer plate to form a square rail shaped like a Chinese character 'hui', a plurality of sliding block plates 13 are arranged in the rail and can slide in the same square rail clockwise or anticlockwise direction, the number of the sliding block plates 13 is determined according to the size of the electric shoe cabinet, the sliding block plates 13 are kept at the positions of two sliding block plates 13 with two symmetrical corners respectively having an, the shoe box is arranged on each slider plate 13 and is matched with the deep shoe box 7 and the shallow shoe box 8, so that shoes with different heights can be reasonably placed, the storage cabinet 9 is fixedly connected with the square inner plate 6, the motor 10 is arranged on a transmission fixing plate 15 fixed in the storage cabinet 9, the accessories of boots and shoes can be placed in the storage cabinet 9, and the transmission gear system is arranged between the transmission fixing plate 15 and the square inner plate 6 as well as between the transmission fixing plate 15 and the L-shaped main plate 22.

Wherein the driving teeth 18 on the motor spindle drive two groups of main gears 14, 16 through the reduction gear set 17, synchronously work on the respective fixed shafts 34, the main gears 14, 16 are provided with concave steps, one part of the concave steps is provided with a pawl track and is provided with a pawl 30 to work in the track, the concave steps are provided with a ratchet 32 and rotate on the fixed shafts 34 together with the main gears 14, 16, the other end of the ratchet 32 is fixed with a ratchet driving tooth 28, wherein one end of the main gear and the ratchet is provided with a concave cam 29, one end of the concave cam passes through the inner plate 6 and is fixed with the inner plate, when the main gears 14, 16 continuously rotate in a square shape, the pawl 30 on each circle of concave steps rotates to the convex part of the concave cam 29, the pawl 30 is separated from the ratchet 32 to enable the ratchet to have a short intermittent motion, and when the pawl 30 rotates to the track circle of the concave cam 29, the ratchet 32 starts to work, when the main gears 14 and 16 rotate for one circle, the ratchet gear drive teeth 28 fixed at the other end of the ratchet gear 32 rotate for 340 degrees, the number of teeth of the ratchet gear drive teeth 340 degrees is equal to the number of teeth of the

cam teeth

27 and 31, when the main gears 14 and 16 rotate for one circle, the ratchet gear drive teeth 28 rotate for 340 degrees, the

cam teeth

27 and 31 matched with the ratchet gear drive teeth rotate for one circle and generate a pause time, the

cam teeth

27 and 31 are fixed on the shaft of the cam 33 and matched with the ratchet gear drive teeth 28, the cam 33 passes through the main plate 22 and the square inner plate 6 and is arranged in the fixed cam seat 19, and the ram 35 is arranged on an eccentric shaft on the surface of the cam 33.

Four tracks 24 are arranged between the square outer plate 5 and the main plate 22 and are respectively fixed on four sides of the square outer plate 5, a plurality of different sliding blocks are arranged on the tracks 24, the number of the sliding blocks is determined according to the number of the sliding block plates 13, wherein, pushing hand sliding blocks 55 fixed on the upper and lower two tracks 24 of the square outer plate 5 complete the transverse reciprocating sliding work on the upper and lower tracks, an elastic pushing claw 41 is arranged in the pushing hand sliding block 55, the pushing hand sliding blocks on the upper and lower two tracks are all fixedly connected by respective connecting push rods 54, one end of the track fixed under the square outer plate 5 is provided with a set of claw sliding block 40 and a claw 53, a plurality of pushing hand sliding blocks and the pushing claws are arranged on the track fixed at one end of the square outer plate, all the sliding blocks are fixedly connected by the connecting push rods, the upward pushing hand sliding blocks are provided with corresponding upward positioning seats 44, the positioning seats 44 are fixed on the square, when the push hand slider 55 goes up, the push claw pushes the central shaft 20 to move the slider plate 13 to the designated position, the positioning claw 45 positions the central shaft 20, a plurality of descending sliders 36 are arranged on the track fixed at the other end of the square outer plate 5, the mirror surface of the descending slider sliding groove is provided with another sliding groove, the descending push rod 37 is arranged in the sliding groove of the non-track 24, a working key 48 fixed on the descending push rod 37 and arranged with the inclined groove on the descending push claw 39 is arranged in each descending slider sliding groove, the descending push claw 39 is arranged in the track hole between the two sliding grooves of the descending slider to work transversely, a safety seat 38 fixed on the square outer plate 5 is arranged below the descending push claw, two upper and

lower safety keys

47 and 49 are arranged above and below the safety seat 38, the descending slider is provided with a corresponding descending positioning seat 52, the descending positioning seat is fixed on the square inner plate 6 and is provided with a telescopic descending positioning block 51 for positioning work, the working principle is that when the down push rod 37 slides upwards, the upper safety key 47 blocks the down slide block 36 to slide upwards, the working key 48 on the down push rod 37 pushes the down push claw 39 with a chute to move backwards, the down positioning block 51 is ejected by a spring to cling to the down push claw to move to the lower part of the central shaft 20 to complete the positioning work, the down push claw upper safety groove 50 moves to the position where the down push claw 39 at the upper safety key 47 is separated from the central shaft 20 to move upwards to a specified position, when the down push rod 37 slides downwards, the lower safety key 49 blocks the down slide block 36 to slide downwards, the working key 48 on the down push rod 37 pushes the down push claw 39 with the chute to move forwards, the down positioning block 51 is pushed by the down push claw 39 to be separated from the lower part of the central shaft 20, when the down push claw upper safety groove 50 moves to the lower safety key 49, the down push claw 39 controls the central shaft 20 to move downwards to a specified position, when the central shaft 20 descends to the lower end of a square track, the central shaft 20 is completed The four sets of slider plates 13 in the square track complete intermittent motion, that is, the two sets of slider plates 13 do not work when the two sets of slider plates 13 do lateral motion, and the two sets of slider plates 13 stop working when the two sets of slider plates 13 move up and down.

Wherein, two sets of pushing arms 42 and 43 are arranged on the back of the main board 22, the central hole on the pushing arm is matched with the axle center 46 fixed on the main board 22, the long holes at the two ends are matched with the rocker arm keys 25 fixed on the connecting push rod, the rocker arm keys 25 pass through the long holes on the main board 22 to complete the matching work with the pushing arms, the ram 35 on the two sets of cams 33 are arranged in the ram track of the pushing arm, the two sets of pushing arms are pushed by the rotation of the two sets of cams 33, wherein the push arm pushing the transverse working pushes the connecting push rod 54 to move so that the push claws 41 on the push hand sliders 55 connected with the connecting push rod push the upper and lower slider plates 13 in the square track to move to the appointed positions, the slider 55 and the push claws 41 do not act on the slider plates 13 in the return stroke, the slider plates 13 are in a static state, and when the push arm pushing up and down works is in a static state at the transverse slider plate 13, the left and right slider plates 13 are pushed by the connecting push rod to move up and down.

Wherein the intermittent motion of the ratchet wheel 32 and the pawl 30 enables the two groups of sliding block push claws working transversely to be stably butted with the two groups of sliding block push claws working longitudinally at the opposite corners of the square track.

The shoe box is intermittently moved in the shoe cabinet by pressing an operation key on the operation display screen, the transparent cover plate is opened when the shoes needed by the user are seen through the transparent cover plate, the emergency stop switch beside the transparent cover plate is powered off, the shoe box in the shoe cabinet stops working, and the shoes can be safely taken out.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, it should be understood that all the modifications, equivalents and changes made within the spirit and principle of the present invention are included in the scope of the present invention.

Drawings

Figure 1 is a schematic diagram of the using structure of the product,

figure 2 is a schematic view of the distribution structure of the shoe box,

figure 3 is a schematic diagram of a square rail and slider plate structure,

figure 4 is a schematic diagram of a gear combination distribution structure,

figure 5 is a cross-sectional view of a square rail and slider plate,

FIG. 6 is a schematic view showing the connection between the main board and the square inner and outer boards,

figure 7 is a schematic view of the formation of a main board,

figure 8 is a schematic view of a gear transmission structure,

figure 9 is a cross-sectional view of a gear drive arrangement,

FIG. 10 is a schematic view of the working structure of the push arm and the sliding block,

figure 11 is a schematic diagram of the working structure of the descending slide block,

figure 12 is a schematic view of the working structure of the parallel sliding block,

figure 13 is a schematic diagram of the working structure of the up-line and parallel-parallel blocks,

reference numerals; an operation display screen 1, an emergency stop switch 2, a transparent cover plate 3, a locker door 4, a square outer plate 5, a square inner plate 6, a deep shoe box 7, a shallow shoe box 8, a locker 9, a motor 10, an outer rail 11, an inner rail 12, a slider plate 13, a main gear 14, a transmission fixing plate 15, a No. 2 main gear 16, a reduction gear set 17, a driving tooth 18, a fixing cam seat 19, a central shaft 20, a fixing block 21, a main plate 22, a fixing strip 23, a rail 24, a rocker arm key 25, a foot cup 26, a cam tooth 27, a ratchet transmission tooth 28, a concave cam 29, a pawl 30, a No. 2 cam tooth 31, a ratchet 32, a cam 33, a fixing shaft 34, a ram 35, a descending slider 36, a descending push rod 37, a safety seat 38, a descending push claw 39, a claw slider 40, a push claw 41, a front and rear push arm 42, a push arm 43, an ascending positioning seat 44, a positioning claw 45, a shaft center 46, The lower safety key 49, the safety groove 50, the positioning block 51, the downward positioning seat 52, the hook claw 53, the connecting push rod 54, the push handle slider 55 and the retaining ring 56.

Claims

1. The work and the method of the electric shoe cabinet operated by electricity are characterized in that: the emergency stop switch comprises an operation display screen (1), an emergency stop switch (2), a transparent cover plate (3) and a storage cabinet door (4), wherein the operation display screen (1) is arranged at one end of the upper surface of the electric shoe cabinet, operation keys, dates and weather conditions are arranged on the operation display screen (1), the transparent cover plate (3) is arranged beside the operation display screen (1), the emergency stop switch (2) is arranged below the position between the operation display screen (1) and the transparent cover plate (3), and the storage cabinet door (4) is arranged in the middle of the front surface of the electric shoe cabinet.

2. The electric shoe cabinet operation and method operated by electricity are characterized in that: the invention comprises a main board (22), a square outer board (5) is fixedly arranged on the periphery of the front surface of the main board (22) through a fixing strip (23), a square inner board (6) is fixedly arranged in the middle of the front surface of the main board (22) through a plurality of fixing blocks (21), an outer rail (11) is arranged on the periphery of the front surface of the square outer board (5), a square inner rail (12) is arranged on the front surface of the square inner board (6), a square circulating track is formed by the connection of the square outer board (5) and the outer rail (11) and the connection of the square inner board (6) and the inner rail (12) and the front surface of the main board (22), a square circulating through hole is arranged between the outer rail (11) and the inner rail (12), a plurality of slide block boards (13) are arranged in the square circulating track, the number of the slide block boards (13) is kept at the position that two symmetrical angles are respectively arranged in the, a central shaft (20) fixed on the back of the slider plate (13) passes through the square circulation through hole and extends to a position between the main plate (22) and the square outer plate (5), the storage cabinet (9) is arranged and fixed on the front of the square inner plate (6), the motor (10) is arranged on a transmission fixing plate (15) fixed in the storage cabinet (9), the transmission gear set is arranged between the transmission fixing plate (15) and the square inner plate (6) as well as the main plate (22) to work, a driving tooth (18) on a main shaft of the motor (10) is matched with a reduction gear set (17), the reduction gear set (17) is matched with two groups of main gears (14, 16) on two groups of fixing shafts (34), concave steps are arranged on the two groups of main gears (14, 16), a pawl track is arranged at one position of the concave steps and a pawl (30) is configured to work in the track, a ratchet wheel (32) is configured in the concave steps and rotates on the fixing shafts (34) together, ratchet drive teeth (28) are fixed at the other end of the ratchet wheel (32) shaft, a concave cam (29) is arranged at one end of the main gear and one end of the ratchet wheel (32), one end of the concave cam (29) penetrates through the square inner plate (6) and is fixed with the square inner plate, cam teeth (27, 31) are arranged and fixed on the cam (33) shaft and work with the ratchet drive teeth (28), the cam (33) penetrates through the main plate (22) and the square inner plate (6) and is arranged in the fixed cam seat (19), and a ram (35) is arranged on an eccentric shaft on the surface of the cam (33).

3. The electric shoe cabinet operation and method operated by electricity are characterized in that: four tracks (24) are arranged between the square outer plate (5) and the main plate (22) and respectively fixed on the four sides of the square outer plate (5), a plurality of different sliding blocks are arranged on the four tracks (24) and comprise claw sliding blocks (40), descending sliding blocks (36) and pushing sliding blocks (55), the number of the sliding blocks is determined according to the number of the sliding block plates (13), wherein the pushing sliding blocks (55) fixed on the upper and lower tracks (24) of the square outer plate (5) complete the transverse reciprocating sliding work on the upper and lower tracks, an elastic pushing claw (41) is arranged in the pushing sliding block (55), the pushing sliding blocks (55) on the upper and lower tracks are fixedly connected by respective connecting push rods (54), one end of the track fixed below the square outer plate (5) is provided with a set of claw sliding blocks (40) and a set of claws (53), a plurality of pushing sliding blocks (55) and a plurality of pushing claws (41) are arranged on the track (24) fixed at one end of the square outer plate (5), all the sliding blocks (55) are fixedly connected by connecting push rods (54) to complete the upward sliding work of pushing the sliding block plates (13), upward positioning seats (44) are arranged at the corresponding positions of the upward pushing hand sliding blocks (55), the upward positioning seats (44) are fixed on the square inner plates (6), and positioning claws (45) with elasticity are arranged in the upward positioning seats.

4. The operation and method of an electric shoe chest as claimed in claim 1, wherein the transparent cover plate is opened by shoes needed by the eye side of the transparent cover plate (3) when the electric shoe chest is operated, the emergency stop switch (2) is turned off to take out the shoes from above, and the storing and taking out of the shoes are all completed.

5. The working and method of an electrically operated shoe chest as claimed in claim 2 wherein the square circulation track is formed by the fixed connection of the main board (22), the square outer board (5), the fixed block (21), the square inner board (6), the outer side track (11), the inner side track (12), and the square circulation track, the square circulation track is provided with a square circulation through hole, the square circulation track is provided with four sets of slide boards (13) arranged in the square track, wherein two symmetrical angles each leave a position of one slide board (13), the working method of the four sets of slide boards (13) in the square track is characterized in that when two sets of longitudinal slide boards move clockwise to the position of the empty slide board (13), two sets of longitudinal slide boards stop working, two other symmetrical angles each leave a position of the empty slide board (13), two sets of transverse slide boards move clockwise to the position of the empty slide board (13), the mutual cycle work is characterized in that the four groups of slider plates (13) complete double-track stepping incremental intermittent motion in a square track.

6. The operation and method of an electrically operated shoe chest as claimed in claim 2 wherein two sets of intermittent drive mechanisms are provided by the connection and cooperation of the cam teeth (27), the ratchet drive teeth (28), the concave cam (29), the pawl (30), the ratchet (32) and the fixed shaft (34).

7. The operation and method of an electric shoe cabinet operated by electricity according to claim 3, wherein the mirror surface of the rail sliding groove of the descending slider (36) is provided with another descending push rod (37) sliding groove, the descending pawl (39) is arranged in the transverse rail hole between the rail sliding groove and the descending push rod sliding groove, the descending pawl (39) is provided with a chute which is matched with the operation key (48) fixed on the descending push rod (37) in the transverse rail hole, the descending pawl (39) is provided with a safety groove (50), the lower part of the safety groove (50) is provided with a safety seat (38) fixed on the square outer plate (5), the upper part of the safety seat (38) is provided with an upper safety key (47) and a lower safety key (49), the descending slider (36) is provided with a descending positioning seat (52) at the corresponding position, the descending positioning seat (52) is fixed on the square inner plate (6), and a telescopic descending positioning block (51) is arranged in the descending positioning seat (52) for positioning.

8. The electric shoe cabinet operation and method operated by electricity are characterized in that: two sets of pushing arms (42 and 43) are arranged on the back of the main plate (22), central holes in the pushing arms (42 and 43) are matched with two sets of axes (46) fixed on the main plate (22), long holes at two ends are matched with rocker arm keys (25) fixed on the connecting push rods, the rocker arm keys (25) penetrate through the long holes in the main plate (22) to complete the connecting and matching with the pushing arms, and the rams (35) on the two sets of cams (33) are arranged in respective ram tracks of the pushing arms.

9. The electric shoe cabinet operation and method operated by electricity are characterized in that: the deep shoe box (7) and the shallow shoe box (8) are matched and fixed on the front surface of the sliding block plate (13) in a deep-to-shallow mode.

10. The electric shoe cabinet operation and method operated by electricity are characterized in that: the central shaft (20) fixed on the slider plate (13) passes through the circulating through hole on the square circulating track and is pushed by the push pawl to work, and the central shaft (20) is provided with a retaining ring (56).