CN108078214B - Shoe bearing device convenient for adjusting bearing area - Google Patents

Abstract

The invention discloses a shoe bearing device which is convenient for adjusting the bearing area. The beneficial effect of the present invention is that it is convenient to use, easy to adjust the bearing state according to different bearing areas, easy to clean the interior, easy to drain, easy to move, and the shoes are always placed in the positive direction.

Description

A shoe carrying device for easy adjustment of carrying area

technical field

The invention relates to the field of shoe bearing, in particular to a shoe bearing device which is convenient for adjusting the bearing area.

Background technique

A shoe carrier is a device for placing a large number of shoes uniformly together.

In life, due to the change of seasons, everyone needs many pairs of shoes. In order to save the space occupied by shoes, shoe carrying devices are installed indoors. Traditional shoe carrying devices are fixed in height and internal space. Some The shoes will be relatively high. For ordinary shoe bearing devices, some tall shoes need to be placed obliquely, so that the shoes will be squeezed and easily deformed. If the space used to place the shoe bearing device is relatively low, just The shoe carrier needs to be replaced, which is a waste of money. If a large number of shoes are placed under the bed in order to save space, for ordinary shoe carriers, they need to be placed horizontally. At this time, the shoes inside will be placed vertically. Place it upright, so that the head of the shoe is facing down, and it is easy to squeeze the shoe, and the traditional shoe carrying device is inconvenient to drain water when cleaning, and can only be cleaned with a rag, which is not thorough. Problem, it is necessary to design a shoe carrying device that is easy to adjust the bearing state, easy to clean and easy to place in a positive direction.

SUMMARY OF THE INVENTION

The purpose of the present invention is to solve the above problems, and to design a shoe bearing device which is convenient to adjust the bearing area.

The technical solution of the present invention to achieve the above object is that a shoe bearing device that is convenient for adjusting the bearing area includes a strip-shaped bearing plate, the upper surface of the strip-shaped bearing plate is provided with an area-adjusting shoe bearing mechanism, and the bottom of the strip-shaped bearing plate is The surface is provided with a moving mechanism, and the shoe bearing mechanism for adjusting the area is fixed by a No. 1 bar-shaped opening processed at the center of the upper surface of the strip-shaped carrying plate, and two sets of horizontal fixings embedded on the two opposite side surfaces of the No. 1 bar-shaped opening. racks, vertical slide rails arranged on the inner surface of each horizontal fixed frame, electronically controlled mobile trolleys arranged in each vertical sliding rail, and foldable fixed racks fixedly connected to the side surfaces of each electronically controlled mobile trolley , A bar-shaped hollow carrier box arranged in the No. 1 bar-shaped opening and overlapped with the side surfaces of the corresponding two groups of folding-shaped fixing frames; A set of fixing nails between the surfaces, a No. 2 bar-shaped opening processed on the front surface of the bar-shaped hollow carrier box, a set of horizontal round rods embedded in the upper ends of the left and right surfaces of the bar-shaped hollow carrier box, and a set of horizontal round rods nested in each horizontal round rod A set of tension swing arms on the upper part, a horizontal fixed cylinder sleeved on the side surface of each tension swing arm, a plurality of bar-shaped protrusions fixedly connected on the inner surface of each horizontal fixed cylinder, arranged on each opposite A set of bar-shaped hollow boxes between the stretching and swinging arms, rotating protrusions embedded on the left and right opposite side surfaces of each bar-shaped hollow box and matching with the horizontal fixed cylinder, processed on the side of each rotating protrusion The grooves on the surface that match the corresponding plurality of bar-shaped protrusions, the No. 2 bar-shaped openings processed on the front surface of each bar-shaped hollow box, and the carrier frame arranged at the center of each bar-shaped hollow box , Two sets of strip grooves machined at the four corners of the inner lower surface of each strip hollow box, a horizontal circular shaft arranged in each strip groove, a swing arm sleeved on each horizontal circular shaft, and a A micro universal wheel on the lower surface of each swing arm, a set of swing limit rods hinged on the lower end of the front surface of each bar-shaped hollow box, a non-slip layer sleeved on each swing limit rod, hinged on each bar It is composed of a set of swing hooks on the upper surface of the hollow box and close to the corresponding No. 2 bar-shaped opening. The side surface of the bar-shaped carrying plate is embedded with a controller, and the controller is connected to the electric circuit in the shoe carrying mechanism for adjusting the area. Control the electrical connection of the mobile trolley.

The moving mechanism consists of two groups of grooves processed at the edge of the lower surface of the strip-shaped carrying plate, a vertical support plate fixedly connected in each groove, and a set of fixed connection on the side surface of each vertical support plate. It consists of a horizontally stretched round rod, a bar-shaped support frame sleeved on the end face of each group of horizontally stretched round rods, and a rolling wheel embedded in the lower surface of each bar-shaped support frame.

The height of each of the bar-shaped hollow boxes matches the height of the bar-shaped hollow carrier boxes.

The number of the plurality of bar-shaped protrusions is 3-5, and the plurality of the bar-shaped protrusions are located on the same circumference at equal angles.

A plurality of vertically movable partition frames are arranged in the strip-shaped hollow carrying box.

The cross-section of each of the folded fixing brackets is L-shaped.

A mains interface is embedded in the front surface of the strip-shaped carrier board, and the controller is electrically connected with the mains interface.

The height of each of the vertical slide rails is higher than the height of the strip-shaped carrier plate.

A rubber support sleeve is sleeved on the lower end surface of each of the vertical slide rails.

A limit cap is set on the end face of each of the horizontal round rods.

The shoe carrying device made by the technical solution of the present invention is easy to adjust the carrying area, which is convenient to use, easy to adjust the carrying state according to different carrying areas, easy to clean the interior, easy to drain, easy to move, and the shoes are always forward placed device.

Description of drawings

Fig. 1 is the structural representation of a kind of shoe carrying device that is convenient for adjusting the carrying area of the present invention;

Fig. 2 is a top view of a shoe carrying device that is convenient for adjusting the carrying area according to the present invention;

3 is a front view of a shoe carrying device that is convenient for adjusting the carrying area according to the present invention;

4 is a side view of a shoe carrying device that is convenient for adjusting the carrying area according to the present invention;

5 is a side cross-sectional view of the matching of a horizontal fixed cylinder, a bar-shaped protrusion and a rotating protrusion in a shoe bearing device that facilitates adjustment of the bearing area according to the present invention;

In the figure, 1. bar-shaped bearing plate; 2. horizontal fixing frame; 3. vertical slide rail; 4. electronically controlled mobile trolley; 5. folding fixing frame; 6. bar-shaped hollow bearing box; 7. fixing nails; 8. Horizontal round rod; 9. Stretch swing arm; 10. Horizontal fixed cylinder; 11. Bar-shaped protrusion; 12. Bar-shaped hollow box; 13. Rotating protrusion; 14. Carrying frame; 15. Swing arm; 16. Micro universal wheel; 17. Swing limit rod; 18. Anti-skid layer; 19. Swing hook; 20. Controller; 21. Vertical support plate; ; 24, rolling wheel; 25, vertical moving partition frame; 26, mains interface; 27, rubber support sleeve; 28, limit cap; 29, horizontal round shaft.

Detailed ways

The present invention will be described in detail below with reference to the accompanying drawings. As shown in Figures 1-5, a shoe carrying device that is convenient for adjusting the bearing area includes a strip-shaped bearing plate 1, and the upper surface of the strip-shaped bearing plate 1 is provided with shoes for adjusting the area. Bearing mechanism, the lower surface of the strip-shaped bearing plate 1 is provided with a moving mechanism, and the shoe bearing mechanism for adjusting the area consists of a strip-shaped opening of No. Two sets of horizontal fixing frames 2 on two opposite side surfaces in the opening, vertical sliding rails 3 arranged on the inner surface of each horizontal fixing frame 2, and an electronically controlled moving trolley 4 arranged in each vertical sliding rail 3, The folding-shaped fixing frame 5 fixedly connected to the side surface of each electronically controlled mobile trolley 4, and the bar-shaped hollow carrier box arranged in the No. 6. A set of fixing nails 7 arranged on the side surface of each folded fixing frame 5 and between the side surface of the strip-shaped hollow carrier box 6, the No. 2 bar-shaped opening processed on the front surface of the strip-shaped hollow carrier box 6, A set of horizontal round rods 8 embedded in the upper ends of the left and right surfaces of the strip-shaped hollow carrier box 6, a set of stretching swing arms 9 sleeved on each horizontal round rod 8, and sleeved on the side surface of each stretching swing arm 9 The horizontal fixed cylinder 10, a plurality of bar-shaped protrusions 11 fixedly connected to the inner surface of each horizontal fixed cylinder 10, a bar-shaped hollow box 12 arranged between each opposite group of tension swing arms 9, embedded The rotating protrusions 13 mounted on the left and right opposite side surfaces of each bar-shaped hollow box 12 and matched with the horizontal fixed cylinder 10 are processed on the side surface of each rotating protrusion 13 and correspond to the corresponding plurality of bar-shaped protrusions. 11 matching grooves, No. 2 bar-shaped openings machined on the front surface of each bar-shaped hollow box 12, a carrier 14 disposed at the center of each bar-shaped hollow box 12, Two groups of strip-shaped grooves at the four corners of the inner and lower surface of the hollow box 12, a horizontal circular shaft 29 arranged in each strip-shaped groove, a swing arm 15 sleeved on each horizontal circular shaft 29, and a swing arm 15 provided in each swing A miniature universal wheel 16 on the lower surface of the arm 15, a set of swing limit rods 17 hinged on the lower end of the front surface of each bar-shaped hollow box 12, an anti-skid layer 18 sleeved on each swing limit rod 17, hinged on The upper surface of each bar-shaped hollow box 12 is formed by a set of swing hooks 19 close to the corresponding second bar-shaped opening. The side surface of the bar-shaped carrier plate 1 is embedded with a controller 20. The electronically controlled mobile trolley 4 in the shoe carrying mechanism for adjusting the area is electrically connected; the moving mechanism consists of two sets of grooves processed at the edge of the lower surface of the strip-shaped support plate 1, and a vertical support that is fixedly connected in each groove Plate 21, a group of horizontal stretched round rods 22 fixedly connected to the side surface of each vertical support plate 21, a strip-shaped support frame 23 sleeved on the end face of each set of horizontal stretched round rods 22, embedded in each The rollers 24 on the lower surface of the bar-shaped support frame 23 are formed together; the height of each of the bar-shaped hollow boxes 12 is matched with the height of the bar-shaped hollow carrier box 6; the number of the plurality of bar-shaped protrusions 11 3-5 pieces, a plurality of the strip-shaped protrusions 11 are equiangular On the same circumference; a plurality of vertically movable partition frames 25 are arranged in the strip-shaped hollow carrier box 6; The mains interface 26 is embedded, and the controller 20 is electrically connected to the mains interface 26; the height of each of the vertical slide rails 3 is higher than the height of the strip-shaped carrier plate 1; The lower end face of the rail 3 is covered with a rubber support sleeve 27; the end face of each of the horizontal round rods 8 is covered with a limit cap 28.

The feature of this embodiment is that shoes are easily placed in the strip-shaped hollow carrier box 6 and each strip-shaped hollow box 12 , wherein the strip-shaped hollow carrier box 6 passes through two sets of folding fixing frames 5 and two sets of electric control The mobile trolleys 4 are connected, wherein each electronically controlled mobile trolley 4 is connected to the No. 1 bar-shaped opening in the strip-shaped carrier plate 1 through the vertical protector 3, wherein each vertical slide rail 3 is fixed by the horizontal The connection between the frame 2 and the inner side of the No. 1 bar-shaped opening is more stable, in which, through control, each electronically controlled mobile trolley 4 can move up and down on the corresponding vertical slide rail 3 to adjust the position of the support. Both ends of the foldable fixing frame 5 are connected with the side surface of the strip-shaped hollow carrier box 6 through a set of fixing nails 7, so that the connection is stable, wherein each strip-shaped hollow box 12 is connected to the other through a set of rotating protrusions 13. A corresponding set of horizontal fixed cylinders 10 are connected, wherein the plurality of bar-shaped protrusions 11 located on the inner surface of each horizontal fixed cylinder 10 are convenient to cooperate with the plurality of grooves on the corresponding rotating protrusions 13, so that It is more firmly fixed and easy to disassemble, wherein each horizontal fixed cylinder 10 is connected with the horizontal round rods 8 on the two opposite side surfaces of the bar-shaped hollow carrier box 6 by stretching the swinging arm 9, wherein each stretching and swinging The arms 9 can all be rotated on the corresponding horizontal round rods 8. If a group of bar-shaped hollow boxes 12 and bar-shaped hollow bearing boxes 6 are placed vertically, they can be vertically overlapped in turn. The bar-shaped hollow carrier box 6 is moved to the lowest position, and the upper surface of the bar-shaped hollow carrier box 6 is also convenient for placing shoes. If the device is placed horizontally, each bar-shaped hollow box 12 can be swung horizontally. The swing arm 15 on the lower surface of each bar-shaped hollow box 12 swings down, so that the micro universal wheel 16 located on the lower surface of each swing arm 15 contacts the ground, so that the corresponding bar-shaped hollow box 12 is effectively supported, wherein Each swinging arm 15 is connected with the lower surface of the corresponding bar-shaped hollow box 12 through a horizontal circular shaft 29, and if not in use, each swinging arm 15 can be swung back. The carrier 14 in the hollow box 12 is convenient for placing shoes in sections, wherein if a group of the bar-shaped hollow box 12 and the bar-shaped hollow carrier box 6 are placed vertically, a portion of the front surface of each bar-shaped hollow box 12 can be placed. The swing limiter plate 17 swings to the front surface of the bar-shaped hollow box 12 or the bar-shaped hollow carrier box 6 below, so as to facilitate the restriction, wherein the rear surface of the device can be placed on the wall, where each swing limit is located. The anti-skid layer 18 on the position rod 17 is convenient for anti-skid, wherein a set of swing hooks 19 located on the upper surface of each bar-shaped hollow box 12 is convenient for placing the shaded curtain, which is convenient for shielding the interior, which is located on the side surface of the bar-shaped carrier plate 1 The controller 20 on the upper is convenient to control the operation of the device, a device that is convenient to use, easy to adjust the load state according to different bearing areas, easy to clean the inside, easy to drain, easy to move, and the shoes are always placed in the positive direction.

In this embodiment, the model of the controller 20 is ATmega4, an output terminal of the controller 20 of this model is connected to the input end of the electronically controlled mobile trolley 4 through a wire, and the output end of the mains interface 26 is connected to the input end of the electric control mobile trolley 4 through a wire. The electrical terminals of the controller 20 are connected. After programming through the controller 20, those skilled in the art can completely control the working order of each electrical device. 12 is easy to place shoes, wherein the strip-shaped hollow carrier box 6 is connected with two sets of electronically controlled mobile trolleys 4 through two sets of folded fixing frames 5, wherein each electronically controlled mobile trolley 4 The connection is made in the No. 1 strip-shaped opening in the strip-shaped carrier plate 1, wherein each vertical slide rail 3 is more stably connected to the inner side of the No. 1 strip-shaped opening through the horizontal fixing frame 2, wherein through control, each electrical The control mobile trolley 4 can be moved up and down on the corresponding vertical slide rail 3 to adjust the position of the support, wherein the two ends of each folding-shaped fixing frame 5 are connected by a set of fixing nails 7 and a strip-shaped hollow carrier box. 6 side surfaces are connected to make the connection stable, wherein each bar-shaped hollow box 12 is connected with a corresponding set of horizontal fixed cylinders 10 through a set of rotating protrusions 13, which are located inside each horizontal fixed cylinder 10. The plurality of bar-shaped protrusions 11 on the surface are convenient to cooperate with the plurality of grooves on the corresponding rotating protrusions 13, so that the fixing is more firm and easy to disassemble, wherein each horizontal fixed cylinder 10 is oscillated by stretching. The arms 9 are connected with the horizontal round rods 8 on the opposite side surfaces of the bar-shaped hollow carrier box 6, wherein each stretched swing arm 9 can be rotated on the corresponding horizontal round rod 8. The hollow box 12 and the bar-shaped hollow carrier box 6 are placed vertically, and then the vertical lap joints can be performed in sequence. If the bar-shaped hollow carrier box 6 is moved to the lowest position, the upper surface of the bar-shaped hollow carrier box 6 is also It is convenient to place shoes, and if the device is placed horizontally, each bar-shaped hollow box 12 can be swung horizontally, and the swinging arms 15 on the lower surface of each bar-shaped hollow box 12 can be swung down, so that each swinging arm The miniature universal wheel 16 on the lower surface of 15 contacts the ground, so as to effectively support the corresponding bar-shaped hollow box 12, wherein each swing arm 15 is connected to the lower surface of the corresponding bar-shaped hollow box 12 through a horizontal circular shaft 29. Connect, wherein if not in use, each swing arm 15 can be swung back, wherein the carrier 14 located in each bar-shaped hollow box 12 is convenient for placing shoes in sections, wherein if a set of bar-shaped hollow boxes 12 are placed. The hollow box 12 and the bar-shaped hollow carrier box 6 are placed vertically, and a set of swing limit plates 17 on the front surface of each bar-shaped hollow box 12 can be swung to the bar-shaped hollow box 12 or the bar-shaped hollow carrier box 6 below. The front surface of the device is convenient for restraint, wherein the rear surface of the device can be placed on the wall, wherein the anti-skid layer 18 located on each swing limit rod 17 is convenient for anti-skid, which is located on each bar-shaped hollow box 12. A set of swing hooks on the surface 19 It is convenient to place the shade curtain, which is convenient for the interior to be shielded, wherein the controller 20 located on the side surface of the strip-shaped carrying plate 1 is convenient to control the operation of the device, wherein the plurality of rolling wheels 24 located under the strip-shaped carrying plate 1 are convenient for manual operation. It moves when pushed, wherein the rolling wheels 24 are connected with a group of horizontal stretching rods 22 through the bar-shaped support frame 23, so that the distance of the supporting movement can be adjusted by manual pulling. The support plate 21 is connected with the lower surface of the strip-shaped carrying plate 1, wherein a plurality of vertically movable partition frames 25 located in the strip-shaped hollow carrying box 6 are convenient for partitioning and carrying shoes, which are located in front of the strip-shaped carrying plate 1 The mains interface 26 on the surface is convenient to connect the power to the device when using the device, wherein the rubber support sleeve 27 located on the lower surface of each vertical slide rail 3 is easy to support, and is non-slip, which is located in each horizontal round rod 8 The limit cap 28 on the end face is convenient for restriction. If the interior of each strip hollow 12 is to be cleaned, it is also convenient to rotate and drain. The electronically controlled mobile trolley 4 uses an eight-position AT89S52 as the control core. The power source adopts an integrated stepping motor to drive a dedicated chipset.

The above technical solutions only represent the preferred technical solutions of the technical solutions of the present invention, and some changes that those skilled in the art may make to some parts of them all reflect the principles of the present invention and fall within the protection scope of the present invention.

Claims (9)

1. A shoe carrying device that facilitates adjustment of the bearing area, comprising a strip-shaped bearing plate (1), characterized in that the upper surface of the strip-shaped bearing plate (1) is provided with an area-adjusting shoe bearing mechanism, and the strip-shaped bearing plate (1) The lower surface of the plate (1) is provided with a moving mechanism, and the shoe bearing mechanism for adjusting the area is formed by a No. Two sets of horizontal fixing brackets (2) on the side surface, vertical sliding rails (3) arranged on the inner surface of each horizontal fixing bracket (2), electric control devices arranged in each vertical sliding rail (3) A mobile trolley (4), a folding-shaped fixing frame (5) fixedly connected to the side surface of each electronically controlled mobile trolley (4), arranged in the No. 1 bar-shaped opening and corresponding to the corresponding two sets of folding-shaped fixing frames (5) ) a bar-shaped hollow carrier box (6) whose side surfaces overlap, a set of fixing nails ( 7) The No. 2 bar-shaped opening processed on the front surface of the bar-shaped hollow carrier box (6), a set of horizontal round rods (8) embedded in the upper ends of the left and right surfaces of the bar-shaped hollow carrier box (6), and each A set of stretching swing arms (9) on the horizontal round rod (8), a horizontal fixing cylinder (10) sleeved on the side surface of each stretching swing arm (9), and fixedly connected to each horizontal fixing cylinder (10) a plurality of bar-shaped protrusions (11) on the inner surface, bar-shaped hollow boxes (12) arranged between each opposite group of stretching swing arms (9), embedded in each bar-shaped hollow box (12) Rotating protrusions (13) on the left and right opposite side surfaces and matching with the horizontal fixed cylinder (10), machined on the side surfaces of each rotating protrusion (13) and corresponding to the corresponding plurality of bar-shaped protrusions (11) matching grooves, No. 2 bar-shaped openings processed on the front surface of each bar-shaped hollow box (12), and a carrier (14) arranged at the center of each bar-shaped hollow box (12) ), two sets of bar-shaped grooves machined at the four corners of the inner lower surface of each bar-shaped hollow box (12), a horizontal circular shaft (29) arranged in each bar-shaped groove, and sleeved on each horizontal circular shaft (29) on the swing arm (15), a miniature universal wheel (16) arranged on the lower surface of each swing arm (15), and a set of swing limiters hinged on the lower end of the front surface of each bar-shaped hollow box (12). The position rod (17), the anti-skid layer (18) sleeved on each swing limit rod (17), and the hinge connected to the upper surface of each bar-shaped hollow box (12) and close to the corresponding No. 2 bar-shaped opening. A set of swing hooks (19) are formed together, and a controller (20) is embedded in the side surface of the strip-shaped carrier plate (1). 4) Electrical connection; The moving mechanism consists of two sets of grooves machined at the edge of the lower surface of the strip-shaped carrying plate (1), a vertical support plate (21) fixedly connected in each groove, and a vertical support plate (21) fixedly connected to each vertical support plate. (21) A set of horizontal stretched round rods (22) on the side surface, a bar-shaped support frame (23) sleeved on the end face of each set of horizontal stretched round rods (22), embedded in each bar-shaped support frame (23) The lower surface of the rolling wheel (24) is formed together. 2 . The shoe carrying device according to claim 1 , wherein the height of each strip-shaped hollow box ( 12 ) is the same as the height of the strip-shaped hollow carrying box ( 6 ). 3 . match. 3 . The shoe bearing device according to claim 1 , wherein the number of the plurality of strip-shaped protrusions ( 11 ) is 3-5, and the plurality of the strip-shaped protrusions From (11) equal angles are located on the same circle. 4 . The shoe carrying device according to claim 1 , wherein the strip-shaped hollow carrying box ( 6 ) is provided with a plurality of vertically movable partition frames ( 25 ). 5 . 5 . The shoe bearing device according to claim 1 , wherein the cross-section of each of the folding-shaped fixing brackets ( 5 ) is L-shaped. 6 . 6 . The shoe bearing device according to claim 1 , wherein a mains interface ( 26 ) is embedded in the front surface of the strip-shaped bearing plate ( 1 ), and the controller ( 20 ). 7 . ) is electrically connected to the mains interface (26). 7 . The shoe carrying device according to claim 1 , wherein the height of each of the vertical slide rails ( 3 ) is higher than that of the strip-shaped carrying plate ( 1 ). 8 . 8 . The shoe carrying device according to claim 1 , wherein the lower end surface of each of the vertical slide rails ( 3 ) is covered with a rubber support sleeve ( 27 ). 9 . 9 . The shoe bearing device according to claim 1 , wherein a limit cap ( 28 ) is set on the end surface of each of the horizontal round bars ( 8 ). 10 .

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