A method for multi-layer storage of gloves

Abstract

The present invention discloses a method for multi-layer storage of gloves, including steps S1 to S10, where S1 is that a rotating device drives the sliding members of a number of glove storage devices to move simultaneously along the slideway of the slideway device; when the shallow sliding part one and the shallow sliding part two of the sliding member are in the right shallow straight slideway, a stack of gloves is pushed into the glove storage device at this position. At this time, the deep sliding part one and the deep sliding part two of the sliding member are respectively in the straight line segments of the right inner deep slideway and the right outer deep slideway of the slideway device, and the rotating device drives the glove storage device to rise straight along the right side. By designing a shallow straight slideway and a deep slideway in the slideway device, the cyclic movement of the glove storage device can be realized; the automation degree of multi-layer glove storage is improved, and the market competitiveness of the glove machine is increased.

Description

Technical Field

[0001] The present invention relates to the technical field of glove machines, and particularly to a method for multi-layer storage of gloves. Background Art

[0002] Some manufacturers set a storage basket below the discharge opening of the casing of their computerized glove machines. There are card slots on the casing, and hooks are connected to the storage basket. One end of the hook away from the storage basket is clamped in the card slot. Since the knitted gloves are in a mess when entering the storage basket, they still need to be sorted into stacks one by one manually when collecting gloves, and the efficiency of sorting gloves is not high, which is extremely cumbersome and inconvenient; manufacturers who are committed to improving the receiving and storage mechanisms of knitted gloves are designing and improving new products through different channels to meet the needs of the market.

[0003] Based on this, the present application is proposed. Summary of the Invention

[0004] The purpose of the present invention is to solve the problems in the prior art, and propose a method for multi-layer storage of gloves to achieve multi-layer storage of gloves and improve the degree of automation of glove storage.

[0005] To achieve the above purpose, the present invention proposes a method for multi-layer storage of gloves, including the following steps:

[0006] S1. The rotating device drives the sliding members of several glove storage devices to move simultaneously along the slideway of the slideway device; when the shallow sliding parts one and two of the sliding member are in the right shallow straight slideway, a stack of gloves is pushed into the glove storage device at this position. At this time, the deep sliding parts one and two of the sliding member are respectively in the straight line segments of the right inner deep slideway and the right outer deep slideway of the slideway device, and the rotating device drives the glove storage device to rise linearly to the right;

[0007] S2. When the deep sliding parts one and two of the sliding member are respectively in the upper arc segments of the right inner deep slideway and the right outer deep slideway of the slideway device, the rotating device drives the glove storage device to rise to the middle right side;

[0008] S3. When the rotating device drives the deep sliding parts one and two of the sliding member to be jointly in the upper deep slideway of the slideway device, the glove storage device moves horizontally from right to left along the top;

[0009] S4. When the deep sliding parts one and two of the sliding member are respectively in the upper arc segments of the left outer deep slideway and the left inner deep slideway of the slideway device, the rotating device drives the glove storage device to descend to the middle left side;

[0010] S5. When the first deep sliding part and the second deep sliding part of the sliding part are respectively located on the straight line segments of the left outer deep slideway and the left inner deep slideway of the slideway device, the first shallow sliding part and the second shallow sliding part of the sliding part are located on the left shallow straight slideway, and the rotating device drives the glove storage device to descend linearly along the left side;

[0011] S6. When the first deep sliding part and the second deep sliding part of the sliding part are respectively located on the lower arc segments of the left outer deep slideway and the left inner deep slideway of the slideway device, the rotating device drives the glove storage device to descend obliquely to the middle along the left side;

[0012] S7. When the first deep sliding part and the second deep sliding part of the sliding part are both located on the lower deep slideway of the slideway device driven by the rotating device, the glove storage device moves horizontally from left to right along the bottom;

[0013] S8. When the first deep sliding part and the second deep sliding part of the sliding part are respectively located on the lower arc segments of the right inner deep slideway and the right outer deep slideway of the slideway device, the rotating device drives the glove storage device to ascend obliquely to the right along the middle;

[0014] S9. When the first deep sliding part and the second deep sliding part of the sliding part are respectively located on the straight line segments of the right inner deep slideway and the right outer deep slideway of the slideway device, the first shallow sliding part and the second shallow sliding part of the sliding part are located on the right shallow straight slideway, and the glove storage device completes a round of cycle;

[0015] S10. Repeat the above cycle.

[0016] Advantages of the present invention:

[0017] 1) By designing a shallow straight slideway and a deep slideway in the slideway device, the cyclic movement of the glove storage device can be realized;

[0018] 2) A sliding part is designed in the glove storage device. By the first shallow sliding part and the second shallow sliding part of the sliding part moving along the shallow straight slideway and the deep slideway of the slideway device respectively, the glove storage device is driven to move in layers, realizing the layered storage of gloves.

[0019] 3) It can improve the automation degree of glove storage and increase the market competitiveness of the glove machine.

[0020] The features and advantages of the present invention will be described in detail through embodiments in conjunction with the drawings. Brief Description of the Drawings

[0021] Figure 1 Exploded view of the glove storage device and the slideway device in the present invention;

[0022] Figure 2 Assembly schematic diagram of the glove storage device and the slideway device in the present invention;

[0023] Figure 3Exploded view of the glove storage device in the present invention;

[0024] Figure 4 Schematic three-dimensional view of the sliding member in the present invention;

[0025] Figure 5 Assembly schematic diagram of the glove storage device in the present invention;

[0026] Figure 6 Schematic structural diagram of the slideway device in the present invention;

[0027] Figure 7 Schematic working diagram of the present invention;

[0028] In the figure: 1. Chain; 2. Left slide bar 1; 3. Left slide bar 2; 4. Upper sprocket; 5. First glove storage device; 6. Second glove storage device; 7. Third glove storage device; 8. Fourth glove storage device; 9. Fifth glove storage device; 10. Sixth glove storage device; 11. Lower sprocket; 12. Right slide bar 1; 13. Right slide bar 2; 14. Left slide plate; 15. Middle slide plate; 16. Right slide plate; 17. Frame; 17A. Bottom slide plate; 18. Lower connecting plate; 19. Deceleration assembly; 20. Transmission shaft; 21. Bearing seat assembly; 22. Upper connecting plate;

[0029] 30. Glove stack;

[0030] 100. Glove storage board; 101. Placement block; 102. Connecting block; 103. Sliding member, 103A. Connecting shaft; 103B. Deep sliding part 1; 103C. Deep sliding part 2; 103D. Shallow sliding part 1; 103E. Shallow sliding part 2;

[0031] A1. Right inner deep slideway; B1. Right outer deep slideway; C1. Right side shallow straight slideway; D1. Upper deep slideway; A2. Left inner deep slideway; B2. Left outer deep slideway; C2. Left side shallow straight slideway; D2. Lower deep slideway. Detailed implementation method

[0032] The multi-layer glove storage method of the present invention includes the following steps:

[0033] S1. The rotating device drives the sliding members of the six glove storage devices to move simultaneously along the slideways of the slideway device;

[0034] The glove storage device includes a first glove storage device, a second glove storage device, a third glove storage device, a fourth glove storage device, a fifth glove storage device and a sixth glove storage device. The sliding members 103 of each glove storage device are arranged at the same interval evenly and in counterclockwise order in the deep slideways of the slideway device.

[0035] When the shallow sliding part 1 and shallow sliding part 2 of the sliding part are in the right shallow straight slideway, it is the receiving and placing position, and the glove stack is pushed into the glove storage device such as the first glove storage device at this position. At this time, the deep sliding part 1 and deep sliding part 2 of the sliding part are respectively in the straight line segments of the right inner deep slideway and right outer deep slideway of the slideway device, and the rotating device drives the glove storage device to rise straight along the right side;

[0036] S2. When the deep sliding part 1 and deep sliding part 2 of the sliding part are respectively in the upper arc segments of the right inner deep slideway and right outer deep slideway of the slideway device, the rotating device drives the glove storage device to rise along the middle part on the right side;

[0037] S3. When the rotating device drives the deep sliding part 1 and deep sliding part 2 of the sliding part to be together in the upper deep slideway of the slideway device, the glove storage device moves horizontally from right to left along the top;

[0038] S4. When the deep sliding part 1 and deep sliding part 2 of the sliding part are respectively in the upper arc segments of the left outer deep slideway and left inner deep slideway of the slideway device, the rotating device drives the glove storage device to descend along the middle part on the left side;

[0039] S5. When the deep sliding part 1 and deep sliding part 2 of the sliding part are respectively in the straight line segments of the left outer deep slideway and left inner deep slideway of the slideway device, the shallow sliding part 1 and shallow sliding part 2 of the sliding part are in the left shallow straight slideway, and the rotating device drives the glove storage device to descend straight along the left side;

[0040] S6. When the deep sliding part 1 and deep sliding part 2 of the sliding part are respectively in the lower arc segments of the left outer deep slideway and left inner deep slideway of the slideway device, the rotating device drives the glove storage device to descend along the middle part on the left side;

[0041] S7. When the rotating device drives the deep sliding part 1 and deep sliding part 2 of the sliding part to be together in the lower deep slideway of the slideway device, the glove storage device moves horizontally from left to right along the bottom;

[0042] S8. When the deep sliding part 1 and deep sliding part 2 of the sliding part are respectively in the lower arc segments of the right inner deep slideway and right outer deep slideway of the slideway device, the rotating device drives the glove storage device to rise along the middle part on the right side;

[0043] S9. When the deep sliding part 1 and deep sliding part 2 of the sliding part are respectively in the straight line segments of the right inner deep slideway and right outer deep slideway of the slideway device, the shallow sliding part 1 and shallow sliding part 2 of the sliding part are in the right shallow straight slideway, and the glove storage device completes one round of cycle;

[0044] S10. Repeat the above cycle. And the receiving and placing position can be any of the above steps. In this embodiment, the receiving and placing position is step one.

[0045] Among them, referring to Figures 1 to 6 , in the present invention, the slideway device includes a sliding plate and a strip-shaped slide bar. A pair of inner deep slideways and a pair of outer deep slideways which are vertically distributed and parallel are provided on the sliding plate. Both ends of the pair of inner deep slideways and the outer deep slideways are extended in a mirror arc shape to form a closed loop. The distance between the extended sections of the inner deep slideway and the outer deep slideway gradually decreases and intersects to form an upper deep slideway D1 and a lower deep slideway D2. The radii of the extended sections of the inner deep slideway and the outer deep slideway are the same. The inner deep slideway, the outer deep slideway, the upper deep slideway D1 and the lower deep slideway D2 constitute the deep slideway. The deep slideway can be processed separately or integrally. The inner deep slideway, its extended section, the upper deep slideway D1 and the lower deep slideway D2 form a closed annular structure; the outer deep slideway, its extended section, the upper deep slideway D1 and the lower deep slideway D2 also form a closed annular structure. The pair of slide bars are arranged between the inner deep slideway and the outer deep slideway, and a shallow straight slideway is formed between the corresponding surfaces of the pair of slide bars;

[0046] In the present invention, the glove storage device includes a glove storage plate 100 horizontally connected to the sliding member 103. The sliding member 103 is in flexible cooperation with the inner deep slideway, the outer deep slideway and the shallow straight slideway that are closed in a loop. The sliding member 103 can be driven to move cyclically along the slideway device.

[0047] Specifically, the slideway device further includes a frame 17. The sliding plate includes a left sliding plate 14, a right sliding plate 16, a middle sliding plate 15 and a bottom sliding plate 17A. An upper connecting plate 22 and a lower connecting plate 18 are respectively fixed on the upper and lower sides of the bottom sliding plate 17A of the frame 17. The left sliding plate 14 and the right sliding plate 16 are symmetrically arranged on the upper connecting plate 22 and the lower connecting plate 18, and the middle sliding plate 15 is arranged between the left sliding plate 14 and the right sliding plate 16.

[0048] Specifically, the inner deep slideway includes a left inner deep slideway A2 and a right inner deep slideway A1. The outer deep slideway includes a left outer deep slideway B2 and a right outer deep slideway B1. The inner side of the left sliding plate 14 and the left side of the middle sliding plate 15 constitute the left inner deep slideway A2. The outer side of the left sliding plate 14 and the left side of the bottom sliding plate 17A constitute the left outer deep slideway B2. The inner side of the right sliding plate 16 and the right side of the middle sliding plate 15 constitute the right inner deep slideway A1. The outer side of the right sliding plate 16 and the right side of the bottom sliding plate 17A constitute the right outer deep slideway B1. The upper side of the bottom sliding plate 17A and the upper side of the middle sliding plate 15 constitute the upper deep slideway D1. The lower side of the bottom sliding plate 17A and the lower side of the middle sliding plate 15 constitute the lower deep slideway D2.

[0049] Specifically, the slide bar includes a left slide bar 1 2, a left slide bar 2 3, a right slide bar 1 12, and a right slide bar 2 13. The left slide bar 1 2 and the left slide bar 2 3 are oppositely arranged on the left slide plate 14, and their corresponding surfaces form a left shallow straight slideway C2. The right slide bar 1 12 and the right slide bar 2 13 are oppositely arranged on the right slide plate 16, and their corresponding surfaces form a right shallow straight slideway C1.

[0050] Specifically, the left inner deep slideway A2, the left outer deep slideway B2, and the left shallow straight slideway C2 are symmetrically arranged with the right inner deep slideway A1, the right outer deep slideway B1, and the right shallow straight slideway C1 on the left and right respectively. The upper deep slideway D1 and the lower deep slideway D2 are symmetrically arranged above and below.

[0051] Specifically, the glove storage device further includes a connecting block 102. One end surface of the sliding member 103 has a deep sliding part 1 103B, a deep sliding part 2 103C, a shallow sliding part 1 103D, and a shallow sliding part 2 103E, and the other end surface has a connecting shaft 103A. The connecting shaft 103A of the sliding member 103 is combined with the placement block 101 after passing through the connecting block 102. The glove storage board 100 is fixedly connected to the placement block 101. The shallow sliding part 1 103D and the shallow sliding part 2 103E of the sliding member 103 are in flexible cooperation with the shallow straight slideway of the slideway device, and the deep sliding part 1 103B and the deep sliding part 2 103C of the sliding member 103 are in flexible cooperation with the deep slideway of the slideway device.

[0052] In this embodiment, the rotating device includes a chain 1 with a folded edge on the outer chain plate, an upper sprocket 4, a lower sprocket 11, a speed reduction assembly 19, etc. The speed reduction assembly 19 is fixedly arranged on the lower connecting plate 18. The drive shaft of the speed reduction assembly 19 is fixedly connected to the lower sprocket 11 after passing through the lower connecting plate 18 and the middle slide plate 15. The bearing seat assembly 21 is fixedly arranged on the upper connecting plate 22. The transmission shaft 20 is connected to the upper sprocket 4 after passing through the bearing seat assembly 21 and the upper connecting plate 22. The chain 1 with a folded edge on the outer chain plate is arranged between the upper sprocket 4 and the lower sprocket 11, and the chain 1 is connected to the connecting block 102 of the glove storage device.

[0053] When the present invention stores gloves, refer to Figure 7The glove pushing mechanism matched with the present invention sends the stacked gloves 30 into the first glove storage device 5, and then the rotating device drives the lower sprocket 11 to rotate, and drives the chain 1 with the folded edge of the outer chain plate and the upper sprocket 4 to rotate, driving the first glove storage device 5, the second glove storage device 6 and the sixth glove storage device 10 to rise along the right side of the mechanism, and at the same time, the third glove storage device 7, the fourth glove storage device 8 and the fifth glove storage device 9 are lowered along the left side of the mechanism until the sixth glove storage device 10 is in a position to receive another glove stack. When the other glove stack enters the sixth glove storage device 10, the rotating device rotates in the same direction and the same angle, so that the fifth glove storage device 9 enters the receiving position, and finally until six sets of glove storage devices are full of glove stacks, and then repeat the above cycle.

[0054] The above embodiments are intended to illustrate the present invention, not to limit the present invention. Any solution that is a simple transformation of the present invention belongs to the protection scope of the present invention.

Claims

1. A method for multi-layer storage of gloves, comprising the following steps: S1. The rotating device drives the sliding members of several glove storage devices to move simultaneously along the slideways of the slideway device; when the shallow sliding parts one and two of the sliding member are at the right shallow straight slideway, push the glove stack into the glove storage device at the right shallow straight slideway position. At this time, the deep sliding parts one and two of the sliding member are respectively at the straight line segments of the right inner deep slideway and the right outer deep slideway of the slideway device, and the rotating device drives the glove storage device to rise linearly to the right; S2. When the deep sliding parts one and two of the sliding member are respectively at the upper arc segments of the right inner deep slideway and the right outer deep slideway of the slideway device, the rotating device drives the glove storage device to rise to the middle right side; S3. When the rotating device drives the deep sliding parts one and two of the sliding member to be jointly at the upper deep slideway of the slideway device, the glove storage device moves horizontally from right to left along the top; S4. When the deep sliding parts one and two of the sliding member are respectively at the upper arc segments of the left outer deep slideway and the left inner deep slideway of the slideway device, the rotating device drives the glove storage device to descend to the middle left side; S5. When the deep sliding parts one and two of the sliding member are respectively at the straight line segments of the left outer deep slideway and the left inner deep slideway of the slideway device, the shallow sliding parts one and two of the sliding member are at the left shallow straight slideway, and the rotating device drives the glove storage device to descend linearly to the left; S6. When the deep sliding parts one and two of the sliding member are respectively at the lower arc segments of the left outer deep slideway and the left inner deep slideway of the slideway device, the rotating device drives the glove storage device to descend to the middle left side; S7. When the rotating device drives the deep sliding parts one and two of the sliding member to be jointly at the lower deep slideway of the slideway device, the glove storage device moves horizontally from left to right along the bottom; S8. When the deep sliding parts one and two of the sliding member are respectively at the lower arc segments of the right inner deep slideway and the right outer deep slideway of the slideway device, the rotating device drives the glove storage device to rise to the middle right side; S9. When the deep sliding parts one and two of the sliding member are respectively at the straight line segments of the right inner deep slideway and the right outer deep slideway of the slideway device, and the shallow sliding parts one and two of the sliding member are at the right shallow straight slideway, the glove storage device completes one cycle; S10. Repeat the above cycle.

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