阅读说明：本技术 一种物流分拣系统中的分拣输出装置 (Sorting output device in logistics sorting system ) 是由 陆浩南 奚阿明 高斐斐 田毅 刘钱 郭俊超 于 2021-10-14 设计创作，主要内容包括：本发明公开了一种可以减缓物件下滑速度的物流分拣系统中的分拣输出装置,包括：支架和设置在支架上的倾斜式滑道；所述的倾斜式滑道包括：两侧的侧边框,一侧的侧边框的中上部或上部设置斜向上布置的导入段,并且,该导入段自下而上与另一侧的侧边框之间的距离逐渐增大,两侧的侧边框上设置有挡板,两侧侧边框的上部之间设置有底板、形成滑槽,两侧侧边框的下部之间设置有若干个相互平行的阻尼滚筒。在本发明所述的分拣输出装置中,所述的倾斜式滑道的倾斜角度通常在24～30°之间,倾斜角度过大或过小都不适宜加装阻尼滚筒。(The invention discloses a sorting output device in a logistics sorting system capable of reducing the gliding speed of an object, which comprises: the device comprises a bracket and an inclined slideway arranged on the bracket; the inclined slideway comprises: the side frames on two sides, the middle upper part or the upper part of the side frame on one side is provided with an introduction section which is arranged obliquely upwards, the distance between the introduction section and the side frame on the other side is gradually increased from bottom to top, the side frames on two sides are provided with baffles, a bottom plate is arranged between the upper parts of the side frames on two sides to form a sliding chute, and a plurality of damping rollers which are parallel to each other are arranged between the lower parts of the side frames on two sides. In the sorting output device, the inclined slideway has an inclination angle of 24-30 degrees, and the damping roller is not suitable to be arranged when the inclination angle is too large or too small.)

1. A sort output device in a logistics sorting system, comprising: support and setting are in tilting slide on the support, its characterized in that: the specific structure of the support comprises: the linking bridge that links to each other with the top of tilting slide and the letter sorting platform among the commodity circulation letter sorting system and be used for supporting high order support frame and the low order support frame of tilting slide, linking bridge include: the bottom end of the connecting column is inserted into the tubular connecting part and locked on the connecting base through a screw which penetrates through the adjusting long hole in the tubular connecting part and is screwed in the first locking threaded hole in the connecting column; high-order support frame and low level support frame all include: the two sides of the lower support frame are respectively provided with an upper support column; the lower support frame include: the lower support device comprises two lower support bases, two lower support columns and at least one lower support cross rod for connecting the two lower support columns, wherein the lower support bases are provided with tubular support parts matched with the lower support columns, the tubular support parts are provided with at least one adjusting long hole arranged in the vertical direction, the bottom ends of the lower support columns are provided with first locking threaded holes corresponding to the adjusting long holes in the tubular support parts, and the bottom ends of the lower support columns are inserted in the tubular support parts and are locked on the lower support bases through screws penetrating through the adjusting long holes in the tubular support parts and screwed into the first locking threaded holes in the lower support columns; the concrete structure of tilting slide includes: the device comprises side frames at two sides, wherein a leading-in section which is arranged obliquely upwards is arranged at the middle upper part or the upper part of the side frame at one side, the distance between the leading-in section and the side frame at the other side is gradually increased from bottom to top, baffles are arranged on the side frames at two sides, a bottom plate is arranged between the upper parts of the side frames at two sides to form a sliding chute, and a plurality of damping rollers which are parallel to each other are arranged between the lower parts of the side frames at two sides; the upper supporting column in the low-position supporting frame is connected with the corresponding side frames, and the side frames on two sides of the inclined slide way are respectively connected with the tops of the connecting column and the upper supporting column of the high-position supporting frame through the rotary locking mechanism.

2. The sorting output device of claim 1, further comprising a buffer device coupled to the inclined chute, wherein the buffer device comprises: the buffer device comprises a buffer support and a buffer slide rail arranged on the buffer support, wherein the buffer slide rail is an inclined upward ramp, and the included angle between the buffer slide rail and the horizontal plane is controlled to be 3-5 degrees.

3. The sorting output device of claim 1, wherein the buffer chute is provided with a connecting chute at the connection point of the inclined chute.

4. The sorting output device of claim 1, wherein the upper support column of the upper support frame is further provided with an inclined support rod extending upward in a downward direction of the inclined chute, and two side frames of the inclined chute are respectively connected to the top of the inclined support rod through a rotary locking mechanism.

5. The sorting output device of the logistic sorting system according to claim 4, wherein the rotary locking mechanism comprises: the connecting lug plate is arranged on the side frame, a locking through hole and an arc-shaped adjusting hole taking the locking through hole as a circle center are formed in the connecting lug plate, and a second locking threaded hole corresponding to the locking through hole and a third locking threaded hole corresponding to the arc-shaped adjusting hole are formed in the connecting column, the upper supporting column and the inclined supporting rod; the corresponding connecting lug plate is locked on the connecting column through a screw which passes through the locking through hole and is screwed in a second locking threaded hole on the connecting column and a screw which passes through the circular arc-shaped adjusting hole and is screwed in a third locking threaded hole on the connecting column; the corresponding connecting lug plate is locked on the upper supporting column through a screw which passes through the locking through hole and is screwed in a second locking threaded hole on the upper supporting column and a screw which passes through the circular arc-shaped adjusting hole and is screwed in a third locking threaded hole on the upper supporting column; and the corresponding connecting lug plate is locked on the inclined supporting rod through a screw which passes through the locking through hole and is screwed in the second locking threaded hole on the inclined supporting rod and a screw which passes through the circular arc-shaped adjusting hole and is screwed in the third locking threaded hole on the inclined supporting rod.

6. The sorting output device of the logistics sorting system of any one of claims 1 to 5, wherein at least one upper support cross bar connecting the two upper support columns is arranged between the two upper support columns of the high support frame.

7. The sorting output device of claim 6, wherein two upper support bars connecting the two upper support columns are disposed between the two upper support columns of the upper support frame.

8. The sorting output device of claim 7, wherein the two upper support bars are parallel to each other.

Technical Field

The invention relates to a logistics sorting system, in particular to a sorting output device in the logistics sorting system.

Background

At present, the letter sorting output device in traditional commodity circulation letter sorting system, its structure includes: the inclined type slideway is a ramp and is not provided with a damping device. In the actual use process, because there is no damping device, the sliding speed of the object can not be slowed down, so that the impact force applied to the object in the sliding process is large, on one hand, the sliding of the object is very disordered, the position where the object is finally parked is also very disordered, and on the other hand, once the object in the object is a fragile object, the object is possibly damaged, and unnecessary loss is caused.

Disclosure of Invention

The technical problem to be solved by the invention is as follows: the sorting output device in the logistics sorting system can reduce the sliding speed of the objects.

In order to solve the technical problems, the technical scheme adopted by the invention is as follows: a sort output device in a logistics sorting system, comprising: support and setting are in tilting slide on the support, the concrete structure of support includes: the linking bridge that links to each other with the top of tilting slide and the letter sorting platform among the commodity circulation letter sorting system and be used for supporting high order support frame and the low order support frame of tilting slide, linking bridge include: the bottom end of the connecting column is inserted into the tubular connecting part and locked on the connecting base by a screw which penetrates through the adjusting long hole on the tubular connecting part and is screwed in the first locking threaded hole on the connecting column; high-order support frame and low level support frame all include: the two sides of the lower support frame are respectively provided with an upper support column; the lower support frame include: the lower support device comprises two lower support bases, two lower support columns and at least one lower support cross rod for connecting the two lower support columns, wherein the lower support bases are provided with tubular support parts matched with the lower support columns, the tubular support parts are provided with at least one adjusting long hole arranged in the vertical direction, the bottom ends of the lower support columns are provided with first locking threaded holes corresponding to the adjusting long holes in the tubular support parts, and the bottom ends of the lower support columns are inserted in the tubular support parts and are locked on the lower support bases through screws penetrating through the adjusting long holes in the tubular support parts and screwed in the first locking threaded holes in the lower support columns; the concrete structure of tilting slide includes: the device comprises side frames at two sides, wherein a leading-in section which is arranged obliquely upwards is arranged at the middle upper part or the upper part of the side frame at one side, the distance between the leading-in section and the side frame at the other side is gradually increased from bottom to top, baffles are arranged on the side frames at two sides, a bottom plate is arranged between the upper parts of the side frames at two sides to form a sliding chute, and a plurality of damping rollers which are parallel to each other are arranged between the lower parts of the side frames at two sides; the upper supporting column in the low-position supporting frame is connected with the corresponding side frames, and the side frames on two sides of the inclined slide way are respectively connected with the tops of the connecting column and the upper supporting column of the high-position supporting frame through the rotary locking mechanism.

As a preferable scheme, in the sorting output device in the logistics sorting system, the system further comprises: with tilting slide matched with buffer memory device, this buffer memory device includes: the buffer device comprises a buffer support and a buffer slide rail arranged on the buffer support, wherein the buffer slide rail is an inclined upward ramp, and the included angle between the buffer slide rail and the horizontal plane is controlled to be 3-5 degrees.

As a preferable scheme, in the sorting output device in the logistics sorting system, the buffer chute is provided with a connecting chute at a connection position with the inclined chute.

As a preferable scheme, in the sorting output device in the logistics sorting system, an inclined support rod is further provided obliquely upward on the upper support column in the high-position support frame toward the downward direction of the inclined slide way, and side frames on two sides of the inclined slide way are respectively connected with the top of the inclined support rod through a rotary locking mechanism.

As a preferable scheme, in the sorting output device in the logistics sorting system, the rotary locking mechanism comprises: the connecting lug plate is arranged on the side frame, a locking through hole and an arc-shaped adjusting hole taking the locking through hole as a circle center are formed in the connecting lug plate, and a second locking threaded hole corresponding to the locking through hole and a third locking threaded hole corresponding to the arc-shaped adjusting hole are formed in the connecting column, the upper supporting column and the inclined supporting rod; the corresponding connecting lug plate is locked on the connecting column through a screw which passes through the locking through hole and is screwed in a second locking threaded hole on the connecting column and a screw which passes through the circular arc-shaped adjusting hole and is screwed in a third locking threaded hole on the connecting column; the corresponding connecting lug plate is locked on the upper supporting column through a screw which passes through the locking through hole and is screwed in a second locking threaded hole on the upper supporting column and a screw which passes through the circular arc-shaped adjusting hole and is screwed in a third locking threaded hole on the upper supporting column; and the corresponding connecting lug plate is locked on the inclined supporting rod through a screw which passes through the locking through hole and is screwed in the second locking threaded hole on the inclined supporting rod and a screw which passes through the circular arc-shaped adjusting hole and is screwed in the third locking threaded hole on the inclined supporting rod.

As a preferable scheme, in the sorting output device in the logistics sorting system, at least one upper supporting cross rod connecting two upper supporting columns of the high supporting frame is arranged between the two upper supporting columns.

As a preferable scheme, in the sorting output device in the logistics sorting system, two upper support cross rods connecting the two upper support columns are arranged between the two upper support columns of the high support frame.

Preferably, in the sorting output device of the logistics sorting system, the two upper supporting cross rods are parallel to each other.

The invention has the beneficial effects that: according to the invention, the damping roller is additionally arranged at the lower part of the inclined slideway to increase the friction force, so that the sliding speed of the object is slowed down, the impact force applied to the object in the sliding process is reduced, the object can slide very smoothly, the object in the object can be effectively prevented from being damaged, and the final parking position of the object is relatively regular; in addition, the relative position between the bracket and the inclined slideway can be adjusted, so that the sorting output device is greatly convenient to install under different working condition environments, and the adaptability of the sorting output device is greatly enhanced.

Drawings

Fig. 1 is a schematic perspective view of a sorting output device according to the present invention.

Fig. 2 is a schematic front view of the sorting output device of the present invention.

Fig. 3 is an enlarged schematic view of a portion a of fig. 1.

The reference numerals in fig. 1 to 3 are respectively: 11. buffer post, 120, lower support base, 121, lower support post, 122, lower support cross bar, 123, upper support post, 1231, upper support cross bar, 124, inclined support bar, 125, upper support post, 15, connecting plate, 2, inclined slideway, 20, bottom plate, 22, connecting slideway, 23, side frame, 231, leading-in section, 24, side frame, 25, baffle, 28, damping roller, 4, buffer slideway, 5, connecting bracket, 50, connecting base, 51, tubular connecting part, 511, adjusting long hole, 52, connecting post, 521, first locking threaded hole, 522, second locking threaded hole, 523, third locking threaded hole, 6, connecting lug plate, 61, circular arc adjusting hole.

Detailed Description

The following describes in detail a specific embodiment of a sorting output device in a logistics sorting system according to the invention with reference to the accompanying drawings.

As shown in fig. 1 and fig. 2, the sorting output device in the logistics sorting system according to the invention comprises: support, setting are in tilting slide 2 on the support and with tilting slide 2 matched with buffer memory device, the support include: the connecting support 5 that links to each other the top of tilting slide 2 and the letter sorting platform in the commodity circulation letter sorting system to and one high one low two support frames that are used for supporting tilting slide 2 are high-order support frame and low-order support frame, as shown in fig. 3, the concrete structure of connecting support 5 includes: the connecting device comprises a connecting plate 15 and two connecting columns 52, wherein two sides of the connecting plate 15 are respectively provided with a connecting base 50, the connecting base 50 is provided with a tubular connecting part 51 matched with the connecting column 52, the tubular connecting part 51 is provided with two adjusting long holes 511 arranged in the vertical direction, the bottom end of the connecting column 52 is provided with a first locking threaded hole 521 corresponding to the adjusting long hole 511 on the tubular connecting part 51, the bottom end of the connecting column 52 is inserted into the tubular connecting part 51 and is locked on the connecting base 50 through a screw which penetrates through the adjusting long hole 511 on the tubular connecting part 51 and is screwed into the first locking threaded hole 521 on the connecting column 52 (the device belongs to the conventional technology in the field, and the description is not expanded); the high-order support frame all include: the support comprises a lower support frame and two upper support columns 123 arranged on two sides of the lower support frame respectively, wherein an upper support cross rod 1231 used for connecting the two upper support columns 123 is arranged between the two upper support columns 123 respectively up and down, and the two upper support cross rods 1231 are parallel to each other; the low position support frame all include: a lower support frame, and one upper support column 125 disposed at both sides of the lower support frame; the lower support frame include: the lower support comprises two lower support bases 120, two lower support columns 121 and a lower support cross bar 122 connecting the top ends of the two lower support columns 121, wherein the lower support bases 120 are provided with tubular support parts matched with the lower support columns 121, the tubular support parts are provided with two adjusting long holes arranged in the vertical direction, the bottom ends of the lower support columns 121 are provided with locking threaded holes corresponding to the adjusting long holes on the tubular support parts, and the bottom ends of the lower support columns 121 are inserted into the tubular support parts and are locked on the lower support bases 120 through screws penetrating through the adjusting long holes on the tubular support parts and screwed in the locking threaded holes on the lower support columns 121 (see the mounting structure of the connecting bracket in fig. 3); the specific structure of the inclined slideway 2 comprises: the side frames 23 and 24 on two sides, wherein the middle upper part of the side frame 23 on one side is provided with an introduction section 231 which is arranged obliquely upwards, the distance between the introduction section 231 from bottom to top and the side frame 24 on the other side is gradually increased, the side frames 23 and 24 on two sides are provided with baffle plates 25, a bottom plate 20 and a sliding chute are arranged between the upper parts of the side frames 23 and 24, and a plurality of parallel damping rollers 28 are arranged between the lower parts of the side frames 23 and 24; the upper support column in the low-position support frame is directly connected with the side frames 23 and 24 at two sides, the upper support column 123 in the high-position support frame is also provided with an inclined upward inclined support rod 124 towards the descending direction of the inclined slideway 2, and the side frames 23 and 24 at two sides of the inclined slideway 2 are respectively connected with the top parts of the connecting column 52, the inclined support rod 124 and the upper support column 123 of the high-position support frame through a rotary locking mechanism; as shown in fig. 3, the specific structure of the rotation locking mechanism includes: the connecting ear plate 6 is arranged on the side frame 24, the connecting ear plate 6 is provided with a locking through hole and an arc-shaped adjusting hole 61 taking the locking through hole as a circle center, and the connecting column 52 is provided with a second locking threaded hole 522 corresponding to the locking through hole and a third locking threaded hole 523 corresponding to the arc-shaped adjusting hole 61; the connecting ear plate 6 is locked on the connecting column 52 by a screw which passes through the locking through hole and is screwed in the second locking threaded hole 522 on the connecting column 52 and a screw which passes through the circular arc-shaped adjusting hole 61 and is screwed in the third locking threaded hole 523 on the connecting column 52, and the installation structures of the inclined supporting rod 124 and the upper supporting column 123 of the high-position supporting frame and the side frames 23 and 24 are completely the same as the installation structures of the connecting column 52 and the side frames 23 and 24, and the description is not repeated herein; the specific structure of the cache device comprises: the buffer device comprises a buffer support consisting of four buffer upright columns 11 and a buffer slide way 4 arranged on the buffer support, wherein a connecting slide way 22 is arranged at the joint of the buffer slide way 4 and the inclined slide way 2, the buffer slide way 4 is an inclined upward ramp, and the included angle between the buffer slide way 4 and the horizontal plane is controlled to be 3-5 degrees.

In practical application, the included angle β between the inclined slideway 2 and the horizontal plane is usually between 24 ° and 30 °, and preferably between 26 ° and 28 °. The inclination angle β is too large or too small to fit the damping roller 28.

In summary, the present invention is only a preferred embodiment, and not intended to limit the scope of the invention, and all equivalent changes and modifications made in the shape, structure, characteristics and spirit of the present invention described in the claims should be included in the scope of the present invention.