CN213677638U

CN213677638U - Transportation and packaging device for digital slice scanner

Info

Publication number: CN213677638U
Application number: CN202022287723.8U
Authority: CN
Inventors: 彭春龙; 钟小英; 赵冉冉; 曾磊
Original assignee: Nanjing Jiangnan Novel Optics Co ltd
Current assignee: Nanjing Jiangnan Novel Optics Co ltd
Priority date: 2020-10-14
Filing date: 2020-10-14
Publication date: 2021-07-13
Anticipated expiration: 2030-10-14

Abstract

The utility model discloses a digital section scanner transportation packing plant, including packing box, go up the snubber block, snubber block and metal mount down, it prevents the scurring to be provided with the first on the snubber block, if the upper portion embedding of metal mount prevents in the scurring first, the metal mount will be with the first lateral wall laminating of preventing the scurring, be provided with the second on the snubber block and prevent the scurring, if the lower part embedding of metal mount prevents in the scurring second, the metal mount will prevent the lateral wall laminating of scurring with the second, the length and the width of last snubber block equals the length and the width of packing box, the length and the width of lower snubber block equals the length and the width of packing box, when fixing the digital section scanner on the metal mount, the digital section scanner is located inside the metal mount; the advantage is that can not cause digital section scanner to appear breakage, drop lacquer and damage scheduling problem in the transportation, and the transportation security is higher.

Description

Transportation and packaging device for digital slice scanner

Technical Field

The utility model relates to a transportation packing plant especially relates to a digital section scanner transportation packing plant.

Background

The digital slice scanner is a high-precision slice scanner, and the problems of breakage, paint falling, damage and the like can be caused if the digital slice scanner is improperly packaged in the transportation process. Present digital section scanner transportation packing plant is including the packing box usually, go up fixed block and lower fixed block, go up the fixed block and all adopt the cystosepiment to realize or all adopt corrugated container board to realize with lower fixed block, upward be provided with the fixed slot on the fixed block, be provided with down the fixed slot on the lower fixed block, when packing, the fixed block is placed in the packing box bottom down, laminate with lower fixed slot lateral wall in the lower fixed slot of fixed block under the bottom embedding of digital section scanner, then will go up the fixed block dress on digital section scanner, laminate with last fixed slot lateral wall in the last fixed slot of fixed block on making digital section scanner's upper portion embedding, seal the packing box at last, wherein go up the lateral wall of fixed block and lower fixed block and the inside wall laminating of packing box. However, because the digital slice scanner has a large mass, and the strength of the upper fixing block and the lower fixing block in the conventional transportation and packaging device for the digital slice scanner is low, the digital slice scanner inevitably rubs with the upper fixing block and the lower fixing block in the transportation process, so that the problems of damage, paint falling, damage and the like of the digital slice scanner are caused, and the transportation safety is low.

Disclosure of Invention

The utility model aims to solve the technical problem that a digital section scanner transportation packing plant that the transportation security is higher is provided can not cause digital section scanner to appear damaged, fall lacquer and damage scheduling problem.

The utility model provides a technical scheme that above-mentioned technical problem adopted does: a digital slice scanner transportation packing device comprises a packing box, an upper shock absorption block, a lower shock absorption block and a metal fixing frame used for fixing the digital slice scanner, wherein a first anti-channeling groove is formed in the upper shock absorption block, if the upper part of the metal fixing frame is embedded into the first anti-channeling groove, the metal fixing frame is attached to the side wall of the first anti-channeling groove, a second anti-channeling groove is formed in the lower shock absorption block, if the lower part of the metal fixing frame is embedded into the second anti-channeling groove, the metal fixing frame is attached to the side wall of the second anti-channeling groove, the length and the width of the upper shock absorption block are equal to those of the packing box, the length and the width of the lower shock absorption block are equal to those of the packing box, when the digital slice scanner is fixed on the metal fixing frame, the digital slice scanner is positioned in the metal fixing frame.

The metal fixing frame comprises four vertical rods, an upper frame and a lower frame, the upper frame comprises four first cross rods, the upper parts of every two adjacent vertical rods are fixedly connected through one first cross rod, the four first cross rods surround to form a rectangular opening, the size of the rectangular opening is larger than the external size of the digital section scanner, the lower frame comprises four second cross rods, the four vertical rods are sequentially called as a first vertical rod, a second vertical rod, a third vertical rod and a fourth vertical rod, the lower part of the first vertical rod and the lower part of the second vertical rod are fixedly connected through a first second cross rod, the lower part of the third vertical rod and the lower part of the fourth vertical rod are fixedly connected through a second cross rod, the third second cross rod and the fourth second cross rod are arranged between the first second cross rod and the second cross rod in parallel at intervals, and the two ends of the third second cross rod and the second cross rod are fixedly connected with the first cross rod and the second cross rod respectively, the distance between the third second cross rod and the fourth second cross rod is smaller than the length of the digital slice scanner in the front-back direction, when the digital slice scanner is installed in the metal fixing frame from the rectangular opening, the digital slice scanner is supported by the third second cross rod and the fourth second cross rod, and the digital slice scanner is fixed on the third second cross rod and the fourth second cross rod through a plurality of screws respectively. In this structure, the metal mount is hollow structure, and the quality is lighter, and only need set up a plurality of screw holes in digital section scanner bottom and can realize the fixed of digital section scanner, easy operation.

The upper shock absorption block and the lower shock absorption block are made of foam.

And the upper shock absorption block is also provided with a storage groove for storing related accessories of the digital slice scanner.

Compared with the prior art, the utility model has the advantages that the upper damping block, the lower damping block and the metal fixing frame for fixing the digital slice scanner are arranged, the upper damping block is provided with a first anti-channeling groove, if the upper part of the metal fixing frame is embedded into the first anti-channeling groove, the metal fixing frame is attached to the side wall of the first anti-channeling groove, the lower damping block is provided with a second anti-channeling groove, if the lower part of the metal fixing frame is embedded into the second anti-channeling groove, the metal fixing frame is attached to the side wall of the second anti-channeling groove, the length and the width of the upper damping block are equal to the length and the width of the packing box, the length and the width of the lower damping block are equal to the length and the width of the packing box, when the digital slice scanner is fixed on the metal fixing frame, the digital slice scanner is positioned in the metal fixing frame, when the digital slice scanner is packed, the digital slice scanner is firstly fixed, then place the snubber block in the packing box bottom down, the lateral wall of going up the snubber block at this moment laminates with the inside wall of packing box, then will be fixed with the second of snubber block prevents scurrying in the groove with the second prevents scurrying the laminating of groove lateral wall under the bottom embedding of the metal mount of digital section scanner, then will go up on the snubber block dress is fixed with the metal mount of digital section scanner, make the upper portion embedding of the metal mount of fixed with digital section scanner prevent scurrying in the groove with the first of snubber block and laminate with the first prevents scurrying the groove lateral wall in, finally seal the packing box, from this, the utility model discloses in fix digital section scanner through the metal mount, digital section scanner and last snubber block and lower snubber block contactless, in the transportation, even metal mount and last snubber block and lower snubber block can not avoid can rub, can not cause digital section scanner to appear damaged yet, Paint falling, damage and the like, and the transportation safety is higher.

Drawings

Fig. 1 is an exploded view of the digital slice scanner transport packaging apparatus of the present invention;

fig. 2 is the utility model discloses an assembly schematic diagram of metal mount and digital section scanner among digital section scanner transportation packing plant.

Detailed Description

The present invention will be described in further detail with reference to the following embodiments.

Example (b): as shown in fig. 1 and 2, a digital slice scanner transportation and packaging device comprises a packaging box 1, an upper shock absorption block 2, a lower shock absorption block 3 and a metal fixing frame 5 for fixing a digital slice scanner 4, wherein a first anti-channeling groove (not shown) is arranged on the upper shock absorption block 2, if the upper part of the metal fixing frame 5 is embedded into the first anti-channeling groove, the metal fixing frame 5 is attached to the side wall of the first anti-channeling groove, the lower damping block 3 is provided with a second anti-channeling groove 31, if the lower portion of the metal holder 5 is inserted into the second anti-play groove 31, the metal holder 5 will be attached to the sidewall of the second anti-play groove 31, the length and width of the upper shock-absorbing block 2 are equal to those of the packing box 1, the length and width of the lower shock-absorbing block 3 are equal to those of the packing box 1, when the digital slice scanner 4 is fixed on the metal holder 5, the digital slice scanner 4 is located inside the metal holder 5.

In this embodiment, the metal fixing frame 5 comprises four vertical bars, an upper frame and a lower frame, the upper frame comprises four first cross bars 6, the upper portions of every two adjacent vertical bars are fixedly connected through one first cross bar 6, the four first cross bars 6 enclose a rectangular opening 7, the size of the rectangular opening 7 is larger than the external size of the digital section scanner 4, the lower frame comprises four second cross bars, the four vertical bars are sequentially called as a first vertical bar 8, a second vertical bar 9, a third vertical bar 10 and a fourth vertical bar 11, the lower portion of the first vertical bar 8 and the lower portion of the second vertical bar 9 are fixedly connected through a first second cross bar 12, the lower portion of the third vertical bar 10 and the lower portion of the fourth vertical bar 11 are fixedly connected through a second cross bar 13, a third second cross bar 14 and a fourth second cross bar 15 are arranged between the first second cross bar 12 and the second cross bar 13 at intervals in parallel, and both ends respectively with first second horizontal pole 12 and second horizontal pole 13 fixed connection, the distance between third second horizontal pole 14 and fourth second horizontal pole 15 is less than the length of digital section scanner 4 fore-and-aft direction, when in packing digital section scanner 4 into metal fixation frame 5 from rectangle mouth 7 department, digital section scanner 4 is held by third second horizontal pole 14 and fourth second horizontal pole 15, digital section scanner 4 is fixed respectively on third second horizontal pole 14 and fourth second horizontal pole 15 through a plurality of screws 16.

In this embodiment, the material of the upper and lower shock absorbing blocks 2 and 3 is foam.

In this embodiment, the upper damping block 2 is further provided with a storage slot 21 for storing the related accessories of the digital slice scanner 4.

Claims

1. A digital slice scanner transporting and packaging device comprises a packaging box and is characterized by further comprising an upper damping block, a lower damping block and a metal fixing frame for fixing the digital slice scanner, wherein a first anti-channeling groove is formed in the upper damping block, if the upper portion of the metal fixing frame is embedded into the first anti-channeling groove, the metal fixing frame is attached to the side wall of the first anti-channeling groove, a second anti-channeling groove is formed in the lower damping block, if the lower portion of the metal fixing frame is embedded into the second anti-channeling groove, the metal fixing frame is attached to the side wall of the second anti-channeling groove, the length and width of the upper damping block are equal to those of the packaging box, the length and width of the lower damping block are equal to those of the packaging box, when the digital slice scanner is fixed on the metal fixing frame, the digital slice scanner is positioned in the metal fixing frame.

2. The digital slide scanner transportation packaging device of claim 1, wherein the metal holder comprises four vertical bars, an upper frame and a lower frame, the upper frame comprises four first horizontal bars, the upper portions of every two adjacent vertical bars are fixedly connected by one first horizontal bar, the four first horizontal bars enclose a rectangular opening, the size of the rectangular opening is larger than the external size of the digital slide scanner, the lower frame comprises four second horizontal bars, the four vertical bars are sequentially called as the first vertical bar, the second vertical bar, the third vertical bar and the fourth vertical bar, the lower portions of the first vertical bars and the lower portions of the second vertical bars are fixedly connected by the first second horizontal bar, the lower portion of the third vertical bar and the lower portion of the fourth vertical bar are fixedly connected by the second horizontal bar, the third second horizontal bar and the fourth horizontal bar are parallelly arranged between the first second horizontal bar and the second horizontal bar at intervals, and two ends of the digital section scanner are respectively fixedly connected with the first second cross rod and the second cross rod, the distance between the third second cross rod and the fourth second cross rod is smaller than the length of the digital section scanner in the front-back direction, when the digital section scanner is installed in the metal fixing frame from the rectangular opening, the digital section scanner is supported by the third second cross rod and the fourth second cross rod, and the digital section scanner is respectively fixed on the third second cross rod and the fourth second cross rod through a plurality of screws.

3. The digital slide scanner transport package of claim 1, wherein said upper shock block and said lower shock block are both made of foam.

4. The digital slide scanner transport package as claimed in claim 1, wherein the upper shock-absorbing block is further provided with a storage slot for storing related accessories of the digital slide scanner.