CN207682754U - Computer casing reshaping device - Google Patents
Computer casing reshaping device Download PDFInfo
- Publication number
- CN207682754U CN207682754U CN201820034271.2U CN201820034271U CN207682754U CN 207682754 U CN207682754 U CN 207682754U CN 201820034271 U CN201820034271 U CN 201820034271U CN 207682754 U CN207682754 U CN 207682754U
- Authority
- CN
- China
- Prior art keywords
- computer casing
- shaping
- reshaping device
- platform
- hoistable platform
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model provides a kind of computer casing reshaping device, belongs to shaping device field.The problem of it is low that it solves existing shaping device efficiency, poor universality.This computer casing reshaping device includes shaping board and is arranged at the top of shaping board and is slidably connected with shaping board level and is used to place the shaping mobile platform of computer casing, it is equipped with fixed frame at the top of shaping board, the hoistable platform that can be lifted in vertical direction is connected on fixed frame, it is equipped in the lower surface of hoistable platform and pushes component, when shaping board is moved to pushing component lower section and hoistable platform drops to setting position, the pushing component compressing is in computer casing circumferential direction, it is equipped with center relief hole at the center of shaping mobile platform, it is equipped with and is vertically arranged and upper end can extend into the central area shaping bar in the relief hole of center on shaping board.This computer casing reshaping device is more efficient, and versatility is good.
Description
Technical field
The utility model belongs to shaping device field, is related to a kind of computer casing reshaping device.
Background technology
With the continuous improvement of living standards, people are also to be gradually increased to product quality requirement, and computer is routine office work,
One of tool of amusement, consumer more pay attention to computer exterior aesthetics.
Computer casing is by when being molded into product, shell has to be bent to a certain degree, deformation, causes assembling difficult, Wu Fada
To the quality sold outward, so needing in process of production to computer casing progress Shape correction, existing shaping device, all
It is to protect people to preserve from by artificial loading and unloading, and by infrared facility, but there are still some problems for this type scheme, than
The computer casing of various sizes can not be such as suitable for, poor universality, the degree of automation is relatively low, high labor cost, device security
It is to be improved.
For example, Chinese patent literature discloses a kind of plastic shell automatic reforming device [application number：
201621334183.1], including lower die, upper mold and the guide post being connected between lower die and upper mold, which is characterized in that under described
Mould includes pedestal, bottom plate, the lower platen being fixed on bottom plate and the parallel portion being arranged on lower platen, this is parallel
Mold is provided in portion, and the left and right sides of the parallel portion sets be respectively equipped with grip block respectively, the grip block passes through elastic machine
Structure is connected with pedestal：The top board and be arranged on top board that the upper mold includes upper mounted plate, is fixed on upper mounted plate
Briquetting, the briquetting connect with upper mounted plate by the first elastic element：The pedestal surrounding is provided with several infrared inductions
Grating, the infrared induction grating include controller, the second mounting bracket, the second mounting bracket, are installed on the first mounting bracket
On photophore and the light-receiving device that is installed in the second mounting bracket.Program stability is high, and quality is good, has a safety feature.
Although said program has many advantages, such as, but still unresolved above-mentioned technical problem.
Invention content
The purpose of this utility model is in view of the above-mentioned problems existing in the prior art, to provide a kind of computer casing trimmer
Structure.
The purpose of this utility model can be realized by following technical proposal：
Computer casing reshaping device, including shaping board and setting are slided at the top of shaping board and with shaping board level
Connection and the shaping mobile platform for being used to place computer casing are equipped with fixed frame at the top of shaping board, connect on fixed frame
It is connected to the hoistable platform that can be lifted in vertical direction, is equipped in the lower surface of hoistable platform and pushes component, when shaping board moves
It moves to pushing component when pushing below component and hoistable platform drops to setting position and oppresses in computer casing circumferential direction,
It is equipped with center relief hole at the center of shaping mobile platform, is equipped with and is vertically arranged and upper end can extend into on shaping board
Central area shaping bar in heart relief hole, the central area shaping bar is connect with lifting drive and the center
Region shaping bar moves up that computer casing central area is forced to be arched upward upwards.
Setting pushes component and coordinates central area shaping bar, carries out shaping operation to computer casing, shell is not easily shifted, whole
Shape effect is more preferable, and setting shaping mobile platform is easy to implement automated production, and loading and unloading need not be carried out under hoistable platform, pacifies
Full property is also improved.
In above-mentioned computer casing reshaping device, the pushing component includes being connected to four to be vertically arranged and be located at
The column of each angle of computer casing, the upper end of each column are fixed on by position adjustment structure on hoistable platform respectively, often
The lower end of root post is connected separately with Rubber end, is respectively equipped in the lower end of each Rubber end and determines for what computer casing corner was caught in
Position notch.
Each computer casing corner is caught in locating notch, is avoided computer casing movement in reforming process and is led to shaping not
It is good.
In above-mentioned computer casing reshaping device, if the position adjustment structure includes being arranged on hoistable platform
Dry strip-shaped hole, the strip-shaped hole are circularly and evenly distributed, are equipped with respectively in each strip-shaped hole and the upper end of the column
The adjusting bolt of connection.
Installation position adjustment structure is used to adjust the position of the column, matches the computer casing of each size, versatility is good.
In above-mentioned computer casing reshaping device, the hoistable platform lower surface is additionally provided at least one lift resistance
Buddhist nun's buffer, the lift damping buffer is first contacted with computer casing during hoistable platform declines.
Lift damping buffer is set, and when hoistable platform declines, effectively avoiding pushing, component decrease speed is too fast leads
Send a telegraph brain Housing failure.
In above-mentioned computer casing reshaping device, the central area shaping bar upper end is equipped with rubber contact head.
Using rubber contact head, in reforming process, rubber contact head is contacted with computer casing is not easy to scratch computer casing.
In above-mentioned computer casing reshaping device, the rubber contact head axial centre is equipped with through-hole one.
In above-mentioned computer casing reshaping device, the Rubber end axial centre is equipped with through-hole two, the through-hole
Two are connected to locating notch.
In above-mentioned computer casing reshaping device, the shaping mobile platform upper surface is equipped with annular positioning groove, and
Shaping mobile platform is separated into inner region and exterior domain by the annular positioning groove.
Annular positioning groove is set, and computer casing is fixed on shaping mobile platform, not easily to fall off.
In above-mentioned computer casing reshaping device, the inner region is equipped with positioning convex platform, is also set in inner region
There is the support positioning pin positioned at positioning convex platform periphery.
Setting support positioning pin, prevents computer casing to be detached from shaping mobile platform and is used to support computer casing, in shaping
Computer casing uniform force in the process is hardly damaged.
In above-mentioned computer casing reshaping device, the positioning convex platform is equipped with several vacuum being vertically arranged and inhales
Disk, the vacuum cup are connected in parallel.
After shaping, vacuum cup has certain suction to computer casing, ensures that computer casing stays on a mobile platform,
Computer casing is avoided to be stuck in locating notch and lead to not blanking.
In above-mentioned computer casing reshaping device, the shaping mobile platform lateral cross section takes the shape of the letter U.
The shaping mobile platform manufacture material requested of U-shaped structure is more saved, and manufacturing cost is reduced.
In above-mentioned computer casing reshaping device, two platform rails being mutually parallel are equipped at the top of shaping board,
It is connected with mobile sliding block on platform rail and the shaping mobile platform is connected on the mobile sliding block.
Platform rail and mobile sliding block are set, and the movement of shaping mobile platform is smoother, wears smaller.
In above-mentioned computer casing reshaping device, it is equipped at the top of shaping board between being located at two platform rails
Mobile platform position limiting structure.
In above-mentioned computer casing reshaping device, the mobile platform position limiting structure includes that setting is led in two platforms
Two damping limiters between rail, shaping mobile platform are located between two damping limiters, and two damping limiters it
Between distance be more than shaping mobile platform length.
Setting damping limiter, prevents shaping mobile platform to be detached from guide rail.
In above-mentioned computer casing reshaping device, it is connected with swivel nut on any one described movement sliding block, and wear
It is located at the screw rod being threadedly coupled in the swivel nut and with swivel nut, the screw rod is connect with driving motor.
In above-mentioned computer casing reshaping device, it is equipped with the lifting being connect with the hoistable platform on fixed frame and drives
It takes offence cylinder.
In above-mentioned computer casing reshaping device, the fixed frame includes four supporting rods being vertically arranged, in institute
The upper end for stating supporting rod is equipped with positioning plate, and the hoistable platform is located at below positioning plate and is equipped with described in confession on hoistable platform
The pilot hole that supporting rod is inserted into one by one.
Compared with prior art, this computer casing reshaping device has the advantages that the following：
1. the degree of automation is higher, cost of labor is saved.
2. suitable for the computer casing of various sizes, versatility is good.
3. the safety higher of reshaping device.
Description of the drawings
Fig. 1 is the schematic diagram of this computer casing reshaping device.
Fig. 2 is hoistable platform schematic bottom view in this computer casing reshaping device.
Fig. 3 is hoistable platform front schematic view in this computer casing reshaping device.
Fig. 4 is shaping mobile platform schematic diagram in this computer casing reshaping device.
In figure, shaping board C1, shaping mobile platform C2, center relief hole C21, annular positioning groove C22, positioning convex platform
C23, it support positioning pin C24, vacuum cup C25, fixed frame C3, hoistable platform C4, strip-shaped hole C41, adjusting bolt C42, pushes
Component C5, column C51, Rubber end C52, locating notch C53, one C54 of through-hole, central area shaping bar C6, rubber contact head
C61, two C62 of through-hole, lift damping buffer C7.
Specific implementation mode
As shown in Figure 1, this computer casing reshaping device, including shaping board C1 and be arranged at the top of shaping board C1 and with
Shaping board C1 levels are slidably connected and the shaping mobile platform C2 for placing computer casing, are set at the top of shaping board C1
There is fixed frame C3, being connected on fixed frame C3 can be in the hoistable platform C4 that vertical direction lifts, at hoistable platform C4
Surface, which is equipped with, pushes component C5, is pushed below component C5 and hoistable platform C4 drops to setting position when shaping board C1 is moved to
Shi Suoshu pushes component C5 compressings in computer casing circumferential direction, and center relief hole is equipped at the center of shaping mobile platform C2
C21 is equipped on shaping board C1 and is vertically arranged and upper end can extend into the central area shaping bar in the relief hole C21 of center
C6, the central area shaping bar C6 is connect with lifting drive and the central area shaping bar C6 move up from
And computer casing central area is forced to be arched upward upwards.
Setting pushes component C5 and coordinates central area shaping bar C6, carries out shaping operation to computer casing, shell is not easy to move
Dynamic, shaping effect is more preferable, and setting shaping mobile platform C2 is easy to implement automated production, need not be carried out at hoistable platform C4
Loading and unloading, safety are also improved.
The lifting driving cylinder being connect with the hoistable platform C4 is equipped on fixed frame C3.
The fixed frame C3 includes four supporting rods being vertically arranged, and positioning plate is equipped in the upper end of the supporting rod,
The hoistable platform C4 is located at below positioning plate and is equipped with the guiding being inserted into one by one for the supporting rod on hoistable platform C4
Hole.
As Figure 2-3, the pushing component C5 include be connected to four be vertically arranged and positioned at computer casing it is each
The upper end of the column C51 of angle, each column C51 are fixed on by position adjustment structure on hoistable platform C4 respectively, and every vertical
The lower end of column C51 is connected separately with Rubber end C52, is respectively equipped with for computer casing corner card in the lower end of each Rubber end C52
The locating notch C53 entered.
Each computer casing corner is caught in locating notch C53, is avoided computer casing movement in reforming process and is caused whole
Shape is bad.
In above-mentioned computer casing reshaping device, the position adjustment structure includes being arranged on hoistable platform C4
Several strip-shaped hole C41, the strip-shaped hole C41 are circularly and evenly distributed, be equipped with respectively in each strip-shaped hole C41 with it is described
The upper ends column C51 connection adjusting bolt C42.
Installation position adjustment structure is used to adjust the position of the column C51, matches the computer casing of each size, versatility
It is good.
In above-mentioned computer casing reshaping device, the lower surfaces hoistable platform C4 are additionally provided at least one lift
Damping buffer C7, the lift damping buffer C7 is first contacted with computer casing during hoistable platform C4 declines.
Lift damping buffer C7 is set, when hoistable platform C4 declines, effectively avoids pushing component C5 decrease speeds
It is too fast that computer casing is caused to damage.
In above-mentioned computer casing reshaping device, the upper ends central area shaping bar C6 are equipped with rubber contact head
C61。
Using rubber contact head C61, in reforming process, rubber contact head C61 is contacted with computer casing is not easy to scratch outside computer
Shell.
The rubber contact head C61 axial centres are equipped with one C54 of through-hole.
The Rubber end C52 axial centres are equipped with through-hole two C62, two C62 of through-hole and connect with locating notch C53
It is logical.
As shown in figure 4, the upper surfaces shaping mobile platform C2 are equipped with annular positioning groove C22, and the annular is fixed
Shaping mobile platform C2 is separated into inner region and exterior domain by position slot C22.
Annular positioning groove C22 is set, and computer casing is fixed on shaping mobile platform C2, not easily to fall off.
The inner region is equipped with positioning convex platform C23, and the branch positioned at the peripheries positioning convex platform C23 is additionally provided in inner region
Support positioning pin C24.
Setting support positioning pin C24, prevents computer casing to be detached from shaping mobile platform C2 and is used to support computer casing,
Computer casing uniform force in reforming process, is hardly damaged.
The positioning convex platform C23 is equipped with several vacuum cup C25 being vertically arranged, and the vacuum cup C25 is simultaneously
Connection connection.
After shaping, vacuum cup C25 has certain suction to computer casing, ensures that computer casing stays in mobile platform
On, avoid computer casing from being stuck in locating notch C53 and lead to not blanking.
The shaping mobile platform C2 lateral cross sections take the shape of the letter U.
The shaping mobile platform C2 manufacture material requesteds of U-shaped structure are more saved, and manufacturing cost is reduced.
It is equipped with two platform rails being mutually parallel at the top of shaping board C1, mobile sliding block is connected on platform rail
And the shaping mobile platform C2 is connected on the mobile sliding block.
Platform rail and mobile sliding block are set, and the C2 movements of shaping mobile platform are smoother, wear smaller.
The mobile platform position limiting structure being located between two platform rails is equipped at the top of shaping board C1.
The mobile platform position limiting structure includes two damping limiters being arranged between two platform rails, shaping
Mobile platform C2 is located between two damping limiters, and the distance between two damping limiters are more than shaping mobile platform C2
Length.
Setting damping limiter, prevents shaping mobile platform C2 to be detached from platform rail.
Be connected with swivel nut on any one described movement sliding block, and be threaded through in the swivel nut and with swivel nut screw thread
The screw rod of connection, the screw rod are connect with driving motor.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. computer casing reshaping device, including shaping board (C1) and setting at the top of shaping board (C1) and with shaping board
(C1) the horizontal shaping mobile platform (C2) being slidably connected and be used to place computer casing, which is characterized in that in shaping board
(C1) top is equipped with fixed frame (C3), and the hoistable platform that can be lifted in vertical direction is connected on fixed frame (C3)
(C4), it is equipped in the lower surface of hoistable platform (C4) and pushes component (C5), component (C5) is pushed when shaping board (C1) is moved to
Lower section and hoistable platform (C4) drop to the pushing component (C5) when setting position and oppress in computer casing circumferential direction, whole
The center of shape mobile platform (C2) is equipped with center relief hole (C21), is equipped with and is vertically arranged and upper end energy on shaping board (C1)
Enough stretch to the central area shaping bar (C6) in center relief hole (C21), the central area shaping bar (C6) and lifting
Driving device connects and the central area shaping bar (C6) moves up to force computer casing central area to arch
It rises.
2. computer casing reshaping device according to claim 1, which is characterized in that the pushing component (C5) includes connecting
Four columns (C51) for being vertically arranged and being located at each angle of computer casing are connected on, the upper end of each column (C51) passes through respectively
Position adjustment structure is fixed on hoistable platform (C4), and the lower end of each column (C51) is connected separately with Rubber end (C52),
The lower end of each Rubber end (C52) is respectively equipped with the locating notch (C53) being caught in for computer casing corner.
3. computer casing reshaping device according to claim 2, which is characterized in that the position adjustment structure includes setting
Several strip-shaped holes (C41) on hoistable platform (C4) are set, the strip-shaped hole (C41) is circularly and evenly distributed, at each
It is equipped with the adjusting bolt (C42) being connect with the upper end the column (C51) respectively in shape hole (C41).
4. computer casing reshaping device according to claim 1, which is characterized in that described lower surface hoistable platform (C4)
It is additionally provided at least one lift damping buffer (C7), the lift damping is slow during hoistable platform (C4) declines
Device (C7) is rushed first to contact with computer casing.
5. computer casing reshaping device according to claim 1, which is characterized in that the central area shaping bar (C6)
Upper end is equipped with rubber contact head (C61).
6. computer casing reshaping device according to claim 5, which is characterized in that described rubber contact head (C61) axis
It is equipped with through-hole one (C54) to center.
7. computer casing reshaping device according to claim 2, which is characterized in that in described Rubber end (C52) axial direction
The heart is equipped with through-hole two (C62), and the through-hole two (C62) is connected to locating notch (C53).
8. computer casing reshaping device according to claim 2, which is characterized in that on the shaping mobile platform (C2)
Surface is equipped with annular positioning groove (C22), and shaping mobile platform (C2) is separated into inner region by the annular positioning groove (C22)
And exterior domain.
9. computer casing reshaping device according to claim 8, which is characterized in that the inner region is equipped with convex
Platform (C23) is additionally provided with the support positioning pin (C24) positioned at the periphery positioning convex platform (C23) in inner region.
10. computer casing reshaping device according to claim 9, which is characterized in that set on the positioning convex platform (C23)
There are several vacuum cups (C25) being vertically arranged, the vacuum cup (C25) to be connected in parallel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820034271.2U CN207682754U (en) | 2018-01-09 | 2018-01-09 | Computer casing reshaping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820034271.2U CN207682754U (en) | 2018-01-09 | 2018-01-09 | Computer casing reshaping device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207682754U true CN207682754U (en) | 2018-08-03 |
Family
ID=62990591
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820034271.2U Expired - Fee Related CN207682754U (en) | 2018-01-09 | 2018-01-09 | Computer casing reshaping device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207682754U (en) |
-
2018
- 2018-01-09 CN CN201820034271.2U patent/CN207682754U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180803 Termination date: 20200109 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |