CN207982100U - A kind of riveting module of rod-type - Google Patents
A kind of riveting module of rod-type Download PDFInfo
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- CN207982100U CN207982100U CN201721588466.3U CN201721588466U CN207982100U CN 207982100 U CN207982100 U CN 207982100U CN 201721588466 U CN201721588466 U CN 201721588466U CN 207982100 U CN207982100 U CN 207982100U
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- riveting
- pylon
- plate
- oil cylinder
- shaped frame
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Abstract
The utility model discloses a kind of riveting modules of rod-type, including U-shaped frame, riveting oil cylinder, riveted plating, riveting backing plate.Oil cylinder, riveted plating and riveting backing plate is riveted to be mounted in U-shaped frame.U-shaped frame includes outer pylon and interior pylon.There is riveting gap between outer pylon and interior pylon.Riveted plating is vertically installed at by horizontally disposed riveting oil cylinder on outer pylon, and in riveting gap.Riveting backing plate is vertically installed on inner prop, is located in riveting gap.Riveted plating can move horizontally under the driving of riveting oil cylinder, and can be pressed on riveting backing plate and realize plate riveting.Two riveting modules of the utility model constitute riveting mechanism so that the riveting mechanism can inwardly be riveted by outside, without considering the problem of stroke deficiency, therefore, it is realized by one-stroke oil cylinder, riveting only needs an action, thereby may be ensured that rhythm.
Description
Technical field
The utility model is related to the equipment that size coaming plate in freezer liner automatic production line mutually rivets.
Background technology
Freezer liner coaming plate is for being isolated freezer liner and refrigeration device.Freezer liner coaming plate is usually by Figured aluminium plate system
At.In general, freezer liner coaming plate adds again after becoming degree of lip-rounding coaming plate after mutually being riveted by the U-shaped coaming plate made by two pieces of Figured aluminium plates
It is formed after upper plate riveting.After being riveted again with Z-shaped bottom plate after small one and large one riveting of two U-shaped coaming plates, formed have it is step-like
Freezer liner coaming plate.Under the prior art, by between two block size U-shaped coaming plates disclosed in 205599797 U of patent document CN
A kind of shell riveting mechanism realization riveting of two-pass hydraulic oil cylinder driving.But the riveting mechanism has two：First problem
It is the riveting mechanism by two-pass hydraulic oil cylinder driving, takes longer when two substeps impact when thus processing, paces can not keeps up with whole
The rhythm of a freezer liner coaming plate production line.Second Problem is to rivet backing plate in hull outside, and riveting shock plate is located at shell
Inside, and for the weaker Figured aluminium plate of material carry out riveting processing when, the quadrangle of two size U-shaped coaming plates must be fixed.Greatly
Corner Strapped the best way of small U-shaped coaming plate is strutted from inside with column, when thus internal upright supports from inside to outside, shell
Outside riveting backing plate need ecto-entad to move, since this is two different directions, be easy it is asynchronous, and be easy take compared with
It is long, cause rhythm too slow, the rhythm of entire freezer liner coaming plate production line can not be kept up with.
Invention content
Problem to be solved in the utility model：Cause rhythm too slow under the prior art, when being riveted from inside to outside, nothing
Method keeps up with the rhythm of entire freezer liner coaming plate production line.
To solve the above problems, the scheme that the utility model uses is as follows：
A kind of riveting module of rod-type, including U-shaped frame, riveting oil cylinder, riveted plating, riveting backing plate；Rivet oil cylinder, riveting
Plate and riveting backing plate are mounted in U-shaped frame；U-shaped frame includes outer pylon and interior pylon；There is riveting between outer pylon and interior pylon
Gap；Riveted plating is vertically installed at by horizontally disposed riveting oil cylinder on outer pylon, and in riveting gap；Rivet backing plate
It is vertically installed on interior pylon, is located in riveting gap；Riveted plating can move horizontally under the driving of riveting oil cylinder, and can
It is pressed on riveting backing plate and realizes plate riveting.
Further, further include riveting grillage and adjustment cylinder；Riveted plating is connected by riveting grillage with riveting oil cylinder；Riveting
Grillage is vertically arranged and is connected to the piston of riveting oil cylinder；It is provided with vertical trapezoidal card slot on riveting grillage；Riveted plating along
It is provided with trapezoidal fixture block on vertical plate body direction；Trapezoidal fixture block matches with trapezoidal card slot；Riveted plating is caught in by trapezoidal fixture block
Trapezoidal card slot is mounted on riveting grillage, and can be slided up and down in the vertical direction along trapezoidal card slot；Adjust cylinder installation
On the top of riveting grillage, piston connects riveted plating so that riveted plating can lift under the driving of adjustment cylinder.
Further, balance mechanism up and down is additionally provided between outer pylon and riveting grillage；Balance mechanism includes above and below described
Rack and synchronizing shaft；Synchronizing shaft is vertically arranged, and upper and lower ends are mounted on by two pieces of shaft bearing plates on outer pylon respectively；On synchronizing shaft
Two pieces of shaft bearing plates at lower both ends are clamped respectively there are two gear；Gear is mounted on synchronizing shaft, and synchronous with synchronizing shaft can be turned
It is dynamic；Rack has two；Two toothed racks are horizontally disposed, and are parallel to the erection direction of riveting oil cylinder；Two toothed racks are divided one on the other
It is not held between two pieces of shaft bearing plates of synchronizing shaft upper and lower ends, and is held between outer pylon lateral shelf plate and gear, it can
It moves horizontally；Rack and pinion is meshed；One end of rack is mutually fixed with riveting grillage.
Further, U-shaped frame is made of L-shaped frame and the outer pylon on L-shaped frame；The L-shaped frame is mutual by two pieces
Cross-brace beam between parallel and vertical L shaped plate and two pieces of L shaped plates is formed；The vertical portion of the L-shaped frame is interior
Pylon；Outer pylon is mounted on the horizontal component of the L-shaped frame；The lateral shelf plate that outer pylon is mutually parallel and is vertically arranged by two pieces
And the cross-brace beam between two pieces of lateral shelf plates is formed；Oil cylinder is riveted to be set between two pieces of lateral shelf plates of outer pylon.
Further, U-shaped securing plate is installed between outer pylon and interior pylon two bottom sides.
Further, riveting backing plate is surface plate；Riveted plating is provided with vertical riveting on the riveting face towards riveting backing plate
Slot.
The technique effect of the utility model is as follows：Two riveting modules of the utility model constitute riveting mechanism so that
The riveting mechanism can inwardly be riveted by outside, therefore, real by one-stroke oil cylinder without considering the problem of stroke deficiency
Existing, riveting only needs an action, thereby may be ensured that rhythm.
Description of the drawings
Fig. 1 is the overall structure diagram of the utility model embodiment.
Fig. 2 is the structural schematic diagram for riveting grillage.
Fig. 3 is the schematic top plan view of riveted plating.
Fig. 4 is the structural schematic diagram of balance mechanism part above and below the utility model embodiment.
Fig. 5 is the structural schematic diagram for riveting module U-shaped frame.
Fig. 6 is that riveting module U-shaped frame increases the structural schematic diagram after U-shaped securing plate.
Fig. 7 is the fundamental diagram for riveting backing plate and riveted plating.
Specific implementation mode
The utility model is described in further details below in conjunction with the accompanying drawings.
A kind of riveting module of rod-type, as shown in Figure 1, including U-shaped frame 21, riveting oil cylinder 22, riveting grillage 23, riveting
Plate 24 and riveting backing plate 25.Oil cylinder 22, riveting grillage 23, riveted plating 24 and riveting backing plate 25 is riveted to be mounted in U-shaped frame 21.U
Shape frame 21 includes outer pylon 211 and interior pylon 212.There is riveting gap 213 between outer pylon 211 and interior pylon 212.Riveted plating
24 are vertically installed at riveting oil cylinder 22 on outer pylon 211 by riveting grillage 23, and in riveting gap 213.It is specific next
It says, rivets there are two oil cylinders 22.Two riveting 22 levels of oil cylinder are erected on column jacket frame 211, and two riveting oil cylinders 22 1
On once.Riveting grillage 23 is vertically arranged on the piston of two riveting oil cylinders 22, and in riveting gap 213.Riveted plating
24 are mounted on riveting grillage 23.As shown in Fig. 2, being provided with vertical trapezoidal card slot 231 on riveting grillage 23.Such as Fig. 3 institutes
Show, riveted plating 24 is provided with trapezoidal fixture block 242 on vertical plate body direction.Trapezoidal fixture block 242 and 231 phase of trapezoidal card slot
Match.Riveted plating 24 is caught in trapezoidal card slot 231 by trapezoidal fixture block 242 and is mounted on riveting grillage 23, and can be in vertical direction
On slided up and down along trapezoidal card slot 231.The top of riveting grillage 23 is equipped with adjustment cylinder 241.Adjust the piston of cylinder 241
Connect riveted plating 24 so that riveted plating 24 can lift under the driving of adjustment cylinder 241.Including riveting backing plate 25 is vertically-mounted
On pylon 212, it is located in riveting gap 213.Riveted plating 24 can move horizontally under the driving of riveting oil cylinder 22 as a result, and
It can be pressed on the backing plate face of riveting backing plate 25, realize the riveting of plate.
In the present embodiment, U-shaped frame 21 is made of L-shaped frame and the outer pylon 211 on L-shaped frame.Wherein, L-shaped frame,
As shown in figure 5, being mutually parallel by two pieces and the cross-brace beam institute group between vertical L shaped plate 219 and two pieces of L shaped plates 219
At.The vertical portion of L-shaped frame is interior pylon 212.Outer pylon 211 is mounted on the horizontal component of L-shaped frame.Outer pylon 211 is by two
Block is mutually parallel and the cross-brace beam between the lateral shelf plate being vertically arranged and two pieces of lateral shelf plates is formed.Riveting oil cylinder 22 is set
Between 211 two pieces of parallel lateral shelf plates of outer pylon.Under this structure, the physics between outer pylon 211 and interior pylon 212 is strong
Degree seems insufficient.When riveted plating 24 is pressed in by the driving of riveting oil cylinder 22 on riveting backing plate 25, outer pylon 211 is easy to allow backward
Position leads to rivet backing plate 25 by uneven above and below the pressure of riveted plating 24.To strengthen between outer pylon 211 and interior pylon 212
Physical strength, the present embodiment, as shown in fig. 6, being equipped with U-shaped securing plate between 212 two bottom sides of outer pylon 211 and interior pylon
214.U-shaped securing plate 214 has two pieces, is located on the front-back of U-shaped frame 21.
In addition, in the present embodiment, riveted plating 24 is the plate body of strip, and is vertically arranged along strip direction, by upper and lower
Two riveting oil cylinders 22 are driven.Two riveting oil cylinders 22 are susceptible to the problem of thrust unevenness.Oil cylinder is riveted when upper and lower two
When 22 thrust unevenness, when being easy to cause riveting, the pressure that riveted plating 24 is pressed on riveting backing plate 25 is uneven up and down.For this purpose, this
In embodiment, balance mechanism up and down is additionally provided between outer pylon 211 and riveting grillage 23.Upper and lower balance mechanism, such as Fig. 1, Fig. 4
It is shown, including rack 261 and synchronizing shaft 262.Synchronizing shaft 262 is vertically arranged, and upper and lower ends are pacified by two pieces of shaft bearing plates 264 respectively
On outer pylon 211.The gear there are two same specification is clamped in two pieces of shaft bearing plates 264 of 262 upper and lower ends of synchronizing shaft respectively
263.Gear 263 is mounted on synchronizing shaft 262, and can be rotated synchronously with synchronizing shaft 262.Rack 261 has two.Two toothed racks
261 is horizontally disposed, and is parallel to the erection direction of riveting oil cylinder 22.Two toothed racks, 261 same specification, and be clamped respectively one on the other
Between two pieces of shaft bearing plates 264 of 262 upper and lower ends of synchronizing shaft, and be held on 211 lateral shelf plate of outer pylon and gear 263 it
Between, it can be moved horizontally relative to 211 lateral shelf plate of outer pylon.Rack 261 is meshed with gear 263.One end of rack 261 and riveting
23 phase of fishplate bar frame is fixed.
In addition, in the present embodiment, riveting backing plate 25 is surface plate.As shown in figure 3, riveted plating 24 is towards riveting backing plate 25
Vertical riveting slot 243 is provided on riveting face.When riveting as a result, as shown in fig. 7, being formed by riveting after the riveting of size coaming plate
Socket part 299 can be by riveting slot 243 so that caulking part 299 protrudes outward.And the inside of caulking part 299, since riveting is padded
Plate 25 is surface plate so that caulking part 299 is flushed with the plate body of both sides, so that caulking part 299 is in the inside of freezer liner
Seamless or only minute traces.
Claims (6)
1. a kind of riveting module of rod-type, which is characterized in that including U-shaped frame (21), riveting oil cylinder (22), riveted plating (24),
Rivet backing plate (25)；Oil cylinder (22), riveted plating (24) and riveting backing plate (25) is riveted to be mounted in U-shaped frame (21)；U-shaped frame (21)
Including outer pylon (211) and interior pylon (212)；There is riveting gap (213) between outer pylon (211) and interior pylon (212)；Riveting
Fishplate bar (24) is vertically installed at by horizontally disposed riveting oil cylinder (22) on outer pylon (211), and positioned at riveting gap (213)
It is interior；Riveting backing plate (25) is vertically installed on interior pylon (212), is located in riveting gap (213)；Riveted plating (24) can be in riveting
It connects and is moved horizontally under the driving of oil cylinder (22), and can be pressed on riveting backing plate (25) and realize plate riveting.
2. the riveting module of rod-type as described in claim 1, which is characterized in that further include riveting grillage (23) and adjustment gas
Cylinder (241)；Riveted plating (24) is connected by riveting grillage (23) with riveting oil cylinder (22)；Riveting grillage (23) is vertically arranged and connects
It is connected on the piston of riveting oil cylinder (22)；It is provided with vertical trapezoidal card slot (231) on riveting grillage (23)；Riveted plating (24) along
It is provided with trapezoidal fixture block (242) on vertical plate body direction；Trapezoidal fixture block (242) matches with trapezoidal card slot (231)；Riveted plating
(24) it is caught in trapezoidal card slot (231) by trapezoidal fixture block (242) to be mounted on riveting grillage (23), and can be in the vertical direction
It is slided up and down along trapezoidal card slot (231)；The top that cylinder (241) is mounted on riveting grillage (23) is adjusted, piston connects riveting
Fishplate bar (24) so that riveted plating (24) can lift under the driving of adjustment cylinder (241).
3. the riveting module of rod-type as claimed in claim 2, which is characterized in that outer pylon (211) and riveting grillage (23)
Between be additionally provided with up and down balance mechanism；The balance mechanism up and down includes rack (261) and synchronizing shaft (262)；Synchronizing shaft
(262) it is vertically arranged, upper and lower ends are mounted on by two pieces of shaft bearing plates (264) on outer pylon (211) respectively；Synchronizing shaft (262)
Two pieces of shaft bearing plates (264) of upper and lower ends are clamped respectively there are two gear (263)；Gear (263) is mounted on synchronizing shaft (262)
On, and can be rotated synchronously with synchronizing shaft (262)；Rack (261) has two；Two toothed racks (261) are horizontally disposed, and are parallel to
Rivet the erection direction of oil cylinder (22)；Two toothed racks (261) are held on the two of synchronizing shaft (262) upper and lower ends respectively one on the other
It between block shaft bearing plate (264), and is held between outer pylon (211) lateral shelf plate and gear (263), can move horizontally；Tooth
Item (261) is meshed with gear (263)；One end of rack (261) is mutually fixed with riveting grillage (23).
4. the riveting module of rod-type as described in claim 1, which is characterized in that U-shaped frame (21) is by L-shaped frame and is mounted on L
Outer pylon (211) on shape frame is formed；The L-shaped frame is mutually parallel by two pieces and vertical L shaped plate (219) and two pieces of L
Cross-brace beam between shape plate (219) is formed；The vertical portion of the L-shaped frame is interior pylon (212)；Outer pylon (211)
On the horizontal component of the L-shaped frame；The lateral shelf plate and two that outer pylon (211) is mutually parallel and is vertically arranged by two pieces
Cross-brace beam between block lateral shelf plate is formed；Oil cylinder (22) is riveted to be set between (211) two pieces of lateral shelf plates of outer pylon.
5. the riveting module of rod-type as described in claim 1, which is characterized in that outer pylon (211) and interior pylon (212) bottom
U-shaped securing plate (214) is installed between portion both sides.
6. the riveting module of rod-type as described in claim 1, which is characterized in that riveting backing plate (25) is surface plate；Riveting
Plate (24) is provided with vertical riveting slot (243) on the riveting face towards riveting backing plate (25).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721588466.3U CN207982100U (en) | 2017-11-24 | 2017-11-24 | A kind of riveting module of rod-type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721588466.3U CN207982100U (en) | 2017-11-24 | 2017-11-24 | A kind of riveting module of rod-type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207982100U true CN207982100U (en) | 2018-10-19 |
Family
ID=63803718
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721588466.3U Active CN207982100U (en) | 2017-11-24 | 2017-11-24 | A kind of riveting module of rod-type |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207982100U (en) |
-
2017
- 2017-11-24 CN CN201721588466.3U patent/CN207982100U/en active Active
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