CN207028260U - A kind of high footwear material former of production efficiency - Google Patents
A kind of high footwear material former of production efficiency Download PDFInfo
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- CN207028260U CN207028260U CN201720976971.9U CN201720976971U CN207028260U CN 207028260 U CN207028260 U CN 207028260U CN 201720976971 U CN201720976971 U CN 201720976971U CN 207028260 U CN207028260 U CN 207028260U
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- Prior art keywords
- mould
- cooling
- auxiliary
- hot briquetting
- displacement mechanism
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Abstract
The utility model discloses a kind of high footwear material former of production efficiency, including：Frame, three groups of moulds, the forming body portion being fixed in frame and the first auxiliary body and the second auxiliary body positioned at forming body portion both sides；The forming body portion has the hot briquetting mechanism for being used for being heated to mould and the cooling body for carrying out cooling treatment to mould；The mould that first auxiliary body has handled hot briquetting mechanism takes out, then mould is that the mould just taken out from hot briquetting mechanism is sent into cooling body by space-time in cooling body；Second auxiliary body receives the mould that cooling body has been handled, and carries out that mould is sent into hot briquetting mechanism again after the demoulding and feeding；The hot briquetting mechanism, the first auxiliary body, cooling body and the second auxiliary body are respectively formed with a mould position, three groups of moulds circulation work between four mould positions.The utility model substantially increases production efficiency.
Description
Technical field
The utility model is related to footwear material former field, and in particular to be a kind of production efficiency it is high footwear material shaping set
It is standby.
Background technology
Sole is essentially all to be process by former at present, i.e., the automation of sole is realized using former
How quick production, in order to improve the competitiveness of enterprise, further improve the daily output of each footwear material former, then turn into
The direction that major factory thinks long and hard.
Existing footwear material former, typically by mould place in a device, then by material feeding, be heated into
The program of type, cooling and stripping operation, so as to produce to obtain finished product footwear material.In above-mentioned production process, mould is
Moved during matched moulds and the demoulding, each finished product footwear material is required for occupying the time that one-time process necessarily takes up, and it is given birth to
Production efficiency can not be further improved, and the bottleneck for being badly in need of breaking through be present.
In view of this, the present inventor furthers investigate for drawbacks described above of the prior art, there is this case generation then.
Utility model content
Main purpose of the present utility model is to provide a kind of production efficiency high footwear material former, and it is same a set of
On the premise of equipment, within the identical time, greater number of footwear material can be produced.
In order to reach above-mentioned purpose, solution of the present utility model is：
A kind of high footwear material former of production efficiency, wherein, including：Frame, three groups of moulds, be fixed in frame into
Type main part and the first auxiliary body and the second auxiliary body positioned at forming body portion both sides；The forming body portion, which has, to be used
In the hot briquetting mechanism heated to mould and for the cooling body to mould progress cooling treatment；This first
The mould that auxiliary body has handled hot briquetting mechanism takes out, then mould is that space-time will be just from hot briquetting in cooling body
The mould that mechanism takes out is sent into cooling body；Second auxiliary body receives the mould that cooling body has been handled, and is stripped
Mould is sent into hot briquetting mechanism again afterwards with feeding；The hot briquetting mechanism, the first auxiliary body, cooling body and second
Auxiliary body is respectively formed with a mould position, three groups of moulds circulation work between four mould positions.
Further, every group of mould includes quiet mould, dynamic model and formation in the internal pipeline of mould inside, the inner tube
Road is in mold exterior formed with two openings, and an opening is on quiet mould, and another opening is formed on dynamic model, every group of mould
Internal pipeline heating steam is passed into when mould is in hot briquetting mechanism, the internal pipeline of every group of mould is in mould
Cooling water is passed into during cooling body.
Further, the hot briquetting mechanism has upper heating plate, lower heating plate, heating auxiliary cylinder and heating open mold
Oil cylinder, heating pipe is provided with inside heating plate and lower heating plate on this, heating plate will in heating open mold hydraulic oil cylinder driving
Mould support in lower heating plate and heating auxiliary cylinder position mould when, the heating pipe and steam of the hot briquetting mechanism
It is connected.
Further, the cooling body has upper coldplate, lower coldplate, cooling auxiliary cylinder and cooling folding moulding oil
Cylinder, cooling pipe is provided with inside coldplate and lower coldplate on this, coldplate is by mould in the case where cooling down open mold hydraulic oil cylinder driving
Tool is supported on upper coldplate and when cooling auxiliary cylinder positions mould, and the cooling pipe of the cooling body is connected with cooling water
It is logical.
Further, there is first level displacement mechanism, the first vertical displacement mechanism and first to transfer for first auxiliary body
Frame, the first transfer frame, which is fixed in the first vertical displacement mechanism and driven by the first vertical displacement mechanism, to be moved up and down, and this
The first sliding block for being provided with the first slide rail on one transfer frame and being slidably arranged on the first slide rail, first sliding block and first
Horizontal displacement mechanism, which is connected and driven by first level displacement mechanism, produces horizontal slip, is provided with first sliding block for solid
Determine the location structure of mould.
Further, there is the second horizontal displacement mechanism, the second vertical displacement mechanism and second to transfer for second auxiliary body
Frame, the second transfer frame, which is fixed in the second vertical displacement mechanism and driven by the second vertical displacement mechanism, to be moved up and down, and this
The second sliding block for being provided with the second slide rail on two transfer framves and being slidably arranged on the second slide rail, second sliding block and second
Horizontal displacement mechanism, which is connected and driven by the second horizontal displacement mechanism, produces horizontal slip, is provided with second sliding block for solid
Determine the location structure of mould.
After said structure, a kind of high footwear material former of the production efficiency that the utility model is related to, its by
The middle part of frame sets shaping main part, and allows the upper-lower position of forming body portion utilization space, sets hot briquetting respectively
Mechanism and cooling body, the first auxiliary body and the second auxiliary body are then formed respectively in forming body portion both sides again, this
One auxiliary body plays a part of being the transitional function between hot briquetting mechanism and cooling body, and second auxiliary body is then
It is the process for carrying out the demoulding and material feeding, is thusly-formed a circulation, substantially increases production efficiency.
Compared with prior art, the utility model at least has the advantages that：
One, the utility model utilizes solid space, and hot briquetting mechanism and cooling body are arranged to up-down structure, then
Recycle side that the first auxiliary body and the second auxiliary body are set, while production efficiency is greatly improved, also have and account for
According to hall space it is small the characteristics of；
Whole footwear material moulding process is creatively divided into three steps, i.e. heating stepses, cooling by two, the utility model
Step and the demoulding and injection step, then recycle the first auxiliary body that one idle station is set, so allow three moulds
Seamless circulating can be realized on four mould positions, so as to reach highest production efficiency.
Brief description of the drawings
Fig. 1 is the structural representation that the utility model is related to a kind of high footwear material former of production efficiency.
Fig. 2 is the structural representation that the utility model is related to forming body portion in a kind of high footwear material former of production efficiency
Figure.
Fig. 3 is the structural representation of mould in the utility model.
In figure：
Frame -1；Mould -2；Dynamic model -21；
Quiet mould -22；Internal pipeline -23；First opening -231；
Second opening -232；Forming body portion -3；Hot briquetting mechanism -4；
Upper heating plate -41；Lower heating plate -42；Heat auxiliary cylinder -43；
Support head -431；Heat folding mould oil cylinder -44；Cooling body -5；
Upper coldplate -51；Lower coldplate -52；Cool down auxiliary cylinder -53；
Jacking block -531；Cool down folding mould oil cylinder -54；First auxiliary body -6；
First level displacement mechanism -61；First vertical displacement mechanism -62；First transfers frame -63；
First slide rail -64；First sliding block -65；Second auxiliary body -7；
Second horizontal displacement mechanism -71；Second vertical displacement mechanism -72；Second transfers frame -73；
Second slide rail -74；Second sliding block -75.
Embodiment
In order to which the technical solution of the utility model is explained further, the utility model is entered below by specific embodiment
Row elaborates.
As depicted in figs. 1 and 2, it is a kind of high footwear material former of the production efficiency that the utility model is related to, including：
1, three group of mould 2 of frame, the forming body portion 3 being fixed in frame 1 and the first auxiliary machine positioned at the both sides of forming body portion 3
The auxiliary body 7 of structure 6 and second.
The forming body portion 3 is with the hot briquetting mechanism 4 for being used to heat mould 2 and for mould
2 carry out the cooling body 5 of cooling treatment.
First auxiliary body 6 takes out the mould 2 that hot briquetting mechanism 4 has been handled, then the mould 2 in cooling body 5
The mould 2 just taken out from hot briquetting mechanism 4 is sent into cooling body 5 for space-time；Second auxiliary body 7 receives cooler
The mould 2 that structure 5 has been handled, carry out that mould 2 is sent into hot briquetting mechanism 4 again after the demoulding and feeding.
The hot briquetting mechanism 4, the first auxiliary body 6, the auxiliary body 7 of cooling body 5 and second are respectively formed with one
Mould position, three groups of moulds circulation work between four mould positions.
So, a kind of high footwear material former of production efficiency for the utility model is related to, it passes through at the middle part of frame 1
Shaping main part 3 is set, and allows the upper-lower position of the utilization space of forming body portion 3, hot briquetting mechanism 4 and cold is set respectively
But mechanism 5, the first auxiliary body 6 and the second auxiliary body 7 are then formed respectively in the both sides of forming body portion 3 again, this is first auxiliary
It is the transitional function between hot briquetting mechanism 4 and cooling body 5 to help mechanism 6 to play a part of, and second auxiliary body 7 is then
It is the process for carrying out the demoulding and material feeding, is thusly-formed a circulation, substantially increases production efficiency.
In this way, the utility model utilizes solid space, hot briquetting mechanism 4 and cooling body 5 are arranged to up-down structure,
Then recycle side that the first auxiliary body 6 and the second auxiliary body 7 are set, while production efficiency is greatly improved, also
With occupying the characteristics of hall space is small；In addition, whole footwear material moulding process is creatively divided into three by the utility model
Step, i.e. heating stepses, cooling step and the demoulding and injection step, then recycle the first auxiliary body 6 that a sky is set
Not busy station, three moulds 2 are so allowed to realize seamless circulating on four mould positions, so as to reach highest production effect
Rate.
In order to further improve production efficiency, hot briquetting mechanism 4 and the operating efficiency of cooling body 5 can be improved,
The utility model people has done further improvement.As shown in figures 1 and 3, every group of mould 2 include quiet mould 22, dynamic model 21 and
The internal pipeline 23 formed inside mould 2, the internal pipeline 23 are externally formed with two openings, an opening position in mould 2
In on quiet mould 22, another opening is formed on dynamic model 21, and the internal pipeline 23 of every group of mould 2 is in hot briquetting in mould 2
Heating steam is passed into during mechanism 4, the internal pipeline 23 of every group of mould 2 is passed into cooling when mould 2 is in cooling body 5
Water.As shown in figure 1, formed with the first opening 231 on the dynamic model 21, formed with the second opening 232, the inner tube on the quiet mould 22
Road 23 is between the first opening 231 and the second opening 232.
As depicted in figs. 1 and 2, the hot briquetting mechanism 4 has upper heating plate 41, lower heating plate 42, heating auxiliary cylinder
43 and heating folding mould oil cylinder 44, heating pipe is provided with inside heating plate 41 and lower heating plate 42 on this, is opened in heating
The upper heating plate 41 of the driving of die cylinder 44 supports mould 2 in lower heating plate 42 and heating auxiliary cylinder 43 positions mould 2
When, the heating pipe of the hot briquetting mechanism 4 is connected with steam.It should be noted that as preferred mode, the heating
Auxiliary cylinder 43 is arranged to left and right two, and each heating auxiliary cylinder 43 is both provided with one and supports first 431, each supports head
431 with mould 2 when supporting, support pipeline in first 431 can with mould 2 on the first opening 231 and the second opening 232 it is firm
Good sealing is connected, so as to supply high-temperature steam to the internal pipeline 23 of mould 2, so as to quickly realize heating.
Similarly, there is the cooling body 5 upper coldplate 51, lower coldplate 52, cooling auxiliary cylinder 53 and cooling to open
Die cylinder 54, cooling pipe is provided with inside coldplate 51 and lower coldplate 52 on this, is driven in cooling folding mould oil cylinder 54
Dynamic lower coldplate 52 supports mould 2 on upper coldplate 51 and when cooling auxiliary cylinder 53 positions mould 2, the cooling body
5 cooling pipe is connected with cooling water.The cooling auxiliary cylinder 53 is arranged to left and right two, each to cool down auxiliary cylinder 53
Jacking block 531 is both provided with, when being supported with mould 2, what the pipeline in jacking block 531 was had on mould 2 first opens each jacking block 531
Mouth 231 is connected with the just sealing of the second opening 232, so as to give the internal pipeline 23 of mould 2 supply cooling water, so as to quickly realize
Cooling.
As shown in figure 1, first auxiliary body 6 has first level displacement mechanism 61, the and of the first vertical displacement mechanism 62
First transfers frame 63, and the first transfer frame 63 is fixed in the first vertical displacement mechanism 62 and by the band of the first vertical displacement mechanism 62
Dynamic to move up and down, being provided with the first slide rail 64 on the first transfer frame 63 and be slidably arranged on the first slide rail 64 first
Sliding block 65, first sliding block 65 are connected with first level displacement mechanism 61 and drive generation horizontal by first level displacement mechanism 61
Slide, the location structure for fixed-type mould 2 is provided with first sliding block 65.The first level displacement mechanism 61 uses
Hydraulic motor, then the transmission mechanism of mate gear and rack；The first vertical displacement mechanism 62 is then realized using hydraulic jack.
As shown in figure 1, second auxiliary body 7 has the second horizontal displacement mechanism 71, the and of the second vertical displacement mechanism 72
Second transfers frame 73, and the second transfer frame 73 is fixed in the second vertical displacement mechanism 72 and by the band of the second vertical displacement mechanism 72
Dynamic to move up and down, being provided with the second slide rail 74 on the second transfer frame 73 and be slidably arranged on the second slide rail 74 second
Sliding block 75, second sliding block 75 are connected with the second horizontal displacement mechanism 71 and drive generation horizontal by the second horizontal displacement mechanism 71
Slide, the location structure for fixed-type mould 2 is provided with second sliding block 75.The second horizontal displacement mechanism 71 uses
Hydraulic motor, then the transmission mechanism of mate gear and rack；The second vertical displacement mechanism 72 is then realized using hydraulic jack.
Above-described embodiment and schema and non-limiting product form of the present utility model and style, any art
The appropriate change or modification that those of ordinary skill is done to it, all should be regarded as not departing from patent category of the present utility model.
Claims (6)
- A kind of 1. high footwear material former of production efficiency, it is characterised in that including：Frame, three groups of moulds, it is fixed in frame Forming body portion and the first auxiliary body and the second auxiliary body positioned at forming body portion both sides；The forming body portion has There are the hot briquetting mechanism for being heated to mould and the cooling body for carrying out cooling treatment to mould；Should The mould that first auxiliary body has handled hot briquetting mechanism takes out, then mould is that space-time will be just from heating in cooling body The mould that shaping mechanism takes out is sent into cooling body；Second auxiliary body receives the mould that cooling body has been handled, and carries out Mould is sent into hot briquetting mechanism again after the demoulding and feeding；The hot briquetting mechanism, the first auxiliary body, cooling body and Second auxiliary body is respectively formed with a mould position, three groups of moulds circulation work between four mould positions.
- 2. the high footwear material former of a kind of production efficiency as claimed in claim 1, it is characterised in that every group of mould wraps The internal pipeline of quiet mould, dynamic model and formation in mould inside is included, the internal pipeline is open in mold exterior formed with two, and one Individual opening is on quiet mould, and another opening is formed on dynamic model, and the internal pipeline of every group of mould is in hot briquetting in mould Heating steam is passed into during mechanism, the internal pipeline of every group of mould is passed into cooling water when mould is in cooling body.
- A kind of 3. high footwear material former of production efficiency as claimed in claim 2, it is characterised in that the hot briquetting mechanism With upper heating plate, lower heating plate, heating auxiliary cylinder and heating folding mould oil cylinder, on this inside heating plate and lower heating plate Heating pipe is provided with, heating plate is supported mould in lower heating plate in heating open mold hydraulic oil cylinder driving and heating aids in When oil cylinder positions mould, the heating pipe of the hot briquetting mechanism is connected with steam.
- 4. the high footwear material former of a kind of production efficiency as claimed in claim 2, it is characterised in that the cooling body has Upper coldplate, lower coldplate, cooling auxiliary cylinder and cooling folding mould oil cylinder, are all provided with this inside coldplate and lower coldplate Cooling pipe is equipped with, mould is supported on upper coldplate and cools down auxiliary cylinder by coldplate in the case where cooling down open mold hydraulic oil cylinder driving When positioning mould, the cooling pipe of the cooling body is connected with cooling water.
- A kind of 5. high footwear material former of production efficiency as claimed in claim 1, it is characterised in that first auxiliary body Frame is transferred with first level displacement mechanism, the first vertical displacement mechanism and first, it is vertical that the first transfer frame is fixed on first Driven on displacement mechanism and by the first vertical displacement mechanism and moved up and down, the first slide rail is provided with and can on the first transfer frame The first sliding block being slidably arranged on the first slide rail, first sliding block are connected with first level displacement mechanism and by first level positions Telephone-moving structure, which drives, produces horizontal slip, and the location structure for fixed-type mould is provided with first sliding block.
- A kind of 6. high footwear material former of production efficiency as claimed in claim 1, it is characterised in that second auxiliary body Frame is transferred with the second horizontal displacement mechanism, the second vertical displacement mechanism and second, it is vertical that the second transfer frame is fixed on second Driven on displacement mechanism and by the second vertical displacement mechanism and moved up and down, the second slide rail is provided with and can on the second transfer frame The second sliding block being slidably arranged on the second slide rail, second sliding block are connected with the second horizontal displacement mechanism and by the second horizontal positions Telephone-moving structure, which drives, produces horizontal slip, and the location structure for fixed-type mould is provided with second sliding block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720976971.9U CN207028260U (en) | 2017-08-07 | 2017-08-07 | A kind of high footwear material former of production efficiency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720976971.9U CN207028260U (en) | 2017-08-07 | 2017-08-07 | A kind of high footwear material former of production efficiency |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207028260U true CN207028260U (en) | 2018-02-23 |
Family
ID=61474501
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720976971.9U Expired - Fee Related CN207028260U (en) | 2017-08-07 | 2017-08-07 | A kind of high footwear material former of production efficiency |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207028260U (en) |
-
2017
- 2017-08-07 CN CN201720976971.9U patent/CN207028260U/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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180223 Termination date: 20200807 |