CN204136308U - A kind of automatic mold-change mechanism and foam box equipment - Google Patents
A kind of automatic mold-change mechanism and foam box equipment Download PDFInfo
- Publication number
- CN204136308U CN204136308U CN201420492578.9U CN201420492578U CN204136308U CN 204136308 U CN204136308 U CN 204136308U CN 201420492578 U CN201420492578 U CN 201420492578U CN 204136308 U CN204136308 U CN 204136308U
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- CN
- China
- Prior art keywords
- rollover stand
- upset
- mould bases
- change mechanism
- automatic mold
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Abstract
The utility model discloses a kind of automatic mold-change mechanism and foam box equipment.Foam box equipment comprises automatic mold-change mechanism.Automatic mold-change mechanism comprises pan carriage, rollover stand, upset actuating unit and upset locking mechanism.The center at the two ends of rollover stand is respectively equipped with rotating shaft, and two relative sides are provided with mould bases connecting gear.The rotating shaft at rollover stand two ends is located on the axle bed of pan carriage.Upset actuating unit comprises upset motor, upset reducing gear and toothed disc.Toothed disc is located at one end of rollover stand, coaxially fixes with the rotating shaft of rollover stand.Upset reducing gear is provided with and toothed disc meshed gears.Upset motor is connected with toothed disc by upset reducing gear.Upset locking mechanism is used for the mould bases connecting gear of rollover stand both sides to be separately fixed at position opposing upper and lower.Automatic mold-change mechanism of the present utility model provides the function of automatic patrix for foam box equipment thus saves manpower.
Description
Technical field
The utility model relates to foam box equipment, particularly the upper die and lower die mechanism of foam box equipment.
Background technology
In the production line of refrigerator, foam box equipment is necessary assembly.Need mould during refrigerator foam, need to be arranged on by mould on foam box equipment before foaming, after foaming, mould splits by form removal from the foam box equipment after foaming.Therefore, in foam box equipment, upper die and lower die and form removal are huge workloads.In prior art, the needs of work such as the upper die and lower die of foam box equipment adopt and manually carry out, and in today that human cost rises steadily, need the human cost of at substantial.
Summary of the invention
Problem to be solved in the utility model: the automation improving the die change work such as foam box equipment upper die and lower die, reduces manpower and gets involved, reduce human cost.
For solving the problem, the scheme that the utility model adopts is as follows:
A kind of automatic mold-change mechanism, comprises pan carriage, rollover stand, upset actuating unit and upset locking mechanism; Described rollover stand is square body frame structure; The center at the two ends of the rollover stand of square body is respectively equipped with rotating shaft, and two relative sides are provided with mould bases connecting gear; The rotating shaft at described rollover stand two ends is located on the axle bed of described pan carriage; Described upset actuating unit comprises upset motor, upset reducing gear and toothed disc; Described toothed disc is located at one end of rollover stand, coaxially fixes with the rotating shaft of rollover stand; Described upset motor and upset reducing gear are arranged in described pan carriage; Described upset reducing gear is provided with and described toothed disc meshed gears; Described upset motor is connected with described toothed disc by described upset reducing gear; Described upset locking mechanism is used for the mould bases connecting gear of rollover stand both sides to be separately fixed at position opposing upper and lower.
Further, according to automatic mold-change mechanism of the present utility model, described upset locking mechanism comprises lock-bit hole and pin; Described lock-bit hole is positioned at one end relative with toothed disc on rollover stand; Described pin is arranged in described pan carriage, by hydraulic-driven; Described lock-bit hole has two, the position in two lock-bit holes respectively upper and lower with the mould bases connecting gear of rollover stand 180 degree overturn before and after corresponding with pin.
Further, according to automatic mold-change mechanism of the present utility model, described mould bases connecting gear comprises two blocks of side stay plates; Two blocks of side stay plates, along the side of rollover stand, to be parallelly relatively vertically fixed on rollover stand; The medial surface of side stay plate is provided with the first assembly pulley; Described first pulley component top sheave group and downslide wheels; Top sheave group and downslide wheels are parallel to each other; The pulley of top sheave group and downslide wheels is oppositely arranged up and down, and gap is left in centre; Top sheave group is parallel with the side of the mould bases connecting gear of rollover stand with the axis of the pulley of downslide wheels.
Further, according to automatic mold-change mechanism of the present utility model, the upper surface of described side stay plate is provided with the second assembly pulley; The lateral vertical of the axis of the pulley of described second assembly pulley and the mould bases connecting gear of rollover stand.
Further, according to automatic mold-change mechanism of the present utility model, described mould bases connecting gear also comprises transmission motor, transmits reducing gear and transmission gear; It is inner that described transmission motor and transmission reducing gear are arranged on described rollover stand; Transmission gear is arranged on the rollover stand in the middle of two blocks of side stay plates; The side being axially perpendicular to the mould bases connecting gear of switching mechanism of described transmission gear; Described transmission motor is connected with described transmission gear by described transmission reducing gear.
Further, according to automatic mold-change mechanism of the present utility model, also comprise translation track and translation locking mechanism; Described pan carriage is provided with translation roller and translation motor; Described translation roller is arranged on the bottom of described pan carriage, is connected with described translation motor; Described translation turning rolls is located on described translation track; Described translation lock-bit mechanism rack is located between translation track and pan carriage, prevents pan carriage from sliding on translation track.
Further, according to automatic mold-change mechanism of the present utility model, mould bases conveyer belt is also comprised; Described mould bases conveyer belt is mutually vertical with translation track; Position when described mould bases conveyer belt and the mould bases connecting gear of described automatic mold-change mechanism are positioned at top is connected mutually.
Further, according to automatic mold-change mechanism of the present utility model, described translation locking mechanism is the support hydraulic pressure machine be arranged in pan carriage.
A kind of foam box equipment, comprises foaming platform and above-mentioned automatic mold-change mechanism; Described foaming platform is provided with into platform connecting gear; Described enter platform connecting gear and the mould bases connecting gear of described automatic mold-change mechanism position when being positioned at bottom be connected mutually.
A kind of foam box equipment, comprises the automatic mold-change mechanism of foaming platform and above-mentioned band translation track and translation locking mechanism; Described foaming platform has multiple, along the arrangement of the translation track of described automatic mold-change mechanism; Described foaming platform is provided with into platform connecting gear; Described enter platform connecting gear and the mould bases connecting gear of described automatic mold-change mechanism position when being positioned at bottom be connected mutually.
Technique effect of the present utility model is as follows: automatic mold-change mechanism of the present utility model can realize upset and the patrix work of mould.Due to the existence of translation track, by Automated condtrol, only need at place's patrix during patrix, during specific to foaming platform, realize carrying out patrix to multiple foaming platform by Automated condtrol, thus greatly reduce artificial, reduce the expenditure of human cost.
Accompanying drawing explanation
Fig. 1 is the integral vertical body mechanism schematic diagram of automatic mold-change mechanism of the present utility model.
Fig. 2 is the stereoscopic mechanism schematic diagram of rollover stand of the present utility model.
Fig. 3 is the locking mechanism structural representation that the utility model is positioned at toothed disc opposite end.
Fig. 4 is the side-looking structural representation of foam box equipment of the present utility model.
Fig. 5 is the plan structure schematic diagram of foam box equipment of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further details.
As shown in Figure 1, a kind of automatic mold-change mechanism, comprises pan carriage 1, rollover stand 2, upset actuating unit and upset locking mechanism.Pan carriage 1 comprises horizontal frame 11 and thigh support 12.Horizontal frame 11 is the frame body be made up of four limit crossbeams.Thigh support 12 has four, lays respectively at the below of horizontal frame 11 4 jiaos.Rollover stand 2 as shown in Figure 1 and Figure 2, is square body frame structure.The center at the two ends of square body rollover stand 2 is respectively equipped with rotating shaft 21, two relative sides and is provided with mould bases connecting gear.The rotating shaft 21 at rollover stand 2 two ends is located on the axle bed 13 of pan carriage 1.Axle bed 13 is fixed on horizontal frame 11.Rollover stand 2 can around the axis rotation of rotating shaft 21.Upset actuating unit comprises upset motor 31, upset reducing gear 32 and toothed disc 33.Upset motor 31 and upset reducing gear 32 are arranged on the horizontal frame 11 of pan carriage 1.Toothed disc 33 is the discoid bodies with the outer rim gear teeth, is located at one end of rollover stand 2, coaxially fixes with rotating shaft 21, and its diameter is no less than 1/2nd of the rollover stand 2 end face length of side.When toothed disc 33 rotates, drive rollover stand 2 synchronous axial system.Upset reducing gear 32, specifically with the train of reduction gears of multiple gear combination, is connected with upset motor 31, and is finally meshed with toothed disc 33.Upset motor 31 is rotated by upset reducing gear 32 driven gear dish 33, and the final rollover stand 2 that drives rotates.Upset locking mechanism is used for the mould bases connecting gear of rollover stand 2 both sides to be separately fixed at position opposing upper and lower.
Upset locking mechanism is located at the position of rollover stand 2 toothed disc 33 opposite end, as shown in Figure 3, comprises lock-bit hole 41 and pin.Lock-bit hole 41 is positioned at one end relative with toothed disc 33 on rollover stand 2.Pin is hydraulic press, comprises lock-bit oil cylinder 42 and pin plug 43.Lock-bit oil cylinder 42 and pin plug 43 form by hydraulically powered pin.Pin plug 43 is the piston of hydraulic press.Lock-bit hole 41 has two, the position in two lock-bit holes 41 respectively upper and lower with the mould bases connecting gear of rollover stand 2 180 degree overturn before and after corresponding with pin.Pin plug 43 can insert lock-bit hole 41.When pin plug 43 is under lock-bit oil cylinder 42 drives, when inserting one of them lock-bit hole 41, a mould bases connecting gear on rollover stand 2 upper, another mould bases connecting gear under, after rollover stand 2 turns over turnback, pin plug 43 inserts another lock-bit hole 41 and carries out lock-bit.
Mould bases connecting gear is mounted in the mechanism on rollover stand 2, as shown in Figure 1 and Figure 2, comprises two blocks of side stay plates 51.Two blocks of side stay plates 51, along the side of rollover stand, to be parallelly relatively vertically fixed on rollover stand 2, and are fixed by L shape contiguous block 52.The medial surface of side stay plate 51 is provided with the first assembly pulley 53.First 53 points, assembly pulley top sheave group and downslide wheels.Top sheave group and downslide wheels are parallel to each other.Top sheave group is parallel with the side of the mould bases connecting gear of rollover stand 2 with the axis of the pulley of downslide wheels, namely perpendicular with the medial surface of side stay plate 51.The pulley of top sheave group and downslide wheels is oppositely arranged up and down, and gap is left in centre.Gap in the middle of upper and lower assembly pulley is for carrying by the mould that transmits or mould bases.Mould or mould bases can slide along downslide wheels, and after turning over 180 degree, mould or mould bases can slide along top sheave group.The upper surface of side stay plate 51 is provided with the second assembly pulley 54.Namely the lateral vertical of the axis of the pulley of the second assembly pulley 54 and the mould bases connecting gear of rollover stand 2, also parallel with the medial surface of side stay plate 51.Second assembly pulley 54 plays the effect of auxiliary group of pulley.
Mould bases connecting gear can also comprise transmission actuating unit further.Transmit actuating unit, as shown in Figure 2, comprise and transmit motor 61, transmission reducing gear 62 and transmission gear 63.Transmit motor 61 and transmit the inside that reducing gear 62 is arranged on rollover stand 2.Transmission gear 63 is arranged on rollover stand 2, is positioned on the transverse slat 22 of two pieces of side stay plates 51 centres of mould bases connecting gear.The side being axially perpendicular to the mould bases connecting gear of rollover stand 2 of transmission gear 63.Transmit motor 61 to be connected with transmission gear 63 by transmitting reducing gear 62.
Further, automatic mold-change mechanism can also comprise translation mechanism.Translation mechanism comprises translation track 71, translation roller 72, translation motor 73 and translation locking mechanism as shown in Figure 1, Figure 4, Figure 5.Translation roller 72 and translation motor 73 are erected in pan carriage 1, and specifically, translation roller 72 is arranged on the bottom of the thigh support 12 of pan carriage 1.Translation motor 73 is connected with translation roller 72 by translation transmission mechanism 74, and drives translation roller 72.Translation roller 72 has two groups, is one group, often has a translation motor 73 to drive a translation roller 72 in group, always has two translation motor 73.Translation track 71 is arranged on the top of rail supported frame 711.Pan carriage 1 is erected on translation track 71 by translation roller 72.Translation lock-bit mechanism rack is located between translation track 71 and pan carriage 1, prevents pan carriage 1 from sliding on translation track 71.In the present embodiment, translation locking mechanism is hydraulic press, for distinguishing other hydraulic presses, is called support hydraulic pressure machine, i.e. support hydraulic pressure machine 75.Support hydraulic pressure machine 75 is vertically arranged in pan carriage, and bottom is back-up block, has four, is installed on pan carriage corner respectively.Related for pan carriage rollover stand 2 can be supported on translation track 71 by support hydraulic pressure machine 75, and translation roller 72 and translation track 71 are departed from.When translation roller 72 is separated with translation track 71, translation roller 72 can be avoided to slide on translation track 71 and to roll, thus avoid pan carriage 1 to slide on translation track 71.
Further, automatic mold-change mechanism as shown in Figure 4, Figure 5, can also comprise mould bases conveyer belt 81.Mould bases conveyer belt 81 is arranged on the top of conveyer belt bracing frame 82.Mould bases conveyer belt 81 is mutually vertical with translation track 71.Position when mould bases conveyer belt 81 and the mould bases connecting gear of automatic mold-change mechanism are positioned at top is connected mutually.
Fig. 4 and Fig. 5 is the structural representation of foam box equipment.As shown in Figure 4, Figure 5, foam box equipment comprises foaming platform 9 and automatic mold-change mechanism.Foaming platform 9 has multiple, along the arrangement of the translation track 71 of automatic mold-change mechanism.Foaming platform 9 is provided with into platform connecting gear 91, liftable foam box 92, material injecting mechanism 93 and lower die station 94.Liftable foam box 92 is arranged on traveller 95, and bottom is connected with raise-lower hydraulic machine 96.Under the driving of raise-lower hydraulic machine 96, liftable foam box 92 vertically can slide up and down along traveller 95.Enter the top that platform connecting gear 91 is arranged on traveller 95.The position entered when platform connecting gear 91 and the mould bases connecting gear of automatic mold-change mechanism are positioned at bottom is connected mutually.Specifically, on rollover stand 2, two relative sides are provided with mould bases connecting gear, and two mould bases connecting gears can be defined as the first mould bases connecting gear and the second mould bases connecting gear respectively.Wherein, the first mould bases connecting gear, upper, is connected mutually with mould bases conveyer belt 81.Second mould bases connecting gear under, and enter platform connecting gear 91 and be connected mutually.After mould 100 and mould bases 200 are sent to the first mould bases connecting gear by mould bases conveyer belt 81, rollover stand 2 upset actuating unit driving under overturn, now, the first mould bases connecting gear under, the second mould bases connecting gear is upper.Now, the first mould bases connecting gear is connected mutually with such as platform connecting gear 91.Then, after pan carriage 1 being moved to the corresponding position of foaming platform 9 by translation track 71, mould 100 and mould bases 200 can be sent on platform connecting gear 91 thus.After foam box 92 rises to top, mould 100 and mould bases 200 are positioned at foam box 92.Afterwards by material injecting mechanism 93 material feeding, then foam.Mould and mould bases is removed by lower die station 94 after foaming.
Claims (10)
1. an automatic mold-change mechanism, is characterized in that, comprises pan carriage, rollover stand, upset actuating unit and upset locking mechanism; Described rollover stand is square body frame structure; The center at the two ends of the rollover stand of square body is respectively equipped with rotating shaft, and two relative sides are provided with mould bases connecting gear; The rotating shaft at described rollover stand two ends is located on the axle bed of described pan carriage; Described upset actuating unit comprises upset motor, upset reducing gear and toothed disc; Described toothed disc is located at one end of rollover stand, coaxially fixes with the rotating shaft of rollover stand; Described upset motor and upset reducing gear are arranged in described pan carriage; Described upset reducing gear is provided with and described toothed disc meshed gears; Described upset motor is connected with described toothed disc by described upset reducing gear; Described upset locking mechanism is used for the mould bases connecting gear of rollover stand both sides to be separately fixed at position opposing upper and lower.
2. automatic mold-change mechanism as claimed in claim 1, it is characterized in that, described upset locking mechanism comprises lock-bit hole and pin; Described lock-bit hole is positioned at one end relative with toothed disc on rollover stand; Described pin is arranged in described pan carriage, by hydraulic-driven; Described lock-bit hole has two, the position in two lock-bit holes respectively upper and lower with the mould bases connecting gear of rollover stand 180 degree overturn before and after corresponding with pin.
3. automatic mold-change mechanism as claimed in claim 1, it is characterized in that, described mould bases connecting gear comprises two blocks of side stay plates; Two blocks of side stay plates, along the side of rollover stand, to be parallelly relatively vertically fixed on rollover stand; The medial surface of side stay plate is provided with the first assembly pulley; Described first pulley component top sheave group and downslide wheels; Top sheave group and downslide wheels are parallel to each other; The pulley of top sheave group and downslide wheels is oppositely arranged up and down, and gap is left in centre; Top sheave group is parallel with the side of the mould bases connecting gear of rollover stand with the axis of the pulley of downslide wheels.
4. automatic mold-change mechanism as claimed in claim 3, it is characterized in that, the upper surface of described side stay plate is provided with the second assembly pulley; The lateral vertical of the axis of the pulley of described second assembly pulley and the mould bases connecting gear of rollover stand.
5. automatic mold-change mechanism as claimed in claim 3, is characterized in that, described mould bases connecting gear also comprises transmission motor, transmits reducing gear and transmission gear; It is inner that described transmission motor and transmission reducing gear are arranged on described rollover stand; Transmission gear is arranged on the rollover stand in the middle of two blocks of side stay plates; The side being axially perpendicular to the mould bases connecting gear of switching mechanism of described transmission gear; Described transmission motor is connected with described transmission gear by described transmission reducing gear.
6. automatic mold-change mechanism as claimed in claim 1, is characterized in that, also comprise translation track and translation locking mechanism; Described pan carriage is provided with translation roller and translation motor; Described translation roller is arranged on the bottom of described pan carriage, is connected with described translation motor; Described translation turning rolls is located on described translation track; Described translation lock-bit mechanism rack is located between translation track and pan carriage, prevents pan carriage from sliding on translation track.
7. automatic mold-change mechanism as claimed in claim 6, is characterized in that, also comprise mould bases conveyer belt; Described mould bases conveyer belt is mutually vertical with translation track; Position when described mould bases conveyer belt and the mould bases connecting gear of described automatic mold-change mechanism are positioned at top is connected mutually.
8. automatic mold-change mechanism as claimed in claim 6, it is characterized in that, described translation locking mechanism is the support hydraulic pressure machine be arranged in pan carriage.
9. a foam box equipment, is characterized in that, comprises foaming platform and the automatic mold-change mechanism according to any one of claim 1 to 5; Described foaming platform is provided with into platform connecting gear; Described enter platform connecting gear and the mould bases connecting gear of described automatic mold-change mechanism position when being positioned at bottom be connected mutually.
10. a foam box equipment, is characterized in that, comprises foaming platform and the automatic mold-change mechanism according to any one of claim 6 to 8; Described foaming platform has multiple, along the arrangement of the translation track of described automatic mold-change mechanism; Described foaming platform is provided with into platform connecting gear; Described enter platform connecting gear and the mould bases connecting gear of described automatic mold-change mechanism position when being positioned at bottom be connected mutually.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420492578.9U CN204136308U (en) | 2014-08-29 | 2014-08-29 | A kind of automatic mold-change mechanism and foam box equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420492578.9U CN204136308U (en) | 2014-08-29 | 2014-08-29 | A kind of automatic mold-change mechanism and foam box equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204136308U true CN204136308U (en) | 2015-02-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420492578.9U Withdrawn - After Issue CN204136308U (en) | 2014-08-29 | 2014-08-29 | A kind of automatic mold-change mechanism and foam box equipment |
Country Status (1)
| Country | Link |
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| CN (1) | CN204136308U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104227907A (en) * | 2014-08-29 | 2014-12-24 | 安徽鲲鹏装备模具制造有限公司 | Automatic mold changing mechanism and box body foaming device |
-
2014
- 2014-08-29 CN CN201420492578.9U patent/CN204136308U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104227907A (en) * | 2014-08-29 | 2014-12-24 | 安徽鲲鹏装备模具制造有限公司 | Automatic mold changing mechanism and box body foaming device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150204 Effective date of abandoning: 20160706 |
|
| AV01 | Patent right actively abandoned |
Granted publication date: 20150204 Effective date of abandoning: 20160706 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |