CN208484858U - Sealing machine press mold goes up and down driving structure - Google Patents
Sealing machine press mold goes up and down driving structure Download PDFInfo
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- CN208484858U CN208484858U CN201820684885.5U CN201820684885U CN208484858U CN 208484858 U CN208484858 U CN 208484858U CN 201820684885 U CN201820684885 U CN 201820684885U CN 208484858 U CN208484858 U CN 208484858U
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- press mold
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- driver
- groove
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Abstract
A kind of sealing machine press mold lifting driving structure, it include a body, one press mold driving group, one transmission body and a film pressing device, the press mold driving group has a press mold driver for being installed in the body, the press mold driver has a press mold drive shaft, the transmission body has a driver plate, the driver plate is equipped with a driver plate assembled portion, the driver plate is fixed on the press mold drive shaft with the driver plate assembled portion, the driver plate, which runs through, a driving groove, the distance of the driving groove to the driver plate assembled portion is cumulative along the course bearing of the driving groove, the film pressing device has an elevating lever, the elevating lever is equipped with an interlocking lever for passing through the driving groove, whereby, when the press mold driver drives the transmission body positive and negative rotation, it can push downwards on the inside of the driving groove or lift the interlocking lever upwards to drive the film pressing device oscilaltion.
Description
Technical field
The utility model system goes up and down driving structure in relation to a kind of sealing machine press mold, is a kind of for sealing the automatic of goblet
Package packing machine.
Background technique
Known sealing machine structure is and to seal equipment with can be inside and outside mobile and for putting a glass platform of setting for goblet
There is motor to drive film pressing device to move up and down, when setting glass platform and being moved to below film pressing device inside, motor can drive pressure
Film device moves down to setting on glass platform and completes press mold sealing operation.
And known sealing machine is used to interlock the mode of motor and film pressing device, is that the shaft of motor can be fixed with pivot block,
Pivot block reconnects rocker-arm link, and film pressing device is with elevating lever and elevating lever connecting rocker arm connecting rod, therefore motor driving
When pivot block rotates, the rotating distance of pivot block can be converted to the lifting row of elevating lever through the rocking action of rocker-arm link
Journey, to drive film pressing device to move up and down.However it is this by rocker-arm link come drive film pressing device go up and down in the way of have its lack
Point, such as because it is to drive lifter rod lifting with waving for rocker-arm link, the smooth degree of lifter rod lifting is more not
It is good, in addition because film pressing device also have can be with elevating lever oscilaltion due to discharge the spring of compression, and if spring is released suddenly
Put and be likely to result in elevating lever and backwash with drive block, in turn result in the damage of correlated parts, thus other setting buffering or negative
Control mechanism is carried, to control motor under the load condition for having spring to apply elastic force remains to that scheduled rotation is maintained to avoid back
Punching.
Drawback in view of the above-mentioned deficiency, the utility model creator thinks necessity with correction, then to be engaged in related skill
Art and many years of experience of product design manufacture, adhere to well-designed theory, are subject to study and composition for the above bad place, are passing through
It is eventually releasing the utility model sealing machine press mold lifting driving structure, to correct product structure to mention after crossing continuous make great efforts
The effect of rising product fine.
Utility model content
The purpose of this utility model is to provide a kind of sealing machine press molds to go up and down driving structure, and structure is simple, operation side
Just, more swimmingly film pressing device can be driven to go up and down.
To reach foregoing purpose, the utility model discloses a kind of sealing machine press molds to go up and down driving structure, it is characterised in that
Include:
One body has a support frame, which is installed with a horizontal fixed plate, and it is vertical to be installed with one at the top of the horizontal fixed plate
Fixed plate；
One press mold driving group, has a press mold driver, which is installed in the vertical fixed plate of the body wherein
One side, the press mold driver have a press mold drive shaft；
One transmission body has a driver plate, which is equipped with a driver plate assembled portion, and the driver plate is with the transmission board group
The press mold drive shaft of the press mold driving group is fixed in dress portion, and the driver plate is through there is a driving groove, and the driving groove is to the transmission
The distance of plate assembled portion be along the driving groove course bearing it is cumulative, and the driving groove one end apart from the driver plate assembled portion most
Closely, the driving groove other end is farthest apart from the driver plate assembled portion；
One film pressing device has an elevating lever, which runs through the horizontal fixed plate of the body, and the elevating lever corresponds to
The driver plate assembled portion of the transmission body, the elevating lever are equipped with an interlocking lever for passing through the driving groove, which is set as round bar shape
And bar diameter is equal with the groove width of the driving groove.
Wherein, the driving groove of the transmission body is bending.
Wherein, the driving groove of the transmission body is set as c-type shape.
Wherein, the elevating lever top of the film pressing device is recessed with downwards an elevating lever groove, the driver plate of the transmission body with
The position of driving groove all parts is in the elevating lever groove, and the interlocking lever is also cross the elevating lever groove.
As a result, when the utility model is used, when film pressing device position is in non-depressed film location, the interlocking lever of film pressing device is
Position one end nearest from driver plate assembled portion in driving groove, and press mold driver can drive transmission body when carrying out press mold sealing operation
Rotation, and wherein an inside can push interlocking lever to the driving groove of transmission body down, and then film pressing device is driven to move down to pressure
Film location completes sealing press mold, and the proper position of interlocking lever one end farthest from driver plate assembled portion in driving groove at this time complete sealing
Press mold driver can drive transmission body to reversely rotate after press mold, allow the other inside of transmission trough up to lift interlocking lever, with band
Dynamic pressure film device returns to non-depressed film location.And with the known sealing machine phase for even coming to drive film pressing device oscilaltion using rocker arm
Be than, the present invention be tightly attached to driving groove two sides using the interlocking lever of film pressing device so that when transmission body positive and negative rotation can respectively by
Come downwards to push and lift interlocking lever upwards to drive film pressing device to go up and down, so the oscilaltion energy of elevating lever in driving groove two sides
It is enough more smooth, and because elevating lever corresponds to the driver plate assembled portion of transmission body, when the spring of film pressing device discharges
Generated elastic force is pointing directly toward driver plate assembled portion when passing to transmission body via elevating lever, without generating power to transmission body
Square causes the extra load of press mold driver, therefore press mold driver is buffered without other setting or load control mechanism, and
The utility model is set to become one quite with the product of progressive.
Detailed description of the invention
Fig. 1: the schematic side view of the utility model sealing machine press mold lifting driving structure.
Fig. 2: the front-view schematic diagram of the utility model sealing machine press mold lifting driving structure.
Fig. 3: the utility model sealing machine press mold goes up and down schematic diagram of the film pressing device position in non-depressed film location of driving structure.
Fig. 4: the transmission body of the utility model sealing machine press mold lifting driving structure rotates and film pressing device is driven to go up and down
Illustrative view.
Fig. 5: the utility model sealing machine press mold goes up and down schematic diagram of the film pressing device position in press mold position of driving structure.
Specific embodiment
The utility model system goes up and down driving structure in relation to a kind of sealing machine press mold, please refers to Fig. 1 and Fig. 2 comprising:
One body 1 has a support frame 11, which is installed with one in the horizontal fixed plate 12 of shape of couching, this is horizontal solid
12 bottom of fixed board can be downwardly protrude to form a horizontal fixed plate protrusion 121, which is then installed with one in upright
The vertical fixed plate 13 of shape.
One press mold driving group 2, has a press mold driver 21, which is installed in the vertical fixation of the body 1
13 trailing flank of plate, the press mold driver 21 and the press mold drive shaft 211 for indulging fixed plate 13 through this with one.
One transmission body 3, have a driver plate 31, the driver plate 31 be equipped with a driver plate assembled portion 311, the driver plate 31 with
The driver plate assembled portion 311 is fixed on the press mold drive shaft 211 of the press mold driving group 2, the driver plate 31 and through there is a transmission
Slot 32, the driving groove 32 are set as intermediate without turnover shape, and the driving groove 32 is preferably to be set as bending channel-shaped herein, such as institute in figure
Show that the driving groove 32 is set to c-type shape, rather than there is S or W type shape of turnover etc. in centre, and the driving groove 32 to the driver plate assembles
The distance in portion 311 be along the driving groove 32 course bearing it is cumulative, make 32 one end of driving groove apart from the driver plate assembled portion 311
Recently, 32 other end of driving groove is farthest apart from the driver plate assembled portion 311, and the groove width of the driving groove 32 is from one end to another
End is all wide (both ends of the driving groove 32 are tapered in semicircle shape), and 32 two sides of driving groove are respectively one apart from the biography
The closer side 321 and one that pushes of movable plate assembled portion 311 is apart from the farther away lifting side 322 of driver plate assembled portion 311.
One film pressing device 4 has an elevating lever 41, and the elevating lever 41 is simultaneously through the horizontal fixed plate 12 of the body 1 and cross
Fixed plate protrusion 121, and the elevating lever 41 just correspond to the transmission body 3 driver plate assembled portion 311,41 top of elevating lever to
Under be recessed with an elevating lever groove 411, the driver plate 31 of the transmission body 3 and all part status of driving groove 32 are in the elevating lever groove
In 411, communicate the driving groove 32 with the elevating lever groove 411, which is simultaneously equipped with one also cross the elevating lever
The interlocking lever 42 of groove 411 and the driving groove 32, which is set as round bar shape and shank diameter is set as and the driving groove 32
Groove width is equal, and 42 periphery of the interlocking lever is made to be tightly attached to pushing side 321 and lifting side 322, the elevating lever for the driving groove 32 simultaneously
41 bottom ends are then installed with a link block 43, which is then installed with a press mold block 44, the link block 43 and through having
Plural motion bar 45, respectively 45 upper end of motion bar is all equipped with a motion bar limiting section 451, and respectively 45 lower end of motion bar is then simultaneously
It is connected to a ring 46 (because the ring 46 is conventional construction, so the cyclic annular external form of the ring 46 is not shown in the figure), the respectively work
Lever 45 is simultaneously arranged with a spring 47 respectively, and respectively 47 both ends of spring are all resisted against 43 bottom of link block and the ring 46 respectively
Top, another 46 two sides of ring are respectively equipped with one for guiding sealed membrane in the guide bar 48 for opening smooth shape.
One is located at the body 1 and shifting cup group 5 of the position below the film pressing device 4, has one to move cup driver 51 and two-phase
The shifting cup connecting rod 52 being mutually pivotally connected, wherein the shifting cup connecting rod 52, the shifting cup group 5 simultaneously have a track for the shifting cup driver 51 connection
53, which is installed in the support frame 11 of the body 1, which is equipped with a sliding panel 54 that can be slid along the track 53,
And the sliding panel 54 connects wherein shifting cup connecting rod 52 simultaneously, and the sliding panel 54 is equipped with one and sets cup holder 55, this sets cup holder 55
Glass slot 56 is set for put goblet equipped with one.
One is located at the body 1 and sealed membrane retracting group 6 of the position above the film pressing device 4, has a retracting driver 61
With two retracting bars 62, which is fixedly arranged on the support frame 11 of the body 1, and the two retracting bars 62 are then respectively arranged on the volume
Receive driver 61 and the support frame 11, the two retracting bars 62 are used to furl respectively to be used and the sealing that uses without press mold through press mold
Film.
One master control set 7 is installed in the support frame 11 of the body 1, which is electrically connected the press mold driving group 2
Press mold driver 21, the shifting cup group 5 shifting cup driver 51 and the sealed membrane retracting group 6 retracting driver 61, make the envelope
The sealing press mold operation of mouth machine is completed under the automatic control of the master control set 7.
The utility model sealing machine press mold goes up and down driving structure, please refers to Fig. 1 and Fig. 2, the film pressing device 4, the shifting cup group 5
All belong to known structure with the sealed membrane retracting group 6, the present invention, which mainly improves, is the transmission body 3 and by the transmission body 3
Connect the press mold driving group 2 and the film pressing device 4.
The utility model sealing machine press mold goes up and down driving structure, Fig. 1 and Fig. 2 is please referred to, when goblet is put by user
Set cup holder 55 set glass slot 56 after, master control set 7 can automatically control move cup driver 51, press mold driver 21 and retracting driver
61 to carry out a series of strokes that mobile goblet, control 4 oscilaltion of film pressing device and sealing film roll are put in phase, into complete
The sealing press mold of pairs of goblet, and these a series of strokes have seen known sealing machine thus this will not be repeated here again,
How this drives 4 liters of film pressing device after by the driving rotation of press mold driver 21 only for main improvement of the invention, i.e. transmission body 3
The process of drop is described in detail, and also referring to Fig. 3, Fig. 4 and Fig. 5, drives sliding panel 54 inside when moving cup driver 51 first
When sliding and making to set the goblet in glass slot 56 and slide onto press mold 44 lower section of block inside, the interlocking lever 42 of film pressing device 4 is that position exists
The one end nearest from driver plate assembled portion 311 of driving groove 32, and horizontal fixation is tightly attached in 43 top of link block of film pressing device 4 simultaneously
The horizontal fixed plate protrusion 121 of plate 12, film pressing device 4 is ascended the throne in non-depressed film location at this time, and then press mold driver 21 can drive biography
Kinetoplast 3 rotates counterclockwise, and allows the side 321 that pushes of driving groove 32 to push interlocking lever 42 down, and then drive film pressing device 4 down
It is mobile until 46 bottom of ring, which is tightly attached to, sets 55 top of cup holder, 46 bottom of ring is tightly attached to set cup holder 55 after press mold block 44 can be past again
Lower mobile a distance is with by sealed membrane heating pressing, on goblet, film pressing device 4 is ascended the throne in press mold position and transmission at this time
Body 3 also just press to interlocking lever 42 one end farthest from driver plate assembled portion 311 in driving groove 32 for making film pressing device 4 by rotation
Press mold driver 21 drives transmission body 3 to turn round clockwise again after the completion of film, can be by the lifting side 322 of driving groove 32 in turning course
Up lift interlocking lever 42 and drive film pressing device 4 toward rise, until transmission body 3 be turned back to make interlocking lever 42 in driving groove 32
One end nearest from driver plate assembled portion 311 and allow film pressing device 4 to come back to non-depressed film location.
It is only described above, an only preferred embodiment of the utility model, when cannot with restriction the utility model
Range.I.e. generally according to equivalent changes and modifications made by claim, it should still belong to what the utility model patent covered
In range.
In conclusion when know the utility model have novelty, progressive, and the utility model have no in any periodical
Object, when the regulation for meeting Patent Law.
Claims (4)
1. a kind of sealing machine press mold goes up and down driving structure, characterized by comprising:
One body has a support frame, which is installed with a horizontal fixed plate, and a vertical fixation is installed at the top of the horizontal fixed plate
Plate；
One press mold driving group, has a press mold driver, which is installed in the vertical fixed plate of the body wherein side
Face, the press mold driver have a press mold drive shaft；
One transmission body has a driver plate, which is equipped with a driver plate assembled portion, and the driver plate is with the driver plate assembled portion
It is fixed on the press mold drive shaft of the press mold driving group, the driver plate is through there is a driving groove, and the driving groove is to the transmission board group
The distance in dress portion be along the driving groove course bearing it is cumulative, and the driving groove one end is nearest apart from the driver plate assembled portion, should
The driving groove other end is farthest apart from the driver plate assembled portion；
One film pressing device has an elevating lever, which runs through the horizontal fixed plate of the body, and the elevating lever corresponds to the biography
The driver plate assembled portion of kinetoplast, the elevating lever are equipped with an interlocking lever for passing through the driving groove, which is set as round bar shape and bar
Diameter is equal with the groove width of the driving groove.
2. sealing machine press mold as described in claim 1 goes up and down driving structure, which is characterized in that the driving groove of the transmission body is curved
It is curved.
3. sealing machine press mold as described in claim 1 goes up and down driving structure, which is characterized in that the driving groove of the transmission body is set as
C-type shape.
4. sealing machine press mold as described in claim 1 goes up and down driving structure, which is characterized in that the elevating lever top of the film pressing device
End be recessed with an elevating lever groove downwards, the position of driver plate and driving groove all parts of the transmission body in the elevating lever groove,
The interlocking lever is also cross the elevating lever groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820684885.5U CN208484858U (en) | 2018-05-09 | 2018-05-09 | Sealing machine press mold goes up and down driving structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820684885.5U CN208484858U (en) | 2018-05-09 | 2018-05-09 | Sealing machine press mold goes up and down driving structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208484858U true CN208484858U (en) | 2019-02-12 |
Family
ID=65253032
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820684885.5U Active CN208484858U (en) | 2018-05-09 | 2018-05-09 | Sealing machine press mold goes up and down driving structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208484858U (en) |
-
2018
- 2018-05-09 CN CN201820684885.5U patent/CN208484858U/en active Active
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