CN205589590U - Heat -seal equipment - Google Patents
Heat -seal equipment Download PDFInfo
- Publication number
- CN205589590U CN205589590U CN201620199274.2U CN201620199274U CN205589590U CN 205589590 U CN205589590 U CN 205589590U CN 201620199274 U CN201620199274 U CN 201620199274U CN 205589590 U CN205589590 U CN 205589590U
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- plastic bag
- vacuum
- absorption platform
- cylinder
- lift cylinder
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Abstract
The utility model discloses a heat -seal equipment, include that evacuation heat sealing machine constructs, is located the belt conveyor that evacuation heat sealing machine constructs the right side, the advancing mechanism who is located the belt conveyor right side. Among the actual operation, evacuation heat sealing machine constructs absorption and opens the plastic bag, belt conveyor will treat that the mobile module of packing carries to the side of plastic bag, in advancing mechanism pushed mobile module the plastic bag, later, evacuation heat sealing machine structure carried out the heat -seal to the plastic bag. Through the technical solution, the utility model discloses plastic bag packing mobile module's work can be automatically accomplished, the improvement of efficiency is favorable to packing.
Description
Technical field
This utility model relates to mobile module packing technique field, seals equipped with mobile module in particular to one
The equipment of plastic bag.
Background technology
Along with the continuous progress of electronic technology, mobile phone or other electronic products progressively intellectuality and miniaturization, in order to improve
Mobile phone or the maintenance of other electronic products and the efficiency of assembling, mobile phone of the prior art or other electronic product parts by
Step modularity, there is mutual connection and assembly relation and certainly becomes in mobile phone in modularity or other electronic product parts
One assembly unit, so, can simplify the efficiency of assembling of the electronic product of mobile phone or use mobile module.
For convenience of conveying and protection mobile module, manufacturer generally uses plastic bag to pack mobile module, plastic bag
The work of packaging mobile module is generally accomplished manually by staff.Wherein, described plastic bag is square-shaped, plastic bag
Only one end open, the plastic bag left and right sides is provided with the edge of evagination.
Utility model content
This utility model is solved the technical problem that: staff has been manually done the work effect of plastic bag packaging mobile module
Rate is relatively low.
For solving above-mentioned technical problem, this utility model following technical scheme of offer:
A kind of heat-seal equipment, the belt type conveying mechanism including vacuum-pumping heat sealing machine structure, being positioned at vacuum-pumping heat sealing machine structure side,
It is positioned at the propulsive mechanism of belt type conveying mechanism side；
Described vacuum-pumping heat sealing machine structure includes frame, the plastic bag placement platform being positioned at frame side, is arranged in frame
Absorption platform, be positioned at one group of suction nozzle directly over absorption platform, be arranged in frame and be positioned at below one group of suction nozzle
Vacuum extractor, it is positioned at the transversal stretching device being oppositely arranged for a pair of the absorption platform left and right sides, is positioned at absorption platform
Lower section and lower hot sealing device between absorption platform and plastic bag placement platform, it is positioned at directly over lower hot sealing device
Upper hot sealing device；
In above-mentioned vacuum-pumping heat sealing machine structure, described absorption platform is offered multiple adsorption hole, multiple adsorption holes and the first gas
Pump installation connects；Described one group of suction nozzle realizes lifting by the first elevating mechanism, and the first elevating mechanism is arranged in frame；
Described vacuum extractor includes rack-mounted second lift cylinder, is arranged on the second lift cylinder piston rod
Second horizontal extension cylinder, the second connecting rod being arranged on the second horizontal extension cylinder piston rod, it is arranged on second connecting rod
On vacuum-pumping tube；Described vacuum-pumping tube and the second air pump device connect；Described transversal stretching device includes the 3rd level
Telescopic cylinder, the third connecting rod being arranged on the 3rd horizontal extension cylinder piston rod, for clamping plastic bag evagination edge
Jaw cylinder；One end of described third connecting rod is connected with the 3rd horizontal extension cylinder piston rod, another of third connecting rod
End is connected with jaw cylinder；Described lower hot sealing device realizes lifting by the 4th lift cylinder；Described lower hot sealing device bag
Include the electric heater unit that lower heat-sealing bar is connected with lower heat-sealing bar；Described upper hot sealing device is realized by the 5th lift cylinder
Lifting；Described upper hot sealing device includes the upper heat-sealing bar being connected with electric heater unit；
Mobile module to be packaged is delivered to the side of vacuum-pumping heat sealing machine structure by described belt type conveying mechanism；
Described propulsive mechanism includes support, the common screw mandrel being articulated on support, the guide rail being fixedly mounted on support,
The movable stand, the pedestal being fixedly mounted on movable stand that are slidably mounted on guide rail and be spirally connected with common screw mandrel, it is articulated in
A pair jaw that Bidirectional-screw on pedestal and Bidirectional-screw are spirally connected and are slidably matched with pedestal, it is arranged on movable stand
And the servomotor coupled with Bidirectional-screw；
Described vacuum-pumping heat sealing machine structure is positioned at the left side of belt type conveying mechanism, and a pair jaw in described propulsive mechanism is positioned at
The right side of belt type conveying mechanism.
By technique scheme, the operation principle of heat-seal equipment described in the utility model is as follows:
First, the plastic bag flattened up and down lies on plastic bag placement platform, and plastic bag open at one end is positioned at absorption
On platform.
Second, the bottom surface of plastic bag opening is adsorbed on absorption platform by multiple adsorption holes；Afterwards, the first elevator
Structure drives one group of suction nozzle to decline, the end face of one group of suction plastic bag opening, under the driving of the first elevating mechanism,
Plastic bag opening is opened by one group of suction nozzle.
3rd, mobile module to be packaged is delivered to the side of vacuum-pumping heat sealing machine structure by belt type conveying mechanism, specifically,
Mobile module is positioned at by the right side of plastic bag opening.
4th, common screw mandrel in propulsive mechanism drives movable stand to be moved to the left, make mobile module be positioned at a pair jaw it
Between, afterwards, driven by servomotor Bidirectional-screw (left-right rotary screw mandrel), Bidirectional-screw drive a pair jaw to move towards and
Clamping mobile module, afterwards, common screw mandrel continues to drive movable stand to be moved to the left, and mobile module is loaded by a pair jaw
In plastic bag；After the half of mobile module enters plastic bag, driven by servomotor Bidirectional-screw, a pair jaw release
Mobile module, common screw mandrel orders about movable stand and returns to the right, afterwards, and driven by servomotor Bidirectional-screw, a pair jaw
Moving towards, the distance between a pair jaw is less than the width of mobile module；Afterwards, common screw mandrel orders about movement again
Frame is moved to the left, and the top of a pair jaw withstands on the right side of mobile module, makes mobile module be introduced into plastic bag
Second half enters plastic bag；So far, whole mobile module is completely into plastic bag.
5th, the vacuum-pumping tube in vacuum extractor is logical under the driving of the second horizontal extension cylinder and the second lift cylinder
Cross opening to insert in plastic bag.
6th, the jaw cylinder in transversal stretching device clamps plastic bag evagination edge, at the 3rd horizontal extension cylinder
Under driving, the horizontal cross that a pair jaw cylinder in a pair transversal stretching device is made to be located remotely from each other moves, a pair jaw
Plastic bag opening is pulled into diamond shaped by cylinder；Now, vacuum-pumping tube carries out evacuation process to plastic bag.
7th, evacuation processes when closing to an end, and the 4th lift cylinder drives lower heat-sealing article to rise, the 5th lift cylinder
In driving seal bar decline, upper heat-sealing bar and lower heat-sealing bar close to plastic bag opening, described lower heat-sealing bar and upper heat-sealing
Bar is heat-conducting metal bar；Evacuation will process after terminating, and vacuum-pumping tube extracts plastic bag, afterwards, lower heat-sealing immediately out
It is also sealed by bar and upper heat-sealing bar upper and lower holding plastic bags opening immediately.
By technique scheme, this utility model can be automatically completed the work of plastic bag packaging mobile module, favorably
Raising in packaging efficiency.
As this utility model to a kind of explanation of plastic bag placement platform in vacuum-pumping heat sealing machine structure, described plastic bag is put
Horizontalization platform includes a pair slide rail, be slidably mounted on a pair slide rail skid, the plastic bag being arranged on skid are put
Put the driving element that plate is connected with skid；Described driving element drives skid away from or close to absorption platform,
Described plastic bag is placed plate and is used for placing plastic bag, and plastic bag places the sucker offering adsorption plastic bag on plate, inhales
Kong Yu tri-air pump device connects.As described above, first plastic bag is attracted to plastic bag and places on plate, wherein,
The opening of plastic bag highlights plastic bag and places plate, afterwards, drives element drives skid close to absorption platform, inhales
The bottom surface of plastic bag opening is adsorbed by the adsorption hole on attached platform, and afterwards, suction nozzle declines the top of adsorption plastic opening
Opening is also pulled open by face up and down；After mobile module fills in plastic bag, drive element drives skid away from absorption
Platform, afterwards, a pair transversal stretching device left and right stretched plastic bag opening, plastic bag is taken out by vacuum extractor
The opening of plastic bag is sealed by application of vacuum, upper heat-sealing bar and lower heat-sealing bar；Mould owing to filling at mobile module
After pocket, driving element drives skid away from absorption platform, therefore, upper heat-sealing bar and lower heat-sealing bar can be to moulding
The top end of pocket opening seals, and makes plastic bag have enough inner spaces, moulds making full use of each
Pocket.
As this utility model to a kind of explanation of one group of suction nozzle, described first elevating mechanism bag in vacuum-pumping heat sealing machine structure
Include rack-mounted first lift cylinder, the lifter plate being arranged on the first lift cylinder piston rod, be arranged on liter
The guide pad drop the guide post bottom plate, being arranged in frame and coordinating with guide post；Described first lift cylinder and leading
The left and right sides of absorption platform it is positioned to block；Described one group of suction nozzle is arranged on the bottom surface of lifter plate.As described above,
First lift cylinder controls the lifting of one group of suction nozzle by driving the lifting of lifter plate.
As this utility model to a kind of explanation of vacuum extractor in vacuum-pumping heat sealing machine structure, described absorption platform includes
It is positioned at first absorption platform in left side and is positioned at second absorption platform on right side, the first absorption platform and the second absorption platform
Between there is a gap；In described vacuum-pumping tube gap between the first absorption platform and the second absorption platform, institute
State second connecting rod and be positioned at the lower section of absorption platform.As described above, under the driving of the second lift cylinder, vacuum-pumping tube
Rise through the gap between the first absorption platform and the second absorption platform, under the driving of the second horizontal extension cylinder,
Vacuum-pumping tube inserts in plastic bag.
As this utility model to a kind of explanation of a pair transversal stretching device in vacuum-pumping heat sealing machine structure, described laterally draw
Stretch the 3rd horizontal extension cylinder in device and may be mounted at the top of lifter plate, described jaw cylinder be positioned at lifter plate and
Between absorption platform.As described above, the first lift cylinder drives lifter plate to rise to certain altitude, and this height can make
The opening of plastic bag is drawn sufficiently large by one group of suction nozzle, and meanwhile, this height can make by the 3rd horizontal extension cylinder band
The jaw cylinder risen be able to holding plastic bags evagination edge.
As this utility model to upper hot sealing device in vacuum-pumping heat sealing machine structure and a kind of explanation of lower hot sealing device, described
The 5th lift cylinder in upper hot sealing device is arranged on the top of lifter plate；4th lift cylinder is arranged in frame.
A kind of improve as of the present utility model, described vacuum-pumping heat sealing machine structure be arranged over longitudinal slide rail, peace of sliding
It is contained in the horizontal slide rail on longitudinal slide rail, is arranged on longitudinal slide rail for driving horizontal slide rail longitudinally to move along longitudinal slide rail
Dynamic longitudinal driving device, the transverse slider being slidably mounted on horizontal slide rail, it is arranged on horizontal slide rail for driving
The lateral driver device of transverse slider, the 6th lift cylinder being arranged on transverse slider, it is arranged on the 6th lift cylinder
The first elevating bracket, the 7th lift cylinder being arranged on the first elevating bracket on piston rod, it is arranged on the 7th lift cylinder
The second elevating bracket on piston rod, it is arranged on a pair the 8th lift cylinders of the second elevating bracket left and right sides and is arranged on
The second suction nozzle on eight lift cylinder piston rods, it is arranged on the 4th horizontal extension cylinder on front side of the second elevating bracket, installation
The 5th horizontal extension cylinder on rear side of the second elevating bracket, the 3rd suction being arranged on the 4th horizontal extension cylinder piston rod
Mouth and the 3rd jaw, the 4th suction nozzle being arranged on the 5th horizontal extension cylinder piston rod and the 4th jaw.
By above-mentioned improvement, described second suction nozzle (driven by the 8th lift cylinder and decline) and the 3rd suction nozzle and the 4th suction nozzle
Co-operatively can draw plastic bag from the plastic bag place of stacking, under the vertically moving of the longitudinal slide rail in horizontal slide rail edge, with
And under the transverse shifting of transverse slider transversely slide rail, the plastic bag being drawn runs just going up to plastic bag placement platform
Side, afterwards, under the driving of the 6th lift cylinder and the 7th lift cylinder, the plastic bag being drawn is placed on plastic bag
On placement platform.
By above-mentioned improvement, after plastic bag is sealed by vacuum-pumping heat sealing machine structure, the 3rd jaw being oppositely arranged and the 4th jaw
Can grip from plastic bag placement platform and be packaged with the plastic bag of mobile module (meanwhile, the second suction nozzle can hold plastic bag
Upper surface, to assist the 3rd jaw and the 4th jaw stably to obtain the plastic bag equipped with mobile module), and moved
Deliver to predetermined station.
In above-mentioned improvement, described longitudinal driving device and lateral driver device are screw body.
Accompanying drawing explanation
Below in conjunction with the accompanying drawings this utility model is described further:
Fig. 1 is the structural representation of a kind of heat-seal equipment of this utility model；
Fig. 2 is the structural representation in Fig. 1 from another view heat-seal equipment gained；
Fig. 3 is enlarged drawing at A in Fig. 1.
Symbol description in figure:
A, plastic bag；A1, evagination edge；B, vacuum heat-seal mechanism；C, belt type conveying mechanism；D, propulsive mechanism；
E, mobile module；
20, plastic bag placement platform；21, slide rail；22, skid；23, plastic bag places plate；
31, the first absorption platform；32, the second absorption platform；
40, one group of suction nozzle；41, the first lift cylinder；42, lifter plate；43, guide post；44, guide pad；
51, the second lift cylinder；52, the second horizontal extension cylinder；53, second connecting rod；
61, the 3rd horizontal extension cylinder；62, third connecting rod；63, jaw cylinder；
71, the 4th lift cylinder；72, lower heat-sealing bar；73, the 5th lift cylinder；74, upper heat-sealing bar.
81, support；82, common screw mandrel；83, movable stand；84, pedestal；85, jaw；86, servomotor；
91, longitudinal slide rail；92, horizontal slide rail；93, transverse slider；941, the 6th lift cylinder；942, the 7th
Lift cylinder；943, the 8th lift cylinder；944, the 4th horizontal extension cylinder；951, the first elevating bracket；952、
Second elevating bracket；961, the second suction nozzle；962, the 3rd suction nozzle；971, the 3rd jaw；972, the 4th jaw.
Detailed description of the invention
Shown in Fig. 1, Fig. 2, a kind of heat-seal equipment, including vacuum-pumping heat sealing machine structure b, it is positioned at vacuum-pumping heat sealing machine
The belt type conveying mechanism c of structure side, it is positioned at the propulsive mechanism d of belt type conveying mechanism side.
Described vacuum-pumping heat sealing machine structure b includes frame, the plastic bag placement platform 20 being positioned at frame side, is arranged on machine
Absorption platform on frame, it is positioned at one group of suction nozzle 40 directly over absorption platform, is arranged in frame and is positioned at one group of suction nozzle
The vacuum extractor of lower section, it is positioned at the transversal stretching device being oppositely arranged for a pair of the absorption platform left and right sides, is positioned at suction
Lower hot sealing device below attached platform and between absorption platform and plastic bag placement platform, just it is being positioned at lower hot sealing device
The upper hot sealing device of top.
In above-mentioned vacuum-pumping heat sealing machine structure b, described absorption platform is offered multiple adsorption hole, multiple adsorption holes and first
Air pump device connects；Described one group of suction nozzle realizes lifting by the first elevating mechanism, and the first elevating mechanism is arranged on frame
On；Described vacuum extractor includes rack-mounted second lift cylinder 51, is arranged on the second lift cylinder piston
The second horizontal extension cylinder 52 on bar, the second connecting rod 53 being arranged on the second horizontal extension cylinder piston rod, installation
Vacuum-pumping tube on second connecting rod；Described vacuum-pumping tube and the second air pump device connect；Described transversal stretching device bag
Two grades of horizontal extension cylinders 62 include the 3rd horizontal extension cylinder 61, being arranged on the 3rd horizontal extension cylinder piston rod,
For clamping the jaw cylinder 63 at plastic bag evagination edge；Cylinder and the 3rd level of described two grades of horizontal extension cylinders are stretched
Contracting cylinder piston rod connects, and the piston rod of two grades of horizontal extension cylinders is connected with jaw cylinder；Described lower hot sealing device leads to
Cross the 4th lift cylinder 71 and realize lifting；Described lower hot sealing device includes the electricity that lower heat-sealing bar 72 is connected with lower heat-sealing bar
Heater；Described upper hot sealing device realizes lifting by the 5th lift cylinder 73；Described upper hot sealing device includes and electricity
The upper heat-sealing bar 74 that heater connects.
In vacuum-pumping heat sealing machine structure, described plastic bag placement platform 20 includes a pair slide rail 21, is slidably mounted on a pair cunning
Skid 22 on rail, the plastic bag being arranged on skid place the driving element that plate 23 is connected with skid；
Described driving element drives skid away from or close to absorption platform, described plastic bag place plate be used for placing plastic bag,
Plastic bag places the sucker offering adsorption plastic bag on plate, and sucker is connected with the 3rd air pump device.
In vacuum-pumping heat sealing machine structure, described first elevating mechanism includes rack-mounted first lift cylinder 41, peace
It is contained in the lifter plate 42 on the first lift cylinder piston rod, is arranged on the guide post 43 bottom lifter plate, is arranged on frame
Guide pad 44 that is upper and that coordinate with guide post；Described first lift cylinder and guide pad are positioned at the left and right two of absorption platform 30
Side；Described one group of suction nozzle 40 is arranged on the bottom surface of lifter plate.
In vacuum-pumping heat sealing machine structure, described absorption platform includes the first absorption platform 31 being positioned at left side and is positioned at right side
Second absorption platform 32, has a gap between the first absorption platform and the second absorption platform；Described vacuum-pumping tube is positioned at
In gap between first absorption platform and the second absorption platform, described second connecting rod 53 is positioned at the lower section of absorption platform.
In vacuum-pumping heat sealing machine structure, the 5th lift cylinder 73 in described upper hot sealing device is arranged on the top of lifter plate 42
Portion；4th lift cylinder 71 is arranged in frame.
Mobile module to be packaged is delivered to the side of vacuum-pumping heat sealing machine structure by described belt type conveying mechanism c.
Described propulsive mechanism d includes support 81, be articulated on support common screw mandrel 82, it is fixedly mounted on support
Guide rail, be slidably mounted on guide rail and be spirally connected with common screw mandrel movable stand 83, the pedestal that is fixedly mounted on movable stand
84, the Bidirectional-screw being articulated on pedestal is spirally connected with Bidirectional-screw and is slidably matched with pedestal a pair jaw 85, peace
The servomotor 86 being contained on movable stand and couple with Bidirectional-screw.
Described vacuum-pumping heat sealing machine structure b is positioned at the left side of belt type conveying mechanism c, a pair folder in described propulsive mechanism d
Pawl is positioned at the right side of belt type conveying mechanism.
In conjunction with Fig. 1, Fig. 3, described vacuum-pumping heat sealing machine structure b is arranged over longitudinal slide rail 91, is slidably mounted on longitudinal direction
Horizontal slide rail 92 on slide rail, be arranged on longitudinal slide rail for drive horizontal slide rail along longitudinal slide rail vertically move vertical
To driving means, be slidably mounted on horizontal slide rail transverse slider 93, be arranged on horizontal slide rail for driving laterally
The lateral driver device of slide block, the 6th lift cylinder 941 being arranged on transverse slider, be arranged on the 6th lift cylinder live
The first elevating bracket 951, the 7th lift cylinder 942 being arranged on the first elevating bracket on stopper rod, it is arranged on the 7th lifting
The second elevating bracket 952 on cylinder piston rod, it is arranged on a pair the 8th lift cylinders 943 of the second elevating bracket left and right sides
With the second suction nozzle 961 being arranged on the 8th cylinder piston rod, be arranged on the 4th horizontal extension gas on front side of the second elevating bracket
Cylinder 944, it is arranged on the 5th horizontal extension cylinder on rear side of the second elevating bracket, is arranged on the 4th horizontal extension cylinder piston rod
On the 3rd suction nozzle 962 and the 3rd jaw 971, the 4th suction nozzle being arranged on the 5th horizontal extension cylinder piston rod and
Four jaws 972.
In actual production, the workflow of described heat-seal equipment is as follows:
First, the plastic bag a flattened up and down lie in plastic bag and place on plate 23, under the driving driving element,
Plastic bag is placed plate 23 and is moved ahead, and the open at one end of plastic bag a thereon is positioned on absorption platform.
Second, the bottom surface of plastic bag opening is adsorbed on absorption platform by multiple adsorption holes；Afterwards, the first elevator
Structure drives one group of suction nozzle 40 to decline, and the end face of one group of suction plastic bag opening, in the driving of the first elevating mechanism
Under, plastic bag opening is opened by one group of suction nozzle；Afterwards, staff by manual mode or will treat by automaton
The mobile module of packaging loads in plastic bag.
Mobile module e to be packaged is delivered to the side of vacuum-pumping heat sealing machine structure b by the 3rd, belt type conveying mechanism c,
Specifically, mobile module e is positioned at by the right side of plastic bag a opening.
4th, the common screw mandrel 82 in propulsive mechanism d drives movable stand 83 to be moved to the left, and makes mobile module e be positioned at
Between a pair jaw 85, afterwards, servomotor 86 drives Bidirectional-screw, Bidirectional-screw to drive a pair jaw to move in opposite directions
Moving and clamp mobile module e, afterwards, common screw mandrel 82 continues to drive movable stand 83 to be moved to the left, and a pair jaw is by hands
Machine module loads in plastic bag a；After the half of mobile module enters plastic bag, servomotor 86 drives Bidirectional-screw,
A pair jaw 85 discharges mobile module, and common screw mandrel orders about movable stand and returns to the right, and afterwards, driven by servomotor is two-way
Screw mandrel, a pair jaw 85 moves towards, the width less than mobile module e of the distance between a pair jaw；Afterwards, general
Harness cord bar 82 again orders about movable stand 83 and is moved to the left, and the top of a pair jaw 85 withstands on the right side of mobile module e
On, make mobile module be introduced into second half entrance plastic bag of plastic bag a；So far, whole mobile module e enters completely
Enter plastic bag a.
5th, under the driving driving element, plastic bag is placed plate 23 and is retreated, the opening one of plastic bag a thereon
End leaves absorption platform.
6th, the vacuum-pumping tube in vacuum extractor drives the second horizontal extension cylinder 52 and the second lift cylinder 51
Inserted in plastic bag by opening under Dong.
7th, the jaw cylinder 63 in transversal stretching device clamps plastic bag evagination edge a1, at the 3rd horizontal extension gas
Under the driving of cylinder 61, the horizontal cross that a pair jaw cylinder in a pair transversal stretching device is made to be located remotely from each other moves, and one
Plastic bag opening is pulled into diamond shaped by jaw cylinder；Now, vacuum-pumping tube carries out evacuation process to plastic bag.
8th, evacuation processes when closing to an end, and the 4th lift cylinder 71 drives lower heat-sealing article 72 to rise, the 5th liter
Sending down the abnormal ascending QI cylinder 73 drives upper heat-sealing bar 74 to decline, and upper heat-sealing bar and lower heat-sealing bar are close to plastic bag opening；At evacuation
After reason will terminate, vacuum-pumping tube extracts plastic bag immediately out, and afterwards, lower heat-sealing bar and upper heat-sealing bar clamp the most up and down to be moulded
It is also sealed by pocket opening.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to this
The thought of utility model, the most all will change, and this specification content should not
It is interpreted as restriction of the present utility model.
Claims (6)
1. a heat-seal equipment, including vacuum-pumping heat sealing machine structure (b), is positioned at by vacuum-pumping heat sealing machine structure
The belt type conveying mechanism (c) of side, it is positioned at the propulsive mechanism (d) of belt type conveying mechanism side；Its feature
It is:
Described vacuum-pumping heat sealing machine structure (b) includes frame, is positioned at the plastic bag placement platform of frame side
(20), rack-mounted absorption platform, be positioned at one group of suction nozzle (40) directly over absorption platform,
It is arranged in frame and is positioned at the vacuum extractor below one group of suction nozzle, be positioned at the absorption platform left and right sides
The transversal stretching device being oppositely arranged for a pair, be positioned at below absorption platform and be positioned at absorption platform and mould
Lower hot sealing device between pocket placement platform, it is positioned at the upper hot sealing device directly over lower hot sealing device；
In above-mentioned vacuum-pumping heat sealing machine structure (b), described absorption platform is offered multiple adsorption hole, multiple
Adsorption hole and the first air pump device connect；Described one group of suction nozzle realizes lifting by the first elevating mechanism,
First elevating mechanism is arranged in frame；Described vacuum extractor includes rack-mounted second liter
Sending down the abnormal ascending QI cylinder (51), the second horizontal extension cylinder (52) being arranged on the second lift cylinder piston rod,
The second connecting rod (53) that is arranged on the second horizontal extension cylinder piston rod, it is arranged on second connecting rod
Vacuum-pumping tube；Described vacuum-pumping tube and the second air pump device connect；Described transversal stretching device includes
Three horizontal extension cylinders (61), the two grades of horizontal extensions being arranged on the 3rd horizontal extension cylinder piston rod
Cylinder (62), for clamping the jaw cylinder (63) at plastic bag evagination edge；Described two grades of levels are stretched
The cylinder of contracting cylinder and the 3rd horizontal extension cylinder piston rod connect, the piston of two grades of horizontal extension cylinders
Bar is connected with jaw cylinder；Described lower hot sealing device realizes lifting by the 4th lift cylinder (71)；
Described lower hot sealing device includes the electric heater unit that lower heat-sealing bar (72) is connected with lower heat-sealing bar；Described
Upper hot sealing device realizes lifting by the 5th lift cylinder (73)；Described upper hot sealing device includes and electricity
The upper heat-sealing bar (74) that heater connects；
Mobile module to be packaged is delivered to vacuum-pumping heat sealing machine structure by described belt type conveying mechanism (c)
Side；
Described propulsive mechanism (d) includes support (81), be articulated on support common screw mandrel (82),
The guide rail being fixedly mounted on support, the movable stand being slidably mounted on guide rail and being spirally connected with common screw mandrel
(83) pedestal (84), being fixedly mounted on movable stand, the Bidirectional-screw being articulated on pedestal and
A pair jaw (85) that Bidirectional-screw is spirally connected and is slidably matched with pedestal, it is arranged on movable stand and with double
The servomotor (86) coupled to screw mandrel；
Described vacuum-pumping heat sealing machine structure (b) is positioned at the left side of belt type conveying mechanism (c), described propelling
A pair jaw in mechanism (d) is positioned at the right side of belt type conveying mechanism.
2. a kind of heat-seal equipment as claimed in claim 1, it is characterised in that: vacuum-pumping heat sealing machine structure
In, described plastic bag placement platform (20) includes a pair slide rail (21), is slidably mounted on a pair slide rail
On skid (22), the plastic bag that is arranged on skid place plate (23) and skid even
The driving element connect；Described driving element drives skid away from or close to absorption platform, described plastics
Bag is placed plate and is used for placing plastic bag, and plastic bag places the sucker offering adsorption plastic bag on plate,
Sucker is connected with the 3rd air pump device.
3. a kind of heat-seal equipment as claimed in claim 1, it is characterised in that: vacuum-pumping heat sealing machine structure
In, described first elevating mechanism includes rack-mounted first lift cylinder (41), is arranged on
Lifter plate (42) on one lift cylinder piston rod, be arranged on the guide post (43) bottom lifter plate,
The guide pad (44) being arranged in frame and coordinate with guide post；Described first lift cylinder and guide pad
It is positioned at the left and right sides of absorption platform (30)；Described one group of suction nozzle (40) is arranged on the end of lifter plate
On face.
4. a kind of heat-seal equipment as claimed in claim 1, it is characterised in that: vacuum-pumping heat sealing machine structure
In, described absorption platform includes the first absorption platform (31) being positioned at left side and is positioned at the second of right side
Absorption platform (32), has a gap between the first absorption platform and the second absorption platform；Described take out true
In blank pipe gap between the first absorption platform and the second absorption platform, described second connecting rod (53)
It is positioned at the lower section of absorption platform.
5. a kind of heat-seal equipment as claimed in claim 3, it is characterised in that: vacuum-pumping heat sealing machine structure
In, the 5th lift cylinder (73) in described upper hot sealing device is arranged on the top of lifter plate (42)；
4th lift cylinder (71) is arranged in frame.
6. a kind of heat-seal equipment as claimed in claim 1, it is characterised in that: described evacuation seals
Mechanism (b) is arranged over longitudinal slide rail (91), the horizontal slide rail being slidably mounted on longitudinal slide rail
(92), it is arranged on longitudinal direction slide rail and drives for the longitudinal direction driving horizontal slide rail to vertically move along longitudinal slide rail
Dynamic device, the transverse slider (93) being slidably mounted on horizontal slide rail, be arranged on horizontal slide rail for
Drive the lateral driver device of transverse slider, the 6th lift cylinder (941) being arranged on transverse slider,
The first elevating bracket (951) of being arranged on the 6th lift cylinder piston rod, it is arranged on the first elevating bracket
The 7th lift cylinder (942), the second elevating bracket (952) being arranged on the 7th lift cylinder piston rod,
It is arranged on a pair the 8th lift cylinders (943) of the second elevating bracket left and right sides and is arranged on the 8th cylinder
The second suction nozzle (961) on piston rod, it is arranged on the 4th horizontal extension cylinder on front side of the second elevating bracket
(944), be arranged on the 5th horizontal extension cylinder on rear side of the second elevating bracket, the 4th level that is arranged on is stretched
The 3rd suction nozzle (962) and the 3rd jaw (971), the 5th level that is arranged on contracting cylinder piston rod are stretched
The 4th suction nozzle on contracting cylinder piston rod and the 4th jaw (972).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620199274.2U CN205589590U (en) | 2016-03-16 | 2016-03-16 | Heat -seal equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620199274.2U CN205589590U (en) | 2016-03-16 | 2016-03-16 | Heat -seal equipment |
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| CN205589590U true CN205589590U (en) | 2016-09-21 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620199274.2U Expired - Fee Related CN205589590U (en) | 2016-03-16 | 2016-03-16 | Heat -seal equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105730777A (en) * | 2016-03-16 | 2016-07-06 | 苏州和瑞科自动化科技有限公司 | Heat sealing equipment |
| CN110329587A (en) * | 2019-07-19 | 2019-10-15 | 旷和明 | The pricker formula packaging system of formula accommodation bag open at one end |
-
2016
- 2016-03-16 CN CN201620199274.2U patent/CN205589590U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105730777A (en) * | 2016-03-16 | 2016-07-06 | 苏州和瑞科自动化科技有限公司 | Heat sealing equipment |
| CN110329587A (en) * | 2019-07-19 | 2019-10-15 | 旷和明 | The pricker formula packaging system of formula accommodation bag open at one end |
| CN110329587B (en) * | 2019-07-19 | 2021-08-10 | 浙江黄岩德威塑料制品厂 | Pricking pin type packaging device of one-end opening type containing bag |
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