CN207273976U - A kind of high-speed film blanching side device - Google Patents
A kind of high-speed film blanching side device Download PDFInfo
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- CN207273976U CN207273976U CN201721175837.5U CN201721175837U CN207273976U CN 207273976 U CN207273976 U CN 207273976U CN 201721175837 U CN201721175837 U CN 201721175837U CN 207273976 U CN207273976 U CN 207273976U
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Abstract
A kind of high-speed film blanching side device, including rack-mounted continuous haulage gear, boiling hot side device, cutter, detection device and control device；The front that side device is arranged on cutter is scalded, the boiling hot knife for scalding side device is equipped with longitudinal dough made with boiling water；Cutter includes cutter, tool apron and cutter translation mechanism, and cutter is installed on by tool apron on the power output end of cutter translation mechanism, and the cut direction of cutter is set along the conveying direction of film；Detection device, cutter translation mechanism are electrically connected with control device.The double-layer films continuous conveying up and down to stack together after doubling, during by cutter, first cut rim charge, the edge alignment for the double-layer films up and down for making that side heat seal must be scalded, then, the edges of upper and lower double-layer films is by scalding longitudinal dough made with boiling water of knife and by heat seal together, so as to fulfill the lateral continuously boiling hot side of bag film, production efficiency is greatly improved, intermittent boiling hot side compared with the prior art, production efficiency improves at least 4 times.
Description
Technical field
It the utility model is related to a kind of film bag heat-sealing device, more particularly to a kind of high-speed film blanching side device.
Background technology
In the production process of bag film, film is released from unreeling structure, in a continuous manner traction conveying, through doubling
Mechanism is longitudinal by film edge（The conveying direction of film）Doubling is carried out, in the process of traction, utilizes heat of the front end with angular shape
Block cuts film, and carries out scalding side heat seal on the inside of the edge of double-layer films up and down to stacking together.Due to being to utilize
Heat block is cut, there are startup and stop phase film edge are irregular, the skimble-scamble phenomenon of width.It is and sharp by heat block
The influence of degree, in process of production speed can not be lifted.Therefore, above-mentioned this bag film relatively low, the waste product that scalds side production efficiency
Rate is high.
The content of the invention
The technical problem to be solved by the present invention is to provide a kind of high-speed film blanching side device, this high-speed film heat
Scald when device can carry out lateral continuous boiling hot, increase substantially production efficiency.The technical solution of use is as follows：
A kind of high-speed film blanching side device, including rack-mounted haulage gear, boiling hot side device and cutter,
It is characterized in that：Detection device and control device are further included, detection device, control device are installed in the rack；It is described to lead
It is continuous haulage gear to draw mechanism；Along the conveying direction of the film, the boiling hot side device is arranged on the front of cutter, scalds
The boiling hot knife of side device is equipped with longitudinal dough made with boiling water；The cutter includes cutter, tool apron and cutter translation mechanism, cutter and passes through tool apron
On the power output end of cutter translation mechanism, the cut direction of cutter is set along the conveying direction of film；Detection device
Signal output part, the control signal of cutter translation mechanism is electrically connected with control device.
The above-mentioned forward and backward conveying direction referred to along film, after first arrival is, before slow arrival is.
The double-layer films up and down to stack together after doubling continuous conveying forward under the traction of haulage gear, upper and lower two layers
For film when by cutter, the cutter of cutter first cuts rim charge so as to scald the double-layer films up and down of side heat seal
Edge aligns, and during continuing to be fed forward, the edge of upper and lower double-layer films is by scalding longitudinal dough made with boiling water of knife and by heat seal
Together, so as to fulfill the lateral continuously boiling hot side of bag film, production efficiency is greatly improved, interval compared with the prior art
Formula scalds side, and production efficiency improves at least 4 times.In order to realize above-mentioned lateral continuously boiling hot side, it is necessary to solve one of them
Key issue, is：In distraction procedure, film conveying speed has differences, thin especially in startup stage and shutdown phase
The conveying speed of film is smaller, causes the time of contact between the edge of upper and lower double-layer films and longitudinal dough made with boiling water of boiling hot knife long, i.e.,
It is to scald side overlong time, so causes the amplitude that the edge of film inwardly winds or shrinks larger, so as to cause to scald side rear film
The width of bag reduces, and does not meet predetermined dimension, for this reason, this high-speed film blanching side device is additionally arranged detection device and control fills
Put, and cutter is arranged to include cutter and cutter translation mechanism, wherein, detection device is used to detect the real-time defeated of film
Speed is sent, and real-time conveying speed is passed into control device, by real-time conveying speed and default conveying speed in control device
Degree is compared, and when real-time conveying speed is less than default conveying speed, the boiling hot side time is extended, and control device sends control letter
Cutter translation mechanism number is given, cutter translation mechanism acts and drives cutter to being moved away from film edge direction, so that film quilt
The rim charge width cut away is smaller, and a reserved side of contraction has been reserved in the edge of film, the contraction reserve side just make up by
In the contraction scalded side overlong time and produced, so that the bag film scalded from beginning to end behind side keeps default width；Work as reality
When conveying speed when reaching default conveying speed, scalding the side time is shortened to normal value, and control device sends control signal to cutting
Knife translation mechanism, cutter translation mechanism acts and drives cutter to being moved close to film edge direction, so that what film was cut off
Rim charge width is larger, shrinks reserved side without reserved one, scalds the bag film behind side and still keep default width.
As the preferred solution of the utility model, the cutter translation mechanism includes linear stepping motor and cutter slides
, guide groove is equipped with cutter sliding seat, the tool apron is installed in guide groove and can be slided along guide groove, straight line stepping electricity
The output shaft of machine is connected with tool apron, and the control signal of linear stepping motor is electrically connected with the control device.Control device is defeated
Go out control signal to slide along guide groove to linear stepping motor, driving tool apron, so that cutter is remote or close to film movement.Cut
Knife translation mechanism uses linear stepping motor so that mechanical structure is simpler compact, and cutter translation mechanism can certainly be adopted
With servomotor, screw, nut, guide rod（Or guide groove）Matched structure.
As the further preferred solution of the utility model, the cutter translation mechanism further includes manual fine-tuning mechanism, hand
Dynamic micro-adjusting mechanism includes cutter supporter, the first screw, the first nut, the first guide rod, the first sliding block and the first handwheel, first
Bar, the first guide rod are arranged in parallel in cutter supporter, and the first nut is socketed in outside the first screw, the installation of the first sliding block
It is connected on the first guide rod and with the first nut, the first handwheel is installed on one end of the first screw, the cutter sliding seat peace
On the first sliding block.By first the first screw of hand wheel rotating, the first guide rod it is spacing under, the first nut drives first
Sliding block is moved along the first guide rod, so as to have adjusted the position of the cutter on cutter sliding seat, that is to say can be accurate
Ground adjusts the initial position of cutter.
As the further preferred solution of the utility model, the cutter further includes cutter elevating mechanism, cutter
The power output end of elevating mechanism is connected with the cutter supporter.Cutter elevating mechanism is typically mounted in rack, is shutting down rank
Section, can drive cutter to rise, to facilitate other operations by cutter elevating mechanism.Cutter elevating mechanism generally uses cylinder,
Motor, guide rod, screw, the matched structure of nut can also be used.
As the preferred solution of the utility model, the draw-gear includes driven pinch roller and active pinch roller, actively
Pinch roller is arranged on the front of the boiling hot side device, and driven pinch roller is arranged on the rear of the cutter.By trimming,
The both ends for scalding side set driven pinch roller, active pinch roller to form synchronous interaction haulage gear, it is ensured that trimming, scald side when,
Film keeps stable tension force so that trimming, boiling hot side are more neat.Active pinch roller is generally driven using motor.
As the further preferred solution of the utility model, cooling adjusting mechanism is further included, cooling adjusting mechanism is arranged on
Between the boiling hot side device and the active pinch roller.Adjusting mechanism is cooled down by setting, can be adjusted behind boiling hot side to pinch
Time, it is ensured that when active pinch roller pinch traction, the edge of bag film has been cooled sufficiently, and avoids being pinched traction and being become
Shape, it is ensured that the quality of bag film.It is actually a material storage mechanism to cool down adjusting mechanism, generally comprise cooling holder, two it is solid
Fixed roll and a movable roll, two fixing rollers are fixedly mounted on the lower end of cooling holder, and movable roll is movable to be installed on cooling
The top of stent, movable roll are between two fixing rollers.
As the preferred solution of the utility model, boiling hot stent, the bottom plate when device includes boiling hot knife, scalds, scald knife translation
Mechanism, scald knife sliding seat and boiling hot knife elevating mechanism；Bottom plate is installed on the lower part for scalding side stent；Scald knife translation mechanism and be installed on and scald side
The top of stent, scalds knife sliding seat and is installed on the power output end for scalding knife translation mechanism；Scald knife elevating mechanism and be installed on and scald knife
On sliding seat, scald knife and be installed on the power output end for scalding knife elevating mechanism.Bottom plate is used to support film, it is ensured that film is conveying
During will not rock.Scald knife elevating mechanism to be used to drive boiling hot knife to rise or fall, scald knife at work and drop to designated position,
Knife is scalded in shutdown phase then to rise to leave film, is scalded knife elevating mechanism and is generally used cylinder.Knife translation mechanism is scalded to be used to adjust
The exposure level between knife and film edge is scalded, or away from film, scalds knife translation mechanism generally using screw, guide rod, spiral shell
Female matched structure.
In a kind of concrete scheme, above-mentioned cutter elevating mechanism is mounted directly on boiling hot side stent, this spline structure is compacter.
As the further preferred solution of the utility model, the boiling hot knife translation mechanism include the second screw, the second nut,
Second guide rod and the second handwheel, the second screw, the second guide rod are arranged in parallel on the boiling hot side stent, the second nut
It is socketed in outside the second screw, the boiling hot knife sliding seat is installed on the second guide rod and is connected with the second nut, the second handwheel
Installed in one end of the second screw.By second the second screw of hand wheel rotating, the second guide rod it is spacing under, the second nut band
Dynamic boiling hot knife sliding seat is moved along the second guide rod, so as to have adjusted the position of boiling hot knife.
As the further preferred solution of the utility model, the boiling hot knife elevating mechanism includes scalding knife lifting cylinder, connection
Plate and up and down adjustment plate, scald knife lifting cylinder and are installed on the boiling hot knife sliding seat, up and down adjustment plate is installed on by connecting plate
On the piston rod for scalding side lifting cylinder, the boiling hot knife is installed on up and down adjustment plate.
As the further preferred solution of the utility model, the boiling hot side device further includes two boiling hot knives freqency fine adjustment machine up and down
Structure, each scalding knife vertical fine adjustment mechanism includes fine setting screw rod and two fine-tuning nuts, and two are offered on the up and down adjustment plate
A through hole passed through for fine setting screw rod, each fine setting screw rod are in corresponding through hole, and two fine-tuning nuts are locked at fine setting spiral shell
On bar and the both sides up and down of up and down adjustment plate are respectively at, the boiling hot knife is connected with finely tuning the lower end of screw rod.By adjusting two
Two fine-tuning nuts of vertical fine adjustment mechanism, adjust scald the position of knife in the up-down direction so that scald knife longitudinal dough made with boiling water to
The width increase of lower stretching reduces, so as to meet the boiling hot side needs of different-thickness film.
As the utility model, further preferred solution, the boiling hot side device further include two depth of parallelisms and adjust spiral shell again
Bar；In described two through holes, one of them is circular hole, another is bar hole；Offered on the up and down adjustment plate two with
The adjusting screw hole that strip through-hole both ends communicate, two depth of parallelism adjusting screw rods are in corresponding adjusting screw hole.Wherein, in circular hole
One end, directly locks the one end for scalding knife by two fine-tuning nuts and fine setting screw rod, and in one end of bar hole, though scald knife
Locked by two fine-tuning nuts and fine setting screw rod, still, the fine setting screw rod in strip through-hole is remained able to along bar
The activity of shape through hole, is adjusted so that the depth of parallelism in bar hole by the corresponding of depth of parallelism adjusting screw rod at bar hole both ends at this time
Adjusting screw rod fore-aft travel in bar hole, is rotated so that scalding knife using the fine setting screw rod in circular hole as axle center, so that
It has adjusted longitudinal dough made with boiling water of boiling hot knife and the depth of parallelism of film edge.
The utility model compared with prior art, has the following advantages that：
The double-layer films continuous conveying up and down to stack together after doubling, during by cutter, first cuts rim charge so that
The edge alignment of the double-layer films up and down of side heat seal is scalded, then, the edge of upper and lower double-layer films passes through the longitudinal dough made with boiling water for scalding knife
And by heat seal together, so as to fulfill the lateral continuously boiling hot side of bag film, production efficiency is greatly improved, compared to existing skill
The intermittent boiling hot side of art, production efficiency improve at least 4 times.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the utility model preferred embodiment；
Fig. 2 is the top view of Fig. 1；
Fig. 3 is the structure diagram of cutter and boiling hot side device；
Fig. 4 is the B direction views of Fig. 3, is the structure diagram of cutter；
Fig. 5 is profiles of the Fig. 3 along A-A, is the structure diagram for scalding side device.
Embodiment
The preferred embodiment with the utility model is described further below in conjunction with the accompanying drawings.
As shown in Figure 1 and Figure 2, this high-speed film blanching side device, including the slave clip being sequentially arranged in rack 100
Send roller 1, cutter 2, scald side device 3, cooling adjusting mechanism 4 and active pinch roller 5, and photoelectrical velocity measure equipment 6 and control
Device（It is not drawn into Fig. 1）, wherein photoelectrical velocity measure equipment 6 is arranged on the lower section of film 7, active pinch roller 5 by traction electric machine 8 into
Row Continuous Drive, the boiling hot knife 301 for scalding side device 3 are equipped with longitudinal dough made with boiling water 300；Cutter 2 includes cutter 201, tool apron 202, cuts
Knife translation mechanism 203 and cutter lifting cylinder 204, cutter translation mechanism 203 are installed on the piston rod of cutter lifting cylinder 204
On, cutter 201 is installed on by tool apron 202 on the power output end of cutter translation mechanism 203, the cut direction edge of cutter 201
The conveying direction of film 7 is set；The signal output part of photoelectrical velocity measure equipment 6, the control signal of cutter translation mechanism 203 with
Control device is electrically connected.Control device generally uses microcontroller or CPU.
As shown in figure 4, above-mentioned cutter translation mechanism 203 includes linear stepping motor 2031, cutter sliding seat 2032 and hand
Dynamic micro-adjusting mechanism, manual fine-tuning mechanism include cutter supporter 2033, the first screw 2034, the first nut（It is not drawn into Fig. 4）,
One guide rod 2035, the first sliding block 2036 and the first handwheel 2037, cutter supporter 2033 are installed on above-mentioned cutter lifting cylinder 204
Piston rod on, on the first screw 2034,2035 cutter supporter 2033 arranged in parallel of the first guide rod, the first nut socket
In the outside of the first screw 2034, the first sliding block 2036 is installed on the first guide rod 2035 and is connected with the first nut, first-hand
Wheel 2037 is installed on one end of the first screw 2034, and cutter sliding seat 2032 is installed on the first sliding block 2036, cutter sliding seat
Guide groove 2038 is equipped with 2032, above-mentioned tool apron 202 is installed in guide groove 2038 and can be slided along guide groove 2038, straight line
The output shaft of stepper motor 2031 is connected with tool apron 202, the control signal of linear stepping motor 2031（It is cutter translation machine
The control signal of structure 203）It is electrically connected with above-mentioned control device.
As shown in Fig. 3, Fig. 5, above-mentioned boiling hot stent 302, bottom plate 303 when device 3 includes boiling hot knife 301, scalds, scald knife translation machine
Structure 304, scald knife sliding seat 305, scald the depth of parallelisms adjusting spiral shell of boiling hot knife vertical fine adjustment mechanism 307, two of knife elevating mechanism 306, two
Bar 308；Bottom plate 303 is installed on the lower part for scalding side stent 302；Scald knife translation mechanism 304 and be installed on the top for scalding side stent 302,
Knife sliding seat 305 is scalded to be installed on the power output end for scalding knife translation mechanism 304；Scald knife elevating mechanism 306 and be installed on and scald knife cunning
On dynamic seat 305, scald knife 301 and be installed on the power output end for scalding knife elevating mechanism 306.
Above-mentioned cutter lifting cylinder 204 is directly installed on boiling hot side stent 302.
Above-mentioned boiling hot knife translation mechanism 304 includes the second screw 3041, the second nut 3042, the second guide rod 3043 and second
Handwheel 3044, the second screw 3041, the second guide rod 3043 are arranged in parallel on boiling hot side stent 302, the second nut 3042
The outside of the second screw 3041 is socketed in, knife sliding seat 305 is scalded and is installed on the second guide rod 3043 and connects with the second nut 3042
Connect, the second handwheel 3044 is installed on one end of the second screw 3041, and the second nut 3042 is as the power for scalding knife translation mechanism 304
Output terminal.
Above-mentioned boiling hot knife elevating mechanism 306 includes scalding knife lifting cylinder 3061, connecting plate 3062 and up and down adjustment plate 3063, scalds
Knife lifting cylinder 3061 is installed on above-mentioned boiling hot knife sliding seat 305, and up and down adjustment plate 3063 is installed on by connecting plate 3062 to scald
On the piston rod of side lifting cylinder 3061, the boiling hot knife 301 is installed on up and down adjustment plate 3063.
As shown in figure 5, above-mentioned each boiling hot knife vertical fine adjustment mechanism 307 includes fine setting screw rod 3071 and two fine-tuning nuts
3072, two through holes passed through for fine setting screw rods 3071 are offered on up and down adjustment plate 3063, each fine setting screw rod 3071 is in
In corresponding through hole, two fine-tuning nuts 3072 are locked on fine setting screw rod 3071 and are respectively at the upper of up and down adjustment plate 3063
Lower both sides, scald knife 301 and are connected with finely tuning the lower end of screw rod 3071.
In above-mentioned two through hole, one of them is circular hole, another is bar hole；Two are offered on up and down adjustment plate 3063
A adjusting screw hole communicated with strip through-hole both ends, two depth of parallelism adjusting screw rods 308 are in corresponding adjusting screw hole.
As shown in Figure 1, above-mentioned cooling adjusting mechanism 4 be actually a material storage mechanism, generally comprise cooling holder, two
Fixing roller and a movable roll, two fixing rollers are fixedly mounted on the lower end of cooling holder, and movable roll is movable installed in cold
But the top of stent, movable roll are between two fixing rollers.Adjusting mechanism is cooled down by setting, can be adjusted behind boiling hot side to pressing from both sides
The time sent, it is ensured that when active pinch roller pinch traction, the edge of bag film has been cooled sufficiently, and avoids being pinched traction
And deform, it is ensured that the quality of bag film.
The operation principle of the utility model is described in further detail below in conjunction with the accompanying drawings：
As Figure 1-Figure 5, the double-layer films up and down 100 to stack together after doubling are pinched in driven pinch roller 1, actively
Continuous conveying forward under the traction of roller 5, for upper and lower double-layer films 100 when by cutter 2, the cutter 201 of cutter 2 is first
Cut rim charge 400 so that the edge alignment of the double-layer films up and down 100 of side heat seal is scalded, during continuing to be fed forward,
The edge of upper and lower double-layer films 100 by scalding longitudinal dough made with boiling water 300 of knife 301 and by heat seal together, so as to fulfill bag film
Lateral continuously boiling hot side, is greatly improved production efficiency.
In course of conveying is drawn, 100 conveying speed of film has differences, especially in startup stage and shutdown phase,
The conveying speed of film 100 is smaller, causes connecing between the edge of upper and lower double-layer films 100 and longitudinal dough made with boiling water 300 of boiling hot knife 301
Overlong time is touched, is boiling hot side overlong time, so causes the amplitude that the edge of film 100 inwardly winds or shrinks larger, from
And cause the width for scalding side rear film bag to reduce, predetermined dimension is not met, for this reason, this high-speed film blanching side device is additionally arranged
Photoelectrical velocity measure equipment 6 and control device, and cutter 2 is arranged to include cutter 201 and cutter translation mechanism 203, wherein,
Photoelectrical velocity measure equipment 6 is used for the real-time conveying speed for detecting film 100, and real-time conveying speed is passed to control device,
In control device by real-time conveying speed compared with default conveying speed, when real-time conveying speed is less than default conveying speed
When, scald the side time be extended, control device sends control signal to cutter translation mechanism 203, cutter translation mechanism 203 act and
Driving cutter 201 is moved to away from film frontside edge direction, so that 400 width of rim charge that film 100 is cut off is smaller, and
A reserved side of contraction has been reserved in the edge of film 100, which reserves while just making up due to overlong time when scalding and produce
Contraction so that the bag film scalded from beginning to end behind side keeps default width；When real-time conveying speed reaches default defeated
When sending speed, the boiling hot side time is shortened to normal value, and control device sends control signal to cutter translation mechanism 203, and cutter is put down
Telephone-moving structure 203 acts and drives cutter 201 to being moved close to film frontside edge direction, so that the rim charge that film 100 is cut off
400 width are larger, shrink reserved side without reserved one, scald the bag film behind side and still keep default width.
In addition, in one end of above-mentioned circular hole, by two fine-tuning nuts 3072 and the one end of screw rod 3071 to boiling hot knife 301 is finely tuned
Directly locked, and in one end of bar hole, carried out though scalding knife 301 by two fine-tuning nuts 3072 and fine setting screw rod 3071
Locking, still, the fine setting screw rod 3071 in strip through-hole remain able to, along strip through-hole activity, pass through bar hole two at this time
The corresponding adjusting of the depth of parallelism adjusting screw rod 308 at end so that the depth of parallelism adjusting screw rod 308 in bar hole is front and rear in bar hole
Activity, is rotated so that scalding knife 301 with the fine setting screw rod 3071 in circular hole for axle center, so as to have adjusted boiling hot knife 301
The depth of parallelism of longitudinal dough made with boiling water 300 and film frontside edge.
Furthermore, it is necessary to illustrate, the specific embodiment described in this specification, its each several part title etc. can not
Together, the equivalent or simple change that all construction, feature and principles according to described in the utility model patent concept are done, is included in this
In the protection domain of utility model patent.Those skilled in the art of the present invention can be to described specific real
Example is applied to do various modifications or additions or substitute in a similar way, structure without departing from the utility model or
Surmount scope defined in the claims, all should belong to the protection range of the utility model.
Claims (10)
1. a kind of high-speed film blanching side device, including rack-mounted haulage gear, boiling hot side device and cutter, its
It is characterized in：Detection device and control device are further included, detection device, control device are installed in the rack；The traction
Mechanism is continuous haulage gear；Along the conveying direction of the film, the boiling hot side device is arranged on the front of cutter, scalds side
The boiling hot knife of device is equipped with longitudinal dough made with boiling water；The cutter includes cutter, tool apron and cutter translation mechanism, cutter is pacified by tool apron
On the power output end of cutter translation mechanism, the cut direction of cutter is set along the conveying direction of film；Detection device
Signal output part, the control signal of cutter translation mechanism are electrically connected with control device.
2. high-speed film blanching side device as claimed in claim 1, it is characterized in that：The cutter translation mechanism is walked including straight line
Stepper motor and cutter sliding seat, guide groove is equipped with cutter sliding seat, and the tool apron is installed in guide groove and can be along guiding
Groove slides, and the output shaft of linear stepping motor is connected with tool apron, the control signal of linear stepping motor and the control device
It is electrically connected.
3. high-speed film blanching side device as claimed in claim 2, it is characterized in that：The cutter translation mechanism further includes manually
Micro-adjusting mechanism, manual fine-tuning mechanism include cutter supporter, the first screw, the first nut, the first guide rod, the first sliding block and first
Handwheel, on the first screw, the first guide rod cutter supporter arranged in parallel, the first nut is socketed in outside the first screw, the
One sliding block is installed on the first guide rod and is connected with the first nut, and the first handwheel is installed on one end of the first screw, described to cut
Knife sliding seat is installed on the first sliding block.
4. high-speed film blanching side device as claimed in claim 3, it is characterized in that：The cutter further includes cutter lifting
Mechanism, the power output end of cutter elevating mechanism are connected with the cutter supporter.
5. high-speed film blanching side device as claimed in claim 1, it is characterized in that：The draw-gear includes driven pinch roller
With active pinch roller, active pinch roller is arranged on the front of the boiling hot side device, and driven pinch roller is arranged on the cutter
Rear.
6. high-speed film blanching side device as claimed in claim 1, it is characterized in that：It is described boiling hot when device includes boiling hot knife, scalds
Stent, bottom plate, scald knife translation mechanism, scald knife sliding seat and boiling hot knife elevating mechanism；Bottom plate is installed on the lower part for scalding side stent；Scald knife
Translation mechanism is installed on the top for scalding side stent, scalds knife sliding seat and is installed on the power output end for scalding knife translation mechanism；Scald knife
Elevating mechanism, which is installed on, to scald on knife sliding seat, scalds knife and is installed on the power output end for scalding knife elevating mechanism.
7. high-speed film blanching side device as claimed in claim 6, it is characterized in that：The boiling hot knife translation mechanism includes second
Bar, the second nut, the second guide rod and the second handwheel, the second screw, the second guide rod are arranged in parallel in the boiling hot side branch
On frame, the second nut is socketed in outside the second screw, the boiling hot knife sliding seat be installed on the second guide rod and with the second nut
Connection, the second handwheel are installed on one end of the second screw.
8. high-speed film blanching side device as claimed in claim 6, it is characterized in that：The boiling hot knife elevating mechanism includes scalding knife liter
Sending down abnormally ascending cylinder, connecting plate and up and down adjustment plate, scald knife lifting cylinder and are installed on the boiling hot knife sliding seat, up and down adjustment plate passes through company
Fishplate bar is installed on the piston rod for scalding side lifting cylinder, and the boiling hot knife is installed on up and down adjustment plate.
9. high-speed film blanching side device as claimed in claim 8, it is characterized in that：The boiling hot side device further includes two boiling hot knives
Vertical fine adjustment mechanism, each boiling hot knife vertical fine adjustment mechanism is including fine setting screw rod and two fine-tuning nuts, the up and down adjustment plate
On offer two and be in for the through holes that pass through of fine setting screw rods, each fine setting screw rod in corresponding through hole, two fine-tuning nuts are locked
Tightly on fine setting screw rod and it is respectively at the both sides up and down of up and down adjustment plate, the boiling hot knife is connected with the lower end of fine setting screw rod.
10. high-speed film blanching side device as claimed in claim 9, it is characterized in that：The boiling hot side device further includes two and puts down
Row degree adjusting screw rod；In described two through holes, one of them is circular hole, another is bar hole；Opened on the up and down adjustment plate
Equipped with two adjusting screw holes communicated with strip through-hole both ends, two depth of parallelism adjusting screw rods are in corresponding adjusting screw hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721175837.5U CN207273976U (en) | 2017-09-14 | 2017-09-14 | A kind of high-speed film blanching side device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721175837.5U CN207273976U (en) | 2017-09-14 | 2017-09-14 | A kind of high-speed film blanching side device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207273976U true CN207273976U (en) | 2018-04-27 |
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ID=61991110
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721175837.5U Active CN207273976U (en) | 2017-09-14 | 2017-09-14 | A kind of high-speed film blanching side device |
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| Country | Link |
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| CN (1) | CN207273976U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107471741A (en) * | 2017-09-14 | 2017-12-15 | 汕头市南墩机械有限公司 | A kind of high-speed film blanching side device |
| CN112571863A (en) * | 2020-10-26 | 2021-03-30 | 郑州市彦峰塑料包装有限公司 | Flexible packaging plastic bag forming process and special trimming device |
-
2017
- 2017-09-14 CN CN201721175837.5U patent/CN207273976U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107471741A (en) * | 2017-09-14 | 2017-12-15 | 汕头市南墩机械有限公司 | A kind of high-speed film blanching side device |
| CN112571863A (en) * | 2020-10-26 | 2021-03-30 | 郑州市彦峰塑料包装有限公司 | Flexible packaging plastic bag forming process and special trimming device |
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