CN106827660A - Medical paper Bag Making Machine - Google Patents
Medical paper Bag Making Machine Download PDFInfo
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- CN106827660A CN106827660A CN201710074814.3A CN201710074814A CN106827660A CN 106827660 A CN106827660 A CN 106827660A CN 201710074814 A CN201710074814 A CN 201710074814A CN 106827660 A CN106827660 A CN 106827660A
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Abstract
The medical paper Bag Making Machine that the present invention is provided, including frame, discharging device is sequentially provided with frame, heat-sealing device, cooling device, device for longitudinally cutting, horizontal cutting device, it is characterized in that, heat-sealing device includes the pressure detection mechanism for detecting heat-sealing power source power value, pressure detection mechanism includes pressure value display, pressure value display is connected with heat-sealing with power source, heat-sealing power source is provided with the first power source and the second power source, first power source and the second power source are respectively arranged on mould or so two ends, pressure detection mechanism is corresponding to be provided with first pressure testing agency and second pressure testing agency, the Bag Making Machine not only substantially increases stability in terms of blowing, and the heat-sealing device by monitor in real time further improves heat-sealing effect, improve the uniformity of heat-sealing；In addition, device for longitudinally cutting and horizontal cutting device can carry out the regulation of position, to adapt to different demands, production efficiency is substantially increased, reduce production cost.
Description
Technical field
The present invention relates to a kind of medical paper Bag Making Machine.
Background technology
Medical paper Bag Making Machine is used exclusively for producing the bag-making equipment of medical bag, and the architectural feature of medical bag is bag
Simultaneously using dialysis paper material, another side uses plastic film material or other paper materials.The medical bag making machine one of prior art
As bag flow be：Two kinds of materials carry out blowing simultaneously, and two kinds of communicated devices of material consistency from top to bottom are sent into heat-sealing
Device 3, heat-sealing device 3 needs to be sealed the material on bag two sides, needs transmission to go cooling after heat-sealing, finally carries out longitudinal direction
Cut and laterally cut, the finished product bag one by one of final output.
However, medical paper Bag Making Machine general in the market generally has following problem：
Firstth, in the prior art, be generally provided with the discharging frame of unreeling structure peace dispensing shaft support axillare, on the material axle around
There is a certain amount of coiled material, expect that axle need to be taken off from support axillare after coiled material blowing is complete and changed, but due to coiled material volume
Big and weight, material axle is not easy installation and removal.
Although the second, existing heat-sealing device can be sealed to paper, the heat of mould and lower mould on heat-sealing device
Envelope die face is larger, the uneven phenomenon of heat-sealing often occurs.
3rd, the paper of the good heat-sealing of completion needs first to carry out longitudinally cutting and then laterally cut that one one could be exported
Individual finished product bag, but existing device for longitudinally cutting generally comprises string and has the rotor of dise knife, and the dise knife of rolling can be to bag
Cut, but during if necessary to start debugging, dise knife is then cut and cannot be adjusted always, once cut
There is deviation in position, then will produce substantial amounts of waste product, not only bad for debugging and maintenance, also greatly improves cost.
4th, the error due to transmission mechanism so that cutting knife cuts that inclined phenomenon is very universal, cause the yields of infusion bag compared with
It is low, but the current cutting knife dynamic regulation of the general armrest of correction mode, but manually regulation difficulty is big, it is difficult to ensure that cutting knife is left
Right both sides self-consistentency.
The content of the invention
In view of the deficiency that prior art is present, a kind of medical treatment for making stability and high efficiency, being easy to regulation of present invention innovation offer
Paper Bag Making Machine.
Medical paper Bag Making Machine, including frame, be sequentially provided with the frame discharging device, heat-sealing device, cooling device,
Device for longitudinally cutting, horizontal cutting device, it is characterised in that
The heat-sealing device includes upper die and lower die, heat-sealing power source and the pressure for detecting the power value of power source output
Tension detection mechanism, the heat-sealing carries out the heat-sealing work of paper, the pressure detection mechanism with the upper mould of power source drive with lower mould
Including pressure value display, the pressure value display is connected with heat-sealing with power source, and the heat-sealing is provided with power source
First power source and the second power source, first power source and the second power source are respectively arranged on mould or so two ends, the pressure
Tension detection mechanism is corresponding to be provided with first pressure testing agency and second pressure testing agency；
The device for longitudinally cutting includes tool rest, the tool rest be provided with string have several dise knifes rotor and with rotor phase up and down
To the transfer roller for setting, the transfer roller is connected with rotor, and rotor lifting mechanism, institute are provided between the rotor and tool rest
State and left-right adjusting mechanism is provided between tool rest and frame；
The horizontal cutting device includes being provided with the knife rest of cutting knife, the knife rest and the knife rest for adjusting knife rest front and back position
Position adjusting mechanism is connected, and the rest position governor motion includes the first output gear and the second output gear, Yi Jiyong
In regulation knife rest left part and first adjustment unit and the second adjustment unit of right station, first output gear and second defeated
Go out gear to be connected with power take-off mechanism, the power take-off mechanism drives the first output gear and the second output gear synchronously to turn
Dynamic, first output gear is connected all the time with the first adjustment unit, and second output gear is by power take-off mechanism
Drive and connect or separate with the second adjustment unit.
The discharging device includes discharging frame and material axle allocation mechanism, and the discharging frame is provided with the support axle of peace dispensing shaft
Plate, the material axle allocation mechanism includes that material axle positioning drives the positioning for being swung with power source and by material axle positioning with power source
Block, the material axle positioning power source drives locating piece to make positioning material axle and decontrols material axle motion.
The discharging frame is provided with the arc-shaped edges for coordinating with support axillare and axle being expected for accommodating, and the arc-shaped edges have level court
To opening, the locating piece is movably arranged at arc-shaped edges opening, and the locating piece is in crescent, the locating piece centrally through
Rotary shaft is articulated with discharging frame, and the locating piece upper end is hinged with the power output shaft of material axle positioning power source, described fixed
Position block is driven by material axle positioning power source and is performed relative motion with arc-shaped edges opening.
The heat-sealing power source is cylinder two, and the cylinder two is arranged on upper mould upper end, the output shaft of the cylinder two
Upper die and lower die are sequentially passed through, and drives upper mould to move up and down, back-moving spring is arranged with the output shaft of the cylinder two, it is described
Back-moving spring is located between upper die and lower die, and the cylinder two-way is crossed pressure regulator valve and is connected with source of the gas, the pressure regulator valve and number pressure
Value display connection.
The heat-sealing power source is additionally provided with the 3rd power source and the 4th power source, first power source, the second power
Source, the 3rd power source and the 4th power source are separately positioned on the corner of mould, and the pressure detection mechanism is corresponding to be additionally provided with
Three pressure detection mechanisms and the 4th pressure detection mechanism.
The rotor lifting mechanism includes elastic component and regulation briquetting, and the tool rest is provided with the appearance for accommodating rotor
Chamber, the regulation briquetting is located between rotor upper end and tool rest, and the elastic component is located between rotor lower end and tool rest, the bullet
Property part and regulation briquetting cooperate regulation rotor highly.
The regulation briquetting section is major arc arch, and the regulation briquetting is connected with regulation handle, and the regulation handle turns
It is dynamic to drive regulation briquetting to rotate.
First adjustment unit includes the first threaded screw rod and the first bevel gear, described first threaded screw rod one end and knife
Frame is connected, and the other end is connected with the first bevel gear, and second adjustment unit includes the second threaded screw rod and the second bevel gear, institute
State second threaded screw rod one end to be connected with knife rest, the other end is connected with the second bevel gear, first bevel gear and first is exported
Gear is engaged all the time, and second output gear is driven by power take-off mechanism and engages or depart from the second bevel gear.
The power take-off mechanism includes the take-off lever that can be axially moved and be rotated, and the take-off lever is parallel with cutting knife
Set, first output gear axially can be movably arranged on take-off lever, and second output gear is fixed on take-off lever.
Also include distance regulating mechanism, the distance regulating mechanism includes being laid on the chain of frame both sides and sets respectively
Put the gear matched with chain on discharging device, heat-sealing device, cooling device, device for longitudinally cutting, horizontal cutting device.
The beneficial effects of the invention are as follows：According to the medical paper Bag Making Machine that the present invention is provided, not only in the blowing side for starting
Face substantially increases stability, and heat-sealing device by monitor in real time further improves heat-sealing effect, improves heat-sealing
The uniformity；In addition, device for longitudinally cutting and horizontal cutting device can carry out the regulation of position, to adapt to different need
Ask.Sum it up, whole machine is improved from the beginning to the end, production efficiency is substantially increased, production cost is reduced, with prior art
Compare, it is progressive with significant with prominent substantive distinguishing features.
Brief description of the drawings
Fig. 1 is whole machine stereogram of the invention；
Fig. 2 is discharging device sectional perspective enlarged drawing of the present invention；
Fig. 3 is discharging device side structure schematic diagram of the present invention；
Fig. 4 is heat-sealing device structural representation of the present invention；
Fig. 5 is heat-sealing device side structure schematic diagram of the present invention；
Fig. 5-1 is the connection diagram of heat-sealing power source and pressure detection mechanism in the present invention；
Fig. 6 is device for longitudinally cutting front view of the present invention；
Fig. 7 is device for longitudinally cutting left view of the present invention；
Fig. 8 is present invention transverse direction cutting device front view；
Fig. 9 is present invention transverse direction cutting device rearview；
Figure 10 is present invention transverse direction cutting device left view；
Figure 11 is present invention transverse direction cutting device rest position governor motion structural representation.
Specific embodiment
Referring to the drawings 1, medical paper Bag Making Machine, including frame 1 is sequentially provided with discharging device 2, heat-sealing in the frame 1
Device 3, cooling device 4, device for longitudinally cutting 5, horizontal cutting device 6, the one side of bag using dialysis paper material, adopt by another side
With plastic film material or other paper materials, coiled material is pulled out from discharging device 2 by draw-gear, then entered by heat-sealing device 3
Row is sealed twice, and cooling device 4 is cooled down, and is cut by device for longitudinally cutting 5 after cooling, last transverse direction cutting device 6
Carry out cutting out bag one by one.Make introductions all round the structure and principle of each device by workflow below.
As shown in Fig. 2 the discharging device 2 includes discharging frame 21 and material axle allocation mechanism 22, because bag is by two layers of paper
Laminating up and down is opened to be formed, therefore two kinds of paper, respectively by a blowing of discharging frame 21, two discharging frames 21 are setting up and down, described to put
Bin 21 is provided with the support axillare 24 of peace dispensing shaft 23, and coiled material is wound on material axle 23, and material axle 23 is placed on support axillare 24.In order to
Prevent material axle 23 from being rolled on support axillare 24, so material axle allocation mechanism 22 is additionally provided with discharging frame 21, the material axle positioning
Mechanism 22 includes that material axle positioning drives the locating piece 26 for being swung, the material with power source 25 and by material axle positioning with power source
Axle positioning power source 25 drives locating piece 26 to make positioning material axle and decontrols material axle motion.The material axle positioning power source 25 can
To use cylinder, cylinder is of course not solely limited to, as long as the power source that locating piece is acted can be driven.Logical material passing shaft positioning uses dynamic
The driving in power source 25, locating piece 26 can pin material axle 23, can also decontrol material axle 23.
As shown in figure 3, in the present embodiment, the discharging frame 21 is provided with and coordinates for accommodating material axle 23 with support axillare 24
Arc-shaped edges 27, that is, expect that axle 23 by the support of support axillare 24, in order to prevent expecting axle scroll forward and backward, allows material axle 23 to be embedded in the circle of discharging frame 21
In arc side 27, arc-shaped edges 27 match with material axle 23, and the arc-shaped edges 27 have opening horizontally toward, conveniently reload.
The locating piece 26 is movably arranged at the opening of arc-shaped edges 27, and the locating piece 26 is in crescent, the locating piece
26 are articulated with discharging frame 21 centrally through rotary shaft 28, top of the rotary shaft 28 located at the opening of arc-shaped edges 27.The locating piece
26 upper ends are hinged with the power output shaft 29 of cylinder one, and the locating piece 26 is driven by cylinder one and rotated around rotary shaft 28, institute
State locating piece 26 by material axle positioning power source 25 drive with arc-shaped edges 27 opening perform relative motion.
When coiled material carries out blowing needs locking material axle, cylinder one drives power output shaft 29 to retract, and drives locating piece 26
Rotated around rotary shaft 28 just arc-shaped edges 27 are open until the lower end of locating piece 26 declines, the lower end of locating piece 26 is connect with material axle 23
Touch, material axle 23 is locked in arc-shaped edges 27.When needing to change coiled material, cylinder one drives power output shaft 29 to stretch out, and it is fixed to drive
Position block 26 is open around the revolution of rotary shaft 28 up to the lower end of locating piece 26 is lifted off arc-shaped edges 27, that is, open arc-shaped edges 27 and open
Mouthful, material axle 23 can be open via arc-shaped edges 27 and rolled out along support axillare 24, you can be changed.
Expect axle allocation mechanism settings can be to coiled material during coiled material blowing material axle play a part of positioning, volume
During material blowing, material is located in the arc-shaped edges of frame, by locating piece gear in the opening of arc-shaped edges, prevents material axle from rolling；Need
When changing coiled material, opened by power source drive locating piece so that material axle is rolled via the opening of arc-shaped edges on support axillare, is easy to
Change.
As shown in Fig. 4, Fig. 5 and Fig. 5-1, the heat-sealing device 3 includes upper mould 31, lower mould 32 and heat-sealing power source 33,
The heat-sealing power source 33 drives upper mould 31 to move up and down, and the heat-sealing work of paper can be carried out when upper mould 31 is fitted with lower mould 32
Make.In order to strengthen the effect of heat-sealing, two heat-sealing devices 3 are set gradually.
In order to detect that heat-sealing power source 33 is pressed downward the pressure of upper mould 31, the heat-sealing device also includes pressure detecting machine
Structure, the pressure detection mechanism includes pressure regulator valve 301 and pressure value display 302, and the pressure regulator valve 301 uses dynamic located at heat-sealing
Between power source 33 and source of the gas 303, the pressure regulator valve 301 is connected with pressure value display 302, and pressure regulator valve is passed through by source of the gas 303
301 supply gas to heat-sealing power source 33, and the pressure regulator valve 301 can be conveyed to the air-flow of heat-sealing power source 33 to source of the gas 303
Amount is monitored, and is converted into the pressure that heat-sealing power source 33 is pressed downward mould, feeds back to pressure value display 302, pressure
Numeric display 302 can accurately read out pressure value, and the gas of conveying is more, and pressure is big, and the gas of conveying is few, and pressure is small, so i.e.
May know that how much power be applied with to lower mould on earth for heat-sealing power source 33.
In order to balance, the heat-sealing power source 33 is provided with the first power source 311 and the second power source 312, described first
The power source 312 of power source 311 and second is respectively arranged on the two ends of mould 31 or so, and the pressure detection mechanism is corresponding to be provided with first
Pressure detection mechanism and second pressure testing agency, because upper Model area is larger, so being respectively provided with heat at the two ends of upper mould 31 or so
Envelope power source 33 so that upper mould moves up and down and more stablize, and all carries out pressure detecting with power source 33 to two heat-sealings, energy
The pressure that two upper moulds of heat-sealing power source 33 pairs apply enough is balanced, the uniformity of heat-sealing is improved.
In the present embodiment, the heat-sealing power source 33 is cylinder two, and the upper end of upper mould 31 is transversely provided with first
Crossbeam 34, the length of the first entablature 34 is more than the length of upper mould 31, and the cylinder two is arranged on the two ends of the first entablature 34
Above, the lower end of lower mould 32 is transversely provided with the first sill 35, and the length of the first sill 35 is more than the length of lower mould 32, and
First entablature 34 and the first sill 35 are arranged on the straight line of same vertical direction, and the output shaft 36 of cylinder two is worn successively
The first entablature 34 and the first sill 35 are crossed, the cylinder two drives output shaft 36 to drive upper mould 31 to move up and down, the gas
Back-moving spring 1 is arranged with the output shaft 36 of cylinder two, the back-moving spring 1 is located between upper mould 31 and lower mould 32,
In the present embodiment, the back-moving spring 1 is located between the first entablature 34 and the first sill 35, by back-moving spring one
It is more stable that 37 elastic force causes mould 31 to move up and down, and mould is increased more laborsaving.It is provided with the output shaft end of cylinder two
Limited block, prevents the output shaft of cylinder two from deviating from.
When cylinder two drives upper mould to move up and down, the pressure regulator valve 301 is arranged between source of the gas 303 and cylinder two, gas
The gas of the conveying of source 303 all can be by pressure regulator valve 301, if throughput can change, and cylinder two drives the pressure that upper mould applies
Also can change, then be shown by pressure value display 302, instead of the conventional pointer number of degrees, digital wash
Up to it is more directly perceived, accurate, and be conducive to regulation.
Preferably, the heat-sealing power source 33 is additionally provided with the 3rd power source 313 and the 4th power source 314, the upper mould
31 upper ends are laterally additionally provided with the second entablature 38, and the lower end of lower mould 32 is laterally additionally provided with the second sill 39, on described second
Crossbeam 38 be arranged in parallel with the first entablature 34, first entablature 34 be arranged on the upper surface of mould 31 and with upper mould 31 before
While flushing, second entablature 38 is arranged on the upper surface of mould 31 and is flushed with the back of upper mould 31, second sill
39 be arranged in parallel with the first sill 35, and first sill 35 is arranged on the lower surface of lower mould 32 and neat with the front of lower mould 32
Flat, second sill 39 is arranged on the lower surface of lower mould 32 and is flushed with the back of lower mould 32, the He of the first power source 311
Second power source 312 is separately positioned on the two ends of the first entablature 34, and the 3rd power source 313 and the 4th power source 314 are respectively provided with
In the two ends of the second entablature 38, i.e. the first power source 311, the second power source 312, the 3rd power source 313 and the 4th power source
314 corners for being separately positioned on mould 31, the pressure detection mechanism is corresponding to be additionally provided with the 3rd pressure detection mechanism and the 4th
The heat-sealing of pressure detection mechanism, i.e., one matches somebody with somebody one group of pressure detection mechanism with power source 33, and heat is respectively provided with four angles of upper mould
Envelope power source 33 so that upper mould moves up and down and more stablize, and in corresponding setting first pressure testing agency, second pressure
Testing agency, the 3rd pressure detection mechanism and the 4th pressure detection mechanism, intuitively can in real time detect that four heat-sealings use dynamic
The pressure that upper four angles of mould in 33 pairs, power source apply, can balance the pressure that four upper moulds of heat-sealing power source 33 pairs apply, and improve
The uniformity of heat-sealing.
As shown in figure 1, the cooling device 4 includes cooling above mould and the lower mould of cooling, mould uses dynamic by cooling in the cooling
Power source drives and moves up and down, and is fitted with the lower mould of cooling.
As shown in Figure 6 and Figure 7, the device for longitudinally cutting 5 includes tool rest 51, and the tool rest 51 is provided with string several
The rotor 53 of dise knife 52 and the transfer roller 54 being oppositely arranged about 53 with rotor, the power for driving rotor 53 to drive dise knife 52 to rotate
Source can use motor, the transfer roller 54 or rotor 53 to be connected with motor 55, and the transfer roller 54 is connected with rotor 53,
Engaged by gear 56 between i.e. described transfer roller 54 and rotor 53, motor drives transfer roller 54 and the synchronous axial system of rotor 53, if
A dry dise knife 52 is gone here and there on rotor 53, follows rotor 53 to rotate together, and bag passes through between rotor 53 and transfer roller 54, rotation
Dise knife 52 cuts to bag.The transmission that can also be bag for driving rotor 53 to drive dise knife 52 to rotate, when bag from circle
Passed through between knife and transfer roller because the effect of frictional force can drag dise knife 52 and transfer roller 54 is rotated, dise knife 52 is rotated then to bag
Body is cut.The distance between dise knife and dise knife can be set according to the spacing that bag needs cut.
Rotor lifting mechanism is provided between the rotor 53 and tool rest 51, the rotor lifting mechanism includes the He of elastic component 57
Regulation briquetting 58, the elastic component 57 and regulation briquetting 58 cooperate regulation rotor highly, and elastic component 57 is oriented to rotor 53
On elastic force, briquetting 58 has downward pressure to rotor 53, and rotor 53 declines when pressure is more than elastic force, knife when elastic force is more than pressure
Roller 53 rises.In the present embodiment, the two ends of the rotor 53 are provided with cage plate 59, and the tool rest 51 is provided with the appearance for accommodating rotor 53
Chamber, the rotor 53 can be moved up and down in cavity volume, and the regulation briquetting 58 is located between the upper end of cage plate 59 and tool rest 51, institute
State elastic component 57 to be located between the lower end of cage plate 59 and tool rest 51, the elastic component 57 is spring.Regulation briquetting 58 section is
Major arc arch, major arc arch is constituted by one more than the arc side of semicircle and straight flange, and the regulation briquetting 58 is connected with regulation handle,
The regulation handle is rotated and drives regulation briquetting 58 to rotate.When adjust briquetting 58 straight flange contacted with cage plate 59 when, cage plate 59 by
In the effect meeting lifting of spring force, rotor 53 rises, when regulation briquetting 58 turns to arc side to be contacted with cage plate 59, regulation pressure
The center of block 58 becomes big to the distance of cage plate 59, that is, be pressed downward cage plate 59, and cage plate 59 declines rotor 53 and declines.
Left-right adjusting mechanism is provided between the tool rest 51 and frame 1, the left-right adjusting mechanism includes that spacing is adjusted and uses
Screw rod, the frame 1 and tool rest 51 are equipped with the adjustment hole passed through for screw rod, rotate screw rod and realize that tool rest 51 is moved left and right.
In addition, device is cut out in longitudinal direction is provided with rotor lifting mechanism, once occur cutting failure or deviation, can lifting knife immediately
Roller, prevents dise knife from continuing cutting and goes down, and efficiently reduces the generation of waste product, so that reduces cost, and rotor lifting is conducive to
Tune machine and maintenance work；Left-right adjusting mechanism is additionally provided with so that tool rest can carry out left and right adjusting according to bag cutting line, with suitable
That answers different bag difference cutting lines cuts requirement.
As shown in figure 8, the horizontal cutting device 6 includes cutting knife 61 and knife rest 62, the cutting knife 61 is arranged on knife rest 62
On, the cutter edge is obliquely installed, and can effectively improve the shear force of cutting knife.
As shown in Fig. 8, Fig. 9, Figure 10, the front of the knife rest 62 is provided with draw-gear 7, and the draw-gear 7 includes upper and lower
The upper carry-over pinch rolls 71 and lower carry-over pinch rolls 72 being oppositely arranged, leave between the upper carry-over pinch rolls 71 and lower carry-over pinch rolls 72 and are passed through for raw material
Gap, the upper carry-over pinch rolls 71 and lower carry-over pinch rolls 72 cooperate and are transmitted to knife rest 62 entrainment of raw material, and the cutting knife is by moving
Power source drives and is moved up and down on knife rest 62, moves up and down and completes the cutting work of infusion bag by rows.
As shown in figure 11, for cutting knife of rectifying a deviation, the knife rest 62 is adjusted with for adjusting the rest position of knife rest front and back position
The connection of section mechanism, the rest position governor motion includes the first output gear 63 and the second output gear 64, and is used for
First adjustment unit and the second adjustment unit of the regulation left part of knife rest 62 and right station, in the present embodiment, the first regulation is single
Unit can adjust the position of the left part of knife rest 62, be moved forward or rearward the left part of knife rest 62, and the second adjustment unit can adjust knife
The position of the right part of frame 62, is moved forward or rearward the right part of knife rest 62.Certain first adjustment unit also can cutter setting frame right part carry out
Front and rear regulation, the second adjustment unit can cutter setting frame left part carry out front and rear regulation, but in the present embodiment, the first adjustment unit
It is connected with knife rest left part, the second adjustment unit is connected with right part.
The output gear 64 of first output gear 63 and second is connected with power take-off mechanism, the power take-off mechanism
The first output gear 63 and the synchronous axial system of the second output gear 64 are driven, the adjustment unit of first output gear 63 and first begins
Drive connection eventually, second output gear 64 is driven by power take-off mechanism and connects or separate with the second adjustment unit.First
Output gear 63 is rotated can drive the left part of the first adjustment unit cutter setting frame 62 to carry out front and rear regulation, in 64 turns of the second output gear
On the premise of dynamic, if power take-off mechanism drives the second output gear 64 to be connected with the second adjustment unit, then the second output
Gear 64 can drive the right part of 52 cutter setting frame of the second adjustment unit 62 to carry out, and front and rear regulation, i.e. cutter setting frame 62 are overall to carry out front and rear tune
Section, if power take-off mechanism drives the second output gear 64 to be separated with the second adjustment unit, then the nothing of the second output gear 64
Method drive the right part of the second adjustment unit cutter setting frame 62 carry out front and rear regulation, i.e., can only the left part of cutter setting frame 62 carry out front and rear regulation, because
For first output gear 63 and the first adjustment unit are connected all the time, actuating unit can not drive the first output gear with
First adjustment unit is separated.
First adjustment unit includes the first fixed seat 651, the first threaded screw rod 652 and the first bevel gear 653, described
The one end of first threaded screw rod 652 is connected with the left part of knife rest 62, and the other end is connected with the first bevel gear 653, first fixed seat
651 are provided with the screwed hole coordinated with the first threaded screw rod 652, and first threaded screw rod 652 is rotated in screwed hole can
Realize moving forward and backward, second adjustment unit includes the second fixed seat 661, the second threaded screw rod 662 and the second bevel gear
663, described one end of second threaded screw rod 662 is connected with the right part of knife rest 62, and the other end is connected with the second bevel gear 663, and described
Two fixed seats 661 are provided with the screwed hole coordinated with the second threaded screw rod 662, and second threaded screw rod 662 is in screwed hole
Rotation can be realized moving forward and backward, and first output gear 63 engages the first bevel gear of drive all the time with the first bevel gear 653
653 are rotated, and the first bevel gear 653 is rotated and drives the first threaded screw rod 652 to rotate, to realize that the left part of knife rest 62 is moved forward and backward, institute
The second output gear 64 is stated to be engaged or departed from the second bevel gear 663 by power take-off mechanism drive.
The power take-off mechanism includes the take-off lever 67 that can be axially moved and be rotated, the take-off lever 67 and cutting knife
61 are be arranged in parallel, and first output gear 63 can be axially movably arranged on take-off lever 67, that is to say, that when the axial direction of take-off lever 67
When mobile, the first output gear 63 is fixed by fixed block 68, prevents the and then movement of take-off lever 67 and the of the first output gear 63
One bevel gear 653 departs from.Second output gear 64 is fixed on take-off lever 67.It is defeated that the take-off lever 67 is provided with reset
The back-moving spring 2 69 of rod, the elastic force of back-moving spring 2 69 causes take-off lever 67 in a state of nature, i.e. the first output gear
Wheel 63 is engaged with the first bevel gear 653, and the second output gear 64 is engaged with the second bevel gear 663, and take-off lever 67 is rotated, and first is defeated
Go out the output gear 64 of gear 63 and second also and then to rotate, to realize the overall movable regulation of knife rest 62.When external force driving is defeated
When rod 67 is axially moved, the first output gear 63 is not followed by take-off lever 67 and moves axially, all the time with the first bevel gear
653 engagements, and then take-off lever 67 is moved axially the second output gear 64, is separated with the second bevel gear 663, to realize knife
The left part of frame 62 carries out movable regulation, and cutter setting frame is rectified a deviation.
As shown in figure 1, the Bag Making Machine also includes distance regulating mechanism, the distance regulating mechanism includes being laid on frame 1
The chain 81 of both sides and be separately positioned on discharging device 2, heat-sealing device 3, cooling device 4, device for longitudinally cutting 5, laterally point
The gear 82 matched with chain on cutting apparatus 6, by the engagement between gear 82 and chain 81 can adjust discharging device 2,
Spacing between heat-sealing device 3, cooling device 4, device for longitudinally cutting 5, horizontal cutting device 6.
And between discharging device 2, heat-sealing device 3, cooling device 4, device for longitudinally cutting 5, horizontal cutting device 6 also
The settable anti-paper shaking device 9 in many places.
Claims (10)
1. medical paper Bag Making Machine, including frame, is sequentially provided with discharging device, heat-sealing device, cooling device, vertical in the frame
To cutting means, horizontal cutting device, it is characterised in that
The heat-sealing device includes upper die and lower die, heat-sealing power source and the power for detecting the output of heat-sealing power source
The pressure detection mechanism of value, the heat-sealing carries out the heat-sealing work of paper, the pressure inspection with the upper mould of power source drive with lower mould
Surveying mechanism includes pressure value display, and the pressure value display is connected with heat-sealing with power source, the heat-sealing power
Source is provided with the first power source and the second power source, and first power source and the second power source are respectively arranged on mould or so two ends,
The pressure detection mechanism is corresponding to be provided with first pressure testing agency and second pressure testing agency；
The device for longitudinally cutting includes tool rest, the tool rest be provided with string have several dise knifes rotor and with rotor phase up and down
To the transfer roller for setting, the transfer roller is connected with rotor, and rotor lifting mechanism, institute are provided between the rotor and tool rest
State and left-right adjusting mechanism is provided between tool rest and frame；
The horizontal cutting device includes being provided with the knife rest of cutting knife, the knife rest and the knife rest for adjusting knife rest front and back position
Position adjusting mechanism is connected, and the rest position governor motion includes the first output gear and the second output gear, Yi Jiyong
In regulation knife rest left part and first adjustment unit and the second adjustment unit of right station, first output gear and second defeated
Go out gear to be connected with power take-off mechanism, the power take-off mechanism drives the first output gear and the second output gear synchronously to turn
Dynamic, first output gear is connected all the time with the first adjustment unit, and second output gear is by power take-off mechanism
Drive and connect or separate with the second adjustment unit.
2. medical paper Bag Making Machine according to claim 1, it is characterised in that the discharging device includes discharging frame and material
Axle allocation mechanism, the discharging frame is provided with the support axillare of peace dispensing shaft, and the material axle allocation mechanism includes that material axle positioning uses dynamic
Power source and the locating piece swung with power drive by material axle positioning, material axle positioning power source drive locating piece to determine
Position material axle and relieving material axle motion.
3. medical paper Bag Making Machine according to claim 2, it is characterised in that the discharging frame is provided with matches somebody with somebody with support axillare
Share in the arc-shaped edges for accommodating material axle, the arc-shaped edges have opening horizontally toward, and the locating piece is movably arranged at arc-shaped edges
At opening, the locating piece is in crescent, and the locating piece is articulated with discharging frame centrally through rotary shaft, on the locating piece
Hold and be hinged with the power output shaft of material axle positioning power source, the locating piece is driven and arc-shaped edges by material axle positioning with power source
Opening performs relative motion.
4. medical paper Bag Making Machine according to claim 1, it is characterised in that the heat-sealing power source is cylinder two,
The cylinder two is arranged on upper mould upper end, and the output shaft of the cylinder two sequentially passes through upper die and lower die, and drives upper mould upper and lower
Motion, is arranged with back-moving spring on the output shaft of the cylinder two, the back-moving spring is located between upper die and lower die, the gas
Cylinder two-way is crossed pressure regulator valve and is connected with source of the gas, and the pressure regulator valve is connected with pressure value display.
5. medical paper Bag Making Machine according to claim 4, it is characterised in that the heat-sealing power source is additionally provided with the 3rd
Power source and the 4th power source, first power source, the second power source, the 3rd power source and the 4th power source are separately positioned on
The corner of upper mould, the pressure detection mechanism is corresponding to be additionally provided with the 3rd pressure detection mechanism and the 4th pressure detection mechanism.
6. medical paper Bag Making Machine according to claim 1, it is characterised in that the rotor lifting mechanism includes bullet
Property part and regulation briquetting, the tool rest is provided with the cavity volume for accommodating rotor, the regulation briquetting located at rotor upper end and tool rest it
Between, the elastic component is located between rotor lower end and tool rest, and the elastic component and regulation briquetting cooperate regulation rotor highly.
7. medical paper Bag Making Machine according to claim 6, it is characterised in that the regulation briquetting section is major arc bow
Shape, the regulation briquetting is connected with regulation handle, and the regulation handle is rotated and drives regulation briquetting to rotate.
8. medical paper Bag Making Machine according to claim 1, it is characterised in that first adjustment unit includes the first spiral shell
Line screw mandrel and the first bevel gear, described first threaded screw rod one end are connected with knife rest, and the other end is connected with the first bevel gear, described
Second adjustment unit includes the second threaded screw rod and the second bevel gear, and described second threaded screw rod one end is connected with knife rest, another
End is connected with the second bevel gear, and first bevel gear is engaged all the time with the first output gear, and second output gear is by moving
Power output mechanism drives and engages or depart from the second bevel gear.
9. medical paper Bag Making Machine according to claim 8, it is characterised in that the power take-off mechanism includes carrying out
The take-off lever for being axially moved and rotating, the take-off lever be arranged in parallel with cutting knife, and first output gear axially can set in activity
In on take-off lever, second output gear is fixed on take-off lever.
10. according to any described medical paper Bag Making Machines of claim 1-9, it is characterised in that also including distance regulating mechanism,
The distance regulating mechanism includes being laid on the chain of frame both sides and is separately positioned on discharging device, heat-sealing device, cooling
The gear matched with chain on device, device for longitudinally cutting, horizontal cutting device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710074814.3A CN106827660A (en) | 2017-02-12 | 2017-02-12 | Medical paper Bag Making Machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710074814.3A CN106827660A (en) | 2017-02-12 | 2017-02-12 | Medical paper Bag Making Machine |
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| Publication Number | Publication Date |
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| CN106827660A true CN106827660A (en) | 2017-06-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710074814.3A Pending CN106827660A (en) | 2017-02-12 | 2017-02-12 | Medical paper Bag Making Machine |
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| Country | Link |
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| CN (1) | CN106827660A (en) |
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| CN107498925A (en) * | 2017-09-15 | 2017-12-22 | 广州通泽机械有限公司 | A kind of scattered synchronous driving Bag Making Machine of pneumatic type |
| CN107757991A (en) * | 2017-10-08 | 2018-03-06 | 安徽省嘉瑞医药科技有限公司 | A kind of processing technology of medical packaging cleaning bag |
| CN108177386A (en) * | 2018-01-12 | 2018-06-19 | 瑞安市松盛机械有限公司 | The material collecting device of bag-making equipment |
| CN112802776A (en) * | 2020-12-31 | 2021-05-14 | 苏州首肯机械有限公司 | Intelligent pressure control system and control method for servo semiconductor packaging press |
| CN113500823A (en) * | 2021-06-30 | 2021-10-15 | 瑞安市新元包装机械设备有限公司 | Program flow method applied to sealing and cutting machine |
| CN116766696A (en) * | 2022-03-12 | 2023-09-19 | 夏春燕 | Automatic processing production line for paper-plastic packaging bags |
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Application publication date: 20170613 |
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