CN203199229U - Machine core of packer - Google Patents
Machine core of packer Download PDFInfo
- Publication number
- CN203199229U CN203199229U CN 201320079940 CN201320079940U CN203199229U CN 203199229 U CN203199229 U CN 203199229U CN 201320079940 CN201320079940 CN 201320079940 CN 201320079940 U CN201320079940 U CN 201320079940U CN 203199229 U CN203199229 U CN 203199229U
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- movement
- return idler
- gear
- compress
- cutter
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Abstract
The utility model provides a machine core of a packer. The machine core of the packer comprises a packing belt heating adhesion and belt cutting mechanism, a heating adhesion sliding plate mechanism, a control mechanism, and a belt conveying retracting and tensioning device, wherein the belt conveying retracting and tensioning device comprises a drive roller, a first driven roller and a second driven roller. According to the entering direction of a packing belt, the first driven roller is arranged downstream relative to the second driven roller. The first driven roller and the second driven roller are installed in an eccentric mode. The first driven roller and the drive roller are always in the close fit state used for conveying and retracting the packing belt. The second driven roller is movable. The control mechanism controls the second driven roller to move to be in a first fit state with the driven roller and to shift and retreat from the first fit state with the drive roller, wherein the first fit state is the close fit state of the second driven roller and the drive roller which tension the belt. The machine core of the packer has the advantages of being simple in structure, capable of achieving the action that the belt is retracted while being tensioned, capable of reducing the fault rate, and good in packing effect.
Description
Technical field
The utility model relates to the movement of compress.
Background technology
Compress is the equipment with the strap strapping goods, whole packing process will through sending band, move back band, tension, boiling hot these several steps of gluing, these several actions are mainly born by the movement of compress.Movement encircling force in the past is unstable, and complex structure adopts gear engagement, suction tube to also have inductive switch control tension, and the trouble point is many.
Summary of the invention
Technical problem to be solved in the utility model provides a kind of movement of compress, and it is simple in structure, reduces fault rate, packs effective.For this reason, the utility model is by the following technical solutions: it comprises that strap scalds sticking and belt cutting mechanism, scalds stick-slip plate mechanism, control mechanism, described movement also is provided with send-back and fastening belt device, described send-back and fastening belt device comprise driving roller, the first return idler, the second return idler, press the forward (FWD) direction of strap, the first return idler is in the downstream of the second return idler; The first return idler and the second return idler be eccentric the installation all; The first return idler and driving roller are in all the time be used to the mated condition that is close to of carrying out send-back, the second return idler is displaceable roller, control by control mechanism is displaced to the first mated condition of driving roller and from withdrawing from the first mated condition displacement of driving roller, and described the first mated condition is that the second return idler and driving roller are in the mated condition that is close to of carrying out fastening belt.
On the basis of adopting technique scheme, the utility model also can adopt following further technical scheme:
Circumferencial direction along driving roller between described the first return idler and the second return idler is provided with the strap guiding mechanism.When described driving roller during near the right side of compress, the have the initiative lower right side of roller of described the second return idler, the have the initiative upper right side of roller of described the first return idler; When described driving roller during near the left side of compress, the have the initiative lower-left side of roller of described the second return idler, the have the initiative upper left side of roller of described the first return idler.
Described control mechanism comprises movement main shaft and spindle motor, control is housed on the movement main shaft scalds sticking and belt cutting mechanism, a plurality of cams of boiling hot stick-slip plate mechanism and the fastening belt cam of controlling the displacement of the second return idler, spindle motor drives the rotation of movement main shaft through speed reduction gearing.
Described fastening belt cam is controlled described the second return idler by the oscillation system that a cover contains retracing spring and regulating spring.
Described oscillation system comprises the first swing arm, and described the first swing arm is provided with the roller that cooperates with the fastening belt cam; Described the first swing arm is connected with pull bar by lower universal connecting components, cover has the described regulating spring of being regulated by the pull bar upper cap nut on the described pull bar, pull bar acts on upper universal attaching parts by regulating spring, upper universal attaching parts is connected with the second swing arm, described retracing spring is connected in the second swing arm, be provided with spacing structure between lower universal connecting components and the upper universal attaching parts, the eccentric shaft of described the second return idler is driven by the second swing arm and rotates.
Upper universal attaching parts is enclosed within outside the pull bar, and described spacing structure is to be enclosed within the outer spacer of pull bar.
The first induction cam and the second induction cam also are housed on the movement main shaft, are provided with the first inductor and the second inductor that match in the described movement; The first induction cam and the first inductor cooperates the signal that produces to be used for making the controller control spindle motor of control mechanism and the mode of operation of drive motor in a packing circulation of driving roller, and the second induction cam and the second inductor cooperate the signal that produces to be used for making after a packing circulation finishes the controller control spindle motor drive shaft of control mechanism to reset and the drive motor of controlling driving roller carries out the forward forward (FWD).
Described speed reduction gearing comprises generator shaft gear, the first gear, the second gear, movement reaction gear, described generator shaft gear and the engagement of the first gear, the first gear and the second gear are coaxial, the second gear and the engagement of movement reaction gear, generator shaft gear and the first gear are speed reducing gear pair, and the second gear and movement reaction gear are speed reducing gear pair.
Described compress is provided with the movement erecting frame, and the movement main shaft runs through the movement erecting frame; Described spindle motor and speed reduction gearing all are in the outside of movement erecting frame one side, and speed reduction gearing is provided with shell outward; Control is scalded sticking a plurality of cams with belt cutting mechanism, boiling hot stick-slip plate mechanism and is contained on the movement main shaft that is in the movement erecting frame, and fastening belt cam and induction cam are contained on the movement main shaft that is in movement erecting frame one side outside.
Described boiling hot gluing with belt cutting mechanism comprises the boiling hot plate that is installed in the swing arm, and described scalding glued the erection column that also is provided with the erection column of the erection column of left cutter and left cutter, middle cutter and middle cutter, right cutter and right cutter with belt cutting mechanism;
The erection column split of left cutter and left cutter, left cutter removably are connected to the erection column top of left cutter; Perhaps/and, the erection column split of middle cutter and middle cutter, middle cutter removably is connected to the erection column top of middle cutter; Perhaps/and, the erection column split of right cutter and right cutter, right cutter removably is connected to the erection column top of right cutter;
During the erection column split of left cutter and left cutter, left cutter be connected the erection column of cutter and connect from top to bottom with screw; During the erection column split of middle cutter and middle cutter, middle cutter be connected the erection column of cutter and connect from top to bottom with screw; During the erection column split of right cutter and right cutter, right cutter be connected the erection column of cutter and connect from top to bottom with screw.
During the erection column split of middle cutter and middle cutter, has the keyway location structure between the erection column of middle cutter and middle cutter; The length direction of described keyway is parallel with the advance and retreat band direction of strap on middle cutter;
During the erection column split of right cutter and right cutter, have the step detent mechanism between the erection column of right cutter and right cutter, described step be about to step, the step on the erection column of right cutter is that high right side, left side is low;
Described erection column is guide cylinder, and the side surface of guide cylinder is the face of cylinder that play the guiding role.
Be provided with the downward compression spring hole of perforate in the described erection column, be provided with stage clip in the described compression spring hole, described erection column also is furnished with stage clip pressing plate and roller, described erection column has lifting guiding elongated slot in the both sides, lower end of described guide cylinder, described stage clip pressing plate has the mounting ear of downward bending, and the axle of roller passes described mounting ear and liftably is connected in the lifting guiding elongated slot; The both sides, lower end of erection column are provided with mounting bracket, and described lifting guiding elongated slot is arranged on the support, and described stage clip pressing plate and roller are between the mounting bracket of described both sides.
Described movement in movement top, is provided with the side direction dust absorption fan this side of scalding plate is set.
Owing to adopting the technical scheme of utility model, cassette mechanism structure of the present utility model is simple, can realize that the limit moves back the action of band edge tension, thickness, width difference before and after even strap itself exists between section, batch, also can reduce and the overtighten impulsive force of strapping goods and strap and the tightening force one of guaranteeing each tension action be made peace stable, improve the packing quality; And, when the strap tension puts in place, can rely on the curent change of motor, make control setup in real time, accurately obtain signal, movement is accurately cut band, is scalded the steps such as sticking, reduces fault rate, packs effective.And, encircling force size, send strip length and temperature, hot pick time-delay all can regulate by potential device.
Description of drawings
Fig. 1 is the schematic perspective view of embodiment provided by the utility model.
Fig. 2 is the schematic perspective view that embodiment provided by the utility model observes from another direction.
Fig. 3 is the schematic diagram from an angle observation of send-back provided by the utility model and fastening belt device embodiment.
Fig. 4 is the schematic diagram from another angle observation of send-back provided by the utility model and fastening belt device embodiment.
Fig. 5 is the structure exploded view of send-back provided by the utility model and fastening belt device embodiment.
Fig. 6 is the schematic diagram of speed reduction gearing embodiment provided by the utility model.
Fig. 7 is exploded view embodiment illustrated in fig. 6.
Fig. 8 is for take the erection column of middle cutter as example, the exploded view of belt cutting mechanism inner structure.
Fig. 9 is the schematic diagram behind the Standard shown in Figure 8.
Figure 10 is the A-A cutaway view of Fig. 9.
Figure 11 is in the utility model, the schematic diagram the when erection column of left cutter and left cutter fits together.
Figure 12 is the exploded view of Figure 11.
Figure 13 is in the utility model, the schematic diagram the when erection column of middle cutter and middle cutter fits together.
Figure 14 is the exploded view of Figure 13.
Figure 15 is in the utility model, the schematic diagram the when erection column of right cutter and right cutter fits together.
Figure 16 is the exploded view of Figure 15.
Figure 17 is the schematic diagram of textural association shown in Figure 11,13,15 together the time.
Schematic diagram when Figure 18 is fitted together for scalding plate and its swing arm set.
Schematic diagram when Figure 19 is fitted together for scalding stick-slip plate and its swing arm set.
The specific embodiment
The utility model comprises the strap belt cutting mechanism, scalds sticking mechanism, control mechanism, and described control mechanism comprises movement main shaft and spindle motor, the control belt cutting mechanism is housed on the movement main shaft, scalds a plurality of cams that glue mechanism; Described movement also is provided with send-back and fastening belt device, and described send-back and fastening belt device comprise driving roller 3, the first return idler 1, the second return idler 2, the forward (FWD) direction of pressing strap, and the first return idler 1 is in the downstream of the second return idler 2; The first return idler 1 and the second return idler 2 be eccentric the installation all; The first return idler 1 is ordered about by spring 10 and is in all the time be used to the mated condition that is close to of carrying out send-back with driving roller, the second return idler 2 is displaceable roller, control by fastening belt cam 4 is displaced to the first mated condition of driving roller 3 and from withdrawing from the first mated condition displacement of driving roller 3, described the first mated condition is that the second return idler 2 and driving roller 3 are in the mated condition that is close to of carrying out fastening belt, described fastening belt cam 4 is contained on the described movement main shaft 50, and spindle motor 100 drives 50 rotations of movement main shaft through speed reduction gearing.Drawing reference numeral 30 is the drive motor of driving roller, drives electricity 30 and also drives the driving roller rotation by speed reduction gearing.
Circumferencial direction along driving roller 3 between described the first return idler 1 and the second return idler 2 is provided with strap guiding mechanism 12, such as gib block, orienting lug etc.As shown in the figure, when described driving roller 3 during near the right side of compresses, the have the initiative lower right side of roller 3 of described the second return idler 2, the have the initiative upper right side of roller 3 of described the first return idler 1, the position of the second return idler 2 just is in strap and puts on next position, so that the area that strap wraps on the driving roller 3 is realized maximization, utilize friction force to make belt more submissive, can improve the packing quality and reduce the packing fault.
Described cam 4 is controlled these actions that described the second return idler 2 leans against on the driving roller 3 and leaves driving roller 3 by the oscillation system that a cover contains retracing spring 61 and regulating spring 62.
Described oscillation system comprises the first swing arm 63, and described the first swing arm 63 is provided with the roller 64 that cooperates with the fastening belt cam; Described the first swing arm 63 is connected with pull bar 66 by lower universal connecting components 65, cover has the described regulating spring 62 of being regulated by pull bar upper cap nut 67 on the described pull bar 66, pull bar 66 acts on upper universal attaching parts 68 by regulating spring 62, and regulating spring 62 can play buffer action can also regulate strap encircling force size.
Upper universal attaching parts 68 is connected with the second swing arm 69, and described retracing spring 61 is connected in the second swing arm 69, is provided with spacing structure between lower universal connecting components 65 and the upper universal attaching parts 68, and the eccentric shaft of described the second return idler is driven by the second swing arm 69 and rotates.Upper universal attaching parts 68 is enclosed within outside the pull bar 66, and described spacing structure is the spacer 70 that is enclosed within outside the pull bar 66.Drawing reference numeral 20 is the bearing of the eccentric shaft of the second return idler, and it is fixed on the movement frame rotating fulcrum as the second swing arm.
When beginning to pack, the first return idler state is always against driving roller, to carry out F﹠R, when beginning to move back band, the first return idler plays the band effect of moving back, and the second return idler is also leaned against on the driving roller by cam 4 controls, plays the effect that the band edge tension is moved back on the limit.
Describedly scald sticking and belt cutting mechanism comprises the boiling hot plate 401 that is installed in the swing arm 402, describedly scald the erection column 206 of erection column 204, right cutter 205 and right cutter that sticking and belt cutting mechanism also is provided with erection column 202, middle cutter 203 and the middle cutter of left cutter 201 and left cutter;
In the utility model, below in 3 structure a kind or any 2 kinds or 3 kinds of full settings can only be set, like this, cutter and erection column can separate machined, easy to manufacture, and, also convenient during replacing, and only need change wearing and tearing parts and will mount pad and cutter head integral replacing, cut the waste:
1, the erection column split of left cutter and left cutter, left cutter removably is connected to the erection column top of left cutter;
2, the erection column split of middle cutter and middle cutter, middle cutter removably is connected to the erection column top of middle cutter;
3, the erection column split of right cutter and right cutter, right cutter removably is connected to the erection column top of right cutter.
During the erection column split of left cutter 201 and left cutter 202, left cutter be connected the erection column of cutter and connect from top to bottom with screw 207; During the erection column split of middle cutter and middle cutter, middle cutter be connected the erection column of cutter and connect from top to bottom with screw 207; During the erection column split of right cutter and right cutter, right cutter be connected the cutter erection column and connect from top to bottom with screw 207.Like this, can make things convenient for the at any time dismounting of left cutter, middle cutter and right cutter.
During erection column 204 split of middle cutter 203 and middle cutter, have the keyway location structure between the erection column 204 of middle cutter 203 and middle cutter, further, the length direction of described keyway and the strap advance and retreat band direction on middle cutter is equidirectional.Drawing reference numeral 241 is the described key on the erection column top of middle cutter, and drawing reference numeral 231 is the described groove on the middle cutter bottom surface.During erection column 206 split of right cutter 205 and right cutter, have the step detent mechanism between the erection column 206 of right cutter 205 and right cutter, further, described step be about to step, the step 261 on the erection column of right cutter is that high right side, left side is low.Adopt said structure, the working stability of cutter and right cutter and cut the band workmanship in can improving improves the operation ease of taking off when putting middle cutter and right cutter.
As shown in the figure, the erection column of the erection column of described left cutter, the erection column of middle cutter, right cutter is guide cylinder, the side surface of guide cylinder is the face of cylinder that play the guiding role, and it carries out the lifting guiding with guiding circular hole in the mount pad 250 of the mount pad 230 of the mount pad 210 of left cutter, middle cutter, right cutter and cooperates.Can further improve the operation stability of belt cutting mechanism and cut the band workmanship.
The inner structure of left cutter erection column, middle cutter erection column, right cutter erection column is identical, below as an example of middle cutter erection column example its inner structure is further detailed:
Be provided with the downward compression spring hole of perforate 311 in the described guide cylinder, be provided with stage clip 302 in the described compression spring hole 311, described guide cylinder also is equipped with stage clip pressing plate 303 and roller 304, the both sides, lower end of described guide cylinder are provided with lifting guiding elongated slot 305, described stage clip pressing plate 303 has the mounting ear 331 of downward bending, and the axle 340 of roller passes described mounting ear and liftably is connected in the elongated slot 305.Described stage clip and stage clip pressing plate are inconsistent.Described roller can adopt bearing roller.
The both sides, lower end of described guide cylinder are provided with mounting bracket 350, and described elongated slot 305 is arranged on the mounting bracket, and described stage clip pressing plate and roller are between the mounting bracket of described both sides.
The lifting of left cutter erection column, middle cutter erection column, right cutter erection column is respectively by left top cutter cam 602, middle top cutter cam 603,601 controls of right top cutter cam.
Adopt above structure, not only avoided the fit structure of compression spring hole and slide bar in the spring seat mechanism in the past, reduced manufacture difficulty, increased the service life, and the outer peripheral face of guide cylinder can with core rack on mounting hole lead and cooperate, improve further the operation stability of spring seat mechanism.
Described movement in movement top, is provided with side direction dust absorption fan 801, from the most appropriate position and angle the smoking dust suction is carried out in movement inside this side of scalding plate 401 is set.
As shown in figure 19, drawing reference numeral 501 is the boiling hot stick-slip plate in the movement, and drawing reference numeral 502 is swing arm, scalds stick-slip plate 501 and is contained in the swing arm 502, and the swing of swing arm is also namely scalded the motion of stick-slip plate by saddle cam 605 controls.
In the present embodiment, the first induction cam 701 and the second induction cam 702 are housed also on the movement main shaft, are provided with the first inductor 711 and the second inductor 712 that match in the described movement; The first induction cam and the first inductor cooperate the signal that produces to be used for making the controller control spindle motor of control mechanism and the mode of operation of drive motor in a packing circulation of driving roller, the second induction cam and the second inductor cooperates the signal that produces to be used for making after a packing circulation finishes the controller control spindle motor drive shaft of control mechanism to reset and the drive motor of controlling driving roller carries out the forward forward (FWD), and this controller can be the treater with calculation function.
Described speed reduction gearing comprises generator shaft gear 110, the first gear 131, the second gear 132, movement reaction gear 120, described generator shaft gear 110 and 131 engagements of the first gear, the first gear 131 and the second gear 132 are coaxial, the second gear 132 and 120 engagements of movement reaction gear, generator shaft gear 110 and the first gear 131 are speed reducing gear pair, and the second gear 132 and movement reaction gear 120 are speed reducing gear pair.
As shown in the figure, described compress is provided with movement erecting frame 104, and movement main shaft 50 runs through movement erecting frame 104; Described spindle motor 100 and speed reduction gearing all are in the outside of movement erecting frame 104 1 sides, and speed reduction gearing is provided with shell 140 outward; Control is scalded sticking a plurality of cams 601,602,603,604,605 with belt cutting mechanism, boiling hot stick-slip plate mechanism and is contained on the movement main shaft that is in the movement erecting frame, and fastening belt cam 4, the first induction cam 701 and the second induction cam 702 are contained on the movement main shaft that is in movement erecting frame one side outside.Like this, can conveniently install, reduce the movement volume, improve movement main shaft 50 traveling comforts.
In the present embodiment, described control mechanism is controlled the action of each mechanical motion mechanism in the movement by the mode of cam, carries out work as long as can control these mechanical motion mechanisms, adopts other mode, also is fine.
Below be the working process of movement:
Manually inserting band starts switch connection-spindle motor 100;
---withstand at the control bottom right top of right top cutter cam 601 cutter and to take the lead in slide plate 501 places;
---by saddle cam 605 controls, swing arm 502 shrinks back;
---make the second return idler 2 be in the first mated condition with driving roller 3 under the control of fastening belt cam 4; The first induction cam 701 makes inductor 711 inductions, moves back belt switch and connects, and spindle motor 100 stops, and drive motor 30 starts counter-rotating;
---belt shrinks back, fall back on be tied on the article after, when the detection current value of drive motor 30 when setting current value, spindle motor 100 restartings;
---withstand belt in slide plate 501 places at the control bottom left top of left top cutter cam 602 cutter 201;
---the first induction cam 701 disconnects inductor 711, and drive motor 30 stops;
---scald plane cam 604 control swing arms 402 actions, scald plate 401 and inject in the middle of the two tape layers;
---up push up at the lower top of control of middle top cutter cam 603 cutter 203, cut off belt, withstand belt and boiling hot plate 401 levels band sub-surface is melted;
---the first induction cam 701 is responded to inductor 711 again, and drive motor 30 starts counter-rotating, takes the lead to shrink back a bit;
---descend at the lower top of control of middle top cutter cam 603 cutter 203, in boiling hot plane cam 604 control swing arms 402 actions, scald plate 401 and withdraw from backward
---cutter pushes up up again on the lower top of control of middle top cutter cam 603, pushes up firm belt in slide plate 501 places, makes the bonding jail of belt;
---the first induction cam 701 disconnects inductor 711 again; Spindle motor stops, and starts the hot pick time-delay; Time-delay finishes spindle motor and again starts;
---top, left, center, right cutter descends under the control of top, left, center, right cutter cam;
---by saddle cam 605 control, swing arm 502 shrinks back and drives slide plate and shrink back belt is ejected;
---by saddle cam 605 controls, 502 times original positions of swing arm, slide plate returns original position
---the second induction cam 702 makes inductor 712 inductions, and home switch is connected; Spindle motor stops, the moment braking; Original position is returned by each mechanism of movement, to prepare to enter next working cycle; Drive motor 30 starts forward, and belt is sent, and finishes a working cycle.
Claims (10)
1. the movement of compress, comprise that strap scalds sticking and belt cutting mechanism, scalds stick-slip plate mechanism, control mechanism, it is characterized in that described movement also is provided with send-back and fastening belt device, described send-back and fastening belt device comprise driving roller, the first return idler, the second return idler, press the forward (FWD) direction of strap, the first return idler is in the downstream of the second return idler; The first return idler and the second return idler be eccentric the installation all; The first return idler and driving roller are in all the time be used to the mated condition that is close to of carrying out send-back, the second return idler is displaceable roller, control by control mechanism is displaced to the first mated condition of driving roller and from withdrawing from the first mated condition displacement of driving roller, and described the first mated condition is that the second return idler and driving roller are in the mated condition that is close to of carrying out fastening belt.
2. the movement of compress as claimed in claim 1, it is characterized in that described control mechanism comprises movement main shaft and spindle motor, control is housed on the movement main shaft scalds sticking and belt cutting mechanism, a plurality of cams of boiling hot stick-slip plate mechanism and the fastening belt cam of controlling the displacement of the second return idler, spindle motor drives the rotation of movement main shaft through speed reduction gearing.
3. the movement of compress as claimed in claim 2 is characterized in that described fastening belt cam controls described the second return idler by the oscillation system that a cover contains retracing spring and regulating spring.
4. the movement of compress as claimed in claim 3 is characterized in that described oscillation system comprises the first swing arm, and described the first swing arm is provided with the roller that cooperates with the fastening belt cam; Described the first swing arm is connected with pull bar by lower universal connecting components, cover has the described regulating spring of being regulated by the pull bar upper cap nut on the described pull bar, pull bar acts on upper universal attaching parts by regulating spring, upper universal attaching parts is connected with the second swing arm, described retracing spring is connected in the second swing arm, be provided with spacing structure between lower universal connecting components and the upper universal attaching parts, the eccentric shaft of described the second return idler is driven by the second swing arm and rotates.
5. the movement of compress as claimed in claim 4 is characterized in that universal attaching parts is enclosed within outside the pull bar, and described spacing structure is to be enclosed within the outer spacer of pull bar.
6. the movement of compress as claimed in claim 1 is characterized in that the circumferencial direction along driving roller is provided with the strap guiding mechanism between described the first return idler and the second return idler; When described driving roller during near the right side of compress, the have the initiative lower right side of roller of described the second return idler, the have the initiative upper right side of roller of described the first return idler; When described driving roller during near the left side of compress, the have the initiative lower-left side of roller of described the second return idler, the have the initiative upper left side of roller of described the first return idler.
7. the movement of compress as claimed in claim 2 is characterized in that also being equipped with on the movement main shaft the first induction cam and the second induction cam, is provided with the first inductor and the second inductor that match in the described movement; The first induction cam and the first inductor cooperates the signal that produces to be used for making the controller control spindle motor of control mechanism and the mode of operation of drive motor in a packing circulation of driving roller, and the second induction cam and the second inductor cooperate the signal that produces to be used for making after a packing circulation finishes the controller control spindle motor drive shaft of control mechanism to reset and the drive motor of controlling driving roller carries out the forward forward (FWD).
8. the movement of compress as claimed in claim 2, it is characterized in that described speed reduction gearing comprises generator shaft gear, the first gear, the second gear, movement reaction gear, described generator shaft gear and the engagement of the first gear, the first gear and the second gear are coaxial, the second gear and the engagement of movement reaction gear, generator shaft gear and the first gear are speed reducing gear pair, and the second gear and movement reaction gear are speed reducing gear pair.
9. the movement of compress as claimed in claim 7 is characterized in that described compress is provided with the movement erecting frame, and the movement main shaft runs through the movement erecting frame; Described spindle motor and speed reduction gearing all are in the outside of movement erecting frame one side, and speed reduction gearing is provided with shell outward; Control is scalded sticking a plurality of cams with belt cutting mechanism, boiling hot stick-slip plate mechanism and is contained on the movement main shaft that is in the movement erecting frame, and fastening belt cam and induction cam are contained on the movement main shaft that is in movement erecting frame one side outside.
10. the movement of compress as claimed in claim 1 is characterized in that described movement this side of scalding plate is set, in movement top, is provided with the side direction dust absorption fan.
Priority Applications (8)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320079940 CN203199229U (en) | 2013-02-21 | 2013-02-21 | Machine core of packer |
| KR1020157024928A KR101857853B1 (en) | 2013-02-21 | 2013-03-12 | Machine core of packing machine |
| PL13875579T PL2960163T3 (en) | 2013-02-21 | 2013-03-12 | Machine core of packing machine |
| PCT/CN2013/072430 WO2014127550A1 (en) | 2013-02-21 | 2013-03-12 | Machine core of packing machine |
| US14/768,643 US10336486B2 (en) | 2013-02-21 | 2013-03-12 | Machine core of a packing machine |
| EP13875579.8A EP2960163B1 (en) | 2013-02-21 | 2013-03-12 | Machine core of packing machine |
| ES13875579.8T ES2682769T3 (en) | 2013-02-21 | 2013-03-12 | Packing Machine Core |
| RU2015139903A RU2616829C2 (en) | 2013-02-21 | 2013-03-12 | Packaging machine internal mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320079940 CN203199229U (en) | 2013-02-21 | 2013-02-21 | Machine core of packer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203199229U true CN203199229U (en) | 2013-09-18 |
Family
ID=49143363
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320079940 Expired - Lifetime CN203199229U (en) | 2013-02-21 | 2013-02-21 | Machine core of packer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203199229U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103086001A (en) * | 2013-02-21 | 2013-05-08 | 杭州永创智能设备股份有限公司 | Machine core of packing machine |
| CN113460354A (en) * | 2021-07-16 | 2021-10-01 | 重庆永源包装设备有限公司 | Packing device |
-
2013
- 2013-02-21 CN CN 201320079940 patent/CN203199229U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103086001A (en) * | 2013-02-21 | 2013-05-08 | 杭州永创智能设备股份有限公司 | Machine core of packing machine |
| CN103086001B (en) * | 2013-02-21 | 2015-04-01 | 杭州永创智能设备股份有限公司 | Machine core of packing machine |
| CN113460354A (en) * | 2021-07-16 | 2021-10-01 | 重庆永源包装设备有限公司 | Packing device |
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Granted publication date: 20130918 |