CN205366224U - Press from both sides fine -tuning for pocket type packagine machine machine - Google Patents
Press from both sides fine -tuning for pocket type packagine machine machine Download PDFInfo
- Publication number
- CN205366224U CN205366224U CN201620120716.XU CN201620120716U CN205366224U CN 205366224 U CN205366224 U CN 205366224U CN 201620120716 U CN201620120716 U CN 201620120716U CN 205366224 U CN205366224 U CN 205366224U
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- CN
- China
- Prior art keywords
- amplitude modulation
- clamp body
- machine
- bearing
- active clamp
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- Withdrawn - After Issue
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Abstract
The utility model discloses a press from both sides fine -tuning for pocket type packagine machine machine, including mounting substrate, still include drive arrangement, conversion equipment, machine clamp device, drive arrangement includes micro motor, drive sprocket, and driven sprocket, the driven shaft, the driving gear, carrier gear, conversion equipment includes the seat cover, the amplitude modulation circle, and lifting set, the lift adjustment dish, the machine presss from both sides the device and includes the upright seat of amplitude modulation, the amplitude modulation dabber, and the amplitude modulation single arm -drag, the amplitude modulation pull rod, the left side initiative clip body, youzhu is moved the clip and is personally experienced sth. Part of the body. The operating personnel effectual distance adjustment operation of carrying out machine clamp tip clamping position outside the equipment protective cover fast to still be equipped with spacing protection device, can protective apparatus safety in when adjustment, simultaneously, operating personnel need not get into that equipment is inside to be adjusted, very big protection operating personnel's safety, it is convenient, high -efficient, laborsaving to have an adjustment, the safe advantage of operation.
Description
Technical field
This utility model relates to food packing machine, is specially bag-feeding type package machine machine folder micro-adjusting mechanism.
Background technology
It is designed with machine clamp device to belt packer, for first clamping empty package bag, and with the rotation transmission of rotating disk, until loading material in completing packaging bag, the stations such as bag mouth heat-sealing, finally arrive lower bag station, machine folder is opened and packaging bag is put into follow-up supply unit, when running into the packaging bag of different in width, existing machine clamp device needs to open in protective cover access arrangement and carries out manual setting, whether suitable the distance between test machine chuck portion is constantly observed when adjusting on the one hand, bother very much, on the other hand owing to being to open in protective cover access arrangement to operate, potential safety hazard is quite big.
Summary of the invention
In view of the deficiency that prior art exists, the purpose of this utility model aims to provide one and is driven by micro machine, can be operated outside equipment protection cover, quickly effectively carry out machine folder chuck distance and adjust, and have the bag-feeding type package machine machine folder micro-adjusting mechanism of limit position preventer.
nullBag-feeding type package machine machine folder micro-adjusting mechanism，Including installation base plate 1，Also include driving device、Conversion equipment，Machine clamp device,Described driving device includes micromachine 4，Drive sprocket 3，Driven sprocket 6，Driven shaft 7，Driving gear 16，Carrier gear 17，Described micromachine 4 is arranged on motor cabinet 2，And by control line by the control on-off control being located on control panel，Described motor cabinet 2 is installed on installation base plate 1 bottom surface，Described drive sprocket 3 is installed on the axle head of micromachine 4，Described driven sprocket 6 is installed in the middle part of driven shaft 7，Interlocked by driving chain 5 and drive sprocket 3，Described driven shaft 7 is arranged on pinion stand 15 by a pair deep groove ball bearing 14，And can flexible rotating，Described driving gear 16 is fixedly mounted on the upper end of driven shaft 7 and engages with carrier gear 17，Described carrier gear 17 is installed on bridge gear shaft 19 by a pair carrier gear bearing 18，Described bridge gear shaft 19 is fixedly installed on pinion stand 15，Described conversion equipment includes cover for seat 20，Amplitude modulation circle 21，Lifting set 27，Lift adjustment dish 28,Described cover for seat 20 is fixedly installed on installation base plate 1，The female thread 211 of described amplitude modulation circle 21 screws with the external screw thread 201 of cover for seat 20，Tooth outside described amplitude modulation circle 21 engages with carrier gear 17，The rotation that carrier gear 17 transmits is changed into threadingly axial movement,Described lifting set 27 passes through one group of needle bearing 26 and is slidably mounted on the top external cylindrical surface of cover for seat 20，Lifting set 27 is made to rotate flexibly，Also can be axially moveable simultaneously，Described lifting set 27 bottoms are also installed with linkage，Lifting set 27 can be driven in real time corresponding mobile in real time when amplitude modulation circle 21 rises or falls by linkage effect,Described lift adjustment dish 28 is connected with bolt 281 is fixing with the flange 271 of lifting set 27.nullDescribed machine clamp device includes amplitude modulation stand 33,Left active clamp body 37,Right active clamp body 41,Described amplitude modulation stand 33 is fixedly installed in the bottom of rotating disk 42，In described amplitude modulation stand 33, amplitude modulation mandrel 32 is installed，Described amplitude modulation mandrel 32 is slidably fitted with amplitude modulation torque arm 31,The one arm of described amplitude modulation torque arm 31 is provided with amplitude modulation rotating shaft 29，It is also equipped with roller 30 in amplitude modulation rotating shaft 29 one end，The periphery of described roller 30 and the end face Structure deformation of lift adjustment dish 28,Described another arm of amplitude modulation torque arm 31 is connected to spherical plain bearing rod end 1，Described left active clamp body 37 and right active clamp body 41 are arranged on bottom rotating disk 42 by each axis of rotation 43,Left active clamp body 37 and right active clamp body 41 can around each axis of rotation 43 flexible rotatings,Described 37 1 extension arms of left active clamp body are connected to spherical plain bearing rod end 2 36，Described spherical plain bearing rod end 2 36 is connected as one by amplitude modulation pull bar 35 and spherical plain bearing rod end 1,Described left another extension arm of active clamp body 37 is installed with clip driving gear 39,The extension arm of described right active clamp body 41 is installed with clip driven gear 40，Described clip driven gear 40 engages with clip driving gear 39,Described left active clamp body 37 and right active clamp body 41 are each also hinged with passive clamp body 38.
Wherein, the lower end of described driven shaft 7 is provided with screw thread 701, described screw thread 701 is combined with limited block 8, described limited block 8 end is provided with bearing core shaft 9, bearing core shaft 9 is provided with bearing 10, the periphery of described bearing 10 is slidably matched with straight trough in guide holder 11, described guide holder 11 is installed on installation base plate 1 bottom surface, described guide holder 11 side is provided with up stroke limit switch 12 and down stroke limit switch 13, when amplitude modulation circle 21 rises to extreme position under driving device drives, limited block 8 also arrives the trigger position of up stroke limit switch 12 simultaneously and triggers, when amplitude modulation circle 21 drops to lower limit position under driving device drives, limited block 8 also arrives down stroke limit switch 13 trigger position simultaneously and triggers, protection equipment runs safety.
Wherein, described linkage includes torque arm 24, and described torque arm 24 bottom is provided with gearing bearing core shaft 22, is also equipped with interlocking bearing 23 interlocking on bearing core shaft 22, and the annular groove 213 on described gearing bearing 23 and amplitude modulation circle 21 top is slidably matched.
Wherein, being provided with thrust ball bearing 25 between described amplitude modulation circle 21 and described lifting set 27, while making amplitude modulation circle 21 that lifting set 27 is had axial support, both can also each rotate flexibly.
The beneficial effects of the utility model are: the technical program adopts micro machine to drive; at conversion equipment; under the combined effect of machine clamp device; operator can carry out the distance adjustment operation of machine folder end clip position fast and effectively outside equipment protection cover; and also it is provided with limiting and protecting device; equipment safety can be protected when adjusting; simultaneously; operator are adjusted without inside access arrangement; protect the safety of operator greatly; have easy to adjust, efficient, laborsaving, the advantage of operation safety.
Accompanying drawing explanation
Fig. 1 is this utility model structure sectional view.
Fig. 2 is this utility model top view.
Detailed description of the invention
nullAs depicted in figs. 1 and 2,Bag-feeding type package machine machine folder micro-adjusting mechanism includes installation base plate 1，Also include driving device、Conversion equipment，Machine clamp device,Driving device includes micromachine 4，Drive sprocket 3，Driven sprocket 6，Driven shaft 7，Driving gear 16，Carrier gear 17，Described micromachine 4 is arranged on motor cabinet 2，And by control line by the control on-off control being located on control panel，Motor cabinet 2 is installed on installation base plate 1 bottom surface，Drive sprocket 3 is installed on the axle head of micromachine 4，Driven sprocket 6 is installed in the middle part of driven shaft 7，Interlocked by driving chain 5 and drive sprocket 3，Driven shaft 7 is arranged on pinion stand 15 by a pair deep groove ball bearing 14，And can flexible rotating，Driving gear 16 is fixedly mounted on the upper end of driven shaft 7 and engages with carrier gear 17，Carrier gear 17 is installed on bridge gear shaft 19 by a pair carrier gear bearing 18，Bridge gear shaft 19 is fixedly installed on pinion stand 15，Conversion equipment includes cover for seat 20，Amplitude modulation circle 21，Lifting set 27，Lift adjustment dish 28,Cover for seat 20 is fixedly installed on installation base plate 1，The female thread 211 of amplitude modulation circle 21 screws with the external screw thread 201 of cover for seat 20，Tooth outside amplitude modulation circle 21 engages with carrier gear 17，The rotation that carrier gear 17 transmits is changed into threadingly axial movement,Lifting set 27 passes through one group of needle bearing 26 and is slidably mounted on the top external cylindrical surface of cover for seat 20，Lifting set 27 is made to rotate flexibly，Also can be axially moveable simultaneously，Lifting set 27 bottoms are also installed with linkage，Lifting set 27 can be driven in real time corresponding mobile in real time when amplitude modulation circle 21 rises or falls by linkage effect,Lift adjustment dish 28 is connected with bolt 281 is fixing with the flange 271 of lifting set 27.nullMachine clamp device includes amplitude modulation stand 33,Left active clamp body 37,Right active clamp body 41,Described amplitude modulation stand 33 is fixedly installed in the bottom of rotating disk 42，Amplitude modulation mandrel 32 is installed in amplitude modulation stand 33，Amplitude modulation mandrel 32 is slidably fitted with amplitude modulation torque arm 31,The one arm of amplitude modulation torque arm 31 is provided with amplitude modulation rotating shaft 29，It is also equipped with roller 30 in amplitude modulation rotating shaft 29 one end，The end face Structure deformation of the periphery of roller 30 and lift adjustment dish 28,Another arm of amplitude modulation torque arm 31 is connected to spherical plain bearing rod end 1，Left active clamp body 37 and right active clamp body 41 are arranged on bottom rotating disk 42 by each axis of rotation 43,Left active clamp body 37 and right active clamp body 41 can around each axis of rotation 43 flexible rotatings,37 1 extension arms of left active clamp body are connected to spherical plain bearing rod end 2 36，Spherical plain bearing rod end 2 36 is connected as one by amplitude modulation pull bar 35 and spherical plain bearing rod end 1,Left another extension arm of active clamp body 37 is installed with clip driving gear 39,The extension arm of right active clamp body 41 is installed with clip driven gear 40，Clip driven gear 40 engages with clip driving gear 39,Left active clamp body 37 and right active clamp body 41 are each also hinged with passive clamp body 38.
Wherein, the lower end of driven shaft 7 is provided with screw thread 701, described screw thread 701 is combined with limited block 8, limited block 8 end is provided with bearing core shaft 9, bearing core shaft 9 is provided with bearing 10, the periphery of described bearing 10 is slidably matched with straight trough in guide holder 11, described guide holder 11 is installed on installation base plate 1 bottom surface, described guide holder 11 side is provided with up stroke limit switch 12 and down stroke limit switch 13, when amplitude modulation circle 21 rises to extreme position under driving device drives, limited block 8 also arrives the trigger position of up stroke limit switch 12 simultaneously and triggers, when amplitude modulation circle 21 drops to lower limit position under driving device drives, limited block 8 also arrives down stroke limit switch 13 trigger position simultaneously and triggers, protection equipment runs safety.
Wherein, linkage includes torque arm 24, and described torque arm 24 bottom is provided with gearing bearing core shaft 22, is also equipped with interlocking bearing 23 interlocking on bearing core shaft 22, and the annular groove 213 on described gearing bearing 23 and amplitude modulation circle 21 top is slidably matched.
Wherein, being provided with thrust ball bearing 25 between amplitude modulation circle 21 and described lifting set 27, while making amplitude modulation circle 21 that lifting set 27 is had axial support, both can also each rotate flexibly.
nullOperation logic of the present utility model is: by controlling rotating or the stopping of on-off control micro machine，Micro machine rotate through drive sprocket、Driving chain、By movable sprocket、Driven shaft、Driving gear、Carrier gear is delivered to amplitude modulation circle，Amplitude modulation circle is driven to rotate，Owing to amplitude modulation circle is to screw on the screw thread of cover for seat，So amplitude modulation circle just can be threadingly present, sleeve ramps up or declines，By thrust ball bearing and linkage, lifting set is promoted up during rising，Driven linkage to be driven by lifting set in real time by the cannelure on amplitude modulation circle during decline to decline，It is connected owing to lifting set and lift adjustment dish are fixing,Therefore drive lift adjustment dish up simultaneously or decline，The upper surface pushing rolling wheels of lift adjustment dish drives amplitude modulation torque arm to rotate around amplitude modulation mandrel，Spherical plain bearing rod end one is passed through in amplitude modulation torque arm、Amplitude modulation pull bar、Spherical plain bearing rod end two pulls left active clamp body to deflect，Drive simultaneously and be fixed on left active clamp body clip driving gear and rotate together，At this moment the clip driven gear engaged rotates backward，The relatively left active clamp body of right active clamp body is driven to deflect in opposite directions or incorgruous deflection，Realize the distance adjustment of left and right clip end clip position.
Claims (4)
- null1. bag-feeding type package machine machine folder micro-adjusting mechanism，Including installation base plate (1)，It is characterized in that: also include driving device、Conversion equipment，Machine clamp device,Described driving device includes micromachine (4)，Drive sprocket (3)，Driven sprocket (6)，Driven shaft (7)，Driving gear (16)，Carrier gear (17)，Described micromachine (4) is arranged on motor cabinet (2)，And by control line by the control on-off control being located on control panel，Described motor cabinet (2) is installed on installation base plate (1) bottom surface，Described drive sprocket (3) is installed on the axle head of micromachine (4)，Described driven sprocket (6) is installed on driven shaft (7) middle part，Interlocked with drive sprocket (3) by driving chain (5)，Described driven shaft (7) is arranged on pinion stand (15) by a pair deep groove ball bearing (14)，And can flexible rotating，Described driving gear (16) is fixedly mounted on the upper end of driven shaft (7) and engages with carrier gear (17)，Described carrier gear (17) is installed on bridge gear shaft (19) by a pair carrier gear bearing (18)，Described bridge gear shaft (19) is fixedly installed on pinion stand (15)，Described conversion equipment includes cover for seat (20)，Amplitude modulation circle (21)，Lifting set (27)，Lift adjustment dish (28)，Described cover for seat (20) is fixedly installed on installation base plate (1)，The female thread (211) of described amplitude modulation circle (21) and the external screw thread (201) of cover for seat (20) screw，The tooth that described amplitude modulation circle (21) is outside engages with carrier gear (17)，The rotation that carrier gear (17) transmission comes is changed into threadingly axial movement,Described lifting set (27) is slidably mounted on the top external cylindrical surface of cover for seat (20) by one group of needle bearing (26)，Lifting set (27) is made to rotate flexibly，Also can be axially moveable simultaneously，Described lifting set (27) bottom is also installed with linkage，Lifting set (27) can be driven in real time corresponding mobile in real time when amplitude modulation circle (21) rises or falls by linkage effect,Described lift adjustment dish (28) is connected with bolt (281) is fixing with the flange (271) of lifting set (27)，Described machine clamp device includes amplitude modulation stand (33)，Left active clamp body (37)，Right active clamp body (41)，Described amplitude modulation stand (33) is fixedly installed in the bottom of rotating disk (42)，In described amplitude modulation stand (33), amplitude modulation mandrel (32) is installed，Described amplitude modulation mandrel (32) is slidably fitted with amplitude modulation torque arm (31)，The one arm of described amplitude modulation torque arm (31) is provided with amplitude modulation rotating shaft (29)，It is also equipped with roller (30) in amplitude modulation rotating shaft (29) one end，The end face Structure deformation of the periphery of described roller (30) and lift adjustment dish (28),Described another arm of amplitude modulation torque arm (31) is connected to spherical plain bearing rod end one (34)，Described left active clamp body (37) and right active clamp body (41) are arranged on rotating disk (42) bottom by each axis of rotation (43),Left active clamp body (37) and right active clamp body (41) can around each axis of rotation (43) flexible rotatings,(37) extension arms of described left active clamp body are connected to spherical plain bearing rod end two (36)，Described spherical plain bearing rod end two (36) is connected as one by amplitude modulation pull bar (35) and spherical plain bearing rod end one (34),Described left another extension arm of active clamp body (37) is installed with clip driving gear (39)，The extension arm of described right active clamp body (41) is installed with clip driven gear (40)，Described clip driven gear (40) is engaged with clip driving gear (39),Described left active clamp body (37) and right active clamp body (41) are above each also hinged with passive clamp body (38).
- null2. bag-feeding type package machine machine presss from both sides micro-adjusting mechanism according to claim 1，It is characterized in that: the lower end of described driven shaft (7) is provided with screw thread (701)，Described screw thread (701) is combined with limited block (8)，Described limited block (8) end is provided with bearing core shaft (9)，Bearing core shaft (9) is provided with bearing (10)，The periphery of described bearing (10) and guide holder (11) interior straight trough are slidably matched，Described guide holder (11) is installed on installation base plate (1) bottom surface，Described guide holder (11) side is provided with up stroke limit switch (12) and down stroke limit switch (13)，When amplitude modulation circle (21) rises to extreme position under driving device drives, limited block (8) also arrives the trigger position of up stroke limit switch (12) simultaneously and triggers，When amplitude modulation circle (21) drops to lower limit position under driving device drives, limited block (8) also arrives down stroke limit switch (13) trigger position simultaneously and triggers，Protection equipment runs safety.
- 3. bag-feeding type package machine machine presss from both sides micro-adjusting mechanism according to claim 1, it is characterized in that: described linkage includes torque arm (24), described torque arm (24) bottom is provided with gearing bearing core shaft (22), it is slidably matched interlocking the annular groove (213) being also equipped with interlocking bearing (23), described gearing bearing (23) and amplitude modulation circle (21) top on bearing core shaft (22).
- 4. bag-feeding type package machine machine presss from both sides micro-adjusting mechanism according to claim 1, it is characterized in that: between described amplitude modulation circle (21) and described lifting set (27), be provided with thrust ball bearing (25), making amplitude modulation circle (21) that lifting set (27) to be had while axially support, both can also each rotate flexibly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620120716.XU CN205366224U (en) | 2016-02-15 | 2016-02-15 | Press from both sides fine -tuning for pocket type packagine machine machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620120716.XU CN205366224U (en) | 2016-02-15 | 2016-02-15 | Press from both sides fine -tuning for pocket type packagine machine machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205366224U true CN205366224U (en) | 2016-07-06 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620120716.XU Withdrawn - After Issue CN205366224U (en) | 2016-02-15 | 2016-02-15 | Press from both sides fine -tuning for pocket type packagine machine machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205366224U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105539941A (en) * | 2016-02-15 | 2016-05-04 | 瑞安市润立机械有限公司 | Machine fine adjustment mechanism of bag feeding type packaging machine |
-
2016
- 2016-02-15 CN CN201620120716.XU patent/CN205366224U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105539941A (en) * | 2016-02-15 | 2016-05-04 | 瑞安市润立机械有限公司 | Machine fine adjustment mechanism of bag feeding type packaging machine |
| CN105539941B (en) * | 2016-02-15 | 2017-11-07 | 瑞安市润立机械有限公司 | Bag-feeding type package machine machine presss from both sides micro-adjusting mechanism |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160706 Effective date of abandoning: 20171107 |