CN205311994U - Bagging machine stirring guide device is tied up to tubular product - Google Patents
Bagging machine stirring guide device is tied up to tubular product Download PDFInfo
- Publication number
- CN205311994U CN205311994U CN201520915041.3U CN201520915041U CN205311994U CN 205311994 U CN205311994 U CN 205311994U CN 201520915041 U CN201520915041 U CN 201520915041U CN 205311994 U CN205311994 U CN 205311994U
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- CN
- China
- Prior art keywords
- rake
- tubing
- material guide
- frame
- vertical portion
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Abstract
The utility model discloses a bagging machine stirring guide device is tied up to tubular product, be provided with material turning frame and guide mechanism in the frame, material turning frame is located guide mechanism top for introduce the outside tubular product of waiting to tie up set bag, and in ploughing under guide mechanism with tubular product, guide mechanism is used for adjusting guide tubular product and rolls and fall into the binding package station. The utility model has the advantages that the whole structure is simple it is single, has realized orderly the channeling into of outside tubular product and has tied up the station that saved the labor time cost, degree of automation is high.
Description
Technical field
This utility model relates to automatically tying up cuff apparatus field, particularly relates to tubing and ties up packing machine stirring material guide device.
Background technology
Nowadays, domestic tubing packing technique development is still comparatively slow, and a lot of packaging processes are all need manual intervention, and the packaging time is longer, adds more workload to workman. Along with industrial technology flatly improves constantly, tubing automated package in pipe production line also enjoys the concern of domestic tubing manufacturer, and tubing packaging needs tubing from externally input, import again and tie up station and tie up, and rationally arrange out between both and a kind of realize middle automatization's stirring and to carry out the device that orderly guide carries out enlacement packaging to knot installation be that urgent need is developed.
Utility model content
In order to solve prior art Problems existing, this utility model provides a kind of tubing and ties up packing machine stirring material guide device, and its overall structure is simple, it is achieved that outside tubing imports in order ties up station, saves manual time's cost, and automaticity is high.
The technical solution adopted in the utility model is as follows:
Packing machine stirring material guide device tied up by a kind of tubing, including frame, described frame is provided with tilting trestle and material guide mechanism, described tilting trestle is positioned at above material guide mechanism, for introducing the tubing of outside bagging to be tied up, and tubing is ploughed under in material guide mechanism, described material guide mechanism is used for regulating guiding tubing and tumbles into enlacement packaging station.
Further, described tilting trestle includes a plurality of conduit road being horizontally installed in frame, and one end, every conduit road is provided with the conduit mouth introducing outside tubing, and the other end is provided with slanting baffle.
In this utility model, tubing is carried forward in conduit road always, then goes to the conduit road end and encounters slanting baffle, drops in material guide mechanism under slanting baffle inclined-plane guides.
Some material guide mechanisms also occurred in the prior art, it includes in conduit operation and allows the tubing that outside conveying is come in tumble into the support rake tying up station pipe, and in order to ensure that the tubing bar number tied up customizes and adapt to the tubing of Different Rule as desired every time, need to be equipped with special adjustable plate, make the gap between it and support rake be only capable of holding a tubing to pass through, and can not many superpositions pass through, so it is easy to calculate the radical tying up tubing. But accomplish that the structure of this gap adjustment existing equipment is complex, it is necessary to the step of manual adjustment is a lot, but also be relatively difficult to ensure that the gap width that card regulates is consistent, it is necessary to repeatedly regulate, add manual time's cost so that tie up inefficient.
Therefore this utility model also provides the technological improvement having done original creation on material guide mechanism, described material guide mechanism is located at first below tilting trestle and is supported vertical portion, second support vertical portion and with affixed support rake between which, an obtuse angle is formed between described first support vertical portion and support rake, make that tubing can rake be oblique tumbles supporting, described support rake is arranged over the A/C frame tumbled for guiding tubing to tilt, described A/C frame is embedded with and supports the slip holding pad that rake keeping parallelism is arranged, described A/C frame has skewed slot, the angle formed between described skewed slot and support rake is the first support vertical portion and the half supporting the obtuse angle formed between rake, the slide-bar of described skewed slot and a traverse slip holding pad is flexibly connected and coordinates, slip holding pad one end is made to be embedded in A/C frame, slip holding pad is driven to move by regulating slide-bar in the position that skewed slot slides, thus controlling the gap bottom the slip holding pad other end and between rake.
Different tubing specifications is often also adapted to due to equipment automatization, and be also required to avoid many tubing superpositions to interfere and cause that tubing conveying is stuck, therefore it is sought after ensureing that tubing is all one one and carries successively being delivered in the catheter procedure before tying up station by tubing, this is accomplished by regulating in tubing course of conveying well the gap passed through and is only capable of holding a tubing and passes through, and existing catheter device is primarily present two gaps, place and needs to regulate, and innovative point of the present utility model is in that to have skewed slot on A/C frame, the angle formed between this skewed slot and support rake is the first support vertical portion and the half supporting the obtuse angle formed between rake, the benefit so arranged is that this structure can be passed through to regulate the position that slide-bar slides on skewed slot, just can drive slip holding pad move ensure slip holding pad and first support gap between vertical portion the amount of feeding and and to support the amount of feeding in gap between rake identical, also ensure that between this gap, two places and quickly victory can be adjusted to and be only capable of holding tubing one one and pass through successively, and prior art is often in order to ensure that identical needs of the two amount of feeding goes the horizontal and vertical distance of adjustment slip holding pad to verify that whether the above-mentioned two amount of feeding is identical more respectively, process is various, and precision is not high yet, do not accomplish so once to move, with this utility model, the technique effect ensuring that two amount of feeding is identical, also make manual adjustment again also without going to consider to measure after two amount of feeding regulate whether identical problem, it is greatly saved regulating time.
Further, described A/C frame include being fixed in the A/C vertical portion of the second support vertical portion, for guiding tubing to tilt the first conduit rake tumbled and the second conduit rake having skewed slot. In this utility model, the tubing that outside conveying is come in can fall down above A/C frame, then pass through the first conduit rake guiding to tumble, then the gap formed between the second conduit rake and support rake tilts to tumble hence into tying up station.
Further, described slide-bar passes skewed slot and the slip holding pad of A/C frame, and by slip holding pad being embedded in A/C frame with nut axis hole threaded engagement. This utility model is by unclamping nut so that can regulate slide-bar can slide at skewed slot, thus driving slip holding pad to move feeding.
Further, it is two that described skewed slot arranges number, including the first skewed slot and the second skewed slot, is separately positioned near the second conduit rake both ends of A/C frame. Described slide-bar includes the first slide-bar with two skewed slots corresponding matching respectively and the second slide-bar.
In this utility model, the number optimum that skewed slot is arranged is two, but is not unique set-up mode, it is also possible to arranges one or other number according to practical situation, arranges a skewed slot and can be arranged on the middle part of the second conduit rake. It is be more uniformly stressed in order to the holding pad that slides regulates that this utility model arranges two skewed slots, degree of regulation is higher, and every time regulate have only to regulate the first slide-bar the second slide-bar can be driven to move same position at the second skewed slot in the position of the first skewed slot, decrease the workload of workman, but also ensure that degree of regulation.
Further, the nut with the first slide-bar axis hole threaded engagement is wing nut. This utility model adopt wing nut neither unique limiting mode, also can also unclamp by other nut activity or lock slide-bar herein, only employing wing nut operate more convenient.
Further, described slip holding pad includes slip binder inclined end portion and the slip binder tilting bottom arranged with support rake keeping parallelism.Two gaps of this utility model major control, the gap that a binder inclined end portion and first of sliding exactly supports between vertical portion, another is exactly the gap slided between binder tilting bottom and support rake. Slip binder inclined end portion only can be held a pipe diameter size in the gap that slide-bar adjustment is moved between itself and the first support vertical portion and pass through, and described slip binder tilting bottom only can hold a pipe diameter size in the gap that slide-bar adjustment is moved between itself and support rake and pass through.
Further, described first supports vertical portion is provided with the first sloping baffle jumping out material guide mechanism for limiting tubing, described first sloping baffle includes the first rake being fixed on the first support vertical portion and arranging obliquely and the first kink connected as one with the first rake, and the angle of inclination of described first kink is more than the angle of inclination of the first rake.
Find by studying, if tubing rolls down to support rake by A/C frame, between slip binder inclined end portion with the first support vertical portion, remaining space is owing to tubing is many and rolling speed easily occurs that two tubing superpose screens soon, make stuck can not roll again in this space, therefore support described first further and vertical portion is provided with the second sloping baffle for preventing tubing superposition screens, described second sloping baffle includes the second rake being fixed on the first support vertical portion and obliquely and the second kink connected as one with the second rake, described second kink is arranged obliquely, tubing accommodating space is reduced by the inclined-plane of the second rake, and accelerate it and tumble to one counteracting force obliquely of tubing.
Compared with prior art, this utility model has the advantages that
1. overall structure is simple, it is achieved that outside tubing imports in order ties up station;
2. have only to regulate chute just to support vertical portion and support gap between rake by convenient adjustment slip holding pad and first in the position of skewed slot, save the manual adjustment time;
3. prevent tubing from superposition screens situation occurring in tumbling process.
Accompanying drawing explanation
Fig. 1: this utility model perspective view.
Fig. 2: main TV structure schematic diagram of the present utility model;
Fig. 3: the partial structurtes operation principle schematic diagram of this utility model material guide mechanism;
Fig. 4: the partial structurtes schematic diagram one of this utility model A/C frame;
Fig. 5: the partial structurtes schematic diagram two of this utility model A/C frame;
Fig. 6: the additional tubing structural representation of this utility model.
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is described in further detail.
Embodiment:
As shown in Figures 1 to 5, packing machine stirring material guide device tied up by a kind of tubing, including frame, described frame is provided with tilting trestle 11 and material guide mechanism 12, described tilting trestle 11 is positioned at above material guide mechanism 12, for introducing the tubing of outside bagging to be tied up, and being ploughed under by tubing in material guide mechanism 12, described material guide mechanism 12 is used for regulating guiding tubing and tumbles into enlacement packaging station 9.
Described tilting trestle 11 includes four conduit roads 16 being horizontally installed in frame, and one end, every conduit road 16 is provided with the conduit mouth introducing outside tubing, and the other end is provided with slanting baffle 17.
Described material guide mechanism is located at first below tilting trestle and is supported vertical portion 1, second support vertical portion 3 and with affixed support rake 2 between which, an obtuse angle is formed between described first support vertical portion 1 and support rake 2, make tubing can go supporting the oblique enlacement packaging station 9 that rolls down to of rake 2, described support rake 2 is arranged over the A/C frame 4 tumbled for guiding tubing to tilt, described A/C frame 4 is embedded with and supports the slip holding pad 5 that rake 2 keeping parallelism is arranged, described A/C frame 4 has two skewed slots, respectively the first skewed slot 6 and the second skewed slot 10, said two skewed slot respectively and supports the half that the angle formed between rake 2 is the obtuse angle formed between the first support vertical portion 1 and support rake 2.
Described A/C frame 4 includes being fixed in the A/C vertical portion 41 of the second support vertical portion 3, for guiding tubing to tilt the first conduit rake 42 tumbled and the second conduit rake 43 having the first skewed slot 6 and the second skewed slot 10.
Described first skewed slot 6 and the second skewed slot 10 are separately positioned near the second conduit rake 43 both ends of A/C frame, described slide-bar includes the first slide-bar 8 with two skewed slots corresponding matching respectively and the second slide-bar (not marking in figure), described first slide-bar and the second slide-bar are each passed through the first skewed slot 6 and the second skewed slot 10 of A/C frame 4, and by slip holding pad 5 one end being embedded in A/C frame with nut axis hole threaded engagement, and it is wing nut 7 with the nut of the first slide-bar 8 axis hole threaded engagement.
Described slip holding pad 5 includes slip binder inclined end portion 51 and the slip binder tilting bottom 52 arranged with support rake 2 keeping parallelism, slip binder inclined end portion 51 only can be held a pipe diameter size in the gap that the first slide-bar 8 and the adjustment of the second slide-bar are moved between itself and the first support vertical portion 1 and pass through, and described slip binder tilting bottom 52 only can hold a pipe diameter size in the gap that the first slide-bar 8 and the adjustment of the second slide-bar are moved between itself and support rake 2 and pass through.
As shown in Figure 3, for this utility model material guide mechanism operation principle schematic diagram, after unclamping wing nut, by regulating first slide-bar shift position at the first skewed slot, the second slide-bar can be driven to move at the second skewed slot, drive slip holding pad to move thus overall, and the amount of feeding of gap a and b namely variable quantity are identical. Wherein, the included angle B formed between skewed slot and support rake is the first support vertical portion and the half supporting the obtuse angle A formed between rake.
As shown in Figure 6, structural representation for additional tubing, as we can see from the figure two gaps, place can be adjusted to be only capable of hold a pipe diameter size pass through, the tubing to tie up is made to roll through successively one by one, it is easy to control tubing quantity, stuck in gap superposition without causing tubing.
Described first supports vertical portion is provided with the first sloping baffle 14 jumping out material guide mechanism for limiting tubing, described first sloping baffle 14 includes the first rake 141 being fixed on the first support vertical portion and arranging obliquely and the first kink 142 connected as one with the first rake 141, the angle of inclination of described first kink 142 is more than the angle of inclination of the first rake 141, distance between first rake and the first kink transition position and slip binder inclined end portion is merely able to a tubing and passes through, and also indirectly avoids many tubing and rolls interference.
Described first supports vertical portion is provided with the second sloping baffle 15 for preventing tubing superposition screens, described second sloping baffle 15 includes the second rake 151 being fixed on the first support vertical portion and obliquely and the second kink 152 connected as one with the second rake 151, described second kink 152 is arranged obliquely, reduce tubing accommodating space by the inclined-plane of the second rake 151, and accelerate it to one counteracting force obliquely of tubing to tumble.
Material guide structure of the present utility model is also provided with the baffle plate (mark not shown in FIG.) for controlling tubing radical on support rake 2, air cylinder driven rises and stop that tubing continues to tumble.
Utility model works principle: outside tubing is entered by the conduit mouth of tilting trestle, carry forward in conduit road always, then go to the conduit road end and encounter slanting baffle, the A/C frame of material guide mechanism is dropped under slanting baffle inclined-plane guides, then tubing rolls down to support the path clearance between rake and lubricating substance holding pad more one by one, finally tumble into enlacement packaging station, can pushed go to carry out tying up and bagging bunchy at enlacement packaging station tubing.
Claims (10)
1. packing machine stirring material guide device tied up by a tubing, including frame, it is characterized in that, described frame is provided with tilting trestle and material guide mechanism, described tilting trestle is positioned at above material guide mechanism, for introducing the tubing of outside bagging to be tied up, and being ploughed under by tubing in material guide mechanism, described material guide mechanism is used for regulating guiding tubing and tumbles into enlacement packaging station.
2. packing machine stirring material guide device tied up by tubing according to claim 1, it is characterized in that, described tilting trestle includes a plurality of conduit road being horizontally installed in frame, and one end, every conduit road is provided with the conduit mouth introducing outside tubing, and the other end is provided with slanting baffle.
3. packing machine stirring material guide device tied up by tubing according to claim 1, it is characterized in that, described material guide mechanism is located at first below tilting trestle and is supported vertical portion, second support vertical portion and with affixed support rake between which, an obtuse angle is formed between described first support vertical portion and support rake, make that tubing can rake be oblique tumbles supporting, described support rake is arranged over the A/C frame tumbled for guiding tubing to tilt, described A/C frame is embedded with and supports the slip holding pad that rake keeping parallelism is arranged, described A/C frame has skewed slot, the angle formed between described skewed slot and support rake is the first support vertical portion and the half supporting the obtuse angle formed between rake, the slide-bar of described skewed slot and a traverse slip holding pad is flexibly connected and coordinates, slip holding pad one end is made to be embedded in A/C frame.
4. packing machine stirring material guide device tied up by tubing according to claim 3, it is characterized in that, described A/C frame includes being fixed in the A/C vertical portion of the second support vertical portion, for guiding tubing to tilt the first conduit rake tumbled and the second conduit rake having skewed slot; The skewed slot of described slide-bar traverse A/C frame and slip holding pad, and by slip holding pad being embedded in A/C frame with nut axis hole threaded engagement.
5. packing machine stirring material guide device tied up by tubing according to claim 4, it is characterized in that, it is two that described skewed slot arranges number, including the first skewed slot and the second skewed slot, being separately positioned near the second conduit rake both ends of A/C frame, described slide-bar includes the first slide-bar with two skewed slots corresponding matching respectively and the second slide-bar.
6. packing machine stirring material guide device tied up by tubing according to claim 5, it is characterised in that be wing nut with the nut of the first slide-bar axis hole threaded engagement.
7. packing machine stirring material guide device tied up by tubing according to claim 3, it is characterised in that described slip holding pad includes slip binder inclined end portion and the slip binder tilting bottom arranged with support rake keeping parallelism.
8. packing machine stirring material guide device tied up by tubing according to claim 7, it is characterized in that, slip binder inclined end portion only can be held a pipe diameter size in the gap that slide-bar adjustment is moved between itself and the first support vertical portion and pass through, and described slip binder tilting bottom only can hold a pipe diameter size in the gap that slide-bar adjustment is moved between itself and support rake and pass through.
9. packing machine stirring material guide device tied up by tubing according to claim 3, it is characterized in that, described first supports vertical portion is provided with the first sloping baffle jumping out material guide mechanism for limiting tubing, described first sloping baffle includes the first rake being fixed on the first support vertical portion and arranging obliquely and the first kink connected as one with the first rake, and the angle of inclination of described first kink is more than the angle of inclination of the first rake.
10. packing machine stirring material guide device tied up by the tubing according to claim 3 or 9, it is characterized in that, described first supports vertical portion is provided with the second sloping baffle for preventing tubing superposition screens, described second sloping baffle includes the second rake being fixed on the first support vertical portion and obliquely and the second kink connected as one with the second rake, and described second kink is arranged obliquely.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520915041.3U CN205311994U (en) | 2015-11-17 | 2015-11-17 | Bagging machine stirring guide device is tied up to tubular product |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520915041.3U CN205311994U (en) | 2015-11-17 | 2015-11-17 | Bagging machine stirring guide device is tied up to tubular product |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205311994U true CN205311994U (en) | 2016-06-15 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520915041.3U Expired - Fee Related CN205311994U (en) | 2015-11-17 | 2015-11-17 | Bagging machine stirring guide device is tied up to tubular product |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205311994U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105366108A (en) * | 2015-11-17 | 2016-03-02 | 广东联塑机器制造有限公司 | Overturning and guiding device of pipe bundling and bagging machine |
-
2015
- 2015-11-17 CN CN201520915041.3U patent/CN205311994U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105366108A (en) * | 2015-11-17 | 2016-03-02 | 广东联塑机器制造有限公司 | Overturning and guiding device of pipe bundling and bagging machine |
| CN105366108B (en) * | 2015-11-17 | 2024-02-09 | 广东联塑机器制造有限公司 | Turning and guiding device of pipe bundling and bagging machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160615 Termination date: 20211117 |