CN205386915U - Automatic production line is pressed from both sides in plastics grafting - Google Patents

Automatic production line is pressed from both sides in plastics grafting Download PDF

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Publication number
CN205386915U
CN205386915U CN201620219276.3U CN201620219276U CN205386915U CN 205386915 U CN205386915 U CN 205386915U CN 201620219276 U CN201620219276 U CN 201620219276U CN 205386915 U CN205386915 U CN 205386915U
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CN
China
Prior art keywords
tape
sleeve
grafting clip
feed
cutting
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Withdrawn - After Issue
Application number
CN201620219276.3U
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Chinese (zh)
Inventor
康英德
沈吉昌
卢宜续
林平阳
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XIAMEN BAILI SEEDLINGS Co Ltd
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XIAMEN BAILI SEEDLINGS Co Ltd
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Priority to CN201620219276.3U priority Critical patent/CN205386915U/en
Application granted granted Critical
Publication of CN205386915U publication Critical patent/CN205386915U/en
Withdrawn - After Issue legal-status Critical Current
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  • Extrusion Moulding Of Plastics Or The Like (AREA)
  • Processing And Handling Of Plastics And Other Materials For Molding In General (AREA)

Abstract

The utility model provides an automatic production line is pressed from both sides in plastics grafting, including the extruser that sets gradually, the cooling body, the chart drive mechanism, tension control mechanism, tape -feed and cut the mechanism, forming die is pressed from both sides in an end -to -end connection grafting of extruser, the cooling body includes a cooling bath, at least, it advances to take the rotating tape guide to be equipped with one in this cooling bath, one soaks rotating tape guide and one takes the rotating tape guide, the chart drive mechanism, tension control mechanism, tape -feed and cut the mechanism and locate on the support frame, tension control mechanism locates the below between chart drive mechanism and the tape -feed, this tension control mechanism includes that an activity hinge joint is in commentaries on classics movable support on the support frame side, the front end that should change movable support are equipped with straightly to the guide arm, change still to be equipped with the extension spring who is fixed in the support frame bottom on the movable support. The utility model discloses automatic production line, simple structure has realized the shaping area and has opened equilibrium of forces at each mechanism's tape transport, has improved production efficiency and quality that the plastics grafting was pressed from both sides.

Description

A kind of plastics Grafting clip automatic assembly line
Technical field
This utility model relates to agricultural graft technology field, more specifically refers to a kind of plastics Grafting clip automatic assembly line.
Background technology
Grafting has been comparatively ripe technology.Fixing parts used by grafting have numerous species, and some uses plastic sheeting to be wound around, and some directly adopts rope binding fixing, but currently used more be plastics Grafting clips, because of its simple in construction, easy to use, cost is low, and the survival rate of grafting is higher.Plastics Grafting clip generally includes a left clamp holder, a right clamp holder and offers the clamping part of jaws, and left clamp holder and right clamp holder are symmetricly set on clamping part both sides, by mediating and unclamping left clamp holder and right clamp holder makes jaws open and Guan Bi.
At present, heating extrusion molding in extruser usually put into by plastics rice by the production of plastics Grafting clip, after cooling, transfers to and cuts into Grafting clip in cutting machine.For ease of cutting machine cutting operation, it will usually a chart-drive mechanism between chiller and cutting machine.But, owing to the cutting of cutting machine is intermittent operation, this easily makes the speed of Grafting clip tape transport be difficult to match with the speed of cutting, overstocking or tensioned state occurs in the formed strip causing Grafting clip, overstock and easily make Grafting clip formed strip tangled up and knotted, tighten, Grafting clip can be made to deform, affect the quality of Grafting clip.If it addition, impure higher in plastics rice raw material, it is easy to make the discharging opening of extruser block; have to make extruser shut down; dismounting extruser is cleared up, and also needs, again to its heating, to leverage the work efficiency of extruser after having cleared up.
Utility model content
This utility model provides a kind of plastics Grafting clip automatic assembly line, and its main purpose is in that overcoming the production of existing plastics Grafting clip to there is tape transport degree of tightness differs, it is easy to traction, winding occur, affects plastics Grafting clip and becomes to produce the shortcomings such as efficiency and quality.
This utility model adopts the following technical scheme that
nullA kind of plastics Grafting clip automatic assembly line,Including the extruser set gradually、Cooling body、Chart-drive mechanism、Tension control mechanism、Tape-feed and cutting mechanism,The end of described extruser connects a Grafting clip mould,Described cooling body includes a cooling bath,At least provided with a forward (FWD) rotating tape guide in this cooling bath、One soaks rotating tape guide and goes out band rotating tape guide,Described chart-drive mechanism、Tension control mechanism、Tape-feed and cutting mechanism are located on a bracing frame,Wherein,Tension control mechanism is located at the lower section between chart-drive mechanism and tape-feed,This tension control mechanism includes a swinging mounting being movably articulated on support frame as described above side,The front end of this swinging mounting is provided with a radial direction guide rod,Described swinging mounting is additionally provided with the extension spring being fixed on bottom bracing frame,A pinch roller it is additionally provided with between described tape-feed and cutting mechanism.
Specifically, described chart-drive mechanism includes being meshed for about a pair the upper traction wheel with flat tooth burr and lower traction wheel and drive the servomotor of lower traction wheel uniform rotation;Described tape-feed includes being meshed for about a pair the upper follower with flat tooth burr and lower drivewheel and drive the motor of lower drivewheel intermittent rotary.
Further, described chart-drive mechanism and tape-feed are equipped with a pressure regulating mechanism, described pressure regulating mechanism includes a supporting seat, a set screw and a compression spring, described supporting seat is located at above lower traction wheel, described set screw is from top to bottom through supporting seat, the lower end of set screw connects one for installing the fixing seat of described upper traction wheel, and described compression spring housing is located in the set screw between described fixing seat and supporting seat.
nullFurther,Described extruser includes frame and the machine barrel being located in frame and driving device,Screw rod and heater it is provided with in described machine barrel,It is provided with a discharging mechanism between described machine barrel end and described Grafting clip mould,Described discharging mechanism includes the first discharge nozzle、First sleeve and the second sleeve,First set jacket casing is located on described first discharge nozzle,The second discharge nozzle of a described Grafting clip mould of connection it is set in second sleeve,Described first sleeve and the second sleeve are connected by two screw rod intervals,It is folded with a spacer shell between this first sleeve and second sleeve,The center of described spacer shell is located at wherein on a screw rod,This spacer shell is additionally provided with one and first sleeve、The through hole that second sleeve communicates,A filter screen it is provided with in this through hole,Spacer shell rotates the outer surface making filter screen be exposed to the first sleeve centered by screw rod.
Further, described spacer shell being additionally provided with a positioning rod, this location bar pressure holding is on another screw rod relative with spacer shell center.
Further, the front side wall of described spacer shell through hole is provided with first friction plate being closely attached on the first sleeve lateral wall, and the end of described first discharge nozzle is arranged in the first friction plate but does not protrude from the first friction plate sidewall;The rear wall of spacer shell through hole is provided with second friction plate being closely attached on the second sleeve lateral wall, and the front end of described second discharge nozzle is arranged in the second friction plate but does not protrude from the second friction plate sidewall.
Further, the outlet of described Grafting clip mould is vertically down and be correspondingly arranged with the forward (FWD) rotating tape guide in described cooling bath.
Further, described cutting mechanism includes the actuating unit cutting a bracer, cutting knife, guide rail and driving cutting knife to slide up and down along guide rail, described cutting props up bracer and a setting of aliging bottom described pinch roller, the both sides cutting a bracer are located at by described guide rail, described cutting knife slides and is located in guide rail, when this cutting knife cuts downwards, cutting knife and the distance cut between a bracer are 0.08-0.12mm.
Further, described actuating unit includes rotary electric machine, change speed gear box, rotating shaft, eccentric, linkage and gangbar, rotary electric machine outfan connects change speed gear box, change speed gear box connects described rotating shaft, described eccentric is set in described rotating shaft, described linkage one end connecting eccentric wheel, the other end connects the lower end of described gangbar, and the upper end of described gangbar connects described cutting knife.
Further, this automatic assembly line also includes a control chamber, and this control chamber controls to be connected with described chart-drive mechanism, tape-feed and cutting mechanism respectively.
By the above-mentioned description to this utility model structure it can be seen that compared to the prior art, this utility model has the advantage that
1, automatic assembly line of the present utility model, chart-drive mechanism is set after cooling body, and before cutting mechanism, it is provided with tape-feed, plastics Grafting clip extrusion molding is made to be separated from each other with cutting, make it be independent of each other, and being additionally arranged equalization of strain mechanism between chart-drive mechanism and tape-feed so that extruser extrusion molding and cutting of plastics Grafting clip have certain cushion space, the speed that can pass through during production to adjust therebetween is so that the speed of extrusion molding reaches balance with cutting.
2, automatic assembly line of the present utility model; it is folded with a spacer shell between first sleeve and the second sleeve of extruser discharging mechanism; spacer shell is provided with a through hole communicated with the first sleeve, the second sleeve; a filter screen it is provided with in this through hole; and spacer shell can rotate when blocking occurs in extruser centered by screw rod, under non-stop-machine state, can directly rotate spacer shell and make filter screen be exposed to the outer surface of the first sleeve; facilitate the replacing of filter screen, be greatly improved the replacing efficiency of filter screen.
3, automatic assembly line of the present utility model, chart-drive mechanism and tape-feed are equipped with a pressure regulating mechanism, to adapt to the demand of different Grafting clip formed strip size, improve this use scope automatically generating line.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model.
Fig. 2 is the enlarged diagram of this utility model chart-drive mechanism.
Fig. 3 is this utility model discharging mechanism and the structural representation of Grafting clip mould.
Fig. 4 is the schematic diagram in A direction in Fig. 3.
Fig. 5 is the schematic diagram that in Fig. 4, filter screen is exposed to first set tube outer surface.
Detailed description of the invention
Detailed description of the invention of the present utility model is described with reference to the accompanying drawings.In order to understand this utility model comprehensively, many details are described below, but to those skilled in the art, it is not necessary to these details also can realize this utility model.
A kind of plastics Grafting clip automatic assembly line, with reference to Fig. 1, including the extruser 10 set gradually, cooling body 20, chart-drive mechanism 30, tension control mechanism 40, tape-feed 50 and cutting mechanism 60.The end of described extruser 10 connects a Grafting clip mould 11, described cooling body 20 includes a cooling bath 21, soaking rotating tape guide 23 and at least provided with a forward (FWD) rotating tape guide 22, in this cooling bath 21 and goes out band rotating tape guide 24, the outlet of described Grafting clip mould 11 is vertically down and be correspondingly arranged with the forward (FWD) rotating tape guide 22 in described cooling bath 20;Described chart-drive mechanism 30, tension control mechanism 40, tape-feed 50 and cutting mechanism 60 are located on a bracing frame 1, wherein, tension control mechanism 40 is located at the lower section between chart-drive mechanism 30 and tape-feed 50, this tension control mechanism 40 includes a swinging mounting 41 being movably articulated on support frame as described above 1 side, the front end of this swinging mounting 41 is provided with a radial direction guide rod 42, and described swinging mounting 41 is additionally provided with the extension spring 43 being fixed on bottom bracing frame 1.
Seeing figures.1.and.2, described chart-drive mechanism 30 includes being meshed for about a pair the upper traction wheel 31 with flat tooth burr and lower traction wheel 32 and drive the servomotor 33 of lower traction wheel uniform rotation;Described tape-feed 50 includes being meshed for about a pair the upper follower 51 with flat tooth burr and lower drivewheel 52 and drive the motor (not shown in FIG.) of lower drivewheel intermittent rotary.Described chart-drive mechanism 30 and tape-feed 50 are equipped with a pressure regulating mechanism 34, described pressure regulating mechanism 34 includes supporting seat 341, set screw 342 and a compression spring 343, described supporting seat 341 is located at above lower traction wheel 32, described set screw 342 is from top to bottom through supporting seat 341, the lower end of set screw 342 connects one for installing the fixing seat 344 of described upper traction wheel 31, and described compression spring 343 is sheathed in the set screw 342 between described fixing seat 344 and supporting seat 341.
nullWith reference to Fig. 3 to Fig. 5,Described extruser 10 includes frame 12 and the machine barrel 13 being located in frame 12 and driving device 14,Screw rod and heater (not shown in FIG.) it is provided with in described machine barrel 13,A discharging mechanism 15 it is provided with between described machine barrel 13 end and described Grafting clip mould 11,Described discharging mechanism 15 includes the first discharge nozzle 151、First sleeve 152 and the second sleeve 153,First set jacket casing 151 is located on described first discharge nozzle 151,The second discharge nozzle 154 of a described Grafting clip mould 11 of connection it is set in second sleeve 152,Described first sleeve 152 and the second sleeve 153 are connected by the first screw rod 155 and the second screw rod 156 interval,It is folded with a spacer shell 157 between this first sleeve 152 and second sleeve 153,The center of described spacer shell 157 is located on the first screw rod 155,This spacer shell 157 is additionally provided with one and first sleeve 152、The through hole 158 that second sleeve 153 communicates,This through hole 158 leading section is provided with a step trough,A filter screen 16 it is provided with in step trough,Spacer shell 157 is additionally provided with a positioning rod 159,This location bar 159 pressure holding is on the second screw rod 156.During replacing, spacer shell 157 is made to rotate the outer surface making filter screen 159 be exposed to the first sleeve 152 centered by the first screw rod 155, make spacer shell 157 reversely rotate after completing again, make location bar 159 pressure holding can quickly realize spacer shell 157 on the second screw rod 156 and quickly locate.
With reference to Fig. 1, described cutting mechanism 60 includes the actuating unit cutting a bracer 61, cutting knife 62, guide rail 63 and driving cutting knife 62 to slide up and down along guide rail, described tape-feed 50 and be provided with a pinch roller 2 between cutting bracer 61, described cutting props up bracer 61 and a setting of aliging bottom described pinch roller 2, the both sides cutting a bracer 61 are located at by described guide rail 63, described cutting knife 62 slides and is located in guide rail 63, when this cutting knife 62 cuts downwards, cutting knife 62 and the distance cut between a bracer 61 are 0.08-0.12mm.Described actuating unit includes rotary electric machine 641, change speed gear box 642, rotating shaft 643, eccentric 644, linkage 645 and gangbar 646, rotary electric machine 641 outfan connects change speed gear box 642, change speed gear box 642 connects described rotating shaft 643, described eccentric 644 is set in described rotating shaft 643, described linkage 645 one end connecting eccentric wheel 644, the other end connects the lower end of described gangbar 646, and the upper end of described gangbar 646 connects described cutting knife 62.
With continued reference to Fig. 1, this automatic assembly line also includes a control chamber 70, and this control chamber 70 controls to be connected with described chart-drive mechanism 30, tape-feed 50 and cutting mechanism 60 respectively, to control the speed of chart-drive mechanism 30, tape-feed 50 and cutting mechanism 60 respectively.
Above are only detailed description of the invention of the present utility model, but design concept of the present utility model is not limited thereto, all changes utilizing this design that this utility model carries out unsubstantiality, the behavior invading this utility model protection domain all should be belonged to.

Claims (10)

  1. null1. a plastics Grafting clip automatic assembly line,It is characterized in that: include the extruser set gradually、Cooling body、Chart-drive mechanism、Tension control mechanism、Tape-feed and cutting mechanism,The end of described extruser connects a Grafting clip mould,Described cooling body includes a cooling bath,At least provided with a forward (FWD) rotating tape guide in this cooling bath、One soaks rotating tape guide and goes out band rotating tape guide,Described chart-drive mechanism、Tension control mechanism、Tape-feed and cutting mechanism are located on a bracing frame,Wherein,Tension control mechanism is located at the lower section between chart-drive mechanism and tape-feed,This tension control mechanism includes a swinging mounting being movably articulated on support frame as described above side,The front end of this swinging mounting is provided with a radial direction guide rod,Described swinging mounting is additionally provided with the extension spring being fixed on bottom bracing frame,A pinch roller it is additionally provided with between described tape-feed and cutting mechanism.
  2. 2. plastics Grafting clip automatic assembly line as claimed in claim 1 a kind of, it is characterised in that: described chart-drive mechanism includes being meshed for about a pair the upper traction wheel with flat tooth burr and lower traction wheel and drive the servomotor of lower traction wheel uniform rotation;Described tape-feed includes being meshed for about a pair the upper follower with flat tooth burr and lower drivewheel and drive the motor of lower drivewheel intermittent rotary.
  3. 3. a kind of plastics Grafting clip automatic assembly line as claimed in claim 2, it is characterized in that: described chart-drive mechanism and tape-feed are equipped with a pressure regulating mechanism, described pressure regulating mechanism includes a supporting seat, a set screw and a compression spring, described supporting seat is located at above lower traction wheel, described set screw is from top to bottom through supporting seat, the lower end of set screw connects one for installing the fixing seat of described upper traction wheel, and described compression spring housing is located in the set screw between described fixing seat and supporting seat.
  4. null4. a kind of plastics Grafting clip automatic assembly line as claimed in claim 1,It is characterized in that: described extruser includes frame and the machine barrel being located in frame and driving device,Screw rod and heater it is provided with in described machine barrel,It is provided with a discharging mechanism between described machine barrel end and described Grafting clip mould,Described discharging mechanism includes the first discharge nozzle、First sleeve and the second sleeve,First set jacket casing is located on described first discharge nozzle,The second discharge nozzle of a described Grafting clip mould of connection it is set in second sleeve,Described first sleeve and the second sleeve are connected by two screw rod intervals,It is folded with a spacer shell between this first sleeve and second sleeve,The center of described spacer shell is located at wherein on a screw rod,This spacer shell is additionally provided with one and first sleeve、The through hole that second sleeve communicates,A filter screen it is provided with in this through hole,Spacer shell rotates the outer surface making filter screen be exposed to the first sleeve centered by screw rod.
  5. 5. a kind of plastics Grafting clip automatic assembly line as claimed in claim 4, it is characterised in that: being additionally provided with a positioning rod on described spacer shell, this location bar pressure holding is on another screw rod relative with spacer shell center.
  6. 6. a kind of plastics Grafting clip automatic assembly line as claimed in claim 4, it is characterized in that: the front side wall of described spacer shell through hole is provided with first friction plate being closely attached on the first sleeve lateral wall, the end of described first discharge nozzle is arranged in the first friction plate but does not protrude from the first friction plate sidewall;The rear wall of spacer shell through hole is provided with second friction plate being closely attached on the second sleeve lateral wall, and the front end of described second discharge nozzle is arranged in the second friction plate but does not protrude from the second friction plate sidewall.
  7. 7. plastics Grafting clip automatic assembly line as claimed in claim 1 a kind of, it is characterised in that: the outlet of described Grafting clip mould is vertically down and be correspondingly arranged with the forward (FWD) rotating tape guide in described cooling bath.
  8. 8. a kind of plastics Grafting clip automatic assembly line as claimed in claim 1, it is characterized in that: described cutting mechanism includes the actuating unit cutting a bracer, cutting knife, guide rail and driving cutting knife to slide up and down along guide rail, described cutting props up bracer and a setting of aliging bottom described pinch roller, the both sides cutting a bracer are located at by described guide rail, described cutting knife slides and is located in guide rail, when this cutting knife cuts downwards, cutting knife and the distance cut between a bracer are 0.08-0.12mm.
  9. 9. a kind of plastics Grafting clip automatic assembly line as claimed in claim 8, it is characterized in that: described actuating unit includes rotary electric machine, change speed gear box, rotating shaft, eccentric, linkage and gangbar, rotary electric machine outfan connects change speed gear box, change speed gear box connects described rotating shaft, described eccentric is set in described rotating shaft, described linkage one end connecting eccentric wheel, the other end connects the lower end of described gangbar, and the upper end of described gangbar connects described cutting knife.
  10. 10. a kind of plastics Grafting clip automatic assembly line as claimed in claim 1, it is characterised in that: also including a control chamber, this control chamber controls to be connected with described chart-drive mechanism, tape-feed and cutting mechanism respectively.
CN201620219276.3U 2016-03-22 2016-03-22 Automatic production line is pressed from both sides in plastics grafting Withdrawn - After Issue CN205386915U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620219276.3U CN205386915U (en) 2016-03-22 2016-03-22 Automatic production line is pressed from both sides in plastics grafting

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620219276.3U CN205386915U (en) 2016-03-22 2016-03-22 Automatic production line is pressed from both sides in plastics grafting

Publications (1)

Publication Number Publication Date
CN205386915U true CN205386915U (en) 2016-07-20

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CN201620219276.3U Withdrawn - After Issue CN205386915U (en) 2016-03-22 2016-03-22 Automatic production line is pressed from both sides in plastics grafting

Country Status (1)

Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105584022A (en) * 2016-03-22 2016-05-18 厦门百利种苗有限公司 Automatic production line for plastic grafting clips

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105584022A (en) * 2016-03-22 2016-05-18 厦门百利种苗有限公司 Automatic production line for plastic grafting clips
CN105584022B (en) * 2016-03-22 2017-07-25 厦门百利种苗有限公司 A kind of plastics Grafting clip automatic assembly line

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AV01 Patent right actively abandoned
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Granted publication date: 20160720

Effective date of abandoning: 20170725