CN208622680U - Convergent belt feedway - Google Patents
Convergent belt feedway Download PDFInfo
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- CN208622680U CN208622680U CN201820978359.XU CN201820978359U CN208622680U CN 208622680 U CN208622680 U CN 208622680U CN 201820978359 U CN201820978359 U CN 201820978359U CN 208622680 U CN208622680 U CN 208622680U
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- convergent belt
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- cut
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P70/00—Climate change mitigation technologies in the production process for final industrial or consumer products
- Y02P70/50—Manufacturing or production processes characterised by the final manufactured product
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Abstract
The application provides a kind of convergent belt feedway, including mounting plate, band volume installing mechanism and arrestment mechanism；The band volume installing mechanism includes with rollback shaft and with volume mounting portion；The band rollback shaft is rotatably arranged on the mounting plate；The band volume mounting portion is fixed in the band rollback shaft；The arrestment mechanism includes friction portion, friction catch portion and driving portion；The friction portion is fixedly connected with the band rollback shaft；The driving portion drives the friction catch portion to be pressed against the friction portion.Using convergent belt feedway provided by the present application, after exporting enough convergent belts with volume mounting portion, and when the extraneous power without pulling convergent belt, driving portion in arrestment mechanism drives friction catch portion to be pressed against friction portion and generate frictional force, the braking moment that frictional force generates can be such that band rollback shaft rapidly stalls, the problems such as avoiding convergent belt excess unwrapping and remaining in follow up device, cause follow up device clamping stagnation.
Description
Technical field
This application involves solar battery groups to fill equipment technical field, and in particular to a kind of convergent belt feedway.
Background technique
It is series-parallel by convergent belt again with the battery strings that multiple photovoltaic chips are formed of connecting by draining when assembling solar battery
Connection.In automated production, convergent belt is directed to right above the substrate of solar battery by convergent belt feedway.Specifically,
Convergent belt feedway includes band volume mounting portion, guiding driving mechanism and cut-off knife mechanism；Driving mechanism is guided to clamp from band volume peace
The convergent belt of dress portion unwrapping, and drive convergent belt mobile to cut-off knife mechanism.
For guarantee convergent belt length is accurate, section is smooth, when cut-off knife cuts convergent belt, guiding driving mechanism is in stalling
State stops the convergent belt from supply disk unwrapping mobile to cut-off knife side.But it because with volume chuck for installing and loads thereon
Convergent belt quality it is larger, with volume mounting portion rotator inertia it is larger, so guide driving mechanism stalling in the case where, confluence
Band is still from band volume chuck for installing unwrapping and mobile to guidance drive mechanism side, causes convergent belt in band volume mounting portion and guiding
Between driving mechanism the problems such as clot, the bending fracture of generation convergent belt.
Utility model content
The application provides a kind of convergent belt feedway, to solve at least partly technical problem referred in background technique.
The application provides a kind of convergent belt feedway, including mounting plate, band volume installing mechanism and arrestment mechanism；
The band volume installing mechanism includes with rollback shaft and with volume mounting portion；The band rollback shaft can be rotatably set
On the mounting plate；The band volume mounting portion is fixed in the band rollback shaft；
The arrestment mechanism includes friction portion, friction catch portion and driving portion；
The friction portion is fixedly connected with the band rollback shaft；The driving portion drives the friction catch portion to be pressed against institute
State friction portion.
Optionally, the driving portion is pulling rope；The both ends of the pulling rope are separately fixed on the mounting plate；
The friction catch portion is fixed on the pulling rope, under the traction action of the pulling rope described in pressing always
Friction portion.
Optionally, the pulling rope is the elastic string in tensile deformation state.
Optionally, annular guide groove is arranged in the peripheral side in the friction portion；
What the pulling rope and the friction wheel cooperated is partially embedded into the annular guide groove.
Optionally, including guiding driving mechanism；
The output end of the band volume mounting portion is arranged in the guiding driving mechanism；
The guiding driving mechanism includes active guide wheel, driven guide wheel and power part；
The active guide wheel is mounted on the output end of the power part, is oppositely disposed with the driven guide wheel；Institute
It states and is provided with gap between active guide wheel and driven pulley.
Optionally, the guiding driving mechanism includes position regulating member；
The driven guide wheel is fixedly connected with the position regulating member, opposite under the driving of the position regulating member
The active guide wheel is mobile and changes the size in the gap.
Optionally, the guiding driving mechanism includes guiding guide wheel；
The guiding guide wheel setting is rolled up between mounting portion and the gap in the band.
Optionally, the convergent belt feedway further includes cut-off knife mechanism and feeding pressure mechanism；
The output end of the guiding driving mechanism is arranged in the cut-off knife mechanism；
Side of the cut-off knife mechanism far from the guiding driving mechanism is arranged in the feeding pressure mechanism.
Optionally, the cut-off knife mechanism includes determining cut-off knife portion, dynamic cut-off knife portion and reciprocal driving portion；
The dynamic cut-off knife portion is arranged on the reciprocating part of the reciprocal driving portion, in the driving of the reciprocating part
Under relatively it is described determine cut-off knife portion reciprocating motion.
Optionally, the feeding pressure mechanism includes binder pedestal, binder block and compression elastic piece；
Through hole is provided on the binder pedestal；
The binder block includes reciprocating lever, pressing portion and spacer pin；
The reciprocating lever runs through the through hole；The spacer pin setting stretches out the through hole one in the reciprocating lever
End；The other end that the reciprocating lever stretches out the through hole is arranged in the pressing portion；
The compression elastic piece is arranged between the pressing portion and the binder pedestal, and/or, it is arranged in the limit
Between pin and the binder pedestal.
Optionally, the feeding pressure mechanism includes binder roller；The binder roller is arranged in the pressing portion.
Optionally, the convergent belt feedway includes that leading between the cut-off knife mechanism and the feeding pressure mechanism is arranged in
To block；
Arc guide groove or arcuate guide hole are provided on the guide pad.
Using convergent belt feedway provided by the present application, after exporting enough convergent belts with volume mounting portion, and it is outer
When boundary does not pull the power of convergent belt, the driving portion in arrestment mechanism drives friction catch portion to be pressed against friction portion and generate friction
Power, the braking moment that frictional force generates can be such that band rollback shaft rapidly stalls, avoid convergent belt excess unwrapping and retain
In follow up device, the problems such as causing follow up device clamping stagnation.
Detailed description of the invention
Fig. 1 is the front view for the convergent belt feedway that embodiment provides；
Fig. 2 is the rearview for the convergent belt feedway that embodiment provides；
Fig. 3 is the shaft side figure for the convergent belt feedway that embodiment provides；
Fig. 4 is the feeding pressure mechanism schematic diagram in the convergent belt feedway that embodiment provides；
Wherein: 11- mounting plate, 111- positioning pin, 12- band rollback shaft, 13- band volume mounting portion, 14- guide driving machine
Structure, 141- active guide wheel, 142- power part, the driven guide wheel of 143-, 144- position regulating member, 145-- are oriented to guide wheel, 15-
Cut-off knife mechanism, 151- determine cut-off knife portion, and 152- moves cut-off knife portion, the reciprocal driving portion of 153-, 16- feeding pressure mechanism, 161- binder pedestal,
162- reciprocating lever, 163- pressing portion, 164- spacer pin, 165- pressure spring, 166- binder roller, 167- arcuate guide hole, 17- braking
Mechanism, 171- friction pulley, 172- pulling rope.
Specific embodiment
The application is described in further detail with reference to the accompanying drawings and examples.It is understood that this place is retouched
The specific embodiment stated is used only for explaining relevant utility model, rather than the restriction to the utility model.
Fig. 1 is the front view for the convergent belt feedway that embodiment provides, and Fig. 2 is the convergent belt supply dress that embodiment provides
The rearview set, Fig. 3 are the shaft side figures for the convergent belt feedway that embodiment provides.As shown in Figure 1-Figure 3, the embodiment of the present application
The convergent belt feedway of offer includes mounting plate 11, band volume installing mechanism and arrestment mechanism 17.
Mounting plate 11 is as the basis for carrying other mechanisms, for realizing the fixation of each mechanism relative position, and will converge
Stream is mounted on solar battery group with feedway and installs on standby agent set.
Band volume installing mechanism includes with rollback shaft 12 and with volume mounting portion 13；Band rollback shaft 12 is arranged in mounting plate 11
On, it can be rotated relative to mounting plate 11；Band volume mounting portion 13 setting turns in band rollback shaft 12 with band rollback shaft 12 together
It is dynamic.
Arrestment mechanism 17 includes friction portion A, friction catch portion B and driving portion C.Wherein friction portion A with rollback shaft 12
It is fixedly connected, is rotated with band rollback shaft 12.Friction catch portion B is connect with the driving part in driving portion C, driving portion C's
It can be pressed against in friction portion under effect.
When friction portion A is rotated with band rollback shaft 12, if driving portion C drives friction catch portion B to be pressed against friction portion A；
Generate frictional force between friction portion A and friction catch portion B, frictional force acts on the rotating torque that generates with rollback shaft 12 can be with
Stall band rollback shaft rapidly.
Convergent belt volume can be installed on band volume mounting portion, and when the extraneous power without pulling convergent belt, brake
Structure makes band rollback shaft 12 and rapidly stalls with volume mounting portion 13, avoids convergent belt excess unwrapping and remains in follow up device
In, cause the problems such as follow up device clamping stagnation.
Specifically, the arrestment mechanism in the present embodiment includes friction pulley 171 and pulling rope 172；Wherein, friction pulley 171 is solid
It is scheduled in band rollback shaft 12, can be rotated with band rollback shaft 17.
In the setting of mounting plate 11 there are two positioning pin 111, two positioning pins 111 are located at the ipsilateral of rollback shaft 12；It leads
Two free ends of drawstring 172 are fixedly connected with two positioning pins 111 respectively, and middle section is pressed against on friction pulley 171.This reality
It applies in example, pulling rope 172 is elastic string, and it is in tensile deformation state.
Because pulling rope 172 is in tensile deformation state, pulling rope 172 make wherein intermediate pressure frictionally take turns 171
Part apply certain pressure to friction pulley 171；And when friction pulley 171 rotates, aforementioned pressure makes friction pulley 171 and leads
Frictional force is generated between drawstring 172；This frictional force can be such that friction pulley 171 rapidly stalls, that is, realize with rollback shaft 12
Stalling.
According to leading portion it is found that the part that pulling rope 172 is contacted with friction pulley 171 in the present embodiment is friction system above-mentioned
Dynamic portion B；Pulling rope 172 itself has deformation behavior, its own also includes driving portion C；Corresponding, friction pulley 171 is then aforementioned
Friction portion A.
In the present embodiment, pulling rope 172 is the elastic string in tensile deformation state, i.e., pulling rope 172 itself is also drive
Dynamic portion.In other embodiments, can also be arranged with the concatenated draw springs of pulling rope 172, utilize draw springs deformation
The pulling force of generation is pressed against pulling rope 172 on friction pulley 171；In practical application, draw springs preferably use tension spring.
Certainly, it is contemplated that any flexible strand part itself all has certain deformation behavior, and pulling rope 172 can also be using normal
The rope part of rule is only the need to ensure that pulling rope 172 is in tension always and is pressed against on friction pulley 171.
In addition, in practical applications, pulling rope 172 itself may be relatively smooth, therefore it cooperates generation with friction pulley 171
Frictional force may be smaller；For increasing friction force, can also be arranged in the part of the surface that pulling rope 172 and friction pulley 171 cooperate
Friction material, using friction material as friction catch portion.
In the present embodiment, the peripheral side volume of friction pulley 171 is provided with annular guide groove；Pulling rope 172 is matched with friction pulley 171
That closes is partially embedded into annular guide groove；In this way, friction pulley can be detached to avoid pulling rope 172 when the rotation of friction pulley 171, mention
High reliability of operation.
In the present embodiment, two positioning pins 111 are mounted on the ipsilateral of rollback shaft 12, and the distance of the two is equal to and rubs
The diameter for wiping wheel 171 allows pulling rope 172 around 171 half-turn of friction pulley.In other implementations, two positioning pins 111
Position can also change, but as long as pulling rope 172 is made to be pressed against friction pulley.
It should be noted that friction pulley 171 above-mentioned can also be not provided in other embodiments, but keep pulling rope 172 straight
It connects and is pressed against in band rollback shaft 12；The corresponding part of band rollback shaft 12 also just becomes friction portion above-mentioned at this time.In addition,
In other embodiments, arrestment mechanism can not also use aforementioned brake structure 17, but use other arrestment mechanisms, for example, by using
Drum brake mechanism or disc brake mechanism.
As shown in figures 1 and 3, convergent belt feedway provided by the embodiment includes guiding driving mechanism 14.
The side that convergent belt is exported with volume mounting portion 13, including active guide wheel 141, power is arranged in guiding driving mechanism 14
Component 142 and driven guide wheel 143.Wherein, power part 142 is fixedly connected with active guide wheel 141, can drive active guide wheel
141 rotations；In practical application, power part 142 is mostly servo motor, and velocity of rotation and rotational angle can be controlled accurately
System.
There is a gap, the thickness of this gap is substantially equivalent to the thickness of convergent belt between active guide wheel 141 and driven guide wheel 143
Degree.In normal work, active guide wheel 141 and the cooperation of driven guide wheel 143 compress convergent belt, control convergent belt to follow-up mechanism
Supply.
As shown in figures 1 and 3, the guiding driving mechanism 14 provided in the present embodiment may include position regulating member 144；
Position regulating member 144 is installed on a mounting board, for adjusting the gap size between active guide wheel 141 and driven guide wheel 143,
The convergent belt of different-thickness is adapted to, and facilitates the threading operation of convergent belt.
Specifically, position regulating member 144 is connect with driven guide wheel 143, drives driven guide wheel 143 mobile and change gap
Size.In other embodiments, position regulating member 144 can also drive active guide wheel 141 mobile, but in view of structure
Simplified and practical application reliability, position regulating member 144 are preferably connect with driven guide wheel 143.
In addition, guiding driving mechanism 14 further includes guiding guide wheel 145 in convergent belt feedway provided in this embodiment.
It is oriented to guide wheel 145 to be arranged on mounting plate 11, be located between band volume mounting portion 13 and active guide wheel 141.
In practical application, with the unwrapping with convergent belt in volume mounting portion 13 is arranged in, convergent belt rolls up mounting portion from band
13 output position is also opposite to change；If being not provided with guiding guide wheel 145, and convergent belt is directly made to roll up mounting portion 13 from band
Output end be delivered to the gap between active guide wheel 141 and driven guide wheel 143, with convergent belt with volume mounting portion 13 on
Change in location, convergent belt change referring now to the angle in gap, and aforementioned angular variation may then make do not adjust actively lead
In the case where wheel 141 and driven guide wheel 143, active guide wheel 141 and driven guide wheel 143 can not clamp convergent belt.
After setting guiding guide wheel 145, convergent belt extend into aforementioned gap after being oriented to 145 transition of guide wheel again, and is oriented to
The position of guide wheel 145 and aforementioned active guide wheel 141 is fixed, and convergent belt is fixed from the deflection direction in guiding guide wheel 145 to gap, institute
With can be to avoid aforementioned problem.
In addition to the aforementioned construction, convergent belt feedway provided in this embodiment can also include cut-off knife mechanism 15 and binder
Mechanism 16.
Active guide wheel 141 and driven guide wheel 143 is arranged in far from the side with volume mounting portion 13, for cutting out in cut-off knife mechanism 15
The convergent belt of the disconnected unwrapping from volume mounting portion 13.
Side of the cut-off knife mechanism 15 far from guiding driving mechanism 14 is arranged in feeding pressure mechanism 16, and feeding pressure mechanism 16 is at least being cut out
Cutter mechanism 15 compresses convergent belt when working, and prevents convergent belt from moving backward under power drive in cutting for cut-off knife, is not cut off.
Cut-off knife mechanism 15 includes determining cut-off knife portion 151, dynamic cut-off knife portion 152 and reciprocal driving portion 153.Determine cut-off knife portion 151 and past
Multiple driving portion 153 is each attached on mounting plate 11, and dynamic cut-off knife portion 152 is mounted on the reciprocating part of reciprocal driving portion 153,
The reciprocating motion of cut-off knife portion 151 is determined under the driving of reciprocating part relatively；Determine cut-off knife portion 151 and the cooperation of dynamic cut-off knife portion 152, realization pair
The shearing of convergent belt.
Specifically, the cutting edge in dynamic cut-off knife portion 152 is located at close to the side for determining cut-off knife portion 151, determine when dynamic cut-off knife portion 152 reclines
When cut-off knife portion 151, the shearing force that cutting edge acts on convergent belt is broken convergent belt.
In order to preferably fix convergent belt, convergent belt locating slot can be set on determining cut-off knife portion 151 or convergent belt is fixed
Position hole；In the present embodiment, determine to be provided in cut-off knife portion 151 convergent belt location hole (not showing that in figure), convergent belt passes through actively
Behind gap between guide wheel 141 and driven guide wheel 143, convergent belt location hole is entered directly into, is then delivered to and determines cut-off knife portion 151
With the position of dynamic cut-off knife portion 152 cooperation.
As shown in figure 4, feeding pressure mechanism 16 may include binder pedestal in the convergent belt feedway provided in the present embodiment
161, binder block and pressure spring 165；Binder block therein includes 164 three parts of reciprocating lever 162, pressing portion 163 and spacer pin.
Through hole is provided on binder pedestal 161；Reciprocating lever 162 is inserted into through hole, and spacer pin 164 is arranged past
Compound lever 162 stretches out one end of through hole, and the other end that reciprocating lever 162 stretches out through hole is arranged in pressing portion 163；Spacer pin 164
It is greater than the sectional dimension of through hole with the sectional dimension in pressing portion 163, makes reciprocating lever 162 without departing from through hole；Pressure spring 165 is set
It sets between pressing portion 163 and binder pedestal 161, is in compressive state always.
Because pressure spring 165 is in compressive state, pressing portion 163 is as far as possible far from binder pedestal under normal circumstances
161, it can be pressed against the convergent belt conveyed from cut-off knife mechanism 15, guarantee that convergent belt does not move when cutting mechanism work.When
So, pressure spring 165 also can be set between binder pedestal 161 and spacer pin 164.
More preferably, the feeding pressure mechanism 16 in the present embodiment further includes binder roller 166；The setting of binder roller 166 exists
In pressing portion 163, and it can be rotated relative to pressing portion 163.Confluence when binder roller 166 is in addition to that can guarantee cutting mechanism work
Band does not move, it can also be ensured that convergent belt feedway easily conveys convergent belt outward.I.e. binder roller 166, which also plays, leads
Effect to wheel.
In the present embodiment, feeding pressure mechanism 16 can adapt to the convergent belt of different-thickness, and can adapt to convergent belt height
Variation, reduce the impact for installing standby middle work top when work to solar battery group.In other embodiments, press material structure
Also binder roller 166 can be directly used, without using feeding pressure mechanism 16 above-mentioned.
Because convergent belt is metal band, with certain stiffness.In order to enable convergent belt can be from cut-off knife mechanism 15
It is accurately delivered to 166 downside of binder roller of feeding pressure mechanism 16, convergent belt feedway provided in this embodiment further includes leading
To block.
Guide pad is arranged between cut-off knife mechanism 15 and feeding pressure mechanism 16, is provided with arcuate guide hole 167, arc on it
Pilot hole 167 is extended close to the side of feeding pressure mechanism 16 by the side close to cut-off knife mechanism 15.Arcuate guide hole 167 can make
The convergent belt transmitted from cut-off knife mechanism 15 transmits the binder roller 166 of feeding pressure mechanism 16 to 16 lateral bend of feeding pressure mechanism
Downside.
Specifically, the guide pad in the present embodiment is integrated in the binder pedestal 161 in feeding pressure mechanism 16, arcuate guide hole is led
167 be the arcuate socket that 161 side side of binder pedestal is arranged in；In other embodiments, binder component also can be set into one
Independent part.
In addition, in other embodiments, arcuate guide hole 167 can also be changed to arc guide groove, as long as it can be certainly
Convergent belt dynamicly is directed to 16 downside of feeding pressure mechanism.
Hereinafter, doing brief introduction to the course of work of convergent belt feedway provided in this embodiment.
The feeding stage: convergent belt band volume is fixed on band volume mounting portion 13, and makes the free end of convergent belt via guiding
Gap between guide wheel 145, active guide wheel 141 and driven guide wheel 143 enters cut-off knife mechanism 15, adjusts driven guide wheel 143, makes
It obtains active guide wheel 141 and driven guide wheel 143 compresses convergent belt.
Working stage: power part 142 works, and the drag effect for overcoming arrestment mechanism 17 to generate makes 12 turns of rollback shaft of band
Dynamic, driving convergent belt is mobile to 16 side of feeding pressure mechanism；After mobile pre-determined distance, power part 142 stops working, in brake
Under the action of structure 17, band rollback shaft 12 is quickly stalled；At this point, cut-off knife mechanism 15 cuts convergent belt, convergent belt is made to become default
The segment band of distance；In convergent belt feedway with respect in solar cell module moving process, segment band is by feeding pressure mechanism 16
Pressing is transferred to installs on standby table top in solar battery group.
Above description is only the preferred embodiment of the application and the explanation to institute's application technology principle.Those skilled in the art
Member is it should be appreciated that utility model range involved in the application, however it is not limited to made of the specific combination of above-mentioned technical characteristic
Technical solution, at the same should also cover do not depart from above-mentioned utility model design in the case where, by above-mentioned technical characteristic or its be equal
Feature carries out any combination and other technical solutions for being formed.Such as features described above with it is disclosed herein but be not limited to have
The technical characteristic of similar functions is replaced mutually and the technical solution that is formed.
Claims (12)
1. a kind of convergent belt feedway, it is characterised in that: including mounting plate, band volume installing mechanism and arrestment mechanism；
The band volume installing mechanism includes with rollback shaft and with volume mounting portion；The band rollback shaft is rotatably arranged in institute
It states on mounting plate；The band volume mounting portion is fixed in the band rollback shaft；
The arrestment mechanism includes friction portion, friction catch portion and driving portion；
The friction portion is fixedly connected with the band rollback shaft；The driving portion drives and rubs described in the friction catch portion pressing
Wiping portion.
2. convergent belt feedway according to claim 1, it is characterised in that:
The driving portion is pulling rope；The both ends of the pulling rope are separately fixed on the mounting plate；
The friction catch portion is fixed on the pulling rope, is pressed against the friction always under the traction action of the pulling rope
Portion.
3. convergent belt feedway according to claim 2, it is characterised in that:
The pulling rope is the elastic string in tensile deformation state.
4. convergent belt feedway according to claim 2, it is characterised in that:
Annular guide groove is arranged in the peripheral side in the friction portion；
What the pulling rope and the friction portion cooperated is partially embedded into the annular guide groove.
5. convergent belt feedway according to claim 1-4, it is characterised in that:
The convergent belt feedway further includes guiding driving mechanism；
The output end of the band volume mounting portion is arranged in the guiding driving mechanism；
The guiding driving mechanism includes active guide wheel, driven guide wheel and power part；
The active guide wheel is mounted on the output end of the power part, is oppositely disposed with the driven guide wheel；In the master
Gap is provided between dynamic guide wheel and driven pulley.
6. convergent belt feedway according to claim 5, it is characterised in that:
The guiding driving mechanism includes position regulating member；
The driven guide wheel is fixedly connected with the position regulating member, relatively described under the driving of the position regulating member
Active guide wheel is mobile and changes the size in the gap.
7. convergent belt feedway according to claim 5, it is characterised in that:
The guiding driving mechanism includes guiding guide wheel；
The guiding guide wheel setting is rolled up between mounting portion and the gap in the band.
8. convergent belt feedway according to claim 5, it is characterised in that:
The convergent belt feedway further includes cut-off knife mechanism and feeding pressure mechanism；
The output end of the guiding driving mechanism is arranged in the cut-off knife mechanism；
Side of the cut-off knife mechanism far from the guiding driving mechanism is arranged in the feeding pressure mechanism.
9. convergent belt feedway according to claim 8, it is characterised in that:
The cut-off knife mechanism includes determining cut-off knife portion, dynamic cut-off knife portion and reciprocal driving portion；
The dynamic cut-off knife portion is arranged on the reciprocating part of the reciprocal driving portion, the phase under the driving of the reciprocating part
The reciprocating motion of cut-off knife portion is determined to described.
10. convergent belt feedway according to claim 8, it is characterised in that:
The feeding pressure mechanism includes binder pedestal, binder block and compression elastic piece；
Through hole is provided on the binder pedestal；
The binder block includes reciprocating lever, pressing portion and spacer pin；
The reciprocating lever runs through the through hole；The spacer pin setting stretches out described through hole one end in the reciprocating lever；Institute
It states pressing portion and the other end that the reciprocating lever stretches out the through hole is set；
The compression elastic piece is arranged between the pressing portion and the binder pedestal, and/or, setting in the spacer pin and
Between the binder pedestal.
11. convergent belt feedway according to claim 10, it is characterised in that:
The feeding pressure mechanism includes binder roller；The binder roller is arranged in the pressing portion.
12. convergent belt feedway according to claim 8, it is characterised in that:
Including the guide pad being arranged between the cut-off knife mechanism and the feeding pressure mechanism；
Arc guide groove or arcuate guide hole are provided on the guide pad.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820978359.XU CN208622680U (en) | 2018-06-22 | 2018-06-22 | Convergent belt feedway |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820978359.XU CN208622680U (en) | 2018-06-22 | 2018-06-22 | Convergent belt feedway |
Publications (1)
| Publication Number | Publication Date |
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| CN208622680U true CN208622680U (en) | 2019-03-19 |
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|---|---|---|---|
| CN201820978359.XU Active CN208622680U (en) | 2018-06-22 | 2018-06-22 | Convergent belt feedway |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108807235A (en) * | 2018-06-22 | 2018-11-13 | 君泰创新（北京）科技有限公司 | Convergent belt feedway |
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2018
- 2018-06-22 CN CN201820978359.XU patent/CN208622680U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108807235A (en) * | 2018-06-22 | 2018-11-13 | 君泰创新（北京）科技有限公司 | Convergent belt feedway |
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Effective date of registration: 20210104 Address after: 101102 102-lq307, 1-3 / F, building 26, 17 huanke Middle Road, Jinqiao Science and technology industrial base, Tongzhou Park, Zhongguancun Science and Technology Park, Tongzhou District, Beijing Patentee after: Deyun Chuangxin (Beijing) Technology Co.,Ltd. Address before: 100176 10th floor, building 2, yard 9, Ronghua South Road, Beijing Economic and Technological Development Zone, Daxing District, Beijing Patentee before: Juntai innovation (Beijing) Technology Co.,Ltd. |