CN104191444A - Solar photovoltaic material cutting and neatening machine - Google Patents
Solar photovoltaic material cutting and neatening machine Download PDFInfo
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- CN104191444A CN104191444A CN201410398723.1A CN201410398723A CN104191444A CN 104191444 A CN104191444 A CN 104191444A CN 201410398723 A CN201410398723 A CN 201410398723A CN 104191444 A CN104191444 A CN 104191444A
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Abstract
The invention belongs to the technical field of mechanical equipment, and relates to a solar photovoltaic material cutting and neatening machine. The solar photovoltaic material cutting and neatening machine solves the technical problem that in the prior art, the position of a cutting knife is inconvenient to adjust. The solar photovoltaic material cutting and neatening machine comprises a machine base, and an adhesive film feeding mechanism, an adhesive film conveying mechanism, an adhesive film cutting mechanism and a discharging mechanism are sequentially arranged on the machine base. The adhesive film feeding mechanism comprises a machine frame, a roll material lifting frame is hinged to the machine frame, the two sides of the machine frame are respectively and fixedly provided with an air cylinder, and the output ends of the air cylinders are hinged to the ends of the roll material lifting frame. The adhesive film conveying mechanism comprises two clamping rollers which are oppositely arranged on the machine base. The discharging mechanism comprises a longitudinal discharging mechanism body, a transverse discharging mechanism body and the like. The solar photovoltaic material cutting and neatening machine has the advantages that the position of the cutting knife is convenient to adjust and the cutting efficiency is high.
Description
Technical field
The invention belongs to mechanical equipment technical field, relate to the whole folded machine of a kind of solar energy photovoltaic material cutting.
Background technology
Solar energy photovoltaic material as the production process of EVA glued membrane in, need to cut out the different otch in position to coating cutting, be installed on solar panels thereby be convenient to glued membrane.Cutting mode has aritificial cut-off and machine to cut conventionally, and the production efficiency of aritificial cut-off is lower.Machine cuts has advantages of that speed of cut is fast, but often needs to expend a large amount of working times in the time regulating cutting knife position, affects therefrom operating efficiency.
In order to overcome the deficiencies in the prior art, people have passed through continuous exploration, various solutions have been proposed, as Chinese patent literature discloses a kind of improvement structure automatic cutter [application number: 200920201514.8], it comprises frame, be arranged on the shut-off mechanism for cropped material is cut off in frame, below shut-off mechanism, be provided with longitudinal feed mechanism, below longitudinal feed mechanism, be provided with horizontal feed mechanism, described shut-off mechanism, longitudinally feed mechanism is all connected with the control circuit that can control each mechanism action with horizontal feed mechanism, described shut-off mechanism comprises the knife rest being fixed in frame, on knife rest, be provided with moving cutting knife and quiet cutting knife, between moving cutting knife and quiet cutting knife, form the gap of passing through for cropped material, described moving cutting knife is connected with driving its driver that cuts moving, the edge direction of moving cutting knife and quiet cutting knife is contrary.
The moving cutting knife of such scheme is contrary with the edge direction of quiet cutting knife, and both can not bump, and the long service life of otch can easily be cut off cutting material in the time cutting.But this scheme, in the time regulating the position of quiet cutting knife and moving cutting knife, need to expend a large amount of time, is inconvenient to regulate.
Summary of the invention
The object of the invention is for the problems referred to above, provide a kind of cutting knife position adjustments convenient, the whole folded machine of solar energy photovoltaic material cutting that operating efficiency is high.
For achieving the above object, the present invention has adopted following technical proposal: the whole folded machine of a kind of solar energy photovoltaic material cutting, comprise on the support described in support and be provided with successively glued membrane feeding mechanism, glued membrane conveying mechanism, glue film cutting machine structure and discharging mechanism, described glued membrane feeding mechanism comprises frame, in described frame, be hinged with a coiled strip hoisting frame, the both sides of frame are respectively fixed with the output of a cylinder and this cylinder and the end of coiled strip hoisting frame is hinged, described glued membrane conveying mechanism comprises two opposed material folding rollers that are arranged on support, described discharging mechanism comprises longitudinal discharging mechanism and horizontal discharging mechanism, described glue film cutting machine structure comprises two opposed support upper rails that are provided with, two ends and the support of this guide rail are affixed, on described guide rail, be installed with a tool rest being flexibly connected with guide rail, this tool rest can move back and forth along guide rail, the output that is fixed with a cylinder mechanism and this cylinder mechanism on described tool rest is flexibly connected with tool rest through after tool rest, the end of the output of cylinder mechanism is also fixed with a cutting knife, both sides and cylinder mechanism that cutting knife and cylinder mechanism are positioned at tool rest can drive cutting knife to pump, on described tool rest, being also connected with one can drive tool rest along the reciprocating tool rest driver of guide rail.
In the above-mentioned whole folded machine of solar energy photovoltaic material cutting, described tool rest driver is that end has externally threaded turbine rod, the end of this turbine rod and tool rest screw-threaded engagement, and described turbine rod and support are rotationally connected.
In the above-mentioned whole folded machine of solar energy photovoltaic material cutting, on described tool rest, be also connected with a pressuring diaphragm mechanism, this pressuring diaphragm mechanism has the edge of a knife that can allow cutting knife pass; Described pressuring diaphragm mechanism comprises the guide rod being located on tool rest, and this guide rod is flexibly connected with tool rest, the affixed pressuring diaphragm in end of guide rod, and it is corresponding with cutting knife that pressuring diaphragm has the position of the edge of a knife and the edge of a knife.
In the above-mentioned whole folded machine of solar energy photovoltaic material cutting, on described guide rod, be also arranged with elastic component, the two ends of this elastic component prop up respectively pressuring diaphragm and tool rest; The blade of described cutting knife is tilted gradually by a side direction opposite side of cutting knife.
In the above-mentioned whole folded machine of solar energy photovoltaic material cutting, the end of coiled strip hoisting frame is fixed with two opposed coiled strip mounting tables, described coiled strip mounting table has the arc notch for placing, on coiled strip mounting table, be also hinged with a spool overlay, and this spool overlay can with the pin joint of coiled strip mounting table to central rotation and be pressed on arc notch; Described spool overlay is away from being also provided with a clamping slot with one end of the pin joint of coiled strip mounting table, coiled strip mounting table is provided with bolt connection piece, is connected with the sealing of coiled strip mounting table thereby this bolt connection piece can be connected with clamping slot the end that makes spool overlay.
In the above-mentioned whole folded machine of solar energy photovoltaic material cutting, on described spool overlay, be also provided with one with axle rolling wheel component, in the time that spool overlay is pressed on arc notch, described contacts with rolling with axle rolling wheel component; Described comprises the bolt being spirally connected with spool overlay and is set in the bearing on bolt with axle rolling wheel component.
In the above-mentioned whole folded machine of solar energy photovoltaic material cutting, described frame comprises the crossbeam parallel with horizontal plane and the support vertical with horizontal plane, on crossbeam, be hinged with the registration roller that several and crossbeam are rotationally connected, on support, be hinged with a movable roll assembly and this movable roll assembly can along with the pin joint of support centered by be rotated, described support is provided with an optoelectronic switch, and movable roll assembly is provided with a photographic plate that can form with optoelectronic switch optoelectronic induction in the time that movable roll assembly rotates.
In the whole folded machine of above-mentioned solar energy photovoltaic material cutting, described movable roll assembly comprises movable roll bracing frame, this movable roll bracing frame and support is hinged and movable roll bracing frame on be rotatably connected to some movable roll; Described photographic plate is fixedly connected with movable roll bracing frame, and described optoelectronic switch is fixedly connected with support.
In the whole folded machine of above-mentioned solar energy photovoltaic material cutting, on described crossbeam, be also provided with a guide roller, the height of the axial line of guide roller will be higher than the height of the axial line of registration roller, and this guide roller and crossbeam are rotationally connected.
In the above-mentioned whole folded machine of solar energy photovoltaic material cutting, described frame bottom is also fixed with a base plate, and this base plate is provided with the movable roll locating rack assembly of an energy barrier activity roll assembly rotation; Described movable roll locating rack assembly comprises the locating dowel being fixed on base plate, and is arranged on the block on movable roll bracing frame, and described block is corresponding with the position of locating dowel.
Compared with prior art, the invention has the advantages that:
1, have the effect that can conveniently regulate the position of cutting knife, be convenient on glued membrane, cut out different otch, thereby increase work efficiency, the appropriate design of pressuring diaphragm mechanism and cutting knife, can improve the quality cutting, and makes to cut work more stable;
2, movable roll assembly can be rotated according to the speed of paper feeding, adjusts the spacing between registration roller, thereby adjusts the tension force of paper feeding;
3, optoelectronic switch and photographic plate form location protection when movable roll assembly is up rotated; movable roll locating rack assembly forms location protection when movable roll assembly is down rotated; rotating range to movable roll locating rack assembly is controlled; play the effect of paper feeding protection, make the work of buffer gear more stable.
Brief description of the drawings
Fig. 1 is structural representation provided by the invention;
Fig. 2 is the structural representation of glue film cutting machine structure provided by the invention;
Fig. 3 is the partial schematic diagram of glue film cutting machine structure provided by the invention;
Fig. 4 is the structural representation of glued membrane feeding mechanism provided by the invention;
Fig. 5 is the partial schematic diagram of glued membrane feeding mechanism provided by the invention;
Fig. 6 is the structural representation of frame provided by the invention.
In figure: glued membrane feeding mechanism 1, glue film cutting machine structure 3, glued membrane conveying mechanism 4, discharging mechanism 5, longitudinally discharging mechanism 51, laterally discharging mechanism 52, frame 10, crossbeam 11, support 12, registration roller 13, movable roll assembly 14, movable roll bracing frame 141, movable roll 142, optoelectronic switch 15, photographic plate 16, guide roller 17, guiding trestle 171, base plate 18, movable roll locating rack assembly 19, locating dowel 191, block 192, coiled strip hoisting frame 20, cylinder 21, coiled strip mounting table 22, arc notch 23, spool overlay 24, clamping slot 241, bolt connection piece 242, with axle rolling wheel component 25, bolt 251, bearing 252, coiled strip motor 26, guide rail 30, tool rest 31, cylinder mechanism 32, cutting knife 33, tool rest driver 34, turbine rod 341, pressuring diaphragm mechanism 35, the edge of a knife 351, guide rod 352, pressuring diaphragm 353, elastic component 354, glued membrane 100, winding reel 101, support 102.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention will be further described in detail.
As shown in Figure 1, Figure 2 and Figure 3, the whole folded machine of a kind of solar energy photovoltaic material cutting, comprise on the support 102 described in support 102 and be provided with successively glued membrane feeding mechanism 1, glued membrane conveying mechanism 4, glue film cutting machine structure 3 and discharging mechanism 5, discharging mechanism 5 is prior art, as Chinese patent improve structure automatic cutter [application number: 200920201514.8] disclosed longitudinal feed mechanism and laterally feed mechanism be the application's discharging mechanism 5, glued membrane feeding mechanism 1 comprises frame 10, is hinged with a coiled strip hoisting frame 20 in described frame 10, and the both sides of frame 10 are respectively fixed with the output of a cylinder 21 and this cylinder 21 and the end of coiled strip hoisting frame 20 is hinged, described glued membrane conveying mechanism 4 comprises two opposed material folding rollers 41 that are arranged on support 102, described discharging mechanism 5 comprises longitudinal discharging mechanism 51 and horizontal discharging mechanism 52, described glue film cutting machine structure 3 comprises two opposed support 102 upper rails 30 that are provided with, the two ends of this guide rail 30 and support 102 are affixed, on described guide rail 30, be installed with a tool rest 31 being flexibly connected with guide rail 30, tool rest 31 is provided with the sliver matching with guide rail 30, this tool rest 31 can move back and forth along guide rail 30, the output that is fixed with a cylinder mechanism 32 and this cylinder mechanism 32 on described tool rest 31 is flexibly connected with tool rest 31 through tool rest 31 is rear, the end of the output of cylinder mechanism 32 is also fixed with a cutting knife 33, both sides and cylinder mechanism 32 that cutting knife 33 and cylinder mechanism 32 are positioned at tool rest 31 can drive cutting knife 33 to pump, on described tool rest 31, being also connected with one can drive tool rest 31 along the reciprocating tool rest driver 34 of guide rail 30.Described cylinder mechanism 32 is cylinder, taking compressed air as power.
In the time cutting the glued membrane of battery, need on glued membrane, cut out some otch, to be installed on solar panels, the position difference of these otch on glued membrane, therefore in the time cutting, need to adjust the position of cutting knife 33, the present invention, drives tool rest 31 to adjust position with tool rest driver 34, thereby adjust the position of cutting knife 33, very convenient.
In the present embodiment, tool rest driver 34 is externally threaded turbine rod 341 for end has, the end of this turbine rod 341 and tool rest 31 use screw-threaded engagement, and described turbine rod 341 is rotationally connected with support 102.Certainly, tool rest driver 34 also can adopt motor to drive, as motor being fixed on support 102, the output connection wire rod of motor, screw mandrel and tool rest 31 use screw-threaded engagement, equally also can drive tool rest 31 to move back and forth, thereby adjust the position of tool rest 31 on guide rail 30, also just can adjust the position of cutting knife 33.
On tool rest 31, be also connected with a pressuring diaphragm mechanism 35, this pressuring diaphragm mechanism 35 has the edge of a knife 351 that can allow cutting knife 33 pass, and pressuring diaphragm mechanism 35 can push down glued membrane, thereby the otch that cutting knife 33 is cut out is more neat.Pressuring diaphragm mechanism 35 comprises the guide rod 352 being located on tool rest 31, and this guide rod 352 is flexibly connected with tool rest 31, the affixed pressuring diaphragm 353 in end of guide rod 352, and it is corresponding with cutting knife 33 that pressuring diaphragm 353 has the position of the edge of a knife 351 and the edge of a knife 351.
In order to make pressuring diaphragm 353 can be close to glued membrane, on guide rod 352, be also arranged with elastic component 354, the two ends of this elastic component 354 prop up respectively pressuring diaphragm 353 and tool rest 31, and in the present embodiment, elastic component 354 is cylindrical spring.
The blade of cutting knife 33 is tilted gradually by a side direction opposite side of cutting knife 33.The blade of the cutting knife 33 of prior art is all the linear pattern parallel with horizontal plane, and this blade is because the contact area with glued membrane is large, and therefore, the in the situation that of same pressure, blade area is larger, and the pressure of blade is just less.Blade of the present invention forms a point of a knife, and the pressure at point of a knife place obviously increases, and is convenient to cut.
In glued membrane feeding mechanism 1, as shown in Figure 4 and Figure 5, the end of coiled strip hoisting frame 20 is fixed with two opposed coiled strip mounting tables 22, described coiled strip mounting table 22 has the arc notch 23 for placing winding reel 101, the arc of this arc notch and winding reel 101 match, on coiled strip mounting table 22, be also hinged with a spool overlay 24, and this spool overlay 24 can with the pin joint of coiled strip mounting table 22 to central rotation and be pressed on arc notch 23, thereby be also equivalent to be pressed on winding reel 101 winding reel 101 is formed to location, prevent that winding reel 101 from departing from arc notch 23.
On coiled strip mounting table 22, be also fixed with coiled strip motor 26, the output of this coiled strip motor 26 engages with winding reel 101, when coiled strip 100 weight are when heavier, can assist drive with coiled strip motor 26.
On spool overlay 24, be also provided with one with axle rolling wheel component 25, in the time that spool overlay 24 is pressed on arc notch 23, described rolls and contacts with winding reel 101 with axle rolling wheel component 25.Preferred version, comprises the bolt 251 being spirally connected with spool overlay 24 and is set in the bearing 252 on bolt 251 with axle rolling wheel component 25, and certainly, the bearing 252 in the present embodiment also can substitute with tumbler.
Spool overlay 24 is away from being also provided with a clamping slot 241 with one end of the pin joint of coiled strip mounting table 22, coiled strip mounting table 22 is provided with bolt connection piece 242, thereby this bolt connection piece 242 can be connected with clamping slot 241, the end of spool overlay 24 is connected with 22 sealings of coiled strip mounting table, thereby winding reel 101 is locked in arc notch 23, when bearing 252 and winding reel 101 rolls while contacting, winding reel 101 can be at arc notch 23 Free-rollings.
As shown in Figure 6, frame 10 comprises the crossbeam parallel with horizontal plane 11 and the support 12 vertical with horizontal plane, on crossbeam 11, be hinged with the registration roller 13 that several and crossbeam 11 are rotationally connected, on support 12, be hinged with a movable roll assembly 14 and this movable roll assembly 14 can along with the pin joint of support 12 centered by be rotated, support 12 is provided with an optoelectronic switch 15, movable roll assembly 14 is provided with a photographic plate 16 that can form with optoelectronic switch 15 optoelectronic induction in the time that movable roll assembly 14 rotates, and this photographic plate 16 is plastic plate or metallic plate.
In the time that glued membrane 100 carries out paper feeding to the whole folded machine of solar energy photovoltaic material cutting; along with the speed of paper feeding is accelerated; movable roll assembly 14 can be drawn high; also along being rotated with the pin joint of support 12; in the time rotating to certain altitude; optoelectronic switch 15 and photographic plate 16 form optoelectronic induction, stop continuing to accelerate, and form the protection to paper feeding.
Movable roll assembly 14 comprises movable roll bracing frame 141, and this movable roll bracing frame 141 is rotatably connected to some movable roll 142 with support 12 on hinged and movable roll bracing frame 141.Photographic plate 16 is fixedly connected with movable roll bracing frame 141, and described optoelectronic switch 15 is fixedly connected with support 12.
On crossbeam 11, be also provided with a guide roller 17, glued membrane 100 is pressed on guide roller 17, and the height of the axial line of guide roller 17 will be higher than the height of the axial line of registration roller 13, and this guide roller 17 is rotationally connected with crossbeam 11.Crossbeam 11 is fixed with guiding trestle 171, and guide roller 17 is rotationally connected with guiding trestle 171.
Support 12 bottoms are also fixed with a base plate 18, and this base plate 18 is provided with the movable roll locating rack assembly 19 that an energy barrier activity roll assembly 14 rotates.Movable roll locating rack assembly 19 comprises the locating dowel 191 being fixed on base plate 18, and be arranged on the block 192 on movable roll bracing frame 141, described block 192 is corresponding with the position of locating dowel 191, the effect of movable roll locating rack assembly 19 is to make movable roll bracing frame 141 and base plate 18 retain the gap that can pass for glued membrane 100, prevents that glued membrane 100 is held down.In the present embodiment, block 192 is cylindrical and be rotationally connected with movable roll bracing frame 141, because block 192 rotates with movable roll bracing frame 141, in the time that movable roll bracing frame 141 rotates to lowest part, block 192 is pressed in locating dowel 191, because block 192 is cylindrical and rotatable, therefore can play the effect of the power of unloading, prevent from clashing into and damaging with locating dowel 191.
The present invention has the effect that can conveniently regulate the position of cutting knife 33, is convenient on glued membrane, cut out different otch, thereby increases work efficiency.In addition the appropriate design of pressuring diaphragm mechanism 35 of the present invention and cutting knife 33, can improve the quality cutting, and makes to cut work more stable.
Spool overlay 24 can prevent that winding reel 101 from departing from coiled strip mounting table 22, thereby makes paper feeding more stable, in the time that the present invention cuts whole folded machine for solar energy photovoltaic material, can improve the job stability of the whole folded machine of solar energy photovoltaic material cutting.
Optoelectronic switch 15 and photographic plate 16 form location protection when movable roll assembly 14 is up rotated; movable roll locating rack assembly 19 forms location protection when movable roll assembly 14 is down rotated; rotating range to movable roll locating rack assembly 19 is controlled; play the effect of paper feeding protection, make the work of buffer gear more stable.
Specific embodiment described herein is only to the explanation for example of the present invention's spirit.Those skilled in the art can make various amendments or supplement or adopt similar mode to substitute described specific embodiment, but can't depart from spirit of the present invention or surmount the defined scope of appended claims.
Although more used glued membrane feeding mechanism 1 herein, glue film cutting machine structure 3, glued membrane conveying mechanism 4, discharging mechanism 5, frame 10, crossbeam 11, support 12, registration roller 13, movable roll assembly 14, movable roll bracing frame 141, movable roll 142, optoelectronic switch 15, photographic plate 16, guide roller 17, guiding trestle 171, base plate 18, movable roll locating rack assembly 19, locating dowel 191, block 192, coiled strip hoisting frame 20, cylinder 21, coiled strip mounting table 22, arc notch 23, spool overlay 24, clamping slot 241, bolt connection piece 242, with axle rolling wheel component 25, bolt 251, bearing 252, coiled strip motor 26, guide rail 30, tool rest 31, cylinder mechanism 32, cutting knife 33, tool rest driver 34, turbine rod 341, pressuring diaphragm mechanism 35, the edge of a knife 351, guide rod 352, pressuring diaphragm 353, elastic component 354, glued membrane 100, winding reel 101, support 102 terms such as grade, but do not get rid of the possibility that uses other term.Use these terms to be only used to describe more easily and explain essence of the present invention; They are construed to any additional restriction is all contrary with spirit of the present invention.
Claims (10)
1. the whole folded machine of solar energy photovoltaic material cutting, comprise on the described support (102) of support (102) and be provided with successively glued membrane feeding mechanism (1), glued membrane conveying mechanism (4), glue film cutting machine structure (3) and discharging mechanism (5), described glued membrane feeding mechanism (1) comprises frame (10), in described frame (10), be hinged with a coiled strip hoisting frame (20), the both sides of frame (10) are respectively fixed with the output of a cylinder (21) and this cylinder (21) and the end of coiled strip hoisting frame (20) is hinged; Described glued membrane conveying mechanism (4) comprises two the opposed material folding rollers (41) that are arranged on support (102); Described discharging mechanism (5) comprises longitudinal discharging mechanism (51) and horizontal discharging mechanism (52); it is characterized in that, described glue film cutting machine structure (3) comprises two opposed support (102) upper rails (30) that are provided with, the two ends of this guide rail (30) and support (102) are affixed, on described guide rail (30), be installed with a tool rest (31) being flexibly connected with guide rail (30), this tool rest (31) can move back and forth along guide rail (30), the output that is fixed with a cylinder mechanism (32) and this cylinder mechanism (32) on described tool rest (31) is flexibly connected with tool rest (31) through after tool rest (31), the end of the output of cylinder mechanism (32) is also fixed with a cutting knife (33), both sides and cylinder mechanism (32) that cutting knife (33) and cylinder mechanism (32) are positioned at tool rest (31) can drive cutting knife (33) to pump, on described tool rest (31), being also connected with one can drive tool rest (31) along the reciprocating tool rest driver of guide rail (30) (34).
2. the whole folded machine of solar energy photovoltaic material cutting according to claim 1, it is characterized in that, described tool rest driver (34) is externally threaded turbine rod (341) for end has, the end of this turbine rod (341) and screw-threaded engagement for tool rest (31), described turbine rod (341) is rotationally connected with support (102).
3. the whole folded machine of solar energy photovoltaic material cutting according to claim 1 and 2, it is characterized in that, on described tool rest (31), be also connected with a pressboard mechanism (35), this pressboard mechanism (35) has the edge of a knife (351) that can allow cutting knife (33) pass; Described pressboard mechanism (35) comprises the guide rod (352) being located on tool rest (31), this guide rod (352) is flexibly connected with tool rest (31), the affixed pressboard in end (353) of guide rod (352), it is corresponding with cutting knife (33) that pressboard (353) has the position of the edge of a knife (351) and the edge of a knife (351).
4. the whole folded machine of solar energy photovoltaic material cutting according to claim 3, it is characterized in that, on described guide rod (352), be also arranged with elastic component (354), the two ends of this elastic component (354) prop up respectively pressboard (353) and tool rest (31); The blade of described cutting knife (33) is tilted gradually by a side direction opposite side of cutting knife (33).
5. the whole folded machine of solar energy photovoltaic material cutting according to claim 4, it is characterized in that, the end of coiled strip hoisting frame (20) is fixed with two opposed coiled strip mounting tables (22), described coiled strip mounting table (22) has the arc notch (23) for placing winding reel (101), on coiled strip mounting table (22), be also hinged with a spool overlay (24), and this spool overlay (24) can with the pin joint of coiled strip mounting table (22) to central rotation and be pressed on arc notch (23); Described spool overlay (24) is away from being also provided with a clamping slot (241) with one end of the pin joint of coiled strip mounting table (22), coiled strip mounting table (22) is provided with bolt connection piece (242), and this bolt connection piece (242) can be with clamping slot (241) thereby is connected the end of spool overlay (24) is connected with coiled strip mounting table (22) sealing.
6. the whole folded machine of solar energy photovoltaic material cutting according to claim 5, it is characterized in that, on described spool overlay (24), be also provided with one with axle rolling wheel component (25), in the time that spool overlay (24) is pressed on arc notch (23), described rolls and contacts with winding reel (101) with axle rolling wheel component (25); Described comprises the bolt (251) being spirally connected with spool overlay (24) and is set in the bearing (252) on bolt (251) with axle rolling wheel component (25).
7. the whole folded machine of solar energy photovoltaic material cutting according to claim 6, it is characterized in that, described frame (10) comprises the crossbeam parallel with horizontal plane (11) and the support (12) vertical with horizontal plane, on crossbeam (11), be hinged with the registration roller (13) that several and crossbeam (11) are rotationally connected, on support (12), be hinged with a movable roll assembly (14) and this movable roll assembly (14) can along with the pin joint of support (12) centered by be rotated, described support (12) is provided with an optoelectronic switch (15), movable roll assembly (14) is provided with a photographic plate (16) that can form with optoelectronic switch (15) optoelectronic induction in the time that movable roll assembly (14) rotates.
8. the whole folded machine of solar energy photovoltaic material cutting according to claim 7, it is characterized in that, described movable roll assembly (14) comprises movable roll bracing frame (141), on the hinged and movable roll bracing frame (141) of this movable roll bracing frame (141) and support (12), is rotatably connected to some movable roll (142); Described photographic plate (16) is fixedly connected with movable roll bracing frame (141), and described optoelectronic switch (15) is fixedly connected with support (12).
9. the whole folded machine of solar energy photovoltaic material cutting according to claim 8, it is characterized in that, on described crossbeam (11), be also provided with a guide roller (17), the height of the axial line of guide roller (17) will be higher than the height of the axial line of registration roller (13), and this guide roller (17) is rotationally connected with crossbeam (11).
10. the whole folded machine of solar energy photovoltaic material cutting according to claim 9, it is characterized in that, described support (12) bottom is also fixed with a base plate (18), and this base plate (18) is provided with the movable roll locating rack assembly (19) of an energy barrier activity roll assembly (14) rotation; Described movable roll locating rack assembly (19) comprises the locating dowel (191) being fixed on base plate (18), and being arranged on the block (192) on movable roll bracing frame (141), described block (192) is corresponding with the position of locating dowel (191).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410398723.1A CN104191444B (en) | 2014-08-13 | 2014-08-13 | The whole folded machine of solar energy photovoltaic material cutting |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410398723.1A CN104191444B (en) | 2014-08-13 | 2014-08-13 | The whole folded machine of solar energy photovoltaic material cutting |
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| CN104191444A true CN104191444A (en) | 2014-12-10 |
| CN104191444B CN104191444B (en) | 2016-02-10 |
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| CN105666562A (en) * | 2016-01-08 | 2016-06-15 | 浙江广鑫竹基材料有限公司 | Slitting mechanism for bamboo split roll |
| CN109591088A (en) * | 2019-01-31 | 2019-04-09 | 宜春学院 | A kind of material cutting machine linear directional mechanism |
| CN113717659A (en) * | 2021-09-08 | 2021-11-30 | 浙江中聚材料有限公司 | Double-layer antioxidant EVA composite adhesive film and preparation method and device thereof |
| CN114055529A (en) * | 2022-01-17 | 2022-02-18 | 江苏众润光电材料科技有限公司 | Photovoltaic EVA packaging adhesive film cutting machine |
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