CN208178154U - A kind of photovoltaic bracket cold bending molding equipment with material collecting device - Google Patents

Abstract

The utility model discloses a kind of photovoltaic bracket cold bending molding equipment with material collecting device, for photovoltaic bracket manufacture field, its key points of the technical solution are that including the decoiling equipment set gradually along a horizontal linear, leveling apparatus, cold-bending device and cutting device, the affixed organic frame in the lower section of leveling apparatus and cold-bending device, work piece advances along the horizontal linear, it further include that material collecting device of the cutting device far from cold-bending device side is set, the material receiving desk that the material collecting device includes, material receiving roller, material toggling axis and driver, rod for stiring materials is connected in the circumferential side wall of the material toggling axis；The axis horizontal of material receiving roller and vertical with the horizontal linear；When material toggling axis rotates, rod for stiring materials was put between two neighboring material receiving roller；It is provided with lower truck below material receiving roller, solves the problems, such as manual sorting photovoltaic bracket blank labor intensive, has reached and the molding photovoltaic bracket blank of severing is arranged into neat, labor-saving effect convenient for user.

Description

A kind of photovoltaic bracket cold bending molding equipment with material collecting device

Technical field

The utility model relates to photovoltaic bracket manufacture field, in particular to a kind of photovoltaic bracket clod wash with material collecting device Molding equipment.

Background technique

With the development and utilization of new energy, as the important component solar photovoltaic industry day in New Energy Industry Benefit is grown, and the demand to photovoltaic facility also increasingly increases, such as the photovoltaic bracket of supporting solar panels design.Currently on the market Photovoltaic bracket, be made frequently with U-shaped steel or C-shaped steel.This photovoltaic bracket is processed frequently with steel plate cold bending technique.

Such as, Granted publication is the Chinese patent of CN206662715U to existing photovoltaic bracket process equipment, discloses one kind Solar energy photovoltaic bracket cold-bending forming machine, including part and charging processing part before charging processing, before the charging processing Part includes uncoiler, levelling machine, punching machine machine, wherein after levelling machine smoothing material；The charging processing department point includes molding master Machine is sent into straightener after molding, hydraulic cutter mechanism will be sent into after material straightening, improves the automation of production process, effectively It improves efficiency.

But this photovoltaic bracket process equipment usually requires the artificial mobile part cut out after severing, is arranged It is moved at subsequent processing processing after neat, the manpower of this process arranged waste is more.

Utility model content

The purpose of the utility model is to provide a kind of photovoltaic bracket cold bending molding equipment with material collecting device is easy to use Person arranges the molding photovoltaic bracket blank of severing neat.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of photovoltaic bracket cold bending molding equipment with material collecting device, including the uncoiling set gradually along a horizontal linear The affixed organic frame in the lower section of device, leveling apparatus, cold-bending device and cutting device, leveling apparatus and cold-bending device, work piece Advance along the horizontal linear, further includes that material collecting device of the cutting device far from cold-bending device side is set, the rewinding dress Set including material receiving desk, the material receiving roller being rotatably connected on material receiving desk, the material toggling axis that is rotatably connected on material receiving desk and driving The driver of material toggling axis rotation, is connected with rod for stiring materials in the circumferential side wall of the material toggling axis；The axis horizontal of material receiving roller and with institute State that horizontal linear is vertical, material receiving roller is evenly arranged with multiple along the length direction of the horizontal linear；The pivot center of material toggling axis Parallel with the horizontal linear, when material toggling axis rotates, rod for stiring materials was put between two neighboring material receiving roller；Setting below material receiving roller There is lower truck.

By using above-mentioned technical proposal, the photovoltaic bracket blank being cut is accepted using material receiving roller, and reduces light Lie prostrate the friction between bracket blank and material receiving desk；By the rotation of material toggling axis, rod for stiring materials is rotated from side, will be located on material receiving roller Photovoltaic bracket push away and fall on the lower truck of cause, so that the transfer of photovoltaic bracket blank is realized, it is possible to prevente effectively from photovoltaic bracket blank Accumulation on material receiving desk, it is neat convenient for arranging photovoltaic bracket blank, manual operation is reduced, production efficiency is improved.

Preferably, rod for stiring materials is along material toggling axis axis direction setting at least two.

By using above-mentioned technical proposal, guarantee at least two point of applications in a photovoltaic bracket blank, reduces photovoltaic A possibility that bracket blank rotates helps to improve the uniformity of lower truck glazing volt bracket blank, reduces the work of last phase tidying up It measures.

Preferably, being provided with the Mobile base being slidably connected with material receiving desk below material receiving roller, the glide direction of Mobile base is horizontal And perpendicular to the horizontal linear, the mobile driver of driving Mobile base is connected on material receiving desk；Lower truck is arranged in Mobile base On.

By using above-mentioned technical proposal, drives lower truck mobile using Mobile base, make lower truck and photovoltaic bracket blank Drop-off positions between relative position can change, avoid photovoltaic bracket blank always in the same position heap of lower truck Product further helps in the uniformity for improving lower truck glazing volt bracket blank, reduces the workload of last phase tidying up.

Preferably, the mobile frame-shaped positioning edge of restricted blanking vehicle is arranged in the upper surface of the Mobile base.

By using above-mentioned technical proposal, lower truck can be limited in positioning between, avoid blanking by setting positioning edge Vehicle arbitrarily moves, and keeps the relatively stable of lower skip position.

Preferably, Mobile base is provided with telescopic chute, positioning along being slided in telescopic chute, position the glide direction on edge perpendicular to The upper surface of Mobile base.

By using above-mentioned technical proposal, when guaranteeing that lower truck needs mobile, positioning edge can slide into telescopic chute without dry The normal movement of lower truck is related to, the difficulty for reducing transfer, replacing lower truck.

Preferably, flexible groove bottom wall and positioning are provided with elastic parts between, the elastic parts is in the raw When, positioning is along stretching telescopic chute.

By using above-mentioned technical proposal, in the case that setting elastic parts can guarantee foreign object external force, edge is positioned Restriction effect of the telescopic chute without losing positioning edge can be stretched out always.

Preferably, positioning is along the pedal for being above connected with stretching Mobile base.

By using above-mentioned technical proposal, pedal, which is arranged, can be stepped on when needing to position along retraction telescopic chute by jamming on Plate is realized, easy to operate, is operated while truck under movement convenient for user.

Preferably, positioning is set as lead-in chamfered along the end face backwards to its geometric center；The lead-in chamfered is far from elasticity One end of component to positioning along the distance of geometric center, greater than its close to one end of elastic parts to position along geometric center away from From.

By using above-mentioned technical proposal, lead-in chamfered, when lower truck being made to move into positioning along range, Ke Yitong are utilized It crosses and rolls the sliding that lead-in chamfered realizes positioning edge, facilitate the operation of further abbreviation user.

In conclusion the utility model has the following beneficial effects:

Convenient for the transfer of photovoltaic bracket blank, production efficiency is improved；Help to improve lower truck glazing volt bracket blank Uniformity reduces the workload of last phase tidying up；Convenient for the operation of user.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the photovoltaic bracket cold bending molding equipment with material collecting device；

Fig. 2 is the structural schematic diagram of leveling apparatus；

Fig. 3 is the structural schematic diagram of cold-bending device；

Fig. 4 is the schematic diagram of a pack support and setting roll；

Fig. 5 is the structural schematic diagram of cutting device；

Fig. 6 is the structural schematic diagram of material collecting device；

Fig. 7 is the cross-sectional view of Mobile base and positioning along junction.

In figure, 1, decoiling equipment；11, uncoiling frame；12, pivoted frame is supported；2, leveling apparatus；21, guide component；211, guide Frame；212, guide rack；22, side-to-side alignment component；221, lateral support frame；222, side-to-side alignment roller；223, platform is laterally adjusted； 23, component is flattened；231, frame is flattened；2311, collateral plate；2312, connecting plate；232, upper plain-barreled roll；233, lower plain-barreled roll；234, it flattens Adjust platform；235, bar is adjusted；3, cold-bending device；31, bracket；311, threaded rod；312, divide frame；32, setting roll；321, it is formed Wheel；33, driving assembly；331, driving motor；332, retarder；333, gear tumbler；334, shaft coupling；34, lateral pressure roller； 4, cutting device；41, supporting table；42, mobile station；421, bottom plate；422, vertical plate；423, mouth is passed through；43, circular sawing machine；431, One driver；44, bounce cylinder；45, bar is expected surely；451, the second driver；46, dynamic clamping head and quiet clamping head；5, material collecting device；51, it receives Expect platform；511, roller frame；512, material receiving roller；52, material toggling axis；521, rod for stiring materials；522, motor；53, lower truck；54, Mobile base； 541, telescopic chute；542, it is open；55, mobile cylinder；56, edge is positioned；561, pedal；562, lead-in chamfered；57, elastic parts； 6, rack.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.The wherein identical attached drawing of identical components Label indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "up" and "down" refer to It is the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from particular elements geometry The direction at center.

A kind of photovoltaic bracket cold bending molding equipment with material collecting device, as shown in Figure 1, including rack 6, supporting and be unfolded The decoiling equipment 1 of roll of steel plate, the leveling apparatus 2 for adjusting steel plate form and position, the cold-bending device that clod wash processing is carried out to steel plate 3, the cutting device 4 steel plate of bending forming cut and the material collecting device 5 that will be collapsed by severing steel plate.Decoiling equipment 1, leveling apparatus 2, cold-bending device 3, cutting device 4 and material collecting device 5 are successively arranged along a horizontal linear, roll of steel plate exhibition Extend after opening along the horizontal linear；The length direction of the horizontal linear is defined as production line for convenience of subsequent descriptions herein Sequence direction.Wherein leveling apparatus 2 and cold-bending device 3 are fixed in rack 6.

Decoiling equipment 1 includes uncoiling frame 11 and the support pivoted frame 12 being rotatably connected on uncoiling frame 11.As raw material Coiled roll of steel plate support pivoted frame 12 on.The axis horizontal of pivoted frame 12 is supported, and vertical with sequence direction.

As shown in Fig. 2, leveling apparatus 2 include the guide component 21 being successively fixed in along sequence direction in rack 6, it is lateral right Positive component 22 and flattening component 23.Wherein guide component 21 is positioned close to 1 side of decoiling equipment.Guide component 21 include with The guide rack 211 that rack 6 connects and the guide rack 212 being rotatably connected in guide rack 211.The guide rack 212 is equipped on one Once two, the pivot center of guide rack 212 is parallel with the support pivot center of pivoted frame 12.Side-to-side alignment component 22 includes lateral Support frame 221, lateral adjustment platform 223 and side-to-side alignment roller 222.There are two lateral adjustment platform 223 settings, and horizontal sliding is solid Surely it is connected on lateral support frame 221, the lateral glide direction for adjusting platform 223 is perpendicular to sequence direction.Side-to-side alignment roller 222 is set There are two and be rotatably connected on two lateral adjustment platforms 223 respectively, the pivot center of side-to-side alignment roller 222 is vertical.

Flattening component 23 includes flattening frame 231, flattening adjustment platform 234, upper plain-barreled roll 232 and lower plain-barreled roll 233.Flatten frame 231 include the connecting plate 2312 between two collateral plates 2311 of two collateral plates 2311 being fixed in rack 6 and connection.Exhibition There are two Heibei provincial opera whole 234 settings, and is slidably connected at respectively on two collateral plates 2311 along the vertical direction.Lower 233 water of plain-barreled roll It puts down there are four being arranged side by side and both ends is rotated respectively on two collateral plates 2311, the pivot center and guide rack of lower plain-barreled roll 233 212 is parallel.There are three upper 232 horizontal Tile of plain-barreled roll settings and both ends are rotated respectively on two flattenings adjustment platforms 234, upper plain-barreled roll 232 pivot center.The top of lower plain-barreled roll 233 is arranged in upper plain-barreled roll 232.It is rotatablely connected respectively on two flattening adjustment platforms 234 There is an adjustment bar 235, adjustment bar 235 is threadedly coupled with flattening frame 231.

As shown in figure 3, cold-bending device 3 includes that bracket 31, the setting roll 32 being rotatablely connected with bracket 31 and driving are lower fixed The driving assembly 33 that type roller 32 rotates.Bracket 31 is provided with multiple along sequence direction, in conjunction with Fig. 4, turns respectively on each bracket 31 It is dynamic to be connected with two setting rolls 32 one on the other.Fixed on each setting roll 32 there are two identical shaping wheels 321, by changing Become bracket 31 and change the relative position of shaping wheel 321 and shape on upper and lower two setting rolls 32, changes the bending position for passing through steel plate Bending angle is set.Be provided on bracket 31 be slidably connected divide frame 312, the setting roll 32 of top setting is connected to point frame 312 On.Threaded rod 311 is rotatably connected on described point of frame 312, the partial threads fixed with bracket 31 of threaded rod 311 are connect, thus Control divides moving up and down for frame 312.Settable lateral pressure roller 34 between part adjacent stent 31, connection structure are similar to lateral To the structure of positive component 22.

Driving assembly 33 includes driving motor 331, retarder 332 and concatenated gear tumbler 333.The gear changes Two output shafts are had to device 333, wherein an output shaft and input shaft are coaxial, and logical with the input shaft of another gear tumbler 333 Cross the connection of shaft coupling 334；Another output shaft is vertical with input shaft, and the setting roll 32 being arranged on the lower with one passes through shaft coupling 334 Connection.Gear tumbler 333 is the prior art, the China that specific structure can be CN204985563U with reference to Authorization Notice No. Patent.

As shown in figure 5, cutting device 4 includes supporting table 41, mobile station 42, circular sawing machine 43, expects bar 45, dynamic clamping head and quiet clamping head surely 46 and bounce cylinder 44.

Mobile station 42 is slidably connected in supporting table 41, and glide direction is identical as sequence direction.Mobile station 42 includes bottom Plate 421 and two vertical plates 422 parallel to each other.Circular sawing machine 43 be slidably connected on bottom plate 421 and be located at two vertical plates 422 it Between.The glide direction of circular sawing machine 43 is horizontally and perpendicularly to sequence direction.Driving circular sawing machine 43 slides the is connected on bottom plate 421 One driver 431, first driver 431 are cylinder.

Be provided on vertical plate 422 allow photovoltaic bracket blank pass through pass through mouth 423.Edge is slidably connected in mouth 423 Vertical direction it is mobile determine material bar 45, be connected with driving the second driver 451 that material bar 45 slides surely on vertical plate 422, described the Two drivers 451 are cylinder.

41 upper surface of supporting table is provided with groove, and 421 lower surface of bottom plate is connected with the convex block for protruding into groove, dynamic clamping head and quiet clamping head 46 Be set as the telescopic direction spring parallel with sequence direction, and both ends be separately fixed at recess sidewall with it is convex under bottom plate 421 On block.

Bounce cylinder 44 is fixed in supporting table 41 close to the side of cold-bending device 3.The telescopic direction of bounce cylinder 44 with it is suitable Sequence direction is parallel.When mobile station 42 is slided towards cold-bending device 3, mobile station 42 can be abutted with the telescopic end of bounce cylinder 44.

As shown in fig. 6, material receiving desk 51, material receiving roller 512, material toggling axis 52, Mobile base 54 and blanking that material collecting device 5 includes Vehicle 53.

Be connected with roller frame 511 on material receiving desk 51, material receiving roller 512 be provided with it is multiple, side by side be rotatably connected on roller frame 511 On, the axis horizontal of material receiving roller 512 and vertical with the horizontal linear, material receiving roller 512 is uniformly set along the horizontal linear direction It sets.

Material toggling axis 52 is rotatably connected in roller frame 511, and is located at the lower section of material receiving roller 512.The pivot center of material toggling axis 52 It is parallel with sequence direction.The motor 522 that driving material toggling axis 52 rotates is connected on material receiving desk 51.In the circumferential side wall of material toggling axis 52 At least two rod for stiring materials 521 are connected with, each rod for stiring materials 521 is along the axial uniformly arrangement of material toggling axis 52.Each rod for stiring materials 521 is parallel to each other And it is axial perpendicular to material toggling axis 52.When material toggling axis 52 rotates, rod for stiring materials 521 can be put between two neighboring material receiving roller 512.

As shown in connection with fig. 7, the setting of Mobile base 54 is slidably connected below material receiving roller 512, and with material receiving desk 51.Mobile base 54 Glide direction be horizontally and perpendicularly to sequence direction.The upper surface of Mobile base 54 is provided with rectangular box-like telescopic chute 541, described The positioning moved along the vertical direction is slidably connected in telescopic chute 541 along 56.Lower truck 53 is placed in mobile station 42, positions edge 56 can limit the lower movement of truck 53, keep lower truck 53 and mobile station 42 relatively fixed.

541 bottom wall of telescopic chute and positioning are provided with elastic parts 57 between 56, and the elastic parts 57 includes multiple bullets The telescopic direction of spring, the spring is vertical.When each spring is in nature, positioning stretches out telescopic chute 541 along 56 tops.

It positions and is set as lead-in chamfered 562 backwards to the end face of its geometric center along 56.The lead-in chamfered 562 is far from elasticity One end of 57 inner spring of component is to the distance positioned along 56 geometric centers, greater than it close to one end of elastic parts 57 to positioning edge The distance of 56 geometric centers.

The opening 542 of connection telescopic chute 541 is provided in the circumferential side wall of Mobile base 54, positioning is connected with from opening along 56 The pedal 561 of Mobile base 54 is stretched out at 542.

When processing photovoltaic bracket, coiled steel plate is hung over and is unfolded on support pivoted frame 12, steel plate passes through two guide racks 212 Between, flatten between two side-to-side alignment rollers 222, upper plain-barreled roll 232 and lower plain-barreled roll 233, by each bracket 31 up and down two it is fixed Between type roller 32, it is finalized 321 bending of wheel, extend into and determines between material bar 45 and mobile station 42, expected surely after forming a segment length Bar 45 is pushed down, and circular sawing machine 43 moves horizontally the molding photovoltaic bracket of severing, and molding photovoltaic bracket slides on material receiving roller 512, When photovoltaic bracket slide into length correct hold neat level with both hands with the length of lower truck 53 when, material toggling axis 52 rotates, and rod for stiring materials 521 is by light It lying prostrate bracket and dials lower material receiving roller 512, photovoltaic bracket is fallen into lower truck 53, after photovoltaic bracket is accumulated to a certain degree, mobile cylinder 55 promotion Mobile bases 54 change the relative position that lower truck 53 falls place with photovoltaic bracket, and lower truck 53 steps on pedal after filling 561, lower truck 53 is removed into positioning along 56 ranges, shifts photovoltaic bracket.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. a kind of photovoltaic bracket cold bending molding equipment with material collecting device, including the uncoiling dress set gradually along a horizontal linear Set (1), leveling apparatus (2), cold-bending device (3) and cutting device (4), the lower section of leveling apparatus (2) and cold-bending device (3) is affixed Organic frame (6), work piece advance along the horizontal linear, it is characterised in that: further include that setting is separate cold in cutting device (4) The material collecting device (5) of bending apparatus (3) side, material receiving desk (51) that the material collecting device (5) includes are rotatably connected on material receiving desk (51) material receiving roller (512) on, the material toggling axis (52) being rotatably connected on material receiving desk (51) and driving material toggling axis (52) rotation Driver, be connected with rod for stiring materials (521) in the circumferential side wall of the material toggling axis (52)；The axis horizontal of material receiving roller (512) and Vertical with the horizontal linear, material receiving roller (512) is evenly arranged with multiple along the length direction of the horizontal linear；Material toggling axis (52) pivot center is parallel with the horizontal linear, and when material toggling axis (52) rotates, rod for stiring materials (521) is from two neighboring material receiving roller (512) it was put between；Lower truck (53) are provided with below material receiving roller (512).

2. the photovoltaic bracket cold bending molding equipment according to claim 1 with material collecting device, it is characterised in that: rod for stiring materials (521) along material toggling axis (52) axis direction setting at least two.

3. the photovoltaic bracket cold bending molding equipment according to claim 1 with material collecting device, it is characterised in that: material receiving roller (512) lower section is provided with the Mobile base (54) being slidably connected with material receiving desk (51), and the glide direction of Mobile base (54) is horizontal and vertical Directly in the driver for being connected with driving Mobile base (54) movement on the horizontal linear, material receiving desk (51)；Lower truck (53) setting On Mobile base (54).

4. the photovoltaic bracket cold bending molding equipment according to claim 3 with material collecting device, it is characterised in that: the shifting The mobile frame-shaped positioning of restricted blanking vehicle (53) is arranged along (56) in the upper surface of dynamic seat (54).

5. the photovoltaic bracket cold bending molding equipment according to claim 4 with material collecting device, it is characterised in that: Mobile base (54) it is provided with telescopic chute (541), along (56), the sliding in telescopic chute (541), glide direction of the positioning along (56) are vertical for positioning In the upper surface of Mobile base (54).

6. the photovoltaic bracket cold bending molding equipment according to claim 5 with material collecting device, it is characterised in that: telescopic chute (541) bottom wall and positioning are provided with elastic parts (57) between (56), the elastic parts (57) in the raw when, it is fixed Telescopic chute (541) are stretched out along (56) in position.

7. the photovoltaic bracket cold bending molding equipment according to claim 6 with material collecting device, it is characterised in that: positioning edge (56) pedal (561) for stretching out Mobile base (54) is connected on.

8. the photovoltaic bracket cold bending molding equipment according to claim 6 with material collecting device, it is characterised in that: positioning edge (56) lead-in chamfered (562) are set as backwards to the end face of its geometric center；The lead-in chamfered (562) is far from elastic parts (57) One end to positioning along (56) geometric center distance, be greater than its close to one end of elastic parts (57) to positioning edge (56) geometry The distance at center.