CN109227816A

CN109227816A - A kind of aluminium alloy processing unit (plant)

Info

Publication number: CN109227816A
Application number: CN201811032952.6A
Authority: CN
Inventors: 韦健杭
Original assignee: Guangzhou Way Electronic Technology Co Ltd
Current assignee: Guangzhou Way Electronic Technology Co Ltd
Priority date: 2018-09-05
Filing date: 2018-09-05
Publication date: 2019-01-18

Abstract

The invention discloses a kind of aluminium alloy processing unit (plant)s, mass body, left and right is extended the delivery chute for having the end face at left and right sides of the body in the body, the delivery chute inner roof wall is provided with and communicated with the first mounting groove for opening forward, cabinet is fixedly installed in first mounting groove, the first rotation slot extended up and down is equipped in the body, the first rotation axis is equipped in first rotation slot, the first rotation axis left-hand end is rotatably installed in the first rotation slot inner left wall and right-hand end is connected by power with the first motor being fixedly installed in the inner wall of the first rotation slot right side, press cam is fixed in first rotation axis, the internal spline of opening upwards is equipped in the press cam top end surface, the first sliding groove is provided with and communicated between first rotation slot and first mounting groove.

Description

A kind of aluminium alloy processing unit (plant)

Technical field

The present invention relates to aluminum alloy processing technology field, specifically a kind of aluminium alloy processing unit (plant).

Background technique

Usually aluminium alloy plate is bound using binding device in the processing technology of Al alloy parts, and in tradition Aluminium alloy plate binding device Setting pattern is single, and the degree of automation is low and needs manpower is excessive to come into operation, and greatly drops Low processing efficiency, it is existing in also have the binding device of more high degree of automation, but the relatively complicated complexity of its operating process, and Use cost is larger, it is difficult to meet existing demand, there are larger drawback, need to improve.

Summary of the invention

Deficiency in view of the above technology, the invention proposes a kind of aluminium alloy processing unit (plant)s.

A kind of aluminium alloy processing unit (plant) of the present invention, mass body, left and right is extended and has through the machine in the body The delivery chute of end face at left and right sides of body, the delivery chute inner roof wall are provided with and communicated with the first mounting groove for opening forward, and described the It is fixedly installed with cabinet in one mounting groove, is equipped with the first rotation slot extended up and down in the body, in first rotation slot Equipped with the first rotation axis, the first rotation axis left-hand end is rotatably installed in the first rotation slot inner left wall and the right side Side is connected by power with the first motor being fixedly installed in the inner wall of the first rotation slot right side, solid in first rotation axis It is fixed to be equipped with press cam, the internal spline of opening upwards, first rotation slot and institute are equipped in the press cam top end surface It states and is provided with and communicated with the first sliding groove between the first mounting groove, the first sliding shoe, institute are slidably fitted in first sliding groove It states the first sliding shoe bottom end face and is fixed with thimble, the delivery chute inner roof wall at left and right sides of first mounting groove is symmetrical Equipped with the second sliding groove that Open Side Down, the second sliding shoe, the second sliding shoe are slidably fitted in second sliding groove It is equipped with the second mounting groove that Open Side Down in bottom end face, is rotatably equipped with second in end wall before and after second mounting groove Rotation axis, delivery wheel and the first driving wheel are fixed in second rotation axis, and first driving wheel is located at described defeated Wheel rear side is sent, is located above second mounting groove in the second sliding shoe and is equipped with the second rotation chamber, the second rotation chamber Third rotation axis is rotatably installed in the end wall of front and back, is fixed with first bevel gear and second in the third rotation axis Driving wheel, second driving wheel are located on rear side of the first bevel gear, are equipped with third in the second rotation chamber inward bottom wall Mounting groove is rotatably equipped with spline housing by rolling bearing in the third mounting groove, and the spline housing is close to described the The end face of two rotation chambers, which is stretched, is fixed with the 4th rotation axis, and the 4th rotation axis is fixed with far from one end of the spline housing The second bevel gear being meshed with the first bevel gear is equipped in end face of the spline housing far from the second bevel gear and opens Mouth spline inwardly is equipped with third sliding groove in end face of the second sliding shoe far from the spline housing, and described second is sliding It is provided with and communicated with the 4th sliding groove in dynamic slot outer end wall, is slidably installed between the third sliding groove and the 4th sliding groove There is a third sliding shoe, integral type is provided with the first rack gear at the top of the third sliding shoe, and the 4th sliding groove is far from described the It is equipped with the 5th sliding groove extended up and down in the end wall of two sliding grooves, is slidably fitted with the second rack gear in the 5th sliding groove, The 5th sliding groove inner roof wall is equipped with the 4th mounting groove, is fixed with hydraulic fluid tank, the hydraulic fluid tank in the 4th mounting groove In be equipped with the first hydraulic cavities, be slidably fitted with hydraulic plate in first hydraulic cavities, the hydraulic plate bottom, which is fixed with, to be protruded into In 5th sliding groove and the first push rod of sliding connection, the body are equipped with lighting device, the lighting device Including lamp plate and headlamp.

Further technical solution is equipped with third in end wall of second sliding groove far from the 4th sliding groove and rotates Chamber is equipped with the first perforation between the third rotation chamber and second sliding groove, the third rotation chamber is far from described first It is equipped with the 6th sliding groove in the end wall of perforation, the 4th sliding shoe, the 4th sliding are slidably fitted in the 6th sliding groove It is rotatably assorted to be equipped in block end face outside and rotates chamber through the third and protrude into the splined shaft in first perforation, it is described It is fixedly installed with the first rotate gear on the splined shaft in third rotation chamber, the 6th sliding groove turns far from the third It is equipped with the second hydraulic cavities in the inner wall of dynamic chamber, is slidably fitted in second hydraulic cavities and is fixedly connected with the 4th sliding shoe The second push rod, be provided with and communicated with hydraulic tube between first hydraulic cavities and second hydraulic cavities.

Further technical solution is provided with and communicated with through slot between the second rotation chamber and second mounting groove, institute It states transmission between the first driving wheel and second driving wheel and is connected with the first transmission belt in the through slot.

Further technical solution is symmetrically arranged in the body at left and right sides of the first rotation chamber and extends up and down 5th mounting groove controls the 5th turn for being rotatably assorted and being equipped with through the first rotation chamber between two the 5th mounting grooves Moving axis, it is described first rotation chamber in the 5th rotation axis on be fixed with the second turning gear matched with the internal spline It takes turns, third driving wheel is fixed in the 5th rotation axis in the 5th mounting groove, the third rotates intracavitary roof It is provided with and communicated with the 4th rotation chamber, is rotatably assorted between the 4th rotation chamber and the 5th mounting groove and the 6th rotation is installed Axis is fixed with third rotate gear in the 6th rotation axis in the 4th rotation chamber, in the 5th mounting groove It is fixed with the 4th driving wheel in 6th rotation axis, passes through second between the third driving wheel and the 4th driving wheel V belt translation is driven to be cooperatively connected.

Further technical solution is connected between the 4th sliding groove and the 5th sliding groove and is equipped with the 6th installation Slot is equipped with the 6th rotation axis in the 6th mounting groove, and the 6th rotation axis front side end rotatably install to be installed with the described 6th On front side of slot in end wall, and rear side end is connect with the second motor power being fixedly installed in the 6th mounting groove rear side end wall, The 4th rotate gear being meshed with first rack gear and second rack gear is fixedly installed in 6th rotation axis.

Further technical solution, is symmetrically arranged with the first limiting slot in the first sliding groove left hand end wall, and described first The first limited block being fixedly connected with first sliding shoe is slidably fitted in limiting slot, the first limiting slot inner bottom wall is set There is the first top pressure spring to offset with first limited block, the 6th sliding groove inner bottom wall is provided with and communicated with the second limit Slot is slidably fitted with the second limited block being fixedly connected with the 4th sliding shoe, second limit in second limiting slot The second top pressure spring to offset with second limited block is equipped in the slot inner wall of position, it is symmetrical in end wall before and after first sliding groove Equipped with third limiting slot, the third limit being fixedly connected with first sliding shoe is slidably fitted in the third limiting slot Block, the third sliding groove inner bottom wall are fixed with the third top pressure spring to offset with the third sliding shoe.

Further technical solution, is equipped with the 7th mounting groove for opening forward in the cabinet, on the 7th mounting groove Through the second perforation of setting in lower end wall, it is symmetrically arranged with the 7th sliding groove in described 7th mounting groove or so inner wall, the described 7th It is slidably fitted with pressure end in sliding groove, is equipped with and the top in the end wall of the 7th sliding groove far from the 7th mounting groove The 4th top pressure spring that pressure head is fixedly connected is held out against and is provided in the 7th mounting groove between two pressure ends in left and right Multiple groups binding stable.

Further technical solution, the delivery chute inner bottom wall are provided with and communicated with the 8th mounting groove, the 8th peace Multiple groups roller is rotatably installed in tankage, and passes through conveying crawler belt connection between roller described in every group.

Further technical solution, the lamp plate are symmetrically disposed on end top at left and right sides of the body, and the photograph Bright lamp is fixedly installed on the lamp plate bottom.

The beneficial effects of the present invention are:

Aluminium alloy plate when in use, is placed on the conveying crawler belt by apparatus of the present invention first, then controls second electricity Machine rotation can drive first rack gear and second rack gear by the 4th rotate gear after the second motor rotation It slides up and down, the third sliding shoe can be driven to drive the second sliding shoe to downslide after the first rack gear slide downward It is dynamic, after third limited block and the third limiting slot inner bottom wall offset, at this point, the second sliding shoe bottom end face with it is described Delivery chute inner roof wall flushes, and the delivery wheel offsets with aluminium alloy plate top end surface, the spline and the first perforation phase Alignment, while the second rack gear top end surface offsets with first push rod, it is described after second motor continues to rotate First rack gear continues slide downward and the third sliding shoe is driven to compress the third top pressure spring, while second rack gear It continues to slide up and presses first push rod, first push rod can push described second to push away after being pressed by hydraulic oil Bar pushes the 4th sliding shoe to slide in and out, and the 4th sliding shoe can drive the splined shaft and described after sliding in and out First rotate gear slides in and out, when the third sliding shoe bottom end face offsets with the 4th sliding groove inner bottom wall, institute It states the first rotate gear to be meshed with the third rotate gear, the splined shaft is inserted into the spline, then controls institute It states first motor and closes and control simultaneously the second motor unlatching, the press cam can be driven after the second motor rotation Rotation can make the internal spline be meshed with second rotate gear after the press cam rotation, described so as to drive Second rotate gear drives the 5th rotation axis rotation, can pass through the third driving wheel band after the 5th rotation axis rotation Dynamic 4th driving wheel, third rotate gear, the first rotate gear, splined shaft, spline housing, the 4th rotation axis second bore tooth Wheel first bevel gear, the second driving wheel, the first driving wheel and the delivery wheel rotate forward, and can drive after the delivery wheel rotation Dynamic aluminium alloy plate is moved to the left one end distance, after the internal spline and second rotate gear disengaging cooperation, the conveying Wheel stops operating, and the aluminium alloy plate left end is located at second perforation lower section at this time, when the press cam continues to rotate After can press first sliding shoe and drive the thimble slide downward, can be worn through described second after the thimble slide downward Hole simultaneously presses the binding stable to complete stapling operation, and the multiple stapling operation on same straight line thus back and forth can be realized, Labor intensity can be greatly reduced, improve binding efficiency and bookbinding effect；

After the completion of use, controls after the first motor stops operating, by controlling rotating backward for second motor, make this Invention device is restored to original state；

Since in apparatus of the present invention, the binding stable is under the holding out against of two pressure ends in left and right, it can be ensured that the bookbinding Nail is aligned with second perforation always, thus can increase the stability and practicability when bookbinding；

Apparatus of the present invention structure is simple, high degree of automation, can be realized by the same power source aluminium alloy plate conveying and Mutual switching between stapling operation can greatly reduce labor intensity, improve binding efficiency and bookbinding effect, while the present invention Device use cost is more cheap, is suitble to promote the use of.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of structural schematic diagram of aluminium alloy processing unit (plant) of the invention.

Fig. 2 is the structural schematic diagram in Fig. 1 at A.

Specific embodiment

As shown in Figs. 1-2, a kind of aluminium alloy processing unit (plant) of the invention, mass body 10, left and right is prolonged in the body 10 The delivery chute 11 being provided with through 10 left and right sides end face of body is stretched, 11 inner roof wall of delivery chute is provided with and communicated with opening Forward first mounting groove is fixedly installed with cabinet 21 in first mounting groove, is equipped in the body 10 and extends up and down First rotation slot 31, the first rotation axis 35 is equipped in first rotation slot 31, and 35 left-hand end of the first rotation axis can be rotated Be installed in 31 inner left wall of the first rotation slot and right-hand end and be fixedly installed in first rotation slot, 31 right side First motor 36 in wall is connected by power, and press cam 33, the press cam 33 are fixed in first rotation axis 35 It is equipped with the internal spline 33 of opening upwards in top end surface, is connected to setting between first rotation slot 31 and first mounting groove There is the first sliding groove 23, the first sliding shoe 26,26 bottom of the first sliding shoe are slidably fitted in first sliding groove 23 End face is fixed with thimble 261,11 inner roof wall of the delivery chute at left and right sides of first mounting groove be symmetrically arranged with opening to Under the second sliding groove 53, be slidably fitted with the second sliding shoe 77,77 bottom of the second sliding shoe in second sliding groove 53 It is equipped with the second mounting groove 51 that Open Side Down in end surface, the is rotatably equipped in the 51 front and back end wall of the second mounting groove Two rotation axis 52 are fixed with delivery wheel 521 and the first driving wheel, first driving wheel position in second rotation axis 52 It is located above second mounting groove 51 in 521 rear side of delivery wheel, the second sliding shoe 77 and is equipped with the second rotation chamber 76, third rotation axis 74 is rotatably installed in the second rotation 76 front and back end wall of chamber, it is solid in the third rotation axis 74 Surely it is equipped with first bevel gear 75 and the second driving wheel, second driving wheel is located at 75 rear side of first bevel gear, described Third mounting groove 71 is equipped in second rotation 76 inward bottom wall of chamber, it is rotatable to pass through rolling bearing in the third mounting groove 71 Spline housing 70 is installed, the spline housing 70 is stretched close to the end face of the second rotation chamber 76 is fixed with the 4th rotation axis 72, 4th rotation axis 72 is fixed with second to be meshed with the first bevel gear 75 far from one end of the spline housing 70 Bevel gear 73 is equipped with the spline 69 of opening inwardly in end face of the spline housing 70 far from the second bevel gear 73, described Third sliding groove 48,53 outer end wall of the second sliding groove are equipped in end face of the second sliding shoe 77 far from the spline housing 70 In be provided with and communicated with the 4th sliding groove 50, be slidably fitted with third between the third sliding groove 48 and the 4th sliding groove 50 Sliding shoe 80, the 80 top integral type of third sliding shoe are provided with the first rack gear 78, and the 4th sliding groove 50 is far from described It is equipped with the 5th sliding groove 42 extended up and down in the end wall of second sliding groove 53, the is slidably fitted in the 5th sliding groove 42 Two rack gears 43,42 inner roof wall of the 5th sliding groove are equipped with the 4th mounting groove, are fixed with hydraulic fluid tank in the 4th mounting groove 39, it is equipped with the first hydraulic cavities 38 in the hydraulic fluid tank 39, is slidably fitted with hydraulic plate 40, the liquid in first hydraulic cavities 38 40 bottom of pressing plate is fixed with the first push rod 41 for protruding into the 5th sliding groove 42 and being slidably connected, the body 10 It is equipped with lighting device, the lighting device includes lamp plate 105 and headlamp 106.

Valuably, it is equipped with third in end wall of second sliding groove 53 far from the 4th sliding groove 50 and rotates chamber 55, The first perforation 54 is equipped between the third rotation chamber 55 and second sliding groove 53, the third rotation chamber 55 is far from described It is equipped with the 6th sliding groove 57 in the end wall of first perforation 54, is slidably fitted with the 4th sliding shoe 61 in the 6th sliding groove 57, It is rotatably assorted to be equipped with to rotate chamber 55 through the third and protrude into described first in 4th sliding shoe, 61 end face outside and wear Splined shaft 571 in hole 54, the third rotate and are fixedly installed with the first rotate gear on the splined shaft 571 in chamber 55 56, the 6th sliding groove 57 is equipped with the second hydraulic cavities 63 in the inner wall far from third rotation chamber 55, and described second is hydraulic Be slidably fitted with the second push rod 64 being fixedly connected with the 4th sliding shoe 61 in chamber 63, first hydraulic cavities 38 with it is described Hydraulic tube 37 is provided with and communicated between second hydraulic cavities 63.

Valuably, through slot 79 is provided with and communicated between the second rotation chamber 76 and second mounting groove 51, described the Transmission is connected with the first transmission belt in the through slot 79 between one driving wheel and second driving wheel.

Valuably, the 5th peace extended up and down is symmetrically arranged in the body 10 of 31 left and right sides of the first rotation chamber Tankage 28 controls the 5th turn for being rotatably assorted and being equipped with through the first rotation chamber 31 between two the 5th mounting grooves 28 Moving axis 30 is fixed with the matched with the internal spline 32 in the 5th rotation axis 30 in the first rotation chamber 31 Two rotate gears 34 are fixed with third driving wheel 29 in the 5th rotation axis 30 in the 5th mounting groove 28, described Third rotation 55 inner roof wall of chamber be provided with and communicated with the 4th rotation chamber 65, it is described 4th rotation chamber 65 and the 5th mounting groove 28 it Between be rotatably assorted the 6th rotation axis 67 be installed, the is fixed in the 6th rotation axis 67 in the 4th rotation chamber 65 Three rotate gears 66 are fixed with the 4th driving wheel 68 in the 6th rotation axis 67 in the 5th mounting groove 28, described It is cooperatively connected between third driving wheel 29 and the 4th driving wheel 68 by the transmission of the second transmission belt 27.

Valuably, it is connected between the 4th sliding groove 50 and the 5th sliding groove 42 and is equipped with the 6th mounting groove 45, institute It states and is equipped with the 6th rotation axis 47 in the 6th mounting groove 45,47 front side end of the 6th rotation axis is rotatably installed and the 6th installation In 45 front side end wall of slot, and rear side end connects with the second motor power being fixedly installed in the 45 rear side end wall of the 6th mounting groove It connects, the 4th turn to be meshed with first rack gear 78 and second rack gear 43 is fixedly installed in the 6th rotation axis 47 Moving gear 46.

Valuably, the first limiting slot 22, first limiting slot are symmetrically arranged in 23 left hand end wall of the first sliding groove The first limited block 25 being fixedly connected with first sliding shoe 26,22 inner bottom wall of the first limiting slot are slidably fitted in 22 Equipped with the first top pressure spring 24 to offset with first limited block 25,57 inner bottom wall of the 6th sliding groove is provided with and communicated with Two limiting slots 58 are slidably fitted with the second limited block being fixedly connected with the 4th sliding shoe 61 in second limiting slot 58 60, it is equipped with the second top pressure spring 59 to offset with second limited block 60 in 58 inner wall of the second limiting slot, described first It is symmetrically arranged with third limiting slot 531 in 53 front and back end wall of sliding groove, is slidably fitted in the third limiting slot 531 and described The third limited block that one sliding shoe is fixedly connected, 48 inner bottom wall of third sliding groove are fixed with and the third sliding shoe 80 The third top pressure spring 48 to offset.

Valuably, the 7th mounting groove 19 for opening forward, 19 upper and lower side of the 7th mounting groove are equipped in the cabinet 21 Through the second perforation 20 of setting in wall, it is symmetrically arranged with the 7th sliding groove 16 in 19 or so the inner wall of the 7th mounting groove, described the It is slidably fitted with pressure end 17 in seven sliding grooves 16, is set in the end wall of the 7th sliding groove 16 far from the 7th mounting groove 19 There is the 4th top pressure spring 15 being fixedly connected with the pressure end 17, the 7th peace between two pressure ends 17 in left and right It is held out against in tankage 19 and is provided with multiple groups binding stable 18.

Valuably, 11 inner bottom wall of delivery chute is provided with and communicated with the 8th mounting groove 12, the 8th mounting groove 12 In multiple groups roller 47 is rotatably installed, and between roller 47 described in every group by conveying crawler belt 14 connect.

Valuably, the lamp plate 105 is symmetrically disposed on 10 left and right sides end top of body, and the headlamp 106 are fixedly installed on 105 bottom of lamp plate, and illumination need when present apparatus night time operation can be met by the headlamp 106 It asks.

Apparatus of the present invention in the initial state, first hydraulic cavities 38, the second hydraulic cavities 63 and the hydraulic tube 37 In be full of hydraulic oil, the protrusion part of the press cam 33 and first sliding shoe 26 are detached from and cooperate, while the internal tooth Slot 32 and second rotate gear 34, which are detached from, to be cooperated, in 77 top end surface of the second sliding shoe and second sliding groove 53 Roof offsets, and the delivery wheel 521 is utmostly far from the delivery chute 11.

In use, aluminium alloy plate is placed on the conveying crawler belt 14 first, the second motor rotation is then controlled, After the second motor rotation first rack gear 78 and second rack gear 43 can be driven by the 4th rotate gear 46 Slide up and down, can be driven after 78 slide downward of the first rack gear the third sliding shoe 80 drive the second sliding shoe 77 to Lower slider, after third limited block offsets with 531 inner bottom wall of third limiting slot, at this point, 77 bottom of the second sliding shoe End face is flushed with 11 inner roof wall of delivery chute, and the delivery wheel 521 offsets with aluminium alloy plate top end surface, the spline 69 It is aligned with first perforation 54, while 43 top end surface of the second rack gear offsets with first push rod 41, when described Second motor, which continues to rotate rear first rack gear 78, to be continued slide downward and the third sliding shoe 80 is driven to compress described the Three top pressure springs 48, while second rack gear 43 continues to slide up and presses first push rod 41, first push rod 41 pressed after can push second push rod 64 that the 4th sliding shoe 61 is pushed to slide in and out by hydraulic oil, the described 4th Sliding shoe 61 can drive the splined shaft 571 and first rotate gear 56 to slide in and out after sliding in and out, when described When three sliding shoes, 80 bottom end face and 50 inner bottom wall of the 4th sliding groove offset, first rotate gear 56 and the third Rotate gear 66 is meshed, and the splined shaft 571 is inserted into the spline 69, then controls the first motor and closes and same When control second motor 36 and open, second motor 36 can drive the rotation of press cam 33, the top after rotating Belling wheel 33 can make the internal spline 32 be meshed with second rotate gear 34 after rotating, so as to drive described second turn Moving gear 34 drives the 5th rotation axis 30 to rotate, and can pass through the third driving wheel 29 after the 5th rotation axis 30 rotation 4th driving wheel 68, third rotate gear 66, the first rotate gear 56, splined shaft 571, spline housing the 70, the 4th in drive 72 second bevel gear of rotation axis, 73 first bevel gear 75, the second driving wheel, the first driving wheel and positive turn of the delivery wheel 521 Dynamic, the delivery wheel 521 can drive aluminium alloy plate to be moved to the left one end distance after rotating, when the internal spline 32 and described second After rotate gear 34 is detached from cooperation, the delivery wheel 521 stops operating, and the aluminium alloy plate left end is located at described second at this time Perforation 20 lower section, can be pressed after the press cam 33 continues to rotate first sliding shoe 26 drive the thimble 261 to Lower slider through second perforation 20 and can press the binding stable 18 to complete to fill after 261 slide downward of thimble Operation is ordered, the multiple stapling operation on same straight line thus back and forth can be realized；

After the completion of use, controls after the first motor 36 stops operating, by controlling rotating backward for second motor, make Apparatus of the present invention are restored to original state；

Since in apparatus of the present invention, the binding stable 18 is under the holding out against of two pressure ends 17 in left and right, it can be ensured that described Binding stable 18 is aligned with second perforation 20 always, thus can increase the stability and practicability when bookbinding.

The beneficial effects of the present invention are:

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims

1. a kind of aluminium alloy processing unit (plant), mass body, it is characterised in that: left and right, which is extended, in the body has through described The delivery chute of end face at left and right sides of body, the delivery chute inner roof wall is provided with and communicated with the first mounting groove for opening forward, described It is fixedly installed with cabinet in first mounting groove, is equipped with the first rotation slot extended up and down, first rotation slot in the body In be equipped with the first rotation axis, the first rotation axis left-hand end be rotatably installed in the first rotation slot inner left wall and Right-hand end is connected by power with the first motor being fixedly installed in the inner wall of the first rotation slot right side, in first rotation axis Be fixed with press cam, be equipped with the internal spline of opening upwards in the press cam top end surface, first rotation slot with It is provided with and communicated with the first sliding groove between first mounting groove, is slidably fitted with the first sliding shoe in first sliding groove, The first sliding shoe bottom end face is fixed with thimble, the delivery chute inner roof wall pair at left and right sides of first mounting groove Claim to be equipped with the second sliding groove that Open Side Down, the second sliding shoe, second sliding are slidably fitted in second sliding groove It is equipped with the second mounting groove that Open Side Down in block bottom end face, is rotatably equipped with the before and after second mounting groove in end wall Two rotation axis, delivery wheel and the first driving wheel are fixed in second rotation axis, and first driving wheel is located at described It is located above second mounting groove on rear side of delivery wheel, in the second sliding shoe and is equipped with the second rotation chamber, second rotation Third rotation axis is rotatably installed in end wall before and after chamber, first bevel gear and the are fixed in the third rotation axis Two driving wheels, second driving wheel are located on rear side of the first bevel gear, and the is equipped in the second rotation chamber inward bottom wall Three mounting grooves are rotatably equipped with spline housing by rolling bearing in the third mounting groove, and the spline housing is close to described The end face of second rotation chamber, which is stretched, is fixed with the 4th rotation axis, and the 4th rotation axis is set far from one end fixation of the spline housing There is the second bevel gear being meshed with the first bevel gear, the spline housing is equipped in the end face far from the second bevel gear Opening spline inwardly, is equipped with third sliding groove in end face of the second sliding shoe far from the spline housing, and described second It is provided with and communicated with the 4th sliding groove in sliding groove outer end wall, peace is slided between the third sliding groove and the 4th sliding groove Equipped with third sliding shoe, integral type is provided with the first rack gear at the top of the third sliding shoe, and the 4th sliding groove is far from described It is equipped with the 5th sliding groove extended up and down in the end wall of second sliding groove, is slidably fitted with the second tooth in the 5th sliding groove Item, the 5th sliding groove inner roof wall is equipped with the 4th mounting groove, is fixed with hydraulic fluid tank in the 4th mounting groove, described hydraulic It is equipped with the first hydraulic cavities in case, is slidably fitted with hydraulic plate in first hydraulic cavities, the hydraulic plate bottom, which is fixed with, stretches Enter in the 5th sliding groove and the first push rod of sliding connection, the body are equipped with lighting device, the illumination dress It sets including lamp plate and headlamp.

2. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: second sliding groove is far from described It is equipped with third in the end wall of 4th sliding groove and rotates chamber, is equipped with first between the third rotation chamber and second sliding groove and wears Hole, the third rotation chamber are equipped with the 6th sliding groove in the end wall far from first perforation, slide in the 6th sliding groove 4th sliding shoe is installed, being rotatably assorted to be equipped in the 4th sliding shoe end face outside rotates chamber through the third and stretch Enter the splined shaft in first perforation, is fixedly installed with the first turning gear on the splined shaft in the third rotation chamber Wheel, the 6th sliding groove are equipped with the second hydraulic cavities, slide in second hydraulic cavities in the inner wall far from third rotation chamber It is dynamic that the second push rod being fixedly connected with the 4th sliding shoe is installed, between first hydraulic cavities and second hydraulic cavities It is provided with and communicated with hydraulic tube.

3. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: the second rotation chamber and described the Through slot is provided with and communicated between two mounting grooves, transmission is connected with position between first driving wheel and second driving wheel The first transmission belt in the through slot.

4. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: at left and right sides of the first rotation chamber The body in be symmetrically arranged with the 5th mounting groove extended up and down, be rotatably assorted peace between two the 5th mounting grooves in left and right Equipped with the 5th rotation axis through the first rotation chamber, it is fixed in the 5th rotation axis in the first rotation chamber The second rotate gear matched with the internal spline is fixed in the 5th rotation axis in the 5th mounting groove Three driving wheels, the third rotate intracavitary roof and are provided with and communicated with the 4th rotation chamber, the 4th rotation chamber and the 5th peace It is rotatably assorted between tankage and the 6th rotation axis is installed, be fixed with the in the 6th rotation axis in the 4th rotation chamber Three rotate gears are fixed with the 4th driving wheel, the third transmission in the 6th rotation axis in the 5th mounting groove It is cooperatively connected between wheel and the 4th driving wheel by the second transmission V belt translation.

5. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: the 4th sliding groove and described the Connection is equipped with the 6th mounting groove between five sliding grooves, and the 6th rotation axis, the 6th rotation axis front side are equipped in the 6th mounting groove The rotatable installation in end in end wall on front side of the 6th mounting groove, and rear side end and after being fixedly installed on the 6th mounting groove The second motor power in the wall of side connects, and is fixedly installed with and first rack gear and described second in the 6th rotation axis The 4th rotate gear that rack gear is meshed.

6. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: the first sliding groove left hand end wall In be symmetrically arranged with the first limiting slot, first be fixedly connected with first sliding shoe is slidably fitted in first limiting slot Limited block, the first limiting slot inner bottom wall are equipped with the first top pressure spring to offset with first limited block, and the described 6th is sliding Dynamic slot inner bottom wall is provided with and communicated with the second limiting slot, is slidably fitted in second limiting slot and fixes with the 4th sliding shoe Second limited block of connection is equipped with the second top pressure spring to offset with second limited block in the second limiting slot inner wall, It is symmetrically arranged with third limiting slot in end wall before and after first sliding groove, is slidably fitted in the third limiting slot and described the The third limited block that one sliding shoe is fixedly connected, the third sliding groove inner bottom wall is fixed with to offset with the third sliding shoe Third top pressure spring.

7. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: be equipped with opening forward in the cabinet The 7th mounting groove, the 7th mounting groove is up and down through the second perforation of setting, described 7th mounting groove or so inner wall in end wall In be symmetrically arranged with the 7th sliding groove, be slidably fitted with pressure end in the 7th sliding groove, the 7th sliding groove is far from described Be equipped with the 4th top pressure spring that is fixedly connected with the pressure end in the end wall of 7th mounting groove, the pressure ends of left and right two it Between the 7th mounting groove in hold out against and be provided with multiple groups binding stable.

8. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: the delivery chute inner bottom wall connects It is logical to be provided with the 8th mounting groove, multiple groups roller is rotatably installed, and between roller described in every group in the 8th mounting groove Pass through conveying crawler belt connection.

9. a kind of aluminium alloy processing unit (plant) according to claim 1, it is characterised in that: the lamp plate is symmetrically disposed on described End top at left and right sides of body, and the headlamp is fixedly installed on the lamp plate bottom.