CN208868350U - Multilayer puts cake device - Google Patents

Abstract

The utility model solve its technical problem the technical solution adopted is that: a kind of multilayer puts cake device, it include: rack, the support rod for being placed in the motion bar of rack and being connect with motion bar, rack is connected with electronic circuit, rack is at least provided with a motion bar, motion bar is at least connected with a support rod, motion bar has the first motion bar and the second motion bar, support rod has left support rod and right support rod, first motion bar is connect with left support rod, second motion bar is connect with right support rod, rack is equipped with pushing member, pushing member pushes motion bar to move along motion bar central axis left/right, pushing member is small cylinder, small cylinder is connect with electronic circuit, small cylinder drives when pushing the first motion bar and mobile the second motion bar left/right and draws close/split movement between left support rod and right support rod；Rack is equipped with pedestal, and pedestal is connected with shaft, and pedestal is connect with motion bar, and central axis up/down of the electronic circuit control support rod by pedestal around shaft is swung.

Description

Multilayer puts cake device

Technical field

The utility model, which belongs to, is related to a kind of biscuit transmitting mechanical, and especially multilayer puts cake device.

Background technique

The single biscuit transmission of the prior art put cake device and be generally only applicable to single direction, and manufacturing machine occupies Place space is larger, when needing multiple biscuit multi-layer packagings, or even needs manpower placement that could complete, production process shortcoming spirit Activity influences production efficiency.

Summary of the invention

In order to overcome the above technical problem, the utility model provides a kind of multilayer and puts cake device, by the preset packet of biscuit The dress number of plies neatly stacks biscuit automatically, by electronic circuit control during stacking, is not required to manpower operation, neat in transmit process It the biscuit that stacks and can be transmitted with 90 degree horizontal directions, raising working efficiency enable to make place space for greater flexibility With.

The utility model solve its technical problem the technical solution adopted is that: a kind of multilayer puts cake device, comprising: rack, The support rod for being placed in the motion bar of rack and being connect with motion bar, it is characterised in that rack is connected with electronic circuit, and rack is extremely It is equipped with a motion bar less, motion bar is at least connected with a support rod,

Motion bar has the first motion bar and the second motion bar, and support rod has left support rod and right support rod, the first motion bar It being connect with left support rod, the second motion bar is connect with right support rod,

Rack is equipped with pushing member, and pushing member pushes motion bar to move along motion bar central axis left/right, and pushing member is Small cylinder, small cylinder are connect with electronic circuit, and small cylinder drives left when pushing the first motion bar and mobile the second motion bar left/right / split movement is drawn close between support rod and right support rod；

Support rod is swung around a central axis, and rack is equipped with pedestal, and pedestal is connected with shaft, and pedestal is connect with motion bar, electricity Sub-circuit controls central axis up/down of the support rod by pedestal around shaft and swings.

Its technical effect: preceding process transmits multi-layered biscuit, and left support rod and right support rod are in separated position, and electronic circuit connects It connects and controls left support rod and right support rod while being swung up,

Before left support rod and right support rod reach when process transmission position, small cylinder is synchronous to push the first motion bar and second Motion bar, the first motion bar drive left support rod to move right, and the second motion bar drives right support rod to be moved to the left, left support rod Become the state of drawing close with right support rod,

Biscuit reaches between left support rod and right support rod, and left support rod and right support rod support biscuit simultaneously, receives cake Dry rear left support rod and right support rod simultaneously to lower swing,

When after left support rod and right support rod reaching above process, electronic circuit connection controls small cylinder, and small cylinder is synchronous The first motion bar and two motion bars are pushed, the first motion bar drives left support rod to be moved to the left, and the second motion bar drives right bearing Bar moves right, and left support rod and right support rod return to separated position, biscuit steady fall to rear process.

Further, the motion bar is placed in the middle part of pedestal, and the rear portion of support rod is connected with attachment base, and support rod passes through company Joint chair is connect with motion bar horizontal vertical；Left support rod and right support rod respectively connect a pedestal.

Further, in parallel arrangement, the first motion bar is placed in for the first motion bar of the motion bar and the second motion bar The top of second motion bar, attachment base have the connection through-hole of lateral direction penetrating attachment base,

First motion bar and the second motion bar are each passed through attachment base connection through-hole and the company of left support rod and right support rod Joint chair connection, pedestal have left pedestal and a Right socle, the both ends of the first motion bar and the second motion bar respectively with left pedestal and right base Seat connection, left support rod and right support rod are in par plane；

In order to make left support rod and right support rod be in same level, the connecting pin of right support rod and attachment base is than left branch The connecting pin for holding bar and attachment base is long.

Further, support plate is installed, support plate has front support plate with after between the left support rod and right support rod The level height of support plate, front support plate is higher than the level height of rear support plate；Front support plate is with after when multi-layered biscuit transmits The front and back end of support plate bearing biscuit.

Further, there is side plate on the outside of the left pedestal, there is connecting rod is fixed to connect on the outside of left pedestal between side plate interior sides It connects, small cylinder has upper small cylinder small cylinder under, and the first motion bar is connect through left pedestal with upper small cylinder, and the second motion bar passes through It wears left pedestal small cylinder under to connect, upper small cylinder small cylinder under is fixed on the outside of side plate；

Small cylinder has the small cylinder connecting pin of stretching/retraction, and small cylinder connecting pin passes through side plate and connect with motion bar；

Motion bar moves right when small cylinder is stretched out in small cylinder connecting pin, motion bar when small cylinder connecting pin is retracted small cylinder It is moved to the left；Upper small cylinder and under small cylinder small cylinder connecting pin synchronously interleaved state.

Further, the pedestal is connected with fixed link, and fixed link is parallel to motion bar and is placed in front of motion bar, connection Seat there are two connect through-hole, fixed link pass through attachment base another connection through-hole connect with attachment base, fixed link both ends respectively with Left pedestal is connected with Right socle；

Attachment base passes through there are two connecting through-hole to connect with fixed link and motion bar respectively, and attachment base passes through a connection through-hole It being fixedly connected with motion bar, attachment base is slidably connected by another connection through-hole with fixed link,

Fixed link plays the load-bearing effect of support connecting base and support rod, and attachment base edge is driven when motion bar left/right is mobile Fixed link or so slides.

Further, it is equipped with the side supporting arm parallel with support rod above the support rod, side supporting arm rear portion is connected with Fulcrum bearing, side supporting arm rear portion are fixedly connected with fulcrum bearing top, and fulcrum bearing is placed between left pedestal and Right socle and and shaft Connection, side supporting arm are swung around the central axis up/down of shaft.

The side supporting arm central axis up/down around shaft synchronous with support rod is swung, after support rod accepts biscuit, side supporting arm Play the two sides of bearing biscuit.

Further, the shaft is placed on rear side of pedestal, and shaft passes through the fulcrum bearing lower part of side supporting arm and fulcrum bearing connects It connects, shaft one end is connect with left pedestal, and the shaft other end connect with Right socle and connect through Right socle with a transverse arm；Side bearing Central axis up/down of the arm by fulcrum bearing around shaft is swung；

Transverse arm one end is connect with shaft, and the transverse arm other end is connected with big cylinder, and big cylinder is connect with electronic circuit, transverse arm around The central axis up/down of shaft is swung, and transverse arm drives shaft to make suitable/counterclockwise rotation, shaft band moving base around the central axis of shaft Central axis up/down around shaft is swung.

Further, the big cylinder has big cylinder connecting pin, the big cylinder connecting pin stretching/big cylinder of retraction, big cylinder It is connect by big cylinder connecting pin with transverse arm.

Using big cylinder as power, transverse arm is power arm, and shaft is fulcrum, and pedestal is resistance arm, side supporting arm and support rod For resistance, the side supporting arm center around shaft synchronous with support rod is driven when constituting the big cylinder of big cylinder connecting pin stretching/retraction The lever principle that axis up/down is swung；

When the big cylinder connecting pin of big cylinder is retracted big cylinder, big cylinder connecting pin pulls transverse arm around the central axial of shaft Lower swing, transverse arm drive shaft to make rotation counterclockwise around the central axis of shaft, and shaft drives the fulcrum bearing of side supporting arm around shaft Central axis be swung up to driving side supporting arm to be swung up, shaft is simultaneously with moving base around the central axial upper pendulum of shaft Dynamic, motion bar, fixed link, small cylinder are integrally moved upwards with pedestal, to drive central axial upper pendulum of the support rod around shaft It is dynamic；

When big cylinder is stretched out in the big cylinder connecting pin of big cylinder, big cylinder connecting pin pulls transverse arm around the central axial of shaft Upper swing, transverse arm drive shaft to make rotation clockwise around the central axis of shaft, and shaft drives the fulcrum bearing of side supporting arm around shaft Central axial lower swing to drive side supporting arm to lower swing, shaft is simultaneously with moving base around the central axial bottom of shaft Dynamic, motion bar, fixed link, small cylinder are integrally moved downward with pedestal, to drive the central axial bottom of the support rod around shaft It is dynamic.

Further, there is preceding process transmission rail at the rear of the support rod, and preceding process transmits rail from the past bearing of horizontal direction Bar direction tilts upwards, there is rear process transmission rail below support rod, and the direction of transfer of rear process transmission rail and preceding process transmit The direction of transfer of rail is in be horizontally diverted 90 degree of transmission；

Preceding process transmission rail is connected with folded cake wheel apparatus, and after folding cake wheel apparatus completion biscuit laminated multi-layer, preceding work is set in transmission Sequence transmits on rail, and preceding process transmission rail is preferably to cooperate with folded cake wheel apparatus so being installed in a manner of acclivitous, bearing When bar is swung up, just docked with preceding process transmission rail；Front support plate and rear support plate are fixed on rear process transmission rail.

Further, the extended axis of the horse of the preceding process transmission rail is extended line a, the extended axis of the horse of support rod level For extended line b, extended line a and extended line are that b forms included angle A, and support rod is put in the central axis up/down of the spaced winding shaft of included angle A It is dynamic.

Further, the setting chain parallel with preceding process transmission rail, chain are connected with above the preceding process transmission rail Push rake, chain rear and front end are connected with the sprocket wheel of driving chain, and chain and sprocket wheel form the loop checking installation of closure, and push rake has Preceding push rake and rear push rake, preceding push rake and rear push rake are respectively placed in the outside of front and back sprocket wheel；

Chain is parallel with extended line a, and chain-driving push rake travels forward, when support rod is docked with preceding process transmission rail, Push rake pushes to the multi-layered biscuit before being placed on process transmission rail in support rod, and chain installs push rake in rear and front end can Biscuit is set to transmit incessantly.

Further, the rack is parallel simultaneously transmits two column multi-layered biscuits.

Each above is further an example, and each example can also both protected separately as one embodiment Demonstrate,prove it is reconcilable under the premise of, each example any combination constitutes combined type embodiment.

Detailed description of the invention

Fig. 1 is the complete machine schematic diagram of the utility model；

Fig. 2 is that the multilayer of the utility model puts the connection schematic diagram of cake device Yu preceding process；

Fig. 3 is the support rod horizontality schematic diagram of the utility model；

Fig. 4 is the upward status diagram of support rod of the utility model；

Fig. 5 is that the support rod of the utility model connect schematic top plan view with transverse arm；

Fig. 6 is the front view without side supporting arm of the utility model.

Specific embodiment

The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng The embodiment for examining attached drawing description is exemplary, and is only used for explaining the utility model, and cannot be construed to the utility model Limitation, on the contrary, the embodiments of the present invention include falling into owning within the scope of the spirit and intension of attached claims Variation, modification and equivalent.

As depicted in figs. 1 and 2, the multilayer of the present embodiment puts cake device, including rack 15, is placed in the motion bar 10 of rack 15 And the support rod 6 connecting with motion bar 10, rack 15 are connected with electronic circuit, rack 15 at least provided with a motion bar 10, Motion bar 10 is at least connected with a support rod 6, and motion bar 10 has the first motion bar 10.1 and the second motion bar 10.2, support rod 6 There are left support rod 6.1 and right support rod 6.2, the first motion bar 10.1 is connect with left support rod 6.1, the second motion bar 10.2 and the right side Support rod 6.2 connects, and rack 15 is equipped with pushing member, and pushing member pushes motion bar 10 to move along 10 central axis left/right of motion bar Dynamic, pushing member is small cylinder 9, and small cylinder 9 is connect with electronic circuit, and small cylinder 9 pushes the first motion bar 10.1 and second living 10.2 left/right of lever drives when mobile and draws close/split movement between left support rod 6.1 and right support rod 6.2；Support rod 6 around One central axis is swung, and rack 15 is equipped with pedestal 3, and pedestal 3 is connected with shaft 2, and pedestal 3 is connect with motion bar 10, electronic circuit control Central axis up/down of the support rod 6 processed by pedestal 3 around shaft 2 is swung.

As shown in Figure 2, Figure 5 and Figure 6, the motion bar 10 of the present embodiment is placed in 3 middle part of pedestal, the rear portion connection of support rod 6 There is attachment base 6.3, support rod 6 is connect by attachment base 6.3 with 10 horizontal vertical of motion bar；First motion bar of motion bar 10 10.1 and second motion bar 10.2 in parallel arrangement, the first motion bar 10.1 is placed in the top of the second motion bar 10.2, attachment base 6.3 have the connection through-hole 6.31 of lateral direction penetrating attachment base 6.3, and the first motion bar 10.1 and the second motion bar 10.2 are each passed through a left side The attachment base 6.3 of support rod 6.1 and right support rod 6.2 connection through-hole 6.31 is connect with attachment base 6.3, and pedestal 3 has left pedestal 3.1 With Right socle 3.2, the both ends of the first motion bar 10.1 and the second motion bar 10.2 connect with left pedestal 3.1 and Right socle 3.2 respectively It connects, left support rod 6.1 and right support rod 6.2 are in par plane.

As shown in Figures 2 and 3, support plate 8 is installed between the left support rod 6.1 and right support rod 6.2 of the present embodiment, props up Board 8 has a front support plate 8.1 and rear support plate 8.2, the level height of the level height of front support plate 8.1 than rear support plate 8.2 Want high；Front support plate 8.1 and rear support plate 8.2 support the front and back end of biscuit when multi-layered biscuit transmits.

As shown in figure 5, having side plate 9.4 on the outside of the left pedestal 3.1 of the present embodiment, in left 3.1 outside of pedestal and side plate 9.4 There is connecting rod to be fixedly connected between side, small cylinder 9 has upper small cylinder 9.1 small cylinder 9.2 under, and the first motion bar 10.1 runs through left base Seat 3.1 is connect with upper small cylinder 9.1, and the second motion bar 10.2 is connect through left pedestal 3.1 small cylinder 9.2 under, upper small cylinder 9.1 and under small cylinder 9.2 be fixed on the outside of side plate 9.4；Small cylinder 9 has the small cylinder connecting pin 9.3 of stretching/retraction, stingy Cylinder connecting pin 9.3 passes through side plate 9.4 and connect with motion bar 10.

As shown in fig. 6, the pedestal 3 of the present embodiment is connected with fixed link 16, fixed link 16 is parallel to motion bar 10 and is placed in 10 front of motion bar, attachment base 6.3 pass through another connection through-hole of attachment base 6.3 there are two through-hole 6.31, fixed link 16 is connected 6.31 connect with attachment base 6.3, and 16 both ends of fixed link are connect with left pedestal 3.1 and Right socle 3.2 respectively.

As shown in Figure 2, Figure 3 and Figure 4, the side supporting arm 5 parallel with support rod 6 is equipped with above the support rod 6 of the present embodiment, 5 rear portion of side supporting arm is connected with fulcrum bearing 5.1, and 5 rear portion of side supporting arm is fixedly connected with 5.1 top of fulcrum bearing, and fulcrum bearing 5.1 is set It is connect between left pedestal 3.1 and Right socle 3.2 and with shaft 2, side supporting arm 5 is swung around the central axis up/down of shaft 2.

As shown in Figure 5 and Figure 6, the shaft 2 of the present embodiment is placed in 3 rear side of pedestal, and shaft 2 passes through the bearing of side supporting arm 5 5.1 lower parts of seat are connect with fulcrum bearing 5.1, and 2 one end of shaft is connect with left pedestal 3.1, and 2 other end of shaft is connect with Right socle 3.2 And it is connect through Right socle 3.2 with a transverse arm 1；1 one end of transverse arm is connect with shaft 2, and 1 other end of transverse arm is connected with big cylinder 4, greatly Cylinder 4 is connect with electronic circuit, and transverse arm 1 is swung around the central axis up/down of shaft 2, and transverse arm 1 drives shaft 2 around the center of shaft 2 Axis makees suitable/counterclockwise rotation, and central axis up/down of the shaft 2 with moving base 3 around shaft 2 is swung；Further, the big cylinder 4 There are big cylinder connecting pin 4.1, the big cylinder 4 of 4.1 stretchings of big cylinder connecting pin/retraction, big cylinder 4 passes through big cylinder connecting pin 4.1 It is connect with transverse arm 1.

Shown in as shown in Figure 1, Figure 3 and Figure 4, there are preceding process transmission rail 7, preceding process transmission in the rear of the support rod 6 of the present embodiment Rail 7 tilts upwards from horizontal direction toward 6 direction of support rod, and there is rear process transmission rail 14 in the lower section of support rod 6, and rear process transmits rail The direction of transfer of 14 direction of transfer and preceding process transmission rail 7 is in be horizontally diverted 90 degree of transmission；The axis of preceding process transmission rail 7 prolongs Long line is extended line a, and the horizontal extended axis of the horse of support rod 6 is extended line b, and extended line a and extended line are that b forms included angle A, branch The central axis up/down that bar 6 is held in the spaced winding shaft 2 of included angle A is swung；Setting transmits rail 7 with preceding process above preceding process transmission rail 7 Parallel chain 13, chain 13 are connected with push rake 11, and 13 rear and front end of chain is connected with the sprocket wheel 12 of driving chain 13, chain 13 form the loop checking installation of closure with sprocket wheel 12, push rake 11.1 and rear push rake 11.2, preceding push rake before push rake 11 has 11.1 are respectively placed in the outsides of front and back sprocket wheel 12 with rear push rake 11.2；Further, the rack 15 parallel transmission two simultaneously Column multi-layered biscuit.

The preceding process transmission rail 7 of the present embodiment is connected with folded cake wheel apparatus, after folding cake wheel apparatus completion biscuit laminated multi-layer, Before multi-layered biscuit is placed on process transmission rail 7, the big cylinder connecting pin 4.1 of the big cylinder 4 of electronic circuit control is retracted big cylinder 4 Interior, big cylinder connecting pin 4.1 pulls transverse arm 1 around the central axial lower swing of shaft 2, and transverse arm 1 drives shaft 2 in shaft 2 Mandrel makees rotation counterclockwise, and shaft 2 drives the fulcrum bearing 5.1 of side supporting arm 5 to be swung up to drive around the central axis of shaft 2 Side supporting arm 5 is swung up, and central axis of the shaft 2 simultaneously with moving base 3 around shaft 2 is swung up, motion bar 10, fixed link 16, small cylinder 9 is whole moves upwards with pedestal 3, so that support rod 6 be driven to be swung up around the central axis of shaft 2；

Left support rod 6.1 and right support rod 6.2 are in that separated position reaches extended line a, small cylinder 9.1 in electronic circuit control Small cylinder connecting pin 9.3 stretch out upper small cylinder 9.1, drive the first motion bar 10.1 and left support rod 6.1 to move right, electronics Circuit control drives 10.2 He of the second motion bar with small cylinder 9.2 under small cylinder connecting pin 9.3 retraction of cylinder 9.2 stingy at present Right support rod 6.2 is moved to the left, and left support rod 6.1 and right support rod 6.2 become the state of drawing close, left support rod 6.1 and right bearing Bar 6.2 and with preceding process transmission rail 7 dock；

Chain 13 drives push rake 11 to travel forward, and the multi-layered biscuit before push rake 11 is placed on process transmission rail 7 pushes away It send between left support rod 6.1 and right support rod 6.2, left support rod 6.1 and right support rod 6.2 support biscuit bottom simultaneously, more Layer cake does front end and reaches front support plate 8.1, and side supporting arm 5 supports the left and right sides of multi-layered biscuit；

Big cylinder 4 is stretched out in the big cylinder connecting pin 4.1 of the big cylinder 4 of electronic circuit control, and big cylinder connecting pin 4.1 pushes cross Arm 1 is swung up around the central axis of shaft 2, and transverse arm 1 drives shaft 2 to make rotation clockwise, 2 band of shaft around the central axis of shaft 2 The fulcrum bearing 5.1 of dynamic side supporting arm 5 drives side supporting arm 5 to lower swing, shaft 2 around the central axial lower swing of shaft 2 Simultaneously with moving base 3 around the central axial lower swing of shaft 2, motion bar 10, fixed link 16, small cylinder 9 are whole downward with pedestal 3 Movement, to drive central axial lower swing of the support rod 6 around shaft 2；

Left support rod 6.1 and right support rod 6.2 drive multi-layered biscuit to lower swing, in downward swing process after multi-layered biscuit End reaches rear support plate 8.1, and multi-layered biscuit is supported by side supporting arm 5, support plate 8, support rod 6 simultaneously；

Left support rod 6.1 and right support rod 6.2 reach extended line b, and are placed in rear 14 top of process transmission rail, electronic circuit The small cylinder connecting pin 9.3 of small cylinder 9.1 is retracted upper small cylinder 9.1 in control, drives the first motion bar 10.1 and left support rod 6.1 are moved to the left, and small cylinder 9.2 under electronic circuit control is stretched out with the small cylinder connecting pin 9.3 of cylinder 9.2 stingy at present drives Second motion bar 10.2 and right support rod 6.2 move right, and left support rod 6.1 and right support rod 6.2 become opening state, multilayer Biscuit steady fall to rear process transmits rail 14.

Claims (10)

1. a kind of multilayer puts cake device, comprising: rack (15), be placed in rack (15) motion bar (10) and with motion bar (10) The support rod (6) of connection, it is characterised in that rack (15) is connected with electronic circuit, and rack (15) is at least provided with a motion bar (10), motion bar (10) is at least connected with a support rod (6),

Motion bar (10) has the first motion bar (10.1) and the second motion bar (10.2), support rod (6) have left support rod (6.1) and Right support rod (6.2), the first motion bar (10.1) are connect with left support rod (6.1), the second motion bar (10.2) and right support rod (6.2) it connects,

Rack (15) is equipped with pushing member, and pushing member pushes motion bar (10) mobile along motion bar (10) central axis left/right, pushes away Dynamic component is small cylinder (9), and small cylinder (9) connect with electronic circuit, and small cylinder (9) pushes the first motion bar (10.1) and second Motion bar (10.2) left/right drives when mobile and draws close/split movement between left support rod (6.1) and right support rod (6.2)；

Support rod (6) is swung around a central axis, and rack (15) is equipped with pedestal (3), and pedestal (3) is connected with shaft (2), pedestal (3) It is connect with motion bar (10), central axis up/down of the electronic circuit control support rod (6) by pedestal (3) around shaft (2) is swung.

2. multilayer according to claim 1 puts cake device, it is characterised in that: motion bar (10) is placed in the middle part of pedestal (3), branch The rear portion for holding bar (6) is connected with attachment base (6.3), and support rod (6) is connected by attachment base (6.3) and motion bar (10) horizontal vertical It connects.

3. multilayer according to claim 2 puts cake device, it is characterised in that: the first motion bar (10.1) of motion bar (10) With the second motion bar (10.2) in parallel arrangement, the first motion bar (10.1) is placed in the top of the second motion bar (10.2), connects Seat (6.3) has the connection through-hole (6.31) of lateral direction penetrating attachment base (6.3),

First motion bar (10.1) and the second motion bar (10.2) are each passed through left support rod (6.1) and right support rod (6.2) Attachment base (6.3) connection through-hole (6.31) is connect with attachment base (6.3), and pedestal (3) has left pedestal (3.1) and Right socle (3.2), The both ends of first motion bar (10.1) and the second motion bar (10.2) are connect with left pedestal (3.1) and Right socle (3.2) respectively, left Support rod (6.1) and right support rod (6.2) are in par plane.

4. multilayer according to claim 3 puts cake device, it is characterised in that: have side plate on the outside of left pedestal (3.1) (9.4), connecting rod is fixedly connected between side plate (9.4) inside on the outside of left pedestal (3.1), small cylinder (9) has upper small cylinder (9.1) He Xia little cylinder (9.2), the first motion bar (10.1) are connect through left pedestal (3.1) with upper small cylinder (9.1), and second Motion bar (10.2) is connect through left pedestal (3.1) small cylinder (9.2) under, and upper small cylinder (9.1) He Xia little cylinder (9.2) is solid The outside scheduled；

Small cylinder (9) has a small cylinder connecting pin (9.3) of stretching/retraction, small cylinder connecting pin (9.3) pass through side plate (9.4) with Motion bar (10) connection.

5. multilayer according to claim 4 puts cake device, it is characterised in that: pedestal (3) is connected with fixed link (16), fixed Bar (16) is parallel to motion bar (10) and is placed in front of motion bar (10), and there are two connections through-hole (6.31) for attachment base (6.3), Gu Another connection through-hole (6.31) that fixed pole (16) passes through attachment base (6.3) connect with attachment base (6.3), fixed link (16) both ends point It is not connect with left pedestal (3.1) and Right socle (3.2).

6. multilayer according to claim 1 puts cake device, it is characterised in that: be equipped with and support rod (6) above support rod (6) Parallel side supporting arm (5), side supporting arm (5) rear portion are connected with fulcrum bearing (5.1), side supporting arm (5) rear portion and fulcrum bearing (5.1) top is fixedly connected, and fulcrum bearing (5.1) is placed between left pedestal (3.1) and Right socle (3.2) and connect with shaft (2), Side supporting arm (5) is swung around the central axis up/down of shaft (2).

7. multilayer according to claim 6 puts cake device, it is characterised in that: shaft (2) is placed on rear side of pedestal (3), shaft (2) fulcrum bearing (5.1) lower part across side supporting arm (5) is connect with fulcrum bearing (5.1), shaft (2) one end and left pedestal (3.1) Connection, shaft (2) other end connect with Right socle (3.2) and connect through Right socle (3.2) with a transverse arm (1)；

Transverse arm (1) one end is connect with shaft (2), and transverse arm (1) other end is connected with big cylinder (4), big cylinder (4) and electronic circuit Connection, transverse arm (1) are swung around the central axis up/down of shaft (2), and transverse arm (1) drives shaft (2) to make around the central axis of shaft (2) Suitable/counterclockwise rotation, central axis up/down of the shaft (2) with moving base (3) around shaft (2) are swung.

8. multilayer according to claim 1 puts cake device, it is characterised in that: the rear of support rod (6) has preceding process to transmit Rail (7), preceding process transmission rail (7) tilt upwards from horizontal direction toward support rod (6) direction, and support rod has rear work below (6) Sequence transmits rail (14), and the direction of transfer of rear process transmission rail (14) is in be horizontally diverted with the direction of transfer of preceding process transmission rail (7) 90 degree of transmission.

9. multilayer according to claim 8 puts cake device, it is characterised in that: the extended axis of the horse of preceding process transmission rail (7) For extended line a, the horizontal extended axis of the horse of support rod (6) is extended line b, and extended line a and extended line are that b forms included angle A, bearing Bar (6) is swung in the central axis up/down of the spaced winding shaft (2) of included angle A.

10. multilayer according to claim 9 puts cake device, it is characterised in that: setting is with before above preceding process transmission rail (7) Process transmits rail (7) parallel chain (13), and chain (13) is connected with push rake (11), and chain (13) rear and front end is connected with biography The sprocket wheel (12) of dynamic chain (13), chain (13) and sprocket wheel (12) form the loop checking installation being closed, and push rake (11) has preceding push (11.1) and rear push rake (11.2) are harrowed, preceding push rake (11.1) and rear push rake (11.2) are respectively placed in front and back sprocket wheel (12) Outside.