CN208825702U - A kind of trailer panelling automatic manufacturing device - Google Patents
A kind of trailer panelling automatic manufacturing device Download PDFInfo
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- CN208825702U CN208825702U CN201821459457.9U CN201821459457U CN208825702U CN 208825702 U CN208825702 U CN 208825702U CN 201821459457 U CN201821459457 U CN 201821459457U CN 208825702 U CN208825702 U CN 208825702U
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- cutter
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- panelling
- steel band
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Abstract
The utility model relates to a kind of trailer panelling automatic manufacturing devices, belong to trailer technical field of processing equipment, when solving that material cutting mechanism is by steel strip cutting in the prior art, steel band is easy to appear mobile technical problem, including rack, feeding mechanism, feeding pressure mechanism, material cutting mechanism, material cutting mechanism includes blank frame, cutter, mounting rack, blank seat, second driving hydraulic cylinder, cutter is mounted on mounting rack, cutter length is greater than the width of steel band, blank seat offers resigning groove compatible with cutter, mounting rack is arranged at intervals at least two for holding down assembly what steel band compressed in the two sides of cutter, it holds down assembly including being arranged on mounting rack and along the telescopic rod of short transverse setting, the bottom end of telescopic rod is less than or equal to the blade end of cutter.The trailer panelling automatic manufacturing device avoids steel band from moving in blank, improves the stability that material cutting mechanism uses by holding down assembly.
Description
Technical field
The utility model relates to trailer technical field of processing equipment, in particular to a kind of trailer panelling produces dress automatically
It sets.
Background technique
Existing trailer panelling be typically all by hand-made completion, when suppressing steel band, not only labor intensive,
Increase labor intensity, producing efficiency are low, simultaneously because the qualification of operator is different and influences the qualification rate of product.
Currently, the patent document that authorized announcement date is 2013.08.28, Authorization Notice No. is CN203156356U discloses
A kind of trailer panelling automatic producing device, including control mechanism and executing agency, executing agency include rack, material cutting mechanism,
Feeding mechanism, feeding pressure mechanism and coiler, feeding pressure mechanism are arranged in front end of rack, and feeding mechanism is mounted on feeding pressure mechanism and volume
Expect in the rack between mechanism, coiler is mounted on the middle and back of rack, material cutting mechanism, feeding mechanism and feeding pressure mechanism difference
It is connected with control mechanism, material cutting mechanism includes blank oil cylinder, blank frame, blank plate and blank seat, and blank seat is mounted on blank
The middle part of frame, blank board ends are arranged on the blank frame in front of blank seat, are slidably connected between blank board ends and blank frame,
Blank oil cylinder is mounted on the lower part of blank frame, and the piston boit of blank oil cylinder is connected with blank plate lower part, setting in the middle part of blank plate
There is a rectangle blank mouth, the blank sensor of detection blank plate is installed on the blank frame of blank plate side.The trailer door
Core automatic producing device, material cutting mechanism is when by steel strip cutting, and due to not compressing steel band, steel band is easy to because of stress
And move, to reduce the qualification rate of product.
Utility model content
The purpose of this utility model is to provide a kind of trailer panelling automatic manufacturing devices, by the two sides of cutter
Setting holds down assembly, and steel band is pressed on blank seat, and steel band is avoided to reduce product qualification rate hair due to there is a situation where mobile
It is raw, improve the stability that material cutting mechanism uses.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of trailer panelling automatic manufacturing device, including rack, one end of the rack are set as feed end, the other end
It is set as discharge end, it is arranged successively in the conveying direction in the rack to have feeding mechanism, feeding pressure mechanism, a material cutting mechanism, it is described to cut
Material mechanism includes the blank frame being arranged on the rack, cutter, the mounting rack for installing cutter, is arranged on blank frame
Blank seat, for driving mounting rack and it being driven to move along short transverse by the second driving hydraulic cylinder of steel strip cutting, it is described to cut
Material knife is mounted on mounting rack, and the cutter is arranged along vertical transport direction and its length is greater than the width of steel band, described to cut
Material seat offers resigning groove compatible with cutter, and the mounting rack is arranged at intervals at least two in the two sides of cutter
It is a to be used to hold down assembly what steel band compressed, it is described to hold down assembly including stretching on mounting rack and along short transverse setting is arranged in
Contracting bar, the bottom end of the telescopic rod are less than or equal to the blade end of cutter.
By using above-mentioned technical proposal, steel band enters feeding pressure mechanism under the drive of feeding mechanism, and feeding pressure mechanism is to steel
Band is bent, and enters material cutting mechanism later, and mounting rack moves down under the drive of the second driving hydraulic cylinder, and mounting rack drives
Cutter, holding down assembly moves down, and holds down assembly and steel band is pressed between telescopic rod and blank seat, cutter cuts steel band
It is disconnected.The trailer panelling automatic manufacturing device, by the two sides of cutter setting hold down assembly, cut cutter to steel band into
When capable cutting, avoids steel band from the case where moving and reducing product qualification rate generation occur, improve the stabilization that material cutting mechanism uses
Property.
The utility model is further arranged to: the bottom end of the telescopic rod is lower than the blade end of cutter.
By using above-mentioned technical proposal, when telescopic rod, cutter are moved down with mounting rack, telescopic rod elder generation and steel
Band contradicts, and steel band is pressed between telescopic rod and blank seat, thus make cutter using more stable.
The utility model is further arranged to: the quantity to hold down assembly is set as four, and it is same to be located at the cutter
Two of side hold down assembly in cutter center line symmetrical setting at the both ends of cutter.
By using above-mentioned technical proposal, holds down assembly positioned at two of cutter the same side arranged symmetrically, make compression group
Part is located at the both ends of strip width direction, not only realizes the compression to steel band, but also reduces the quantity to hold down assembly, saves
Production cost.
The utility model is further arranged to: the telescopic rod include adjust sleeve, be sheathed on adjust sleeve in and and its
The adjusting rod connected is slid, one end of the adjusting rod is located in adjusting sleeve, the other end is located at outside adjusting sleeve, the adjusting
Bar is installed with compressed spring, the compressed spring far from one end of adjusting rod in the one end and adjusting sleeve being located in adjusting sleeve
It is sheathed on and adjusts in sleeve.
By using above-mentioned technical proposal, when cutting to steel band, mounting rack drives cutter and telescopic rod downward
Mobile, one end and blank seat far from mounting rack of telescopic rod are inconsistent, and steel band is compressed, and mounting rack continues to drive blank at this time
Knife is mobile, and cutter slides steel strip cutting, adjusting rod in adjusting sleeve；After steel strip cutting, cutter and telescopic rod exist
It moves up under the drive of mounting rack, and is separated with steel band, telescopic rod restPoses under the action of compressed spring.
The utility model is further arranged to: the bottom end of the telescopic rod is provided with for increasing telescopic rod and blank seat top
The reinforcement block of face contact area.
By using above-mentioned technical proposal, reinforcement block increases the contact area between telescopic rod and blank seat, increases
The stability that material cutting mechanism uses.
The utility model is further arranged to: the top of the telescopic rod is installed with the mobile bar along short transverse setting,
The mounting rack in installation cutter one end along cutter length direction offer for adjust mobile bar position and with move
The compatible guide groove of bar, the mobile bar in guide groove in sliding.
By using above-mentioned technical proposal, mobile bar drives telescopic rod to move along cutter length direction, to realize
Hold down assembly the adjusting of position, and the position to hold down assembly is adjusted according to the needs of width of steel band, improves compression
The practicability of component.
The utility model is further arranged to: the mobile bar runs through guide groove far from one end of telescopic rod, is located at institute
It states and is provided with interlocking bar between two mobile bars of cutter the same end.
By using above-mentioned technical proposal, interlocking bar makes two synchronizing movings that hold down assembly positioned at cutter the same end,
And then keep the adjusting to hold down assembly more convenient.
The utility model is further arranged to: tie down screw is provided in the mobile bar, the mounting rack is cut in installation
One end of material knife offers the sliding channel for being arranged in parallel with guide groove and being connected with guide groove, and the tie down screw is remote
One end from mobile bar is threaded with locking nut through sliding channel.
By using above-mentioned technical proposal, when mobile bar is in stationary state, locking nut and mounting rack are inconsistent, keep away
Exempt to hold down assembly and move in use, to improve the stability to hold down assembly.
The utility model is further arranged to: the locking nut is set as wing nut.
By using above-mentioned technical proposal, keep the use of locking nut more convenient, to keep the adjusting of mobile bar more convenient.
The utility model is further arranged to: the sliding channel is provided with mounting rack on the side of discharge end.
By using above-mentioned technical proposal, keep the use of tie down screw, locking nut more convenient, and then make to hold down assembly
It adjusts more convenient.
In conclusion the utility model has the following beneficial effects:
1, the trailer panelling automatic manufacturing device of the utility model is held down assembly by the setting in the two sides of cutter,
Steel band is pressed on blank seat, avoids steel band from reducing product qualification rate due to there is a situation where mobile, improves blank
The stability that mechanism uses.
2, by increasing the contact area between telescopic rod and blank seat in the bottom end of telescopic rod setting reinforcement block, into
One step increases the stability that material cutting mechanism uses.
3, by the way that mobile bar is arranged on telescopic rod, the adjusting for the position that holds down assembly is realized, makes the position to hold down assembly
It can be adjusted according to the needs of width of steel band, improve the practicability to hold down assembly.
4, by the setting interlocking bar, tie down screw, locking nut in mobile bar, keep the adjusting to hold down assembly more convenient,
It avoids holding down assembly simultaneously and move in use, improve the stability to hold down assembly.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment；
Fig. 2 is the structural schematic diagram in embodiment in order to indicate hold-down mechanism, feeding mechanism；
Fig. 3 is the structural schematic diagram in embodiment in order to indicate material cutting mechanism；
Fig. 4 is the structural schematic diagram in embodiment in order to indicate lower installation transverse slat；
Fig. 5 is in embodiment to indicate the structural schematic diagram to hold down assembly；
Fig. 6 is the partial sectional view in embodiment in order to indicate telescopic rod；
Fig. 7 is the structural schematic diagram in embodiment in order to indicate positioning mechanism, supporting mechanism, position-limit mechanism；
Fig. 8 is the structural schematic diagram in embodiment in order to indicate thickness positioning component, width positioning component；
Fig. 9 is the structural schematic diagram in embodiment in order to indicate position-limit mechanism；
Figure 10 is the structural schematic diagram in embodiment in order to indicate width limit assembly.
In figure, 1, rack；11, the first slippage slot；12, the second slippage slot；2, feeding pressure mechanism；21, material-pressing rack；22, first
Driving hydraulic cylinder；23, upper mold；24, lower mold；3, feeding mechanism；31, cradle；32, driving motor；33, active transfer roller；
34, driven transfer roller；4, material cutting mechanism；41, blank frame；42, the second driving hydraulic cylinder；43, cutter；44, mounting rack；441, on
Transverse slat is installed；4411, guide groove；4412, sliding channel；442, lower installation transverse slat；443, riser is connected；45, blank seat；
451, abdicating through hole；452, resigning groove；5, it holds down assembly；51, telescopic rod；511, sleeve is adjusted；5111, spacing block set；
512, adjusting rod；5121, retention bead；513, compressed spring；52, reinforcement block；53, mobile bar；54, interlocking bar；55, locking screw
Bar；56, wing nut；6, positioning mechanism；61, locating rack；611, the first sliding block；62, thickness positioning component；621, running fix
Block；622, stationary positioned block；623, locating rod；624, positioning roller；625, guide rod；626, extension spring；627, spiral shell is adjusted
Bar；628, adjusting nut；63, width positioning component；631, positioning rollers；632, positioning screw；633, the first interlocking bar；634,
First driving handle；7, position-limit mechanism；71, position-limited rack；711, the second sliding block；72, width limit assembly；721, roller bearing is limited；
722, gag lever post；723, limited roller；724, Limit screw；725, the second interlocking bar；726, the second driving handle；8, support group
Part；81, support frame；82, support rod.
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.
Embodiment, a kind of trailer panelling automatic manufacturing device, as shown in Figure 1, including rack 1, one end of rack 1 is arranged
The other end for feed end, rack 1 is set as discharge end.The feeding pressure mechanism 2 for bending steel band, machine are provided in rack 1
The feeding mechanism 3 for conveying steel belt is provided with close to the side of feed end in feeding pressure mechanism 2 on frame 1, in swager in rack 1
Structure 2 is provided with the material cutting mechanism 4 for cutting of steel band close to the side of discharge end.
As shown in Fig. 2, feeding pressure mechanism 2 includes material-pressing rack 21, the first driving hydraulic cylinder 22, for bending and being arranged steel band
Mold below the first driving hydraulic cylinder 22.21 cross section of material-pressing rack in inverted concave be arranged, and the both ends of material-pressing rack 21 across
It rack 1 and is installed in rack 1.First driving hydraulic cylinder 22 is fixedly arranged on 21 bottom center of material-pressing rack far from one end of output end
Place, mold are fixedly arranged on the output end of the first driving hydraulic cylinder 22.Mold includes upper mold 23 and lower mold 24, and lower mold 24 is fixed
Be connected in rack 1, upper mold 23 is fixedly connected on 22 output end of the first driving hydraulic cylinder, upper mold 23 and lower mold 24 it
Between form the gap for bending steel band, and upper mold 23 can be under the drive of the first driving hydraulic cylinder 22 along short transverse
It is mobile, and be in required shape by steel band bending.
As shown in Fig. 2, feeding mechanism 3 include two symmetrically be installed in rack 1 along its conveying direction two sides cradle 31,
Driving motor 32, the conveying transfer roller for driving steel band intermittence mobile.Steel band is located between two cradles 31.Driving motor
32 are fixedly connected on cradle 31.It conveys transfer roller to be located between two cradles 31, conveying transfer roller includes 33 He of active transfer roller
Driven transfer roller 34, the both ends of active transfer roller 33 are rotatably connected on cradle 31, and one end of active transfer roller 33 and driving motor
32 output end is fixedly connected, and active transfer roller 33 intermittent can rotate under the drive of driving motor 32.Driven transfer roller 34
It is rotatably connected on cradle 31 in the both ends of the top of active transfer roller 33, driven transfer roller 34, driven transfer roller 34 and active transfer roller
The gap for being used for conveying steel belt is formed between 33.
As shown in figure 3, material cutting mechanism 4 include blank frame 41, the second driving hydraulic cylinder 42, cutter 43, for install cut
Expect mounting rack 44, the blank seat 45 compatible with cutter 43 of knife 43.41 cross section of blank frame is arranged in inverted concave, and blank
The both ends of frame 41 are across rack 1 and are fixedly arranged in rack 1, and blank frame 41 is located in material-pressing rack 21.44 cross section of mounting rack is in side
Annular setting.As shown in connection with fig. 4, mounting rack 44 include upper installation transverse slat 441 above the steel band, below steel band under
Installation transverse slat 442, two is respectively used to be fixedly connected with the connection riser 443 of installation transverse slat 441, lower installation transverse slat 442, steel band
Between two connection risers 443.Second driving hydraulic cylinder 42 is located at the lower section of lower installation transverse slat 442, and the second driving liquid
The output end of cylinder pressure 42 is fixedly arranged on lower installation transverse slat 442.It is provided with and cuts between upper installation transverse slat 441 and lower installation transverse slat 442
Expect seat 45, blank seat 45 is fixedly connected on blank frame 41, and blank seat 45 offers that connect riser 443 with two compatible
Abdicating through hole 451.Mounting rack 44 can move under the drive of the second driving hydraulic cylinder 42 along short transverse, and steel band is cut
It is disconnected.Cutter 43 is located at the top in mounting rack 44 and being located at steel band, and the both ends of cutter 43 are across rack 1 and along vertical transport
Direction setting, and the length of cutter 43 is greater than the width of steel band.Cutter 43 is fixedly connected on upper peace far from one end of blade
It fills on transverse slat 441,45 top surface of blank seat offers resigning groove 452 compatible with cutter 43.
Firstly, steel band enters feeding pressure mechanism 2 under the drive of feeding mechanism 3, steel band is bent under the action of mold in institute
Shape is needed, enters material cutting mechanism 4 later, the second driving hydraulic cylinder 42 drives lower installation transverse slat 442 to move down, lower installation transverse slat
442 drive installation transverse slat 441 to move down by connection riser 443, and lower installation transverse slat 442 drive cutter 43 is to moving down
It is dynamic, and by steel strip cutting.
As shown in figure 3, preventing cutter 43 from cutting to steel band to improve the stability that cutter 43 cuts steel band
When, steel band moves, and is provided on mounting rack 44 and holds down assembly 5.5 quantity of holding down assembly is set as four, two of them
It holds down assembly and 5 cutter 43 is set close to the side of discharge end, other two 5 setting that hold down assembly is in cutter 43 far from going out
Expect the side at end, two positioned at cutter 43 close to feed end side hold down assembly 5 in 43 center line symmetrical setting of cutter
At the both ends of upper installation transverse slat 441, two positioned at cutter 43 close to discharge end side hold down assembly 5 in 43 center of cutter
Line is symmetricly set on the both ends of installation transverse slat 441.
As shown in Figure 5 and Figure 6, holding down assembly 5 includes telescopic rod 51, and it is interior and along height side that telescopic rod 51 is located at mounting rack 44
To setting, the bottom surface of telescopic rod 51 is lower than the blade end of cutter 43.Telescopic rod 51 includes adjusting sleeve 511, adjusts sleeve 511
In bottom end opening and hollow cylindrical setting, adjusting 511 bottom end of sleeve are arranged with the adjusting rod 512 for sliding connection with it, adjust
The top of pole 512 is located in adjusting sleeve 511, bottom end is located at outside adjusting sleeve 511, and 512 top of adjusting rod is installed with limit
Protrusion 5121 adjusts 511 bottom end of sleeve and is installed with for preventing adjusting rod 512 landing and and limit convex out of adjusting sleeve 511
5121 compatible spacing block sets 5111 are played, and are installed with compression bullet between 512 top of adjusting rod and adjusting 511 inner bottom surface of sleeve
Spring 513.The top for adjusting sleeve 511 is arranged on the bottom surface of upper installation transverse slat 441.The bottom end of adjusting rod 512, which is installed with, to be used for
Increase the reinforcement block 52 of itself and 45 contact area of blank seat, the setting cylindrical of reinforcement block 52, and the area of 52 bottom surface of reinforcement block
Greater than the area of 512 bottom surface of adjusting rod.
As shown in figure 5, in order to improve hold down assembly 5 practicability, adjust sleeve 511 top and upper installation transverse slat 441
Connection is contradicted, and the top for adjusting sleeve 511 is installed with mobile bar 53, mobile bar 53 is arranged along short transverse, mobile bar 53
Top is located at the top of upper installation transverse slat 441 through upper installation transverse slat 441, and upper installation transverse slat 441 is opened up along vertical transport direction
There is guide groove 4411 compatible with mobile bar 53, mobile bar 53 is slided in guide groove 4411.
As shown in figure 5, in order to realize two 53 synchronizing movings of mobile bar along vertical transport direction the same side, two movements
Interlocking bar 54 is installed between the top of bar 53, interlocking bar 54 and the upper top surface for installing transverse slat 441 are inconsistent, adjust sleeve 511
Cross section be greater than guide groove 4411 width, i.e., adjusting sleeve 511 be stuck in outside guide groove 4411.
As shown in figure 5, in order to realize the fixation to mobile bar 53, avoids holding down assembly and 5 move in use,
Tie down screw 55 is installed in the mobile bar 53 of discharge end side positioned at cutter 43, upper installation transverse slat 441 is close to discharging
The side at end offers the sliding channel 4412 being connected with guide groove 4411, and sliding channel 4412 and guide groove 4411 are flat
Row setting, the one end of tie down screw 55 far from mobile bar 53 are threaded with wing nut 56 through sliding channel 4412.It is needing
When fixing mobile bar 53, tie down screw 55 and wing nut 56 are threadedly coupled, and wing nut 56 and upper 441 phase of installation transverse slat
It contradicts.
When upper installation transverse slat 441 drives cutter 43 to move down, upper installation transverse slat 441 and meanwhile drive telescopic rod 51 to
Steel band is pressed between telescopic rod 51 and blank seat 45 by lower movement, telescopic rod 51, and cutter 43 is by steel strip cutting at this time；In steel
After band cutting, cutter 43 and telescopic rod 51 move up under the drive of mounting rack 44, and separate with steel band, and telescopic rod 51 exists
It restPoses under the action of compressed spring 513.5 are held down assembly by the setting in the two sides of cutter 43, are cutting cutter
When cutting to steel band, steel band is avoided the case where moving and reducing product qualification rate generation occur, improving material cutting mechanism 4 makes
Stability；Simultaneous retractable bar 51 moves under the action of mobile bar 53 along vertical transport direction, and passes through tie down screw 55
The fixation that mobile bar 53 is realized with wing nut 56, realizes the adjusting for 5 positions that hold down assembly, and 5 position of making to hold down assembly can
To be adjusted according to the needs of width of steel band, improve hold down assembly 5 practicability and stability.
As shown in fig. 7, avoiding steel band from occurring deviateing and influencing during transportation to improve the stability of steel band conveying
The qualification rate of product is provided with positioning mechanism 6 close to the side of feed end in feeding mechanism 3 in rack 1, in blank in rack 1
Limited position mechanism 7 is arranged close to the side of discharge end in mechanism 4.
As shown in fig. 7, positioning mechanism 6 include two symmetrically be installed in rack 1 along its conveying direction two sides locating rack 61,
The thickness positioning component 62 being arranged on locating rack 61, the width positioning component 63 being arranged between two locating racks 61, thickness
The quantity of positioning component 62 is two, and two thickness positioning components 62 and two locating racks 61 correspond.
As shown in figure 8, thickness positioning component 62 includes determining along the spaced running fix block 621 of short transverse with fixed
Position block 622, the first locating rack 61 offer resigning mounting groove compatible with running fix block 621 and stationary positioned block 622.It moves
It moves locating piece 621 and stationary positioned block 622 and is provided with locating rod 623 close to one end of steel band, two locating rods 623 are close to steel
One end of band is rotatably connected to positioning roller 624, the axis vertical transport direction setting of positioning roller 624, two positioning rollings
The gap for passing through steel band is formed between wheel 624.The bottom end of stationary positioned block 622 is fixedly arranged on the interior bottom of resigning mounting groove
Face.The guide rod 625 along short transverse, the top of guide rod 625 are provided between running fix block 621 and stationary positioned block 622
End is protruded into running fix block 621 and is slid with it and connect, the bottom end of guide rod 625 protrude into stationary positioned block 622 it is interior and and its
Sliding connection.The stretching bullet for being sheathed on 625 outer peripheral surface of guide rod is installed between running fix block 621 and stationary positioned block 622
Spring 626.The top of running fix block 621 is installed with adjusting screw rod 627, and adjusting screw rod 627 is arranged along short transverse, adjusting screw rod
627 top is located at outside resigning mounting groove through locating rack 61, and the top of adjusting screw rod 627 is threaded with adjusting nut
628。
As shown in Figure 7 and Figure 8, width positioning component 63 is located at side of the thickness positioning component 62 far from feed end, width
Positioning component 63 includes two and is symmetricly set on positioning rollers 631 of the rack 1 along its conveying direction two sides, two positioning rollers
631 and two locating racks 61 correspond, steel band is located between two positioning rollers 631, and the end face at steel band both ends and positioning
The outer peripheral surface of roller bearing 631 is inconsistent.Positioning rollers 631 are arranged along short transverse, and locating rack 61 offers and 631 phase of positioning rollers
The installation through slot of adaptation, the both ends of positioning rollers 631 are rotatably connected in installation through slot.It is threadedly coupled on two locating racks 61
There is the positioning screw 632 for adjusting 61 position of locating rack, i.e. the quantity of positioning screw 632 is two.Positioning screw 632 rotates
It is supported in rack 1, positioning screw 632 is arranged along vertical transport direction, and positioning screw 632 runs through locating rack 61, positioning screw
632 one end is located at locating rack 61 and is located at side of the locating rack 61 far from steel band close to the side of steel band, the other end.Two positioning
The hand of spiral of screw rod 632 is on the contrary, and be provided with the first interlocking bar 633, the first interlocking bar 633 between two positioning screws 632
Axis, two 632 axis of positioning screw are overlapped, and one of positioning screw 632 is installed with the first driving far from one end of steel band
Handle 634.
As shown in Figure 7 and Figure 8, in order to improve width positioning component 63 adjusting stability and locating rack 61 it is mobile
Stability, the bottom end of two locating racks 61 are provided with the first sliding block 611, and the top surface of rack 1 offers and 611 phase of the first sliding block
First slippage slot 11 of adaptation, the first slippage slot 11 are arranged along vertical transport direction.
As shown in Figure 9 and Figure 10, position-limit mechanism 7 is symmetrically installed in rack 1 along the limit of its conveying direction two sides including two
Position frame 71, the width limit assembly 72 that is arranged between two position-limited racks 71.Width limit assembly 72 includes two and is symmetrical arranged
Rack 1 is symmetricly set on along the limit of its conveying direction two sides in limit roller bearing 721, two of the rack 1 along its conveying direction two sides
Position bar 722.Two locating rods 623 and two position-limited racks 71 correspond, and locating rod 623 is fixedly connected on position-limited rack 71, and two
A gag lever post 722 is rotatably connected to limited roller 723, the axis vertical transport side of limited roller 723 close to one end of steel band
To setting, steel band is supported on two limited rollers 723.Limit roller bearing 721 is located at gag lever post 722 close to the side of output end,
Two limit roller bearings 721 and two position-limited racks 71 correspond, and steel band is located between two limit roller bearings 721, and the two of steel band
The outer peripheral surface of end and limit roller bearing 721 is inconsistent.It limits roller bearing 721 to be arranged along short transverse, position-limited rack 71 is offered and limited
The both ends of the compatible mounting groove of roller bearing 721, limit roller bearing 721 are rotatably connected in mounting groove.Equal spiral shell on two position-limited racks 71
Line is connected with the Limit screw 724 for adjusting 71 position of position-limited rack, i.e. the quantity of Limit screw 724 is two.Limit screw
724 are rotatably supported in rack 1.Limit screw 724 is arranged along vertical transport direction, and Limit screw 724 runs through position-limited rack 71, limit
One end of position screw rod 724 is located at position-limited rack 71 and is located at side of the position-limited rack 71 far from steel band close to the side of steel band, the other end.Two
The hand of spiral of a Limit screw 724 is on the contrary, be provided with the second interlocking bar 725, the second interlocking bar between two positioning screws 632
725 axis, two 724 axis of Limit screw are overlapped, and one of Limit screw 724 is installed with the second drive far from one end of steel band
Fixed handle 726.
As shown in Figure 9 and Figure 10, in order to improve width positioning component 63 adjusting stability and position-limited rack 71 it is mobile
Stability, the bottom end of two position-limited racks 71 are provided with the second sliding block 711, and the top surface of rack 1 offers and 711 phase of the second sliding block
Second slippage slot 12 of adaptation, the second slippage slot 12 are arranged along vertical transport direction.
When steel band passes through thickness positioning component 62, steel belt clamping is adjusted between two positioning rollers 624, and through adjusting
Nut 628 realizes the adjusting of distance between running fix block 621 and stationary positioned block 622, while two positioning rollers 624 can
Steel band to be tentatively straightened, steel band passes through width positioning component 63 later, and steel band is distinguished along the both ends in vertical transport direction
It is inconsistent with two positioning rollers 631, and by rotational positioning screw rod 632, realize the adjusting of distance between two locating racks 61,
The limit to width of steel band is not only realized, while steel band being avoided to deviate, steel band successively passes through feeding mechanism 3, swager
Structure 2, material cutting mechanism 4 pass through width limit assembly 72 later, and steel band is supported on limited roller 723, and steel band is along vertical transport side
To both ends it is inconsistent with two limit roller bearings 721 respectively, realize the positioning of strip width direction, and pass through rotary spacing spiral shell
Bar 724 realizes the adjusting of distance between two position-limited racks 71.By the mutual cooperation of positioning mechanism 6 and position-limit mechanism 7, make it
It can be not only adjusted according to the needs of width of steel band, while improve practicability, stability and safety.
As shown in fig. 7, avoiding steel band from occurring during conveying curved to further increase the stability of steel band conveying
Stability that is bent and influencing steel band conveying is provided with support component 8 in rack 1 between positioning mechanism 6 and feeding mechanism 3.
As shown in fig. 7, support component 8 include two symmetrically be installed in rack 1 along its conveying direction two sides support frame 81,
Support rod 82 between two support frames 81 is set, the both ends of support rod 82 are arranged across rack 1 and along vertical transport direction,
The both ends of support rod 82 are rotatably connected on support frame 81, and the bottom surface of support rod 82 and steel band is inconsistent, to improve steel
Stability with conveying.
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 (10)
1. a kind of trailer panelling automatic manufacturing device, including rack (1), one end of the rack (1) is set as feed end, another
One end is set as discharge end, arranged successively in the conveying direction on the rack (1) to have feeding mechanism (3), feeding pressure mechanism (2), cut
Expect mechanism (4), the material cutting mechanism (4) includes the blank frame (41) being arranged on rack (1), cutter (43), for installing
The mounting rack (44) of cutter (43), the blank seat (45) being arranged on blank frame (41), for driving mounting rack (44) and band
It moves it to move along short transverse by the second driving hydraulic cylinder (42) of steel strip cutting, the cutter (43) is mounted on mounting rack
(44) on, the cutter (43) is arranged along vertical transport direction and its length is greater than the width of steel band, the blank seat (45)
It offers and cutter (43) compatible resigning groove (452), it is characterised in that: the mounting rack (44) is in cutter (43)
Two sides be arranged at intervals at least two for holding down assembly what steel band compressed (5), described hold down assembly (5) include being arranged
On mounting rack (44) and along the telescopic rod (51) of short transverse setting, the bottom end of the telescopic rod (51) is less than or equal to blank
The blade end of knife (43).
2. a kind of trailer panelling automatic manufacturing device according to claim 1, it is characterised in that: the telescopic rod (51)
Bottom end be lower than cutter (43) blade end.
3. a kind of trailer panelling automatic manufacturing device according to claim 1, it is characterised in that: described to hold down assembly
(5) quantity is set as four, and two for being located at the cutter (43) the same side hold down assembly (5) in cutter (43)
Heart line is symmetricly set on the both ends of cutter (43).
4. a kind of trailer panelling automatic manufacturing device according to claim 1, it is characterised in that: the telescopic rod (51)
The adjusting rod (512) that connection is slid in sleeve (511) and with it, the adjusting rod are adjusted including adjusting sleeve (511), being sheathed on
(512) one end is located in adjusting sleeve (511), the other end is located at adjusting sleeve (511) outside, and the adjusting rod (512) is in position
Compressed spring is installed in the one end adjusted in sleeve (511) and the one end for adjusting sleeve (511) separate adjusting rod (512)
(513), the compressed spring (513), which is sheathed on, is adjusted in sleeve (511).
5. a kind of trailer panelling automatic manufacturing device according to claim 1, it is characterised in that: the telescopic rod (51)
Bottom end be provided with the reinforcement block (52) for increasing telescopic rod (51) and blank seat (45) top surface contact area.
6. a kind of trailer panelling automatic manufacturing device according to claim 3, it is characterised in that: the telescopic rod (51)
Top be installed with along short transverse setting mobile bar (53), the mounting rack (44) in installation cutter (43) one end edge
Cutter (43) length direction is offered for adjusting mobile bar (53) position and the compatible guide groove with mobile bar (53)
(4411), the mobile bar (53) is in sliding in guide groove (4411).
7. a kind of trailer panelling automatic manufacturing device according to claim 6, it is characterised in that: the mobile bar (53)
Guide groove (4411) are run through in one end far from telescopic rod (51), are located at two mobile bars of the cutter (43) the same end
(53) interlocking bar (54) are provided between.
8. a kind of trailer panelling automatic manufacturing device according to claim 7, it is characterised in that: the mobile bar (53)
On be provided with tie down screw (55), the mounting rack (44) offers and guide groove in one end of installation cutter (43)
(4411) sliding channel (4412) for being arranged in parallel and being connected with guide groove (4411), the tie down screw (55) is far from shifting
One end of lever (53) is threaded with locking nut through sliding channel (4412).
9. a kind of trailer panelling automatic manufacturing device according to claim 8, it is characterised in that: the locking nut is set
It is set to wing nut (56).
10. a kind of trailer panelling automatic manufacturing device according to claim 8, it is characterised in that: the sliding channel
(4412) mounting rack (44) are provided on the side of discharge end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821459457.9U CN208825702U (en) | 2018-09-06 | 2018-09-06 | A kind of trailer panelling automatic manufacturing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821459457.9U CN208825702U (en) | 2018-09-06 | 2018-09-06 | A kind of trailer panelling automatic manufacturing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208825702U true CN208825702U (en) | 2019-05-07 |
Family
ID=66312327
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821459457.9U Expired - Fee Related CN208825702U (en) | 2018-09-06 | 2018-09-06 | A kind of trailer panelling automatic manufacturing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208825702U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113385733A (en) * | 2021-06-28 | 2021-09-14 | 泉州芸台科技有限公司 | Steel cutting device |
-
2018
- 2018-09-06 CN CN201821459457.9U patent/CN208825702U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113385733A (en) * | 2021-06-28 | 2021-09-14 | 泉州芸台科技有限公司 | Steel cutting device |
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