CN209623309U - Shell case dries assembly - Google Patents

Abstract

The utility model uses shell case and dries assembly, including for drying the dryer for being fixed with the buck plate of shell case, the dryer feeding end is equipped with feed conveying device, the dryer discharge end is equipped with material conveying device, and pusher is equipped between the dryer feeding end and feed conveying device；Pusher includes the push platform rectified with dryer feeding to setting, and multiple buck plates are delivered to push platform and are pushed into drying machine drying by pushing material component by feed conveying device, and multiple buck plates after drying import out material conveying device by cutting agency；Cutting agency includes the delivery platform of face dryer discharge end setting, and multiple buck plates derived from dryer discharge end are moved to delivery platform by rake trigger structure and pass through the feeding material component being arranged on delivery platform movement；Feeding material component discharge end is equipped with the temporary storage platform flushed with delivery platform, and temporary storage platform is equipped with for changing the crosswise pushing cylinder of assembly sheet conveying direction.

Description

Shell case dries assembly

Technical field

The utility model belongs to nail shooting pill production technical field, and in particular to a kind of shell case drying assembly.

Background technique

Nailing tightening technology is a kind of high-intensitive fastening means；By loading onto nail shooting pill in nailing gun, nailing gun is utilized Nail shooting pill is fired, makes powder burning in bullet and gives off energy, nailing is directly hammered into hard matrix；Hard matrix is such as Metal, concrete, rock, masonry etc., so nailing tightening technology is widely used in the industries such as building and finishing；And nailing Tightening technology also has the included energy compared with traditional consolidation method, and labor intensity is low, easy to operate rapid, securely and reliably The features such as with the fund of saving.

It needs to dry shell case in nail shooting pill manufacturing process, due to nail shooting pill shell case small volume, to improve nailing Production efficiency is played, multiple shell cases can be carried out plate dress fixation by buck plate by worker, with batch machinings such as the drying that facilitates shell case.

It is existing it is fixed to plate dress after shell case when drying, buck plate is imported in dryer by the way that conveying device is continuous On conveyer belt, into dryer in conveyer belt buck plate discharge from dryer feeding end to dryer end edge conveying side drying The shell case on buck plate is dried under the action of machine drying system, to by being used after the fixed shell case drying of buck plate Conveying device is delivered to subsequent processing processing.

Since the production of shell case is mostly using full-automation, to the every position of packaged matching board on the conveyor line for being fixed with shell case It sets and must assure that unification to facilitate automatic processing machine tool to carry out identical processing work to the shell case on different buck plates；But Using above-mentioned single feed end conveying device+dryer+discharge end conveying device structure, in the biography of conveyer belt and dryer Defeated crossover position is easy, and because the external factors such as installation error lead to two interfaces, there are gaps or two interface height not to correspond to, and leads Position of the buck plate on transmission device shifts when buck plate being caused to be easy to happen shake when passing through transfer position, and buck plate Positional shift has the processing that will affect following process machinery to shell case on buck plate.

To solve the problems, such as that transmission location is easy to produce offset to buck plate during the drying process, the prior art mainly adopts people The method of work correction, the buck plate of the positional shift in transmit process, which is passed through the method corrected manually, makes the assembly of positional shift Plate is resetted, however each buck plate conveying position can't be completely secured in the method manually corrected increases worker labour while The uniformity set, thus be now badly in need of it is a kind of can be effectively ensured buck plate unloading position it is unified shell case drying assembly.

Utility model content

For the deficiency in the presence of the prior art, the utility model provides a kind of shell case drying assembly, which dries Dry assembly can help the buck plate at dryer feeding end steadily to enter dryer, while can also will fill derived from dryer discharge end Matching board carries out material all in one piece processing, guarantees the uniform location that buck plate enters after drying on pipeline, avoids manually correcting, mitigate Worker's burden improves production efficiency and machining accuracy.

To achieve the above object, the utility model uses the following technical solution: shell case dries assembly, including to fixation The dryer that shell case on buck plate is dried, the dryer feeding end are equipped with feed conveying device, the dryer Discharge end is equipped with material conveying device, and pusher is equipped between the dryer feeding end and feed conveying device；

The pusher includes the push platform rectified with dryer feeding to setting, and feed conveying device is conveyed Buck plate be delivered to push platform dryer be steadily pushed by the pushing material component that is arranged on push platform and dried, dry Buck plate later passes through cutting agency blanking material all in one piece；

The cutting agency includes the delivery platform of face dryer discharge end setting, the derived assembly of dryer discharge end Plate passes through the feeding material component material all in one piece being arranged on delivery platform transmission by harrowing trigger structure and steadily scraping to delivery platform, material all in one piece transmission Buck plate is steadily moved to out material conveying device by loading assemblies and is transmitted.

Further, the pushing material component includes that the pusher being oppositely arranged on push platform with dryer feeding end is arranged in Bar, is linked with pusher cylinder on charging ram, and the buck plate that pusher cylinder work drives charging ram to be placed on push platform is to baking Dry machine intermittent feeding.

Further, the rake trigger structure include with the rake board group part being arranged on delivery platform fixing and mounting bracket and mounting rack and Propulsion assembly, the rake board group part include lever arm, and lever arm one end is equipped with the raking arm for harrowing buck plate, the lever arm other end It is hinged with sliding seat, is connected on lever arm for changing the pusher cylinder of lever arm and sliding seat angle, wherein pusher cylinder It is connect with sliding seat；The propulsion assembly includes acting on the telescopic cylinder and be arranged with sliding seat sliding that end is coupled with sliding seat Sliding rail, telescopic cylinder work drive sliding seat transverse reciprocating on sliding rail mobile.

Further, the feeding material component includes the push plate spine being arranged on the screw rod and screw rod by variable-frequency motor driving rotation Pawl, wherein screw rod is arranged in parallel with raking arm, and screw rod rotation drives push plate pawl to move back and forth along screw rod length direction.

Further, the loading assemblies include feeding material component transmission end setting equipped in temporary storage platform and temporary storage platform The crosswise pushing cylinder of setting, wherein material conveying device feed end flushes setting to temporary storage platform with delivery platform and out, and horizontal It is vertically arranged to push cylinder action direction and feeding material component direction of transfer.

Compared with the prior art, the utility model has the following beneficial effects: the utility model is set at dryer feeding end Pusher is set, pusher enables the buck plate into dryer steadily to enter dryer, is arranged in dryer discharge end Cutting agency, wherein rake trigger structure can make in the steady blanking to transport platform of the buck plate of dryer discharge end, and in transport platform The transmission location of buck plate can also be finely adjusted by the feeding material component of setting while guide, be guaranteed on drying flowline Position per packaged matching board is all unified, and the buck plate after material all in one piece is smoothly pushed into out to transport on material conveying device by loading assemblies Defeated, avoiding traditional conveying device and dryer transfer transition position from being unable to smooth transition causes buck plate by transfer transition position The problem of offset deviation is easy to happen when setting avoids manually correcting, and mitigates worker's burden, improves production efficiency and machining accuracy.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model；

Fig. 2 is the utility model cutting agency；

Fig. 3 is partial structure diagram in Fig. 2；

Fig. 4 is that the utility model feeding material component and delivery platform cooperate schematic diagram；

Fig. 5 is partial structure diagram in Fig. 4；

Fig. 6 is that the utility model harrows trigger structure structural schematic diagram；

Fig. 7 is another viewing angle constructions schematic diagram in Fig. 6；

Fig. 8 is partial structure diagram in Fig. 6；

Fig. 9 is the utility model pusher structural schematic diagram.

In figure, cutting agency 1, dryer 2, pusher 3, block 4, temporary storage platform 5, crosswise pushing cylinder 6, raking arm 7, Delivery platform 8, mounting rack 9, variable-frequency motor 10, pusher cylinder 11, telescopic cylinder 12, screw rod 13, positioning slide 14, discharge end mistake Cab apron 15, push plate pawl 16, protective cover 17, lever arm 18, sliding seat 19, sliding rail 20, push platform 31, pusher cylinder 32, charging ram 33, baffle 34, feed end transition plates 35.

Specific embodiment

As shown in figs. 1-9, the utility model relates to shell cases to dry assembly, including to the shell case being fixed on buck plate The dryer 2 dried, 2 feed end of dryer are equipped with feed conveying device, and 2 discharge end of dryer is equipped with discharging Conveying device is equipped with pusher 3 between 2 feed end of dryer and feed conveying device；

The pusher 3 includes the push platform 31 with the setting of 2 feed end face of dryer, enters push platform 31 On buck plate by pushing material component be pushed into dryer 2, the pushing material component include setting push platform 31 on and dryer The charging ram 33 that 2 feed ends are oppositely arranged, pusher cylinder 32 is linked on charging ram 33, and the work of pusher cylinder 32 drives charging ram 33 are placed on buck plate on push platform to 2 intermittent feeding of dryer.Buck plate is delivered to push by feed conveying device Platform 31, wherein feed conveying device can be belt conveyor in the prior art or chain belt etc..

Specifically, as shown in figure 9, being additionally provided with baffle 34 on push platform 31, baffle 34 can avoid feed conveying device Buck plate derived from discharge end is detached from push platform 31.To avoid dryer 2 from carrying interval between conveyer belt and push platform 31 Much movements for leading to buck plate are additionally provided with feed end transition plates 35 close to 2 feed end of dryer in push platform 31.It feeds defeated Send that the direction of vertical pusher cylinder 32 is arranged in device discharge end and push platform 31 connects setting.

When work, push platform 31 is introduced by the buck plate that feed conveying device is sent into and is being pushed away by the interception of baffle 34 Expect between bar 33 and the feed end of dryer 2, charging ram 33 is driven by pusher cylinder 32 and buck plate is pushed into dryer 2. Since the utility model does not introduce the feeding manner of buck plate in the background technology, in fact, buck plate can be using continuous Charging, interval charging all can, and 33 pusher of charging ram work can be every time push one packaged matching board in (push monolithic buck plate When, pusher cylinder 32 is exactly continuous work feeding), it is also possible to once to push muti-piece buck plate and (when push muti-piece buck plate, pushes away Expect that cylinder 32 is exactly to be spaced work feeding), but the charging ram 33 of the utility model setting is placed on the assembly on push platform Plate is to 2 intermittent feeding of dryer, so the every task of charging ram 33 is by muti-piece buck plate while to feed, for convenience of describing, Multiple buck plates of charging simultaneously are known as to assemble board group.

When specific works, when the assembly board group for needing while feed drying is entirely located in charging ram 33 and the charging of dryer 2 When between end, the work of process control pusher cylinder 32 is transmitted baking for the conveyer belt carried in board group push-in dryer 2 is assembled It is dry.It can guarantee the location consistency that buck plate enters in dryer 2 in the pusher 3 of 2 feed end of dryer setting, will dry Machine 2 is arranged to the working strength that intermittent feeding is less pusher cylinder 32, makes its work once can pusher muti-piece buck plate.

Multiple assembly board groups after drying into dryer 2 are by 1 blanking of cutting agency.

As shown in Fig. 2-Fig. 8, the cutting agency 1 includes the delivery platform 8 of 2 discharge end of face dryer setting, drying Multiple buck plates derived from 2 discharge end of machine are moved to delivery platform 8 by rake trigger structure and pass through the feeding being arranged on delivery platform 8 Component is mobile, for convenience of the steady connection of 2 discharge end of dryer and delivery platform 8, discharges in delivery platform 8 close to dryer 2 The side at end is additionally provided with discharge end transition plates 15.

The rake trigger structure includes being equipped with rake board group part with 8 fixing and mounting bracket 9 of delivery platform, the mounting rack 9 and pushing away Into component, the rake board group part includes lever arm 18, and 18 one end of lever arm is equipped with the raking arm 7 for harrowing buck plate, lever arm 18 The other end is hinged with sliding seat 19, is connected on lever arm 18 for changing the pusher cylinder of lever arm 18 and 19 angle of sliding seat 11.The propulsion assembly includes acting on the telescopic cylinder 12 that end is coupled with sliding seat 19 and the sliding with the sliding setting of sliding seat 19 Track 20, the work of telescopic cylinder 12 drive sliding seat 19 to move back and forth on sliding rail 20.When work, telescopic cylinder 12 works Sliding seat 19 is set to be located adjacent to the position of 2 discharge end of dryer, then numerical control control pusher cylinder 11 works, pusher cylinder 11 One end that work drive lever arm 18 is connected with raking arm 7, which moves down, will need the assembly board group of blanking to harrow, and control telescopic cylinder 12 Reset harrows the assembly board group of 2 discharge end of dryer steadily to delivery platform 8, and rake plate harrows one group of buck plate of blanking to defeated After sending platform 8, control pusher cylinder 11 reset, then control telescopic cylinder 12 again task under the assembly board group at production line rear Material.

One group of buck plate into delivery platform 8 passes through feeding material component feeding, and the feeding material component includes passing through variable-frequency electric The push plate pawl 16 being arranged on the screw rod 13 and screw rod 13 of the driving rotation of machine 10.Variable-frequency motor 10 by process control rotate forward or Reversion.The rotation of variable-frequency motor 10 drives screw rod 13 to rotate, and the rotation of screw rod 13 drives push plate pawl 16 to move along 13 length direction of screw rod The dynamic assembly board group by delivery platform 8 carries out feeding, for convenience of push plate pawl 16 positioning be also provided with it is parallel with screw rod 13 The positioning slide 14 of setting, push plate pawl 16 are equipped with the positioning runner with the sliding setting of positioning slide 14, and being can be into screw rod 13 Carrying out effective protection avoids the rotation of screw rod 13 from hurting sb.'s feelings, and the utility model is additionally provided with protective cover 17 outside screw rod 13.

Since buck plate needs to be spaced in the process of production and processing same distance conveying in the production line, will effectively to send The assembly board group interval continuously transmitted derived from material component discharge end is delivered to out material conveying device, out material conveying device feed end Setting connects with the effect of crosswise pushing cylinder 6 end relative position with temporary storage platform 5.The utility model is also provided with the feeding Component, the loading assemblies include the temporary storage platform 5 of feeding material component discharge end setting flushed with delivery platform 8, temporary storage platform 5 are equipped with for changing the crosswise pushing cylinder 6 of assembly sheet conveying direction, to avoid buck plate from being detached from temporary storage platform 5, temporary Block 4,4 face feeding material component discharge end of block are additionally provided on platform 5.Pass through feeding by the assembly board group that feeding material component conveys By its conveying direction interval importing temporary storage platform 5, (work of numerical control variable frequency motor 10 and the realization that do not work, are screw rod to component 13 rotations drive the mobile packaged matching board for making transmission front of push plate pawl 16 to enter temporary storage platform 5, and then screw rod 13 stops turning It is dynamic, etc. buck plate in temporary storage platforms 5 serve out and carry out rotation again after material conveying device the buck plate at rear is driven to enter Temporary storage platform 5), and by 6 deflecting of crosswise pushing cylinder to push to out material conveying device enterprising for the buck plate for entering temporary storage platform 5 Row transmission.After the assembling combo being located on delivery platform 8 is all intermittently imported temporary storage platform 5 by the movement of push plate pawl 16, Screw rod 13 can quickly reversion returns to the position far from 5 end of temporary storage platform under the action of variable-frequency motor 10, then harrows board group part work Work harrows next group of buck plate group of 2 discharge end of dryer to delivery platform 8, and screw rod 13 repeats above-mentioned again with push plate pawl 16 Assembly board group interval is imported temporary storage platform 5 and carries out subsequent delivery transmission by work.

Finally, it is stated that above embodiments are merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng The utility model is described in detail according to preferred embodiment, those skilled in the art should understand that, it can be to this The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model It encloses, should all cover in the scope of the claims of the utility model.

Claims (5)

1. shell case dries assembly, including the dryer dried to the shell case being fixed on buck plate, the dryer feeding End is equipped with feed conveying device, and the dryer discharge end is equipped with material conveying device, it is characterised in that: the dryer feeding Pusher is equipped between end and feed conveying device；

The pusher includes the push platform rectified with dryer feeding to setting, the dress that feed conveying device is conveyed Matching board, which is delivered to push platform and is steadily pushed into dryer by the pushing material component that is arranged on push platform, is dried, after drying Buck plate pass through cutting agency blanking material all in one piece；

The cutting agency includes the delivery platform of face dryer discharge end setting, and buck plate derived from dryer discharge end is logical It crosses rake trigger structure and steadily scrapes to delivery platform the feeding material component material all in one piece transmission for passing through and being arranged on delivery platform, the assembly of material all in one piece transmission Plate is steadily moved to out material conveying device by loading assemblies and is transmitted.

2. shell case according to claim 1 dries assembly, it is characterised in that: the pushing material component includes that setting is flat in push The charging ram being oppositely arranged on platform with dryer feeding end is linked with pusher cylinder on charging ram, and pusher cylinder work, which drives, to be pushed away Material bar is placed on the buck plate on push platform to dryer intermittent feeding.

3. shell case according to claim 2 dries assembly, it is characterised in that: the rake trigger structure includes solid with delivery platform Dingan County shelve and mounting rack on the rake board group part and propulsion assembly that are arranged, the rake board group part includes lever arm, lever arm one end Equipped with the raking arm for harrowing buck plate, the lever arm other end is hinged with sliding seat, is connected on lever arm for changing lever arm With the pusher cylinder of sliding seat angle, wherein pusher cylinder is connect with sliding seat；The propulsion assembly includes effect end and sliding The telescopic cylinder that seat is coupled and the sliding rail with sliding seat sliding setting, telescopic cylinder work drive sliding seat in sliding rail Upper transverse reciprocating is mobile.

4. shell case according to claim 3 dries assembly, it is characterised in that: the feeding material component includes passing through variable-frequency motor The push plate pawl being arranged on the screw rod and screw rod of rotation is driven, wherein screw rod is arranged in parallel with raking arm, and screw rod rotation drives push plate Pawl is moved back and forth along screw rod length direction.

5. shell case according to any one of claims 1-4 dries assembly, it is characterised in that: the loading assemblies include sending Material component transmission end setting is equipped with the crosswise pushing cylinder being arranged in temporary storage platform and temporary storage platform, wherein temporary storage platform with Delivery platform and out material conveying device feed end flush setting, and crosswise pushing cylinder action direction and feeding material component sender To being vertically arranged.