CN205294188U

CN205294188U - Hacking machine conveyer

Info

Publication number: CN205294188U
Application number: CN201620028307.7U
Authority: CN
Inventors: 孙智宁; 孙平刚; 薛小锋; 郝宁
Original assignee: Beijing Yuandahongyu Waterproof Material Co Ltd
Current assignee: Beijing Yuandahongyu Waterproof Material Co Ltd
Priority date: 2016-01-12
Filing date: 2016-01-12
Publication date: 2016-06-08
Anticipated expiration: 2026-01-12

Abstract

The utility model discloses a hacking machine conveyer has solved current hacking machine device mesophragma and has rolled up the problem that the distance between plates is difficult to the regulation, and its technical scheme main points are hacking machine conveyer, including first, the 2nd transport mechanism who is connected, be connected with the tilting mechanism of the coiled material that is used for overturning between first, the 2nd transport mechanism, a transport mechanism is including being the delivery platform that the slope set up, the delivery platform separates along direction of transfer fixedly connected with a plurality of rolls up board, a plurality of can dismantle with the delivery platform at a distance from a roll board and be connected a plurality of it follows the direction of transfer removal and is fixed in the delivery platform to separate roll board. The utility model discloses simple structure mainly fixes on a transport mechanism through dismantling through your fastener at a distance from a roll board, reaches to adjust to separate the effect of rolling up the distance between plates.

Description

A kind of stacking machine transporter

Technical field

This utility model relates to a kind of transporter, more specifically, it relates to a kind of stacking machine transporter that can transmit different size coiled material.

Background technology

Stacking machine is that pocket, carton or other packaging material conveying come are stacked into buttress automatically according to the working method that customer process requires, and the material becoming buttress carries out the equipment carried. Stacking machine can the platform of oscilaltion campaign be constituted by one, and stacking machine platform declines, and coiled material is placed into one by one on the transporter of stacking machine and is transported on the platform of stacking machine, thus coiled material is carried out palletization.

At present, on market (application number be 201220045296.5 Chinese patent disclose a kind of coiled materials stacking machine and special stacking mechanism), including frame, frame is disposed with roll transfer mechanism and stacking mechanism, described stacking mechanism include collection volume switching mechanism and corresponding thereto position set up be close to transfer device; Described collection volume switching mechanism includes the switching mechanism being provided with clamping plate, is provided with sideboard in the side of described switching mechanism. Although coiled material can be sent to upper end from lower end, but two distances between roll bending are unadjustable, for the coiled material that diameter is big, this stacking mechanism cannot realize transmitting, for the coiled material that diameter is little, two pieces can not be stepped up every roll bending, easily rock to skid off have the drawback that stability is low in transmission process.

Utility model content

For the deficiency that prior art exists, the purpose of this utility model is in that to provide a kind of stacking machine transporter that can transmit different size coiled material.

For achieving the above object, this utility model provides following technical scheme: a kind of stacking machine transporter, including first, second connecting gear being connected, the switching mechanism for overturning coiled material it is connected between described first, second connecting gear, described first connecting gear includes the delivery platform being inclined to set, described delivery platform is fixedly connected with several every roll bending along direction of transfer, described delivery platform is provided with several for regulating the adjacent installation position every roll bending spacing along coiled material direction of transfer, and described is removably connect every roll bending and installation position.

By adopting technique scheme, coiled material in second connecting gear is turned in the second connecting gear by switching mechanism, coiled material is located therein two and is transmitted between roll bending, owing to the spacing between roll bending can regulate, therefore can be placed on two between roll bending for the coiled material of the size of different-diameter, be suitable for the transmission of different size coiled material.

This utility model is further arranged to: described installation position is hole, location, described is equipped with securing member every roll bending, and described securing member is fixed in hole, location.

By adopting technique scheme, securing member is fixed in hole, location can will be fixed on delivery platform every roll bending through every roll bending.

This utility model is further arranged to: described delivery platform includes several horizontal stripes, and several described horizontal stripes are all vertical setting with direction of transfer, and several described horizontal stripes are distributed along direction of transfer, and hole, described location is positioned on horizontal stripe.

By adopting technique scheme, relative to conveyer belt, delivery platform is supported by horizontal stripe and transmits coiled material, delivery platform avoids the pressure being subject to coiled material recessed, increase structural strength, furthermore between several horizontal stripes, there is gap, constitute the depression of an inlay card coiled material between any two, the friction between coiled material and delivery platform can be increased, it is prevented that coiled material slides in transmission process.

This utility model is further arranged to: described include integrated transverse slat and arc every roll bending, and described securing member wears transverse slat and is fixed on hole, location, and described arc concave surface is arranged in conflicting with coiled material surface.

By adopting technique scheme, it is simple to being fixed on delivery platform every roll bending and support coiled material, transverse slat lower surface and delivery platform upper surface are adjacent to, and arc concave surface can be adjacent to mutually with coiled material, it is prevented that coiled material rocks in transmission process.

This utility model is further arranged to: be connected to boss between described transverse slat and arc.

By adopting technique scheme, coiled material is resisted against on arc, strengthens plate and can bear coiled material gravity and be applied to the pressure of arc, it is prevented that arc and transverse slat molding place deformation, it is to avoid arc is to transverse slat one lateral buckling.

This utility model is further arranged to: described delivery platform both sides are connected to baffle plate, and described baffle sidewall is arranged in conflicting with coiled material end face.

By adopting technique scheme, it is prevented that coiled material skids off or skid off certain distance from conveyer belt both sides so that coiled material is fitly transmitted.

This utility model is further arranged to: described second connecting gear includes the running roller for transmitting coiled material, and it is that indent is arranged that described running roller abuts coiled material place.

By adopting technique scheme, running roller rotates and the left end of structure can be sent to be sent to right-hand member from the second transmission coiled material, and running roller transmits coiled material relative to conveyer belt, has the little rotation of volume flexible, damages readily replaceable advantage.

This utility model is further arranged to: described switching mechanism includes the turnover panel and the rotation bar that are connected, and described rotation bar is rotationally connected with the first connecting gear, and described turnover panel is positioned at the first connecting gear and arranges in conflicting with coiled material surface.

By adopting technique scheme, rotating bar and rotate, being positioned at the coiled material on turnover panel can be translated on the first connecting gear from the second connecting gear.

Accompanying drawing explanation

Fig. 1 is the structural representation of this utility model embodiment;

Fig. 2 is the top view of this utility model embodiment;

Fig. 3 is the enlarged drawing in I portion in this utility model embodiment.

Accompanying drawing labelling: 1, the first connecting gear; 2, the second connecting gear; 3, coiled material; 4, delivery platform; 5, fixed mount; 6, buffer disc; 7, every roll bending; 71, transverse slat; 72, arc; 8, securing member; 9, hole, location; 10, horizontal stripe; 11, boss; 12, baffle plate; 13, running roller; 14, turnover panel; 15, bar is rotated.

Detailed description of the invention

Referring to figs. 1 through Fig. 3, this utility model one stacking machine transporter is described further.

As shown in Figure 1, a kind of structural representation of stacking machine transporter, the first connecting gear 1 that this utility model includes being positioned at right and the second connecting gear 2 below, the first connecting gear 1 is perpendicular to the second connecting gear 2, and the first connecting gear 1 right-hand member is inclined upwardly certain angle. second connecting gear 2 includes running roller 13 groups, and the running roller 13 on running roller 13 groups is set in distance, and it is that indent is arranged that running roller 13 abuts coiled material 3 place, and running roller 13 transmits coiled material 3 relative to conveyer belt, has the little rotation of volume flexible, damages readily replaceable advantage. after material is become coiled material 3 by clot, level is placed on running roller 13 groups, second connecting gear 2 drive roller wheel 13 rotates the lower section that coiled material 3 is sent to the first driving mechanism, a circular buffer disc 6 it is provided with in the end of the second connecting gear 2, buffer disc 6 has position-limiting action, prevent coiled material 3 from skidding off the second connecting gear 2, furthermore when buffer disc 6 conflicted by coiled material 3, buffer disc 6 elastic shrinkage makes coiled material 3 slowly stop. it is provided with a switching mechanism between the first connecting gear 1 and the second connecting gear 2, switching mechanism includes the rotation bar 15 being connected to the second connecting gear 2, rotate bar 15 and be fixed on the second connecting gear 2 by the bearing block at two ends, rotate bar 15 and be connected to the turnover panel 14 of the curved setting of block, turnover panel 14 is perpendicular to rotation bar 15 and is positioned at the second drive mechanism, the specific works process of switching mechanism is: when above coiled material 3 is positioned at turnover panel 14, rotate bar 15 to rotate to the first connecting gear 1 with turnover panel 14, coiled material 3 is translated into the first switching mechanism from the second connecting gear 2.

As depicted in figs. 1 and 2, first connecting gear 1 includes the fixed mount 5 of a rectangle and is positioned at the delivery platform 4 of fixed mount 5, the drive motor driving delivery platform 4 to run it is provided with in fixed mount 5, under the driving of motor delivery platform 4 can cycle rotation, coiled material 3 above can be sent to from below top. Being connected on delivery platform 4 every roll bending 7, be used for supporting coiled material 3 every roll bending 7, delivery platform 4 is provided with several for regulating the adjacent installation position every roll bending 7 spacing along coiled material direction of transfer, and described is removably connect every roll bending 7 and installation position. Preferably, wait highly be provided with two parallel every roll bending 7, namely a coiled material 3 is by a pair two parallel supporting every roll bending 7. Delivery platform 4 is arranged at intervals with multipair be arranged in parallel every roll bending 7, multipair be arranged in parallel support a coiled material 3 respectively every roll bending 7, namely delivery platform 4 can transmit a plurality of coiled material 3 simultaneously. Delivery platform 4 includes the horizontal stripe 10 that polylith is set in distance, relative to the soft conveyer belt that leather is made, the delivery platform 4 that horizontal stripe 10 is made avoids the pressure being subject to coiled material 3 recessed, increase structural strength, furthermore between each two horizontal stripe 10, there is gap, the friction between coiled material 3 and delivery platform 4 can be increased, it is prevented that coiled material 3 slides in transmission process. In this utility model, two pairs of distances between roll bending 7 be arrangeding in parallel can regulate, and is slidably connected to delivery platform 4 every roll bending 7 and is fixed by securing member 8. Namely in delivery platform 4, every piece of horizontal stripe 10 is opened above has four installation portions namely to position hole 9, and hole 9, location is distributed in the two ends of horizontal stripe 10 between two, and hole 9, location can be screwed hole. As shown in figures 1 and 3, integrated transverse slat 71 and arc 72 is included every roll bending 7, transverse slat 71 lower surface is fitted in the upper surface of horizontal stripe 10 and offers two identical with locating piece aperture through hole, arc 72 is perpendicular to transverse slat 71 and supports coiled material 3 and prevent it from gliding, securing member 8 can be a bolt, wears two through holes respectively by two bolts and is tightened in hole 9, location.Due on every piece of horizontal stripe 10 all offer location hole 9 thus when transmit miniature dimensions coiled material 3 time, can by two pairs every roll bending 7 between left and right from reduction, a plurality of coiled material 3 can be supported, improve and transmit quantity and efficiency, when transmitting the coiled material 3 of big size, it is possible to first unscrew securing member 8, certain distance will be slid onto every roll bending 7, increase the distance that left and right is suitable between roll bending 7 so that the coiled material 3 being relatively large in diameter also is able to be placed on roll bending 7. Boss 11 it is connected between arc 72 and transverse slat 71, owing to being resisted against on arc 72 when coiled material 3, strengthen plate to bear coiled material 3 gravity and be applied to the pressure of arc 72, it is prevented that arc 72 and transverse slat 71 molding place deformation, it is to avoid arc 72 is to transverse slat 71 1 lateral buckling.

This utility model is connected to baffle plate 12 on fixed mount 5, baffle plate 12 is positioned at the both sides of delivery platform 4, the instability when coiled material 3 is translated into the first connecting gear 1 from the second connecting gear 2, baffle plate 12 has spacing effect and is prevented from coiled material 3 and routs up, and when coiled material 3 transmits in the first connecting gear 1, baffle plate 12 also is able to play the effect preventing its sliding.

The above is only preferred implementation of the present utility model, and protection domain of the present utility model is not limited merely to above-described embodiment, and all technical schemes belonged under this utility model thinking belong to protection domain of the present utility model. It should be pointed out that, for those skilled in the art, without departing from the some improvements and modifications under this utility model principle premise, these improvements and modifications also should be regarded as protection domain of the present utility model.

Claims

1. a stacking machine transporter, including first, second connecting gear being connected, the switching mechanism for overturning coiled material (3) it is connected between described first, second conveyer, described first connecting gear (1) includes the delivery platform (4) being inclined to set, described delivery platform (4) is connected to several every roll bending (7) along direction of transfer, it is characterized in that, described delivery platform (4) is provided with several for regulating the adjacent installation position every roll bending (7) spacing along coiled material direction of transfer, and described is removably connect every roll bending (7) and installation position.

2. a kind of stacking machine transporter according to claim 1, it is characterised in that described installation position is hole, location (9), described is equipped with securing member (8) every roll bending (7), and described securing member (8) is fixed in hole, location (9).

3. a kind of stacking machine transporter according to claim 2, it is characterized in that, described delivery platform (4) includes several horizontal stripes (10), several described horizontal stripes (10) are all vertical setting with direction of transfer, several described horizontal stripes (10) are distributed along direction of transfer, and hole, described location (9) is positioned on horizontal stripe (10).

4. a kind of stacking machine transporter according to claim 2, it is characterized in that, described include integrated transverse slat (71) and arc (72) every roll bending (7), described securing member (8) wears transverse slat (71) and is fixed on hole, location (9), and described arc (72) concave surface is arranged in conflicting with coiled material (3) surface.

5. a kind of stacking machine transporter according to claim 4, it is characterised in that be connected to boss (11) between described transverse slat (71) and arc (72).

6. a kind of stacking machine transporter according to claim 1, it is characterised in that described delivery platform (4) both sides are connected to baffle plate (12), and described baffle plate (12) sidewall and coiled material (3) end face are matched in clearance.

7. a kind of stacking machine transporter according to claim 1, it is characterised in that described second connecting gear (2) includes the running roller (13) for transmitting coiled material (3), described running roller (13) and the curved setting of coiled material (3) resistance surface.

8. a kind of stacking machine transporter according to claim 1, it is characterized in that, described switching mechanism includes the turnover panel (14) and rotation bar (15) that are connected, described rotation bar (15) is rotationally connected with the first connecting gear (1), and described turnover panel (14) is positioned at the first connecting gear (1) and arranges in conflicting with coiled material (3) surface.