CN209466739U - Groover - Google Patents

Abstract

The utility model discloses a kind of groovers, including rack, grooving mechanism is set in rack, and the conveying mechanism of cardboard A to be slotted is supplied to grooving mechanism, the discharge end of the first material-conveying belt and the second material-conveying belt and two material-conveying belts that constitute conveying mechanism is connected two clamping band groups and Ji Gunbaofuchu at upper roller respectively, two groups of grooving tools are separately positioned on the clamping band band body side of two clamping band groups and close on base roller arrangement, the material receiving end of the first splicing band and the second splicing band that constitute discharging mechanism is separately positioned on the lower section of two clamping bands and Ji Gunbaofuchu at lower roll, the corresponding arrangement in the upper and lower position of first material-conveying belt and the first splicing band and the second material-conveying belt and the second splicing band, cardboard is sent into after grooving mechanism completion fluting operation by the first material-conveying belt, cardboard on first material-conveying belt, which has not carried out all slotting for the first time, to be made Industry, then cardboard is put into the fluting operation for the indentation that the second material-conveying belt is completed on another direction, improve working efficiency.

Description

Groover

Technical field

The utility model relates to package packing machinies.

Background technique

During producing carton, needs to be slotted to cardboard by groover and (carve and press), be convenient for corresponding cut out It is folded into the shallow slot (indentation) of carton, carton, multiple tracks shallow slot can be just folded by having generally required multiple tracks shallow slot (indentation) on cardboard It can not disposably complete, need operation of repeatedly slotting.

The feeding position of groover in the prior art and unloading position relatively far apart, when cardboard needs are repeatedly slotted When operation, material is carried to feeding position from unloading position, because distance is longer, working efficiency is low, large labor intensity.

Utility model content

The utility model provides the paperboard groove cutting machine for improving working efficiency.

To achieve the goals above, the technical solution adopted in the utility model are as follows: a kind of groover, including rack, rack Upper setting grooving mechanism, and the conveying mechanism of cardboard A to be slotted is supplied to grooving mechanism, constitute the first material-conveying belt of conveying mechanism Two clamping band groups and the Ji Gunbaofuchu being connected respectively at upper roller with the discharge end of the second material-conveying belt and two material-conveying belts, two groups Grooving tool is separately positioned on the clamping band band body side of two clamping band groups and closes on base roller arrangement, constitutes the of discharging mechanism The material receiving end of one splicing band and the second splicing band is separately positioned on the lower section of two clamping bands and Ji Gunbaofuchu at lower roll, the The corresponding arrangement in the upper and lower position of one material-conveying belt and the first splicing band and the second material-conveying belt and the second splicing band.

Two material-conveying belts and two splicing bands and corresponding two sets of grooving mechanisms, Liang Tao mechanism are provided in above scheme Cardboard is sent into grooving mechanism by the first material-conveying belt and completes fluting operation by the fluting operation for respectively corresponding the indentation of both direction Later, the cardboard on the first material-conveying belt has not carried out operation of slotting for the first time all, then cardboard is put into the second material-conveying belt and is completed The fluting operation of indentation on another direction, improves working efficiency.

Detailed description of the invention

Fig. 1 is the schematic perspective view of the utility model；

Fig. 2 is the cross-sectional view of the utility model

Fig. 3 is carton machining sketch chart

Specific embodiment

Such as Fig. 1,2, a kind of groover, including rack 10, it is characterised in that: setting grooving mechanism 30 in rack 10, and to Grooving mechanism 30 supplies the conveying mechanism 20 of cardboard A to be slotted, and grooving mechanism 30 includes that horizontal direction is rotatably arranged in rack 10 Base roller 31, close on the setting of the roll surface up and down upper roller 33 of base roller 31, lower roll 34 and its roller core are arranged in parallel, upper roller 33, lower roll 34 Between tightening roller 35 is set, clamping band 32 is wound around on the upper roller 33 being parallel to each other, lower roll 34 and tightening roller 35, the clamping Tyre bread with 32 overlays on the local roll surface of base roller 31, and two 32 arranged for interval of clamping band constitute clamping band group, necking tool Tool 36 is arranged in the clamping band 32 of same clamping band group with body side and closes on the arrangement of base roller 31, and conveying mechanism 20 is Belt Conveying Mechanism and the linking of its discharge end constitute feed inlet at the clamping band 32 and 31 cladding of base roller at upper roller 33, and discharging mechanism 40 is skin With conveying mechanism and the clamping band 32 at lower roll 34 and the lower section at 31 cladding of base roller, 20 He of conveying mechanism is arranged in its feed end The conveying direction of discharging mechanism 40 is vertical with the roller core of base roller 31.

In above scheme, be put into cardboard A1 in conveying mechanism 20, cardboard A1 be delivered to clamping band 32 at upper roller 33 with At the feed inlet constituted at 31 cladding of base roller, section is coated in clamping band 32 and base roller 31, cardboard A1 is fitted on base roller 31 and moves And with output the V-type shallow slot a1 that the twice on first direction are parallel to each other in 36 contact process of cutter and form cardboard A2, paper Plate A2 falls in the clamping band 32 being arranged at lower roll 34 and base roller 31 coats on the discharging mechanism 40 of the lower section at section releasing, paper Plate A2 is sent out along 40 conveying direction of discharging mechanism, is placed in by manually arranging cardboard A2 and rotating horizontally 90 ° in conveyer In structure 20, cardboard A2 is delivered at the feed inlet constituted at the clamping band 32 at upper roller 33 and 31 cladding of base roller, in clamping band 32 It is fitted in move to contact with cutter 36 on base roller 31 with the cladding of base roller 31 section cardboard A2 and outputs being parallel to each other on second direction Twice V-type shallow slot a2 form cardboard A3, cardboard A3 falls in the clamping band 32 that is arranged at lower roll 34 and the cladding of base roller 31 coats On discharging mechanism below at section releasing, cardboard A3 is sent out along discharging mechanism conveying direction.

As shown in figure 3, cardboard is obtained via A1 plate faces by the shallow slot a1 that first direction is outputed in processing for the first time The cardboard of A2 plate faces, the shallow slot a2 for then outputing second direction again are processed into the cardboard of A3 plate faces, have opened up shallow slot The cardboard of a1, a2 along cutting be can be converted into A4 upper opened type box-like.

The discharge end of the first material-conveying belt 21 and the second material-conveying belt 22 and two material-conveying belts that constitute conveying mechanism 20 is connected respectively At two clamping band groups and 31 cladding of base roller at upper roller 33, two groups of grooving tools 36 are separately positioned on two clamping band groups Clamping band 32 is with body side and closes on the arrangement of base roller 31, constitutes the first splicing band 41 and the second splicing band 42 of discharging mechanism 40 Material receiving end be separately positioned on the lower section at two clamping bands 32 at lower roll 34 and 31 cladding of base roller, the first material-conveying belt 21 and the One splicing band 41 and the second material-conveying belt 22 arrangement corresponding with the upper and lower position of the second splicing band 42.

In above scheme, two groups of grooving tools 36 correspond to a base roller 31 and are arranged, in this way in a grooving station It realizes opening up for four latent slots, is conducive to the raising of the service efficiency of equipment, and be conducive to feeding and splicing operation, save and turn Transport working hour and manual physical.

First material-conveying belt 21 is arranged at isometry position with the second material-conveying belt 22 and conveying direction is parallel, the first splicing band 41 It is arranged at isometry position with the second splicing band 42 and conveying direction is parallel.

First material-conveying belt 21 and the second material-conveying belt 22 are arranged at isometry position and the first splicing band 41 and the second splicing Band 42 is arranged at isometry position and conveying direction is parallel, and the setting of power roller significantly optimizes, and saves equipment investment and the energy Consumption.

Claims (3)

1. a kind of groover, including rack (10), it is characterised in that: grooving mechanism (30) are arranged in rack (10), and to fluting Mechanism (30) supplies the conveying mechanism (20) of cardboard A to be slotted, and grooving mechanism (30) includes that horizontal direction is rotatably arranged on rack (10) the base roller (31) on, the setting of roll surface up and down upper roller (33), lower roll (34) and its roller core for closing on base roller (31) are arranged in parallel, Tightening roller (35) are set between upper roller (33), lower roll (34), clamping band (32) is wound around the upper roller (33) being parallel to each other, lower roll (34) and on tightening roller (35), the tyre bread of the clamping band (32) is overlayed on the local roll surface of base roller (31), two folders Taut band (32) arranged for interval constitutes clamping band group, and grooving tool (36) is arranged in by clamping band (32) the band body of same clamping band group Side and base roller (31) arrangement is closed on, conveying mechanism (20) is the folder that belt conveyor and its discharge end are connected at upper roller (33) Feed inlet is constituted at taut band (32) and base roller (31) cladding, discharging mechanism (40) is belt conveyor and the setting of its feed end exists The lower section at clamping band (32) and base roller (31) cladding at lower roll (34), the conveying of conveying mechanism (20) and discharging mechanism (40) Direction is vertical with the roller core of base roller (31).

2. groover according to claim 1, it is characterised in that: constitute conveying mechanism (20) the first material-conveying belt (21) and The discharge end of second material-conveying belt (22) and two material-conveying belts is connected two clamping band groups and base roller (31) at upper roller (33) respectively At cladding, two groups of grooving tools (36) are separately positioned on clamping band (32) the band body side of two clamping band groups and close on base roller (31) it arranges, the material receiving end of the first splicing band (41) and the second splicing band (42) that constitute discharging mechanism (40) is separately positioned on down The lower section at two clamping bands (32) and base roller (31) cladding at roller (34), the first material-conveying belt (21) and the first splicing band (41) And second material-conveying belt (22) it is corresponding with the upper and lower position of the second splicing band (42) arrangement.

3. groover according to claim 1, it is characterised in that: the first material-conveying belt (21) and the second material-conveying belt (22) cloth Set at isometry position and conveying direction be parallel, the first splicing band (41) and the second splicing band (42) be arranged at isometry position and Conveying direction is parallel.