CN103042729B - Paperboard edge covering machine - Google Patents
Paperboard edge covering machine Download PDFInfo
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- CN103042729B CN103042729B CN201210559053.8A CN201210559053A CN103042729B CN 103042729 B CN103042729 B CN 103042729B CN 201210559053 A CN201210559053 A CN 201210559053A CN 103042729 B CN103042729 B CN 103042729B
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Abstract
The invention discloses a paperboard edge covering machine. The paperboard edge covering machine comprises a machine frame, a pair of roller sets, a first driving component, a second driving component, a first edge covering component, a second edge covering component and a control system, wherein the roller sets comprise upper rollers and lower rollers and are pivoted on the machine frame; the upper rollers and the lower rollers clamp paperboards and form a paperboard channel; the first driving component is arranged on the machine frame and is used for driving the roller sets to rotate; the first edge covering component is arranged between the roller sets and is provided with brushes and edge covering pieces which are arranged sequentially along the direction of the paperboard channel; the second edge covering component is arranged between the roller sets, and the second edge covering component and the first edge covering component are symmetrically arranged; the second driving component is arranged on the machine frame and is used for driving the first edge covering component and the second edge covering component to move up and down; and the control system is electrically connected with the first driving component and the second driving component. The paperboard edge covering machine is simple in structure, easy to operate and high in operating efficiency.
Description
Technical field
The present invention relates to a kind of paperboard edge covering machine, relate in particular to a kind of paperboard edge covering machine that the both sides, front and back of cardboard is carried out to automatic bound edge.
Background technology
The strip of paper used for sealing of notebook, Picture album, bound book, certificate etc. is to be all generally coated the paper printing to make by hardboard, coated process need first uses gluing machine spreading glue on paper, then the one side that paper is scribbled to glue is coated on hardboard and compacting, finally paper is around erected and is compacted on described cardboard.
For the production of middle and small scale, wrapping process is in the past generally to carry out bound edge by staff or single folding brake, and this mode of production is relatively backward, and production efficiency is very low, therefore, can not meet the needs of production.For large-scale production, typically use automatic serger cardboard is carried out to automatic bound edge.If the applying date is on 02 08th, 2012, application number is that 201010243406.4 Chinese invention patent application discloses a kind of automatic serger, and specifically discloses this automatic serger and comprise rear pressure roller, front pressure roller, middle pressure roller, baffle plate cylinder block, baffle plate cylinder, rear bound edge conveyer belt, edging moulding band, front bound edge conveyer belt, Hou Da angle mechanism, bound edge sprocket wheel, front angle guide rail, the front elements such as angle slide block of beating beaten.Although this automatic serger can automatically complete bound edge operation, need multiple structures or device carry out bound edge or beat angle multiple limits of cardboard, its complex structure, maintenance difficult, production cost is higher, is not suitable for middle and small scale and produces.
Therefore, need to provide a kind of simple in structure, easy and simple to handle, the paperboard edge covering machine that operating efficiency is high, the needs of producing to meet middle and small scale.
Summary of the invention
The object of the present invention is to provide one simple in structure, easy and simple to handle, the paperboard edge covering machine that operating efficiency is high.
To achieve these goals, the invention provides a kind of paperboard edge covering machine, described paperboard edge covering machine comprises frame, a pair of cylinder group, the first driven unit, the second driven unit, the first bound edge assembly, the second bound edge assembly and control system; Described cylinder group comprises cylinder and bottom roll, and described upper cylinder and bottom roll are articulated in described frame, and clamps described cardboard and form for the current cardboard passage of described cardboard; Described the first driven unit is installed in frame and drives described cylinder group to rotate; Described the first bound edge assembly has hairbrush and bound edge part, and described hairbrush and bound edge part set gradually along the direction of described cardboard passage, and described the first bound edge assembly is arranged between described cylinder group; Described the second bound edge assembly and described the first bound edge assembly are symmetrical set, and described the second bound edge assembly is arranged between described cylinder group; Described the second driven unit is installed in frame and drives described the first bound edge assembly and the second bound edge assembly to move up and down; Described control system is electrically connected with described the first driven unit and the second driven unit; When described cylinder group forward, described the second driven unit drives described the first bound edge assembly to move down one side bound edge to described cardboard; When described cylinder group reversion, described the second driven unit drives described the second bound edge assembly to move down the another side bound edge to described cardboard.
Due to the present invention in described frame pivot joint the described cylinder group being formed by cylinder on described and bottom roll, between described upper cylinder and bottom roll, form the described cardboard passage current for described cardboard, therefore only the cardboard of bound edge not need to be sent to described cardboard passage, just can allow cardboard by described upper cylinder and bottom roll automatic traction, easy and simple to handle, by described hairbrush and described bound edge part are set symmetrically on described the first bound edge assembly and the second bound edge assembly, described hairbrush first erects the paper at cardboard edge, then by described bound edge part by cardboard described in the paper pressing actual arrival erecting, only depend on two elements just can complete bound edge action, simple in structure, in addition, again due to described control system is electrically connected with described the first driven unit and the second driven unit, described cylinder group, the first driven unit and the second driven unit are controlled automatically by described control system, therefore described control system can coordinate to control the forward or reverse of described cylinder group, and the moving up and down of described the first bound edge assembly and described the second bound edge assembly, thereby cardboard is moved around between described cylinder group, and then after the front of described cardboard is completed to bound edge, automatically bound edge is carried out in the back of described cardboard, a stroke back and forth just can complete the bound edge operation on two limits of described cardboard, middle without manual intervention, greatly improve operating efficiency.
Preferably, described the second driven unit comprises retractor device and connector, the middle part of described connector is articulated in described frame, described the first bound edge assembly and described the second bound edge assembly are arranged on respectively the two ends of described connector regularly, described retractor device is electrically connected with described control system and described retractor device has an output shaft, one end pivot joint of described output shaft and described connector.By by described retractor device and described connector pivot joint, and described the first bound edge assembly and described the second bound edge assembly are fixedly installed on respectively to the two ends of described connector, therefore utilize the stretching out or retract and drive described the first bound edge assembly or described the second bound edge assembly to move down of output shaft of described retractor device, thereby realize, the described cardboard that enters described cardboard passage is carried out to bound edge.
Particularly, described retractor device is cylinder.
Preferably, described paperboard edge covering machine also comprise blower fan and open pertusate enter paper platform, described enter paper platform be arranged in described frame and be positioned at the outside of described cylinder group, described in enter paper platform below form a low-pressure cabinet, described low-pressure cabinet is communicated with described blower fan.Enter paper platform by arranging to open described in pertusate in described frame, enter to form described low-pressure cabinet below paper platform described, therefore, described blower fan can be taken the air in described low-pressure cabinet away formation low-voltage space, thereby by described hole for described enter paper platform absorption affinity is provided, and then the paper that enters paper platform described in being placed on can be sucked, convenient described cardboard is fitted on described paper, avoid described cardboard and paper to be shifted in the process of fitting.
Particularly, described paperboard edge covering machine also comprises upper frame, travel mechanism and vacuum absorption device; Described upper frame is installed on the top of described frame, and described upper frame is provided with some delivery tracks, and described delivery track is carried described cardboard; Described travel mechanism is installed on described upper frame slidably; Described vacuum absorption device is installed in described travel mechanism, and is provided with some suction nozzles, and described suction nozzle is positioned at the top of described delivery track and adsorbs described cardboard.By described travel mechanism and vacuum absorption device are set, described vacuum absorption device can adsorb described cardboard, and utilize the migration of described travel mechanism, thereby described cardboard is entered on paper platform described in moving to rapidly, realize with described in enter the laminating of paper on paper platform, simple, convenient.
Further, described travel mechanism comprises horizontal stand and vertical support frame, and described horizontal stand is installed on described upper frame horizontally slidingly, and described vertical support frame is vertically installed on slidably on described horizontal stand and carries described vacuum absorption device.By described horizontal stand is set, make the described travel mechanism can horizontal slip on described upper frame; By described vertical support frame is set, described vacuum absorption device can vertically be moved, therefore, described suction nozzle moves horizontally after can having adsorbed described cardboard, described in arrival, enter paper platform top, follow again described vertical support frame and move straight down, described in described cardboard is placed into, enter on paper platform.The put procedure of cardboard relies on the absorption affinity of described suction nozzle and the movement of described travel mechanism to complete, easy and simple to handle and quick, is conducive to increase work efficiency.
More specifically, the front end of described delivery track is provided with block, and the both sides of the rear end of described delivery track are respectively equipped with grip block, forms the space of placing described cardboard described in two between grip block and described delivery track; Between the bottom of described grip block and described delivery track, there is the gap of passing through for cardboard described in; The below of described delivery track has cross bar, and described cross bar is connected with described horizontal stand, on described cross bar, is provided with accordingly some pushing pieces with described delivery track, and described pushing piece pushes described cardboard and moves to described block direction.Described grip block described cardboard stably can be placed on to two described between grip block and ensure that described cardboard moves along described delivery track; Between the bottom of described grip block and described delivery track, have and hold the gap that described in, cardboard passes through, therefore can only have a cardboard to move by described gap and along described delivery track at every turn; By described cross bar is set, and some described pushing pieces are set on described cross bar, make described pushing piece follow described horizontal stand synchronizing moving, therefore, can automatically and continuously described cardboard be transported to the front end of described delivery track, do not need manually to place cardboard, improved operating efficiency.
In more detail, the both sides of described horizontal stand are respectively equipped with guide rail, the two ends of described cross bar be arranged at two respectively adjustable ground described on guide rail.By described guide rail is set, therefore described cross bar can change the distance between described pushing piece and described block on described guide rail, so that described cardboard edge covering function is carried out bound edge to the cardboard of different length, has expanded the scope of application of described paperboard edge covering machine.
In more detail, described travel mechanism also comprises arm and extension spring, and described arm is fixed on described horizontal stand, and the upper end of described extension spring and described arm are fixed, and the lower end of described extension spring and described vertical support frame are fixed.By the upper end of described extension spring and described arm are fixed, lower end and described vertical support frame are fixed, and therefore described vertical support frame, after being left behind, can move up and get back to initial position by the restoring force of described extension spring.
In more detail, described travel mechanism also comprises horizontal air cylinder and vertical cylinder, and described horizontal air cylinder and described vertical cylinder are electrically connected with described control system; Described horizontal air cylinder is fixed on described upper frame and the output shaft of described horizontal air cylinder is fixed on described horizontal stand; Described vertical cylinder is fixed on described horizontal stand and the output shaft of described vertical cylinder is fixed on described vertical support frame.By described horizontal air cylinder and described vertical cylinder are set, therefore, can be by the movement of horizontal stand described in described control system control and described vertical support frame, thus further improve the automaticity of described paperboard edge covering machine, reduce manual operation, improved operating efficiency.
Preferably, described paperboard edge covering machine also comprises the first auxiliary cylinder group, and described the first auxiliary cylinder group is arranged between described cylinder group, and described the first auxiliary cylinder group is articulated in described frame and with described the first driven unit and is connected.By described the first auxiliary cylinder group is set, cardboard advances entering can be clamped and drive by described the first auxiliary cylinder group after described cardboard passage, has increased the stability that cardboard passes through; And, because described the first auxiliary cylinder group is arranged between described cylinder group, and play transitional function, therefore described paperboard edge covering machine can carry out bound edge to the shorter cardboard of length, has expanded the scope of application of described paperboard edge covering machine.
Particularly, described paperboard edge covering machine also comprises the second auxiliary cylinder group, described the second auxiliary cylinder group be arranged at described cylinder group and described in enter between paper platform, the second auxiliary cylinder group is articulated in described frame and with described the first driven unit and is connected.By described the second auxiliary cylinder group is set, make described paperboard edge covering machine more steady to the conveying of cardboard.
Further, described the first driven unit comprises motor and gear train, described gear train has driving gear and some driven gears, described driving gear is connected with the output of described motor, and described driven gear is connected with described cylinder group and the first auxiliary cylinder group and the second auxiliary cylinder group respectively.By the driving gear of described gear train is connected with the output of described motor, described driven gear is connected with described cylinder group and the first auxiliary cylinder group and the second auxiliary cylinder group respectively, therefore, described motor can drive described gear train to rotate, thereby makes described cylinder group and the first auxiliary cylinder group and the second auxiliary cylinder group keep stable synchronous rotation.
Preferably, described paperboard edge covering machine also comprises cylinder governor motion, described cylinder governor motion comprises slide block and screw rod, the two ends of described upper cylinder are respectively and are arranged at rotationally on described slide block, described slide block is arranged in described frame slidably, and one end of described screw rod is threaded with described frame and the other end of described screw rod is fixed on described slide block.By described cylinder governor motion is set, can regulate as required the distance between described upper cylinder and described bottom roll, to meet the processing needs of cardboard of different-thickness, expand the scope of application of described taping machine.
Brief description of the drawings
Fig. 1 is the stereogram of paperboard edge covering machine of the present invention.
Fig. 2 is paperboard edge covering machine upper frame of the present invention and the stereogram with upper-part.
Fig. 3 is the stereogram of pushing piece on paperboard edge covering machine of the present invention.
Fig. 4 is the enlarged drawing at A place in Fig. 2.
Fig. 5 is that paperboard edge covering machine of the present invention is removed upper frame and the stereogram with upper-part.
Fig. 6 is that paperboard edge covering machine of the present invention is removed upper frame and with the top view after upper-part.
Fig. 7 be in Fig. 6 B to sectional view.
Fig. 8 is that paperboard edge covering machine of the present invention is removed upper frame and the stereogram with another angle after upper-part.
Fig. 9 is the enlarged drawing at D place in Fig. 8.
Figure 10 is the enlarged drawing at C place in Fig. 7.
Figure 11 is paperboard edge covering machine duty 1 schematic diagram of the present invention.
Figure 12 is paperboard edge covering machine duty 2 schematic diagrames of the present invention.
Figure 13 is paperboard edge covering machine duty 3 schematic diagrames of the present invention.
Figure 14 is the stereogram of paperboard edge covering machine the second embodiment of the present invention.
Detailed description of the invention
Below in conjunction with the Figure of description providing, preferred embodiment of the present invention is made to description.
As shown in Figure 1, the front end of described frame 10 be provided with a tool pertusate enter paper platform 101, and the both sides of described frame 10 have respectively biside plate 102; Described enter paper platform 101 be arranged in described frame 10 and be positioned at the both sides of described second tin roller group 142, described enter the below of paper platform 101 form a low-pressure cabinet 103, described hole is communicated with described low-pressure cabinet 103, and described low-pressure cabinet 103 is communicated with described blower fan 12.By setting have described hole described in enter paper platform 101, enter to form a low-pressure cabinet 103 below paper platform 101 described, described low-pressure cabinet 103 is connected with described blower fan 12, therefore, described blower fan 12 can be taken the air in described low-pressure cabinet 103 away formation low-voltage space, thereby by described hole for described enter paper platform 101 absorption affinity is provided, and then the paper that enters paper platform 101 described in being placed on can be sucked, conveniently described cardboard is fitted on described paper, avoid described cardboard and paper to be shifted in the process of laminating.
In conjunction with Fig. 1 and Fig. 2, described upper frame 131 be installed on two described on side plate 102, described upper frame 131 is provided with two delivery tracks 139, the front end of described delivery track 139 is provided with block 1391, the both sides of the rear end of described delivery track 139 are respectively equipped with described in grip block 1392, two and form the space of placing described cardboard between grip block 1392 and described delivery track 139.By described grip block 1392 is set, described cardboard stably can be placed on to two described between grip block 1392 and ensure that described cardboard moves along described delivery track 139.
Described horizontal stand 132 is installed on described upper frame 131 horizontally slidingly, the two ends of described horizontal stand 131 are respectively equipped with guide rail 1310, the two ends of one cross bar 1311 be respectively arranged at two slidably described on guide rail 1310, described cross bar 1311 flatly arranges and is vertical with described delivery track 139, and described cross bar 1311 is positioned at the below of described delivery track 139.Described vertical support frame 133 is vertically installed on described horizontal stand 132 slidably, and carries described vacuum absorption device, and described suction nozzle 136 is installed on described vertical support frame 133 regularly.By described horizontal stand 132 is set, make the described horizontal stand 132 can horizontal slip on described upper frame 131.By described vertical support frame 133 is set, and on described vertical support frame 133, be installed with described suction nozzle 136.Therefore, after described suction nozzle 136 can adsorb described cardboard, move horizontally, enter paper platform 101 tops described in arrival, then follow described vertical support frame 133 and move straight down, described in described cardboard is placed into, enter on paper platform 101.The put procedure of cardboard relies on the absorption affinity of described suction nozzle 136 and the movement of described horizontal stand 132 and vertical support frame 133 to complete, easy and simple to handle and quick, is conducive to increase work efficiency.
Described in two, arm 134 is individually fixed in the two ends of described horizontal stand 132, and described in two, the upper end of extension spring 135 is fixing with arm described in two 134 respectively, and described in two, the lower end of extension spring 135 is individually fixed in the two ends of described vertical support frame 133.By the upper end of described extension spring 135 and described arm 134 are fixed, lower end and described vertical support frame 133 are fixing, and described vertical support frame 133, after being left behind, can move up and get back to initial position by the restoring force of described extension spring 135.
Please refer to Fig. 2 and Fig. 3, on described cross bar 1311, be provided with accordingly two pushing pieces 1312 with described delivery track 139.The front end of described pushing piece 1312 has a propelling movement face 1313, and the rear end of described pushing piece has an arc surface 1314.By described propelling movement face 1313 and described arc surface 1314 are set, in the time that described pushing piece 1312 moves through described grip block 1392 to the front end of described delivery track 139, described propelling movement face 1313 can be by cardboard described in from releasing between grip block described in two 1392; In the time that described pushing piece 1312 moves through described grip block 1392 to the rear end of described delivery track 139, described arc surface 1314 is by the described cardboard jack-up between grip block described in two 1392, to guarantee that described pushing piece 1312 continues mobile.
Please refer to again Fig. 2 and Fig. 4, between the bottom of described grip block 1392 and described delivery track 139, there is the gap 1393 of passing through for described cardboard.By described gap 1393 is set, make can only have a cardboard to be pushed to described block 1391 and to contact from outputing between grip block described in two 1392 on described delivery track 139 and by described pushing piece 1312 at every turn.
The above delivery track 139 can arrange different quantity according to need of work, the also corresponding change according to the setting of described delivery track 139 of the quantity of described grip block 1392 and described pushing piece 1312.
As shown in Figures 5 and 6, described gear train 14 has driving gear 149 and some driven gears (not marking in figure), and described driving gear 149 is connected with the output of described motor 11.Described motor 11 is electrically connected with described control system.
Described the first cylinder group 141, second tin roller group 142, the first auxiliary cylinder group 143 and the second auxiliary cylinder group 144 are fixedly connected with from the different driven gear in described gear train 14 respectively.By the driving gear of described gear train 14 149 is connected with the output of described motor 11, described driven gear is connected with described the first cylinder group 141, described second tin roller group 142, described the first auxiliary cylinder group 143 and described the second auxiliary cylinder group 144 respectively, therefore, described motor 11 can drive described gear train 14 to rotate, thereby makes described the first cylinder group 141, described second tin roller group 142, the first auxiliary cylinder group 143 and the second auxiliary cylinder group 144 keep stable synchronous rotation.
As shown in Figure 7, described the first cylinder group 141, second tin roller group 142, the first auxiliary cylinder group 143 and the second auxiliary cylinder group 144 are by upper cylinder and bottom roll composition, described upper cylinder is articulated on described slide block 151, described bottom roll is articulated on described side plate, described the first cylinder group 141, second tin roller group 142, the upper cylinder of the first auxiliary cylinder group 143 and the second auxiliary cylinder group 144 and described the first cylinder 141, second tin roller group 142, between the bottom roll of the first auxiliary cylinder group 143 and the second auxiliary cylinder group 144, clamp described cardboard and form for the current cardboard passage 145 of described cardboard.By four cylinder group are set, can stably clamp and carry described cardboard to enter described cardboard passage 145, easy and simple to handle.And, because described the first auxiliary cylinder group 143 is arranged between described the first cylinder group 141 and described second tin roller group 142, and played the effect of tiding over, therefore described paperboard edge covering machine 1 can carry out bound edge to the shorter cardboard of length, has expanded the scope of application of described paperboard edge covering machine 1.
Described cylinder governor motion 15 comprises slide block 151 and screw rod 152, the two ends of described upper cylinder are respectively and are arranged at rotationally on described slide block 151, described slide block 151 is arranged on described side plate 102 slidably, and one end of described screw rod 152 is threaded with described side plate 102 and the other end of described screw rod 152 is fixed on described slide block 151.By described cylinder governor motion 15 is set, can regulate as required the distance between described upper cylinder and described bottom roll, to meet the processing needs of cardboard of different-thickness, expand the scope of application of described taping machine 1.
Shown in Fig. 8 and Fig. 9, described cylinder 16 is fixed on described frame 10 and with described control system and is electrically connected, and described cylinder 16 has an output shaft 161, described output shaft 161 and described connector 17 pivot joints.Described in two, connector 17 is articulated in respectively the two ends of the drum shaft of the upper cylinder of described the first auxiliary cylinder group 143, also can directly be articulated in described frame 10; One end of described the first bound edge assembly 18 and the second bound edge assembly 19 are arranged on respectively the two ends of described connector 17 regularly.Described output shaft 161 drives described connector 17 to swing up and down around the drum shaft of described upper cylinder, and then drives described the first bound edge assembly 18 or the second bound edge assembly 19 to enter or leave described cardboard passage 145.By by described cylinder 16 and described connector 17 pivot joints, and described the first bound edge assembly 18 and described the second bound edge assembly 19 are fixedly installed on respectively to the two ends of described connector 17, therefore utilize the stretching out or retract and drive described the first bound edge assembly 18 or described the second bound edge assembly 19 to move down of output shaft 161 of described cylinder 16, thereby realize, the described cardboard that enters described cardboard passage 145 is carried out to bound edge.
Please refer to Figure 10, described the first bound edge assembly 18 is arranged between described second tin roller group 142 and described the first auxiliary cylinder group 143, and described the first bound edge assembly 18 has hairbrush 181 and bound edge part 182.Described the second bound edge assembly 19 is arranged between described the first cylinder group 141 and described the first auxiliary cylinder group 143, and described the second bound edge assembly 19 is provided with hairbrush 191 and bound edge part 192 symmetrically with described the first bound edge assembly 18; Described hairbrush 181, bound edge part 182, bound edge part 192 and hairbrush 191 set gradually along described cardboard passage 145.
Below in conjunction with Figure 11 to Figure 13, the specific works process of taping machine 1 of the present invention is described in detail:
Before starting bound edge operation, the state of described horizontal stand 132 in not being drawn out, described suction nozzle 136 is positioned at described delivery track 139 tops, and the propelling movement face 1313 of described pushing piece 1312 contacts at and is placed on the cardboard 2 between grip block 1392 described in two.Start when bound edge, the gluing of the paper for coated described cardboard 2 is faced up described in being placed on and enters paper platform 101, start blower fan 12, described paper is adsorbed by described hole, described in described paper is fixed on, enter on paper platform 101.Pull described vertical support frame 133 downwards, until described suction nozzle 136 contacts on the described cardboard 2 that is placed on described block 1391 rears, then open described vacuum absorption device, described suction nozzle 136 produces suction, and described cardboard 2 absorption are got up; Pull described horizontal stand 132 to operator's direction, make described suction nozzle 136 enter paper platform 101 tops described in moving to, described cardboard 2 is just to described paper, meanwhile, described cross bar 1311 is followed described horizontal stand 132 and is moved forward, the propelling movement face 1313 of described pushing piece 1312 is cardboard 2 described in ejection one forward, cardboard described in one 2 is released from described gap 1393, and moved forward to described cardboard 2 is contacted with described block 1391; Pull described vertical support frame 133 downwards, described cardboard on described suction nozzle 136 is fitted on described paper, close described suction nozzle 136, stop absorption, described cardboard 2 is fitted with the glue on described paper, decontrol after described vertical support frame 133, on described vertical support frame 133 is automatic under the restoring force effect of described extension spring 135, move.Operator promotes forward with the cardboard 2 of described paper laminating, described cardboard 2 to be moved in described cardboard passage 145, described the second auxiliary cylinder group 144 clamps described cardboard 2 and described cardboard 2 is fed forward to described second tin roller group 142 and is moved on, now described in described control system control, the output shaft 161 of cylinder 16 stretches out, described connector 17 is around the axis oscillating of the upper cylinder of described the first auxiliary cylinder group 143, described the first bound edge assembly 18 moves down near described cardboard passage 145, on described the second bound edge assembly 19, move away from described cardboard passage 145.In the time that described cardboard 2 arrives the below of described the first bound edge assembly 18, the paper at the edge, front of described cardboard 2 has been brushed by described hairbrush 181, described cardboard continues to move forward to described bound edge part 182 belows, the paper erecting, along with the movement of self is bent and is compacted on described cardboard 2 by described bound edge part 182, at this moment completes the front bound edge of described cardboard 2 and continues to be fed forward described cardboard 2.In the time that the back of described cardboard 2 arrives described the first cylinder group 141, described in described control system control, motor 11 reverses, described gear train 14 drives cylinder group reversion, so described cardboard 2 start to described enter paper platform 101 directions move, now described control system control output shaft 161 is retracted, described the second bound edge assembly 19 moves down near described cardboard passage 145, on described the first bound edge assembly 18, move away from described cardboard passage 145, in the time that the back of described cardboard 2 arrives the below of described the second bound edge assembly 19, the paper at the edge, back of described cardboard 2 has been brushed by described hairbrush 191, then bent and be compacted on described cardboard 2 by described bound edge part 192, complete back bound edge.The described cardboard 2 that completes forward and backward limit bound edge enters paper platform 101 described in continuing to be transmitted back to by cylinder group, as need to as described in the right and left of cardboard 2 carry out bound edge, described the second auxiliary cylinder group 144 is sent into in the left side of described cardboard 2 or the right, repeat above bound edge operation.
Be another embodiment of the present invention as shown in figure 14, in the present embodiment, the structure of described paperboard edge covering machine and embodiment mono-are basic identical, different is that described arm 134 and extension spring 135 are not set on described horizontal stand 132 and described vertical support frame 133, but on described upper frame 131, fix a horizontal air cylinder 137, the output shaft of described horizontal air cylinder 137 is fixed on described horizontal stand 132; On described horizontal stand 132, be fixed with a vertical cylinder 138, the output shaft of described vertical cylinder 138 is fixed on described vertical support frame 133 simultaneously.By described horizontal air cylinder 137 and described vertical cylinder 138 are set, and described horizontal air cylinder 137 and described vertical cylinder 138 are electrically connected with described control system, therefore, can be by the movement of horizontal stand 132 described in described control system control and described vertical support frame 133, thereby further improve the automaticity of described paperboard edge covering machine 1, reduce manual operation, improved operating efficiency.
The present invention compared with prior art, due to the present invention on described side plate 102 pivot joint by cylinder and bottom roll described the first cylinder group 141, second tin roller group 142, the first auxiliary cylinder group 143 and the second auxiliary cylinder group 144 that form, between described upper cylinder and bottom roll, clamp described cardboard and form the described cardboard passage 145 current for described cardboard, therefore only the cardboard of bound edge not need to be sent to described cardboard passage 145, just can allow cardboard by described upper cylinder and bottom roll automatic traction, easy and simple to handle, by described hairbrush 181, bound edge part 182 and bound edge part 192, hairbrush 191 are set symmetrically on described the first bound edge assembly 18 and the second bound edge assembly 19, described hairbrush 181 or hairbrush 191 first erect the paper at cardboard edge, then by described bound edge part 182 or bound edge part 192 by cardboard described in the paper pressing actual arrival erecting, only depend on two elements just can complete bound edge action, simple in structure, in addition, again due to described control system is electrically connected with motor 11 and cylinder 16, described the first cylinder group 141 and second tin roller group 142 are controlled automatically by described control system, therefore described control system can be coordinated the forward or reverse of index drum group, and the moving up and down of described the first bound edge assembly 18 and described the second bound edge assembly 19, thereby cardboard is moved around between described the first cylinder group 141 and second tin roller group 142, and then after the front of described cardboard is completed to bound edge, described four cylinder group reversion and the second bound edge assembly 19 carries out bound edge to the back of described cardboard, a stroke back and forth just can complete the bound edge operation on two limits of described cardboard, middle without manual intervention, thereby greatly improve operating efficiency.
Above disclosed is only preferred embodiments of the present invention, certainly can not limit with this interest field of the present invention, and the equivalent variations of therefore doing according to the present patent application the scope of the claims, still belongs to the scope that the present invention is contained.
Claims (14)
1. a paperboard edge covering machine, comprises frame, it is characterized in that, described paperboard edge covering machine also comprises:
A pair of cylinder group, described cylinder group comprises cylinder and bottom roll, described upper cylinder and bottom roll are articulated in described frame, and clamp described cardboard and form for the current cardboard passage of described cardboard;
The first driven unit, described the first driven unit is installed in frame and drives described cylinder group to rotate;
The first bound edge assembly, described the first bound edge assembly has hairbrush and bound edge part, and described hairbrush and bound edge part set gradually along the direction of described cardboard passage, and described the first bound edge assembly is arranged between described cylinder group;
The second bound edge assembly, described the second bound edge assembly and described the first bound edge assembly are symmetrical set, and described the second bound edge assembly is arranged between described cylinder group;
The second driven unit, described the second driven unit is installed in frame and drives described the first bound edge assembly and the second bound edge assembly to move up and down; And,
Control system, described control system is electrically connected with described the first driven unit and the second driven unit; When described cylinder group forward, described the second driven unit drives described the first bound edge assembly to move down one side bound edge to described cardboard; When described cylinder group reversion, described the second driven unit drives described the second bound edge assembly to move down the another side bound edge to described cardboard.
2. paperboard edge covering machine as claimed in claim 1, it is characterized in that: described the second driven unit comprises retractor device and connector, the middle part of described connector is articulated in described frame, described the first bound edge assembly and described the second bound edge assembly are arranged on respectively the two ends of described connector regularly, described retractor device is electrically connected with described control system and described retractor device has an output shaft, one end pivot joint of described output shaft and described connector.
3. paperboard edge covering machine as claimed in claim 2, is characterized in that: described retractor device is cylinder.
4. paperboard edge covering machine as claimed in claim 1, it is characterized in that: described paperboard edge covering machine also comprise blower fan and open pertusate enter paper platform, described enter paper platform be arranged in described frame and be positioned at the outside of described cylinder group, described enter the below of paper platform form a low-pressure cabinet, described hole is communicated with described low-pressure cabinet, and described low-pressure cabinet is communicated with described blower fan.
5. paperboard edge covering machine as claimed in claim 4, is characterized in that: described paperboard edge covering machine also comprises upper frame, travel mechanism and vacuum absorption device; Described upper frame is installed on the top of described frame, and described upper frame is provided with some delivery tracks, and described delivery track is carried described cardboard; Described travel mechanism is installed on described upper frame slidably; Described vacuum absorption device is installed in described travel mechanism, and is provided with some suction nozzles, and described suction nozzle is positioned at the top of described delivery track and adsorbs described cardboard.
6. paperboard edge covering machine as claimed in claim 5, is characterized in that: described travel mechanism comprises horizontal stand and vertical support frame; Described horizontal stand is installed on described upper frame horizontally slidingly, and described vertical support frame is vertically installed on slidably on described horizontal stand and carries described vacuum absorption device.
7. paperboard edge covering machine as claimed in claim 6, it is characterized in that: the front end of described delivery track is provided with block, the both sides of the rear end of described delivery track are respectively equipped with grip block, form the space of placing described cardboard described in two between grip block and described delivery track; Between the bottom of described grip block and described delivery track, there is the gap of passing through for cardboard described in; The below of described delivery track has cross bar, and described cross bar is connected with described horizontal stand, on described cross bar, is provided with accordingly some pushing pieces with described delivery track, and described pushing piece pushes described cardboard and moves to described block direction.
8. paperboard edge covering machine as claimed in claim 7, is characterized in that: the both sides of described horizontal stand are respectively equipped with guide rail, the two ends of described cross bar respectively adjustable ground be installed on two described on guide rail.
9. paperboard edge covering machine as claimed in claim 6, it is characterized in that: described travel mechanism also comprises arm and extension spring, described arm is fixed on described horizontal stand, and the upper end of described extension spring and described arm are fixed, and the lower end of described extension spring and described vertical support frame are fixed.
10. paperboard edge covering machine as claimed in claim 6, is characterized in that: described travel mechanism also comprises horizontal air cylinder and vertical cylinder, and described horizontal air cylinder and described vertical cylinder are electrically connected with described control system; Described horizontal air cylinder is fixed on described upper frame and the output shaft of described horizontal air cylinder is fixed on described horizontal stand; Described vertical cylinder is fixed on described horizontal stand and the output shaft of described vertical cylinder is fixed on described vertical support frame.
11. paperboard edge covering machines as claimed in claim 4, it is characterized in that: described paperboard edge covering machine also comprises the first auxiliary cylinder group, described the first auxiliary cylinder group is arranged between described cylinder group, and described the first auxiliary cylinder group is articulated in described frame and with described the first driven unit and is connected.
12. paperboard edge covering machines as claimed in claim 11, it is characterized in that: described paperboard edge covering machine also comprises the second auxiliary cylinder group, described the second auxiliary cylinder group be arranged at described cylinder group and described in enter between paper platform, the second auxiliary cylinder group is articulated in described frame and with described the first driven unit and is connected.
13. paperboard edge covering machines as claimed in claim 12, it is characterized in that: described the first driven unit comprises motor and gear train, described gear train has driving gear and some driven gears, described driving gear is connected with the output of described motor, and described driven gear is connected with described cylinder group, the first auxiliary cylinder group and the second auxiliary cylinder group respectively.
14. paperboard edge covering machines as described in claim 1 to 13 any one, it is characterized in that: described paperboard edge covering machine also comprises cylinder governor motion, described cylinder governor motion comprises slide block and screw rod, the two ends of described upper cylinder are respectively and are arranged at rotationally on described slide block, described slide block is arranged in described frame slidably, and one end of described screw rod is threaded with described frame and the other end of described screw rod is fixed on described slide block.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210559053.8A CN103042729B (en) | 2012-12-20 | 2012-12-20 | Paperboard edge covering machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210559053.8A CN103042729B (en) | 2012-12-20 | 2012-12-20 | Paperboard edge covering machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103042729A CN103042729A (en) | 2013-04-17 |
| CN103042729B true CN103042729B (en) | 2014-06-04 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210559053.8A Expired - Fee Related CN103042729B (en) | 2012-12-20 | 2012-12-20 | Paperboard edge covering machine |
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Families Citing this family (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103240948B (en) * | 2013-05-15 | 2015-07-22 | 无锡吉兴汽车声学部件科技有限公司 | Automatic edge-wrapping mechanism of sunshading board of automotive skylight |
| CN103950573B (en) * | 2014-04-11 | 2016-02-10 | 深圳市思博克科技有限公司 | Full automaticity photograph taping machine |
| CN106144002B (en) * | 2016-08-27 | 2019-02-15 | 瑞安市东腾机械有限公司 | A kind of big ream packer structure |
| CN110539527A (en) * | 2019-09-12 | 2019-12-06 | 深圳市通泰盈电子科技有限公司 | covering machine equipment |
| CN111016300B (en) * | 2020-01-06 | 2024-09-20 | 浙江浩达智能装备股份有限公司 | Corner folding and edge covering device of cover machine |
| CN111923616B (en) * | 2020-08-04 | 2021-11-09 | 山东星宇手套有限公司 | Automatic glove printing equipment |
| CN111907131A (en) * | 2020-08-13 | 2020-11-10 | 朱蓉 | Paperboard edge covering method |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5318658A (en) * | 1993-04-30 | 1994-06-07 | Prototype Equipment Corporation | Taping machine |
| CN201406178Y (en) * | 2009-05-12 | 2010-02-17 | 东莞市力顺源机械有限公司 | Conveying device of edge covering mechanism |
| CN201580072U (en) * | 2010-01-29 | 2010-09-15 | 薛迪虎 | Full-automatic edge sealing machine |
| CN101780734B (en) * | 2010-01-29 | 2013-05-22 | 薛迪虎 | Lateral taping mechanism of full automatic edge bander |
| CN202528512U (en) * | 2012-03-05 | 2012-11-14 | 金惠环保制品(东莞)有限公司 | Automatic edge binding machine for paperboard |
| CN102744920A (en) * | 2012-07-26 | 2012-10-24 | 陈桢粦 | Automatically edging device and edging method |
-
2012
- 2012-12-20 CN CN201210559053.8A patent/CN103042729B/en not_active Expired - Fee Related
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| CN103042729A (en) | 2013-04-17 |
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