CN206486067U - Overline bridge splicer - Google Patents
Overline bridge splicer Download PDFInfo
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- CN206486067U CN206486067U CN201720129769.2U CN201720129769U CN206486067U CN 206486067 U CN206486067 U CN 206486067U CN 201720129769 U CN201720129769 U CN 201720129769U CN 206486067 U CN206486067 U CN 206486067U
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- paper
- leading portion
- back segment
- cardboard
- wallboard
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Abstract
The utility model discloses a kind of overline bridge splicer, one end of its day crane span structure is provided with rear section mechanism, the other end is provided with preceding section mechanism, section mechanism includes back segment wallboard afterwards, back segment leads paper conveyer, back segment cardboard adsorbent equipment, back segment cardboard elevating table device, back segment cardboard claps neat device and back segment paper cutter, preceding section mechanism includes leading portion wallboard, leading portion leads paper conveyer, leading portion cardboard adsorbent equipment, leading portion cardboard elevating table device, leading portion cardboard claps neat device, leading portion paper cutter and paper plate bonding device, paper feeding transmission device is connected between back segment wallboard and leading portion wallboard, the break sensor of detection cardboard broken end is respectively provided with back segment paper cutter and leading portion paper cutter.The utility model can intelligently find cardboard and break end and cardboard automatic bonding be returned, without artificial operation, and disconnected paper can be avoided to cause production line stop, production efficiency is substantially increased.
Description
Technical field
The utility model is related to production equipment technical field, more specifically, is to be related to a kind of overline bridge splicer.
Background technology
The disconnected paper problem of corrugated board single-side machine is occurred on overline bridge, and disconnected paper can all stop production line every time
Machine, and need manually upper overline bridge the broken end of cardboard is found, then cardboard bonded again with adhesive tape be stitched together, it is operated
It is cumbersome, greatly reduce production efficiency.
Utility model content
The purpose of this utility model is to overcome drawbacks described above of the prior art to improve production efficiency there is provided one kind
With the overline bridge splicer that can intelligently find cardboard broken end and cardboard automatic bonding is returned.
To achieve the above object, the utility model provides a kind of overline bridge splicer, including day crane span structure, the day crane span structure
One end is equiped with rear section mechanism, and the other end of the day crane span structure is equiped with preceding section mechanism, the rear section mechanism include back segment wallboard,
Back segment leading paper conveyer, back segment cardboard adsorbent equipment, being promoted to back segment cardboard for will appear from the back segment cardboard end of broken end
After the back segment cardboard elevating table device of adsorbent equipment position, the symmetrical bat in the back segment cardboard end for making appearance break end are neat
Section cardboard claps neat device and the back segment paper cutter for the back segment cardboard end after clapping together to be trimmed, the back segment wallboard installing
The one end both sides of crane span structure in day, the back segment leads paper conveyer, back segment cardboard adsorbent equipment, back segment cardboard lifting platform dress
Put, back segment cardboard claps neat device and back segment paper cutter is respectively installed between two blocks of back segment wallboards, the back segment leads paper conveying
Device is located at the outside of back segment cardboard adsorbent equipment, and the back segment paper cutter is located at the inner side of back segment cardboard adsorbent equipment, institute
State back segment cardboard elevating table device and back segment cardboard and clap the underface that neat device is located at back segment cardboard adsorbent equipment respectively, it is described before
Section mechanism includes leading portion wallboard, leading portion and leads paper conveyer, leading portion cardboard adsorbent equipment, the leading portion cardboard for will appear from broken end
End is promoted to the leading portion cardboard elevating table device of leading portion cardboard adsorbent equipment position, the leading portion cardboard end for making appearance break end
Portion is symmetrical to clap the neat neat device of leading portion cardboard bat, the leading portion paper cutter for the leading portion cardboard end after clapping together to be trimmed
The paper plate bonding device overlapped is bonded with for the back segment cardboard end come and leading portion cardboard end will to be transferred, it is described
Leading portion wallboard is installed in the other end both sides of day crane span structure, and the leading portion leads paper conveyer, leading portion cardboard adsorbent equipment, leading portion
Cardboard elevating table device, leading portion cardboard clap neat device, leading portion paper cutter and leading portion cardboard adsorbent equipment and are respectively installed in two pieces
Between leading portion wallboard, the leading portion leads the outside that paper conveyer is located at leading portion cardboard adsorbent equipment, the leading portion paper cutter
Positioned at the inner side of leading portion cardboard adsorbent equipment, before the neat device of leading portion cardboard elevating table device and leading portion the cardboard bat is located at respectively
Section cardboard adsorbent equipment underface, the paper plate bonding device be located at leading portion paper cutter inner side, the back segment wallboard with
Section mechanism before being connected between leading portion wallboard for the back segment cardboard held by back segment cardboard adsorbent equipment end to be transferred to
Paper feeding transmission device, the paper feeding transmission device is connected with back segment cardboard adsorbent equipment, and the back segment paper cutter is with before
The break sensor for detecting cardboard broken end is equiped with section paper cutter respectively.
Compared with prior art, the beneficial effects of the utility model are：
The utility model can sense the broken end position of cardboard when disconnected paper occurs in cardboard by break sensor, and after
Section cardboard claps neat device and leading portion cardboard claps neat device and the end of two sections of cardboards each can be clapped into neat, for back segment paper cutter
Trimmed with leading portion paper cutter after the completion of the end of two sections of cardboards, cut paper, paper feeding transmission device will can be adsorbed by back segment cardboard
The back segment cardboard end that device is held is transferred to preceding section mechanism, and paper plate bonding device can will transfer the back segment cardboard end come
Overlapped with the bonding of leading portion cardboard end, the utility model can intelligently find cardboard broken end and return cardboard automatic bonding
Come, without artificial operation, disconnected paper can be avoided to cause production line stop, production efficiency is substantially increased.
Brief description of the drawings
, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art
Or the accompanying drawing used required in description of the prior art is briefly described, it should be apparent that, drawings in the following description are these
Some embodiments of utility model, for those of ordinary skill in the art, on the premise of not paying creative work, also
Other accompanying drawings can be obtained according to these accompanying drawings.
Fig. 1 is the structural representation one for the overline bridge splicer that the utility model is provided；
Fig. 2 is the structural representation two for the overline bridge splicer that the utility model is provided；
Fig. 3 is the profile for the preceding section mechanism that the utility model is provided；
Fig. 4 is the partial structural diagram one for the preceding section mechanism that the utility model is provided；
Fig. 5 is the partial structural diagram two for the preceding section mechanism that the utility model is provided；
Fig. 6 is the structural representation for the paper feeding transmission device that the utility model is provided；
Fig. 7 is the profile for the rear section mechanism that the utility model is provided；
Fig. 8 is the partial structural diagram one for the rear section mechanism that the utility model is provided；
Fig. 9 is the partial structural diagram two for the rear section mechanism that the utility model is provided；
Figure 10 is the partial structural diagram three for the rear section mechanism that the utility model is provided；
Figure 11 is the structural representation for the paper plate bonding device that the utility model is provided；
Figure 12 is the partial structurtes exploded view for the paper plate bonding device that the utility model is provided.
Embodiment
It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer
Accompanying drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that retouched
The embodiment stated is a part of embodiment of the utility model, rather than whole embodiments.Based on the implementation in the utility model
Example, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made is belonged to
The scope of the utility model protection.
Fig. 1 and Fig. 2 are refer to, embodiment of the present utility model provides a kind of overline bridge splicer, and it can be arranged on corrugation
Above the overline bridge of board production, the function of mainly realizing is to solve the disconnected paper that the cardboard above overline bridge occurs in course of conveying
Problem.The overline bridge splicer includes day crane span structure 1, and one end of day crane span structure 1 is equiped with rear section mechanism, the other end installing of day crane span structure 1
There is preceding section mechanism, rear section mechanism includes back segment wallboard 2, back segment and leads paper conveyer 3, back segment cardboard adsorbent equipment 4, for that will go out
The back segment cardboard end now breaked end is promoted to the back segment cardboard elevating table device 5 of the position of back segment cardboard adsorbent equipment 4, for using
The back segment cardboard end now breaked end is symmetrical clap neat back segment cardboard clap neat device 6 and for by clap it is neat after back segment cardboard end
The back segment paper cutter 7 that portion is trimmed, back segment wallboard 2 is installed in the one end both sides of day crane span structure 1, back segment lead paper conveyer 3, after
Section cardboard adsorbent equipment 4, back segment cardboard elevating table device 5, back segment cardboard clap neat device 6 and back segment paper cutter 7 is installed respectively
Between two blocks of back segment wallboards 2, back segment leads the outside that paper conveyer 3 is located at back segment cardboard adsorbent equipment 4, back segment paper cutter
7 are located at the inner side of back segment cardboard adsorbent equipment 4, after back segment cardboard elevating table device 5 and the neat device 6 of back segment cardboard bat are located at respectively
The underface of section cardboard adsorbent equipment 4, preceding section mechanism includes leading portion wallboard 8, leading portion and leads paper conveyer 9, the absorption of leading portion cardboard
Device 10, the leading portion cardboard end for will appear from breaking end are promoted to the leading portion cardboard lifting of the position of leading portion cardboard adsorbent equipment 10
The neat leading portion cardboard of table apparatus 11, the symmetrical bat in the leading portion cardboard end for making appearance break end claps neat device 12, for inciting somebody to action
Clap it is neat after the leading portion paper cutter 13 that trims of leading portion cardboard end and for the back segment cardboard end come and leading portion will to be transferred
The paper plate bonding device 14 that the bonding of cardboard end overlaps, leading portion wallboard 8 is installed in the other end both sides of day crane span structure, preceding
Section lead paper conveyer 9, leading portion cardboard adsorbent equipment 10, leading portion cardboard elevating table device 11, leading portion cardboard clap neat device 12, it is preceding
Section paper cutter 13 and leading portion cardboard adsorbent equipment 14 are respectively installed between two blocks of leading portion wallboards 8, and leading portion leads paper conveyer 9
Positioned at the outside of leading portion cardboard adsorbent equipment 10, leading portion paper cutter 13 is located at the inner side of leading portion cardboard adsorbent equipment 10, leading portion
Cardboard elevating table device 11 and leading portion cardboard clap the underface that neat device 12 is located at leading portion cardboard adsorbent equipment 10 respectively, and cardboard glues
Connection device 14 is located at the inner side of leading portion paper cutter 13, is connected between back segment wallboard 2 and leading portion wallboard 8 for will be by back segment paper
The back segment cardboard end that plate adsorbent equipment 4 is held be transferred to before section mechanism paper feeding transmission device 15, paper feeding transmission device 15 with
Back segment cardboard adsorbent equipment 4 is connected, and is equiped with respectively on back segment paper cutter 7 and leading portion paper cutter 13 for detecting paper
The break sensor 16 of plate broken end.The present embodiment is described in detail below in conjunction with the accompanying drawings.
As shown in Figure 3 and Figure 4, back segment, which leads paper conveyer 3 and leads paper driving shaft 31, back segment including back segment, leads paper driven shaft 32
With for making back segment lead the back segment driven shaft drive component that paper driven shaft 32 is lifted or declined, back segment is led paper driving shaft 31 and is installed in
Between two blocks of back segment wallboards 2, back segment driven shaft drive component is installed on two blocks of back segment wallboards 2, each back segment driven shaft driving
Component includes the first swing arm 33, first bearing seat 34 and first driven shaft drive cylinder 35, and back segment is led paper driven shaft 32 and installed
Between the upper end of two piece of first swing arm 33, the bottom of two piece of first swing arm 33 is respectively with being fixed on back segment wallboard 2
Corresponding first bearing seat 34 is hinged, and first driven shaft drive cylinder 35 is installed on back segment wallboard 2, first driven shaft driving gas
The piston rod of cylinder 35 is connected with corresponding first swing arm 33.
As shown in Figure 3 and Figure 4, back segment cardboard adsorbent equipment 4 includes the first sucker mounting seat 41, sucker sliding block 42 and some
Individual first sucker 43, the first sucker 43 is installed in the first sucker mounting seat 41 by the first sucker fixed plate 44, sucker sliding block
42 are installed in the both ends of the first sucker mounting seat 41.
As shown in Figure 3 and Figure 5, back segment cardboard elevating table device 5 includes back segment cardboard lifting platform 51, back segment lifting platform pedestal
52 and first slide track component 53 (slide track component includes sliding block+slide rail), back segment cardboard lifting platform 51 is installed in back segment lifting pedestal
On body 52, the two ends of back segment lifting platform pedestal 52 are slidably connected by the first slide track component 53 with corresponding back segment wallboard 2 respectively,
Back segment lifting platform pedestal 52 being capable of oscilaltion.
As shown in figure 5, back segment cardboard, which claps neat device 6, includes first count paper driving motor 61, the transmission of the first guide rod 62, first
Axle 63, travelling gear 64, the first left bat paper component and the first right bat paper component, first count paper driving motor 61 are installed in a back segment
On wallboard 2, the first guide rod 62 and the first power transmission shaft 63 are respectively installed between two blocks of back segment wallboards 2, the first left bat paper component bag
First the 65, first left fixed left bat paper slide plate 67 of block set 66 and first of left screw is included, one end of the first left screw 65 is installed in one
It is connected on back segment wallboard 2 and with first count paper driving motor 61, the other end of the first left screw 65 is installed in first left side admittedly
Determine in block set 66, the first left fixed block set 66 is fixed on the first guide rod 62, the first left bat paper slide plate 67 and the first left screw 65
Threaded connection, the first left paper slide plate 67 of clapping can be moved when the first left screw 65 is rotated along the axial direction of the first left screw 65
Dynamic, the first left top of supply line for clapping paper slide plate 67 passes through the through hole opened up on back segment cardboard lifting platform 51, the first right bat paper group
Part includes first the 68, first right fixed right bat paper slide plate 610 of block set 69 and first of right screw, one end installing of the first right screw 68
It is connected on another back segment wallboard 2 and by one end of the power transmission shaft 63 of travelling gear 64 and first, the first right screw 68
The other end is installed in the first right fixed block set 69, and the first right fixed block set 69 is fixed on the first guide rod 62, the first right bat paper
Slide plate 610 is threadedly coupled with the first right screw 68, and the first right bat paper slide plate 610 can be along first when the first right screw 68 is rotated
The axial direction movement of right screw 68, the first right top of supply line for clapping paper slide plate 610 is passed through to be opened up on back segment cardboard lifting platform 51
Through hole, the other end and the first count paper driving motor 61 of the first power transmission shaft 63 are connected.First count paper driving motor 61
The first left screw 65 and the synchronous axial system of the first right screw 68, such first left bat paper slide plate can be driven by the first power transmission shaft 63
67 and first right paper slide plate 610 of clapping will be moved on each self-corresponding screw mandrel, the both sides of back segment cardboard end are carried out clapping neat, clapped
Cardboard end after neat is symmetrical on center line, and symmetrical centre is the center that board production is moved towards.
As shown in Fig. 3, Fig. 4 and Fig. 5, back segment paper cutter 7 include back segment upper cutter mounting seat 71, back segment upper cutter 72,
Back segment lower cutter mounting seat 73, the slide track component 75 of back segment lower cutter 74 and second, the two ends of back segment upper cutter mounting seat 71 are with after
The two ends of section lower cutter mounting seat 73 are slidably connected by the second slide track component 75 with corresponding back segment wallboard 2 respectively, back segment
Upper cutter 72 is fixed in back segment upper cutter mounting seat 71, and back segment lower cutter 74 is fixed in back segment lower cutter mounting seat 73, position
It is fixed in the break sensor 16 of back segment paper cutter 7 in back segment upper cutter mounting seat 71.
As shown in Fig. 2, Fig. 6 and Fig. 7, paper feeding transmission device 15 includes paper feeding guide rail 151, track base 152, paper feeding transmission electricity
Machine 153, live-roller 154, the first driving pulley 155, the driven pulley 157 of paper feeding timing belt 156 and first, track base 152 are set
There are two, be connected between the back segment wallboard 2 of both sides and leading portion wallboard 8, paper feeding guide rail 151 is fixed on two track bases
On 152, the two ends of the first sucker mounting seat 41 are slidably connected by sucker sliding block 42 with corresponding paper feeding guide rail 151, and paper feeding is passed
Dynamic motor 153 is installed on a back segment wallboard 2, the output shaft of paper feeding driving motor 153 and is installed between two blocks of back segment wallboards 2
Live-roller 154 be connected, the first driving pulley 155 is installed in the two ends of live-roller 154, and the first driven pulley 157 is installed in
On two blocks of leading portion wallboards 8, paper feeding timing belt 156 be installed in both sides the first driving pulley 155 and the first driven pulley 157 it
Between, the lower end band body of paper feeding timing belt 156 is mutually fixed with corresponding sucker sliding block 42, and paper feeding driving motor 153 can be by sending
Paper timing belt 156 drives the first sucker mounting seat 41 to be slidably reciprocated on paper feeding guide rail 151.
As shown in Figure 7, Figure 8 and Figure 9, leading portion cardboard adsorbent equipment 10 includes the second sucker mounting seat 101, the 4th slide rail group
Part 102 and several second suckers 103, the second sucker 103 are installed in the second sucker mounting seat by the second sucker fixed plate 104
On 101, the two ends of the second sucker mounting seat 101 are slided by the 4th slide track component 102 with corresponding leading portion wallboard 8 respectively to be connected
Connect.
As shown in Figure 8 and Figure 9, leading portion cardboard elevating table device 11 includes leading portion cardboard lifting platform 111, leading portion lifting pedestal
Body 112 and lifting platform cylinder 113, leading portion cardboard lifting platform 111 are installed on leading portion lifting platform pedestal 112, leading portion lifting pedestal
The two ends of body 112 are slidably connected by the 4th slide track component 102 with corresponding leading portion wallboard 8 respectively, and lifting platform cylinder 113 is installed
In the bottom of leading portion lifting platform pedestal 112.
As shown in Figure 8 and Figure 9, leading portion cardboard clap neat device 12 include second count paper driving motor 121, the second guide rod 122,
Second driving shaft 123, drive pulley 124, transmission belt 125, the second left bat paper component and the second right bat paper component, second count paper are passed
Dynamic motor 121 is installed on a leading portion wallboard 8, and the second guide rod 122 and second driving shaft 123 are respectively installed in two blocks of leading portion wallboards
Between 8, the second left paper component of clapping includes second the 126, second left fixed left bat paper slide plate 128 of block set 127 and second of left screw, the
One end of two left screws 126 is installed on a leading portion wallboard 8 and is connected with second count paper driving motor 121, the second left silk
The other end of bar 126 is installed in the second left fixed block set 127, and the second left fixed block set 127 is fixed on the second guide rod 122,
Second left paper slide plate 128 of clapping is threadedly coupled with the second left screw 126, and the second left paper slide plate 128 of clapping is rotated in the second left screw 126
When can be moved along the axial direction of the second left screw 126, the second left top of supply line for clapping paper slide plate 128 passes through leading portion cardboard liter
The through hole opened up on drop platform, the second right paper component of clapping includes second 129, the second right fixed right side of block set 1210 and second of right screw
Paper slide plate 1211 is clapped, one end of the second right screw 129 is installed on another leading portion wallboard 8, the other end dress of the second right screw 129
It is located in the second right fixed block set 1210, the second right fixed block set 1210 is fixed on the second guide rod 122, and drive pulley 124 is filled
Be located at one end of the second right screw 129 and one end of second driving shaft 123, transmission belt 125 be installed in two drive pulleys 124 it
Between, the second right paper slide plate 1211 of clapping is threadedly coupled with the second right screw 129, and the second right paper slide plate 1211 of clapping is in the second right screw
129 can move when rotating along the axial direction of the second right screw 129, before the second right top of supply line for clapping paper slide plate 1211 is passed through
The through hole opened up on section cardboard lifting platform, the other end of second driving shaft 123 is driven with second count paper driving motor 121 to be connected
Connect.Second count paper driving motor 121 can drive the second left screw 126 and the second right screw 129 same by second driving shaft 123
Step is rotated, and the such second left right paper slide plate 1211 of clapping of paper slide plate 128 and second of clapping will be moved on each self-corresponding screw mandrel, to preceding
The both sides of section cardboard end carry out clapping neat, and the cardboard end after clapping together is symmetrical on center line, and symmetrical centre is given birth to for cardboard
The center of producing line trend.
In addition, being equiped with lift cylinder plate 1212 between the second left fixed right fixed block set 1210 of block set 127 and second, rise
The piston rod of drop platform cylinder 113 is pressed on lift cylinder plate 1212.Lifting platform cylinder 113 can drive leading portion cardboard lifting platform
111 are lifted.
As illustrated in fig. 7 and fig. 10, leading portion paper cutter 13 include leading portion upper cutter mounting seat 131, leading portion upper cutter 132,
Leading portion lower cutter mounting seat 133, leading portion lower cutter 134, the 3rd slide track component 135 and cutting knife lift cylinder 136, leading portion upper cutter
Mounting seat 131 is fixed between two blocks of leading portion wallboards 8, and leading portion upper cutter 132 is fixed in leading portion upper cutter mounting seat 131, preceding
The two ends of section lower cutter mounting seat 133 are slidably connected by the 3rd slide track component 135 with corresponding leading portion wallboard 8 respectively, leading portion
Lower cutter 134 is fixed in leading portion lower cutter mounting seat 133, and cutting knife lift cylinder 136 is installed on two blocks of leading portion wallboards 8 and divided
Both ends not with leading portion lower cutter mounting seat 133 are connected, to drive leading portion lower cutter mounting seat 133 to be lifted, position
It is fixed in the break sensor 16 of leading portion paper cutter 13 in leading portion upper cutter mounting seat 131.
As shown in Figure 10, Figure 11 and Figure 12, paper plate bonding device 14 includes the 141, the 3rd guide rod 142 of paper plate bonding seat, glued
Paper driving motor 143, sticky paper timing belt 144, the second driving pulley 145, the second driven pulley 146, the 5th slide track component 147,
Sticky paper lift cylinder 148, carriage saddle 149, Mobile Slide 1410, adhesive tape 1411, rotary cylinder 1412, moulding wheel 1413, recovery
Rubber wheel 1414, the sticky paper displacement slide track component 1416 of cylinder 1415 and the 6th, the two ends of paper plate bonding seat 141 pass through the 5th respectively
Slide track component 147 is slidably connected with corresponding leading portion wallboard 8, and sticky paper lift cylinder 148 is installed on a leading portion wallboard 8 and and paper
Plate bonding seat 141 is connected, and sticky paper lift cylinder 148 can drive paper plate bonding seat 141 to lift, and the 3rd guide rod 142 is installed
On paper plate bonding seat 141, carriage saddle 149 is slidably mounted on the 3rd guide rod 142, and Mobile Slide 1410 is slided by the 6th
Rail assembly 1416 is slidably connected at the top of carriage saddle 149, sticky paper displacement cylinder 1415 be installed on carriage saddle 149 and with movement
Slide unit 1410 is connected, and adhesive tape 1411 and recovery rubber wheel 1414 are installed in Mobile Slide 1410 by installation axle 1417 respectively
On, rotary cylinder 1412 is fixed on Mobile Slide 1410 and between adhesive tape 1411 and recovery rubber wheel 1414, moulding wheel
1413 are installed on the rotating output shaft of rotary cylinder 1412, and sticky paper displacement cylinder 1415 can make the glue on Mobile Slide 1410
Band 1411, moulding wheel 1413 and recovery rubber wheel 1414 are moved horizontally and close to leading portion cardboard lifting platform 111, rotary cylinder 1412
Moulding wheel 1413 can be made to be swung up compressing two sections of cardboard ends after bonding, sticky paper driving motor 143 is installed in cardboard and glued
One end of joint chair 141, the second driving pulley 145 is installed on the output shaft of sticky paper driving motor 143, the second driven pulley 146
The other end of paper plate bonding seat 141 is installed in, sticky paper timing belt 144 is installed in the second driving pulley 145 and the second driven pulley
Between 146, sticky paper timing belt 144 is connected with carriage saddle 149, and sticky paper driving motor 143 can pass through the band of sticky paper timing belt 144
Length direction of the dynamic carriage saddle 149 along paper plate bonding seat 141 is moved, in order to which adhesive tape 1411 is sticked in along the width of cardboard
Cardboard end.
As shown in fig. 7, leading portion lead paper conveyer 9 including leading portion lead paper driving shaft 91, leading portion lead paper driven shaft 92 and use
In making leading portion lead the leading portion driven shaft drive component that paper driven shaft 92 is lifted or declined, leading portion leads paper driving shaft 91 and is installed in two pieces
Between leading portion wallboard 8, leading portion driven shaft drive component is installed on two blocks of leading portion wallboards 8, each leading portion driven shaft drive component
Include the second swing arm 93, second bearing seat 94 and second driven shaft drive cylinder 95, leading portion leads paper driven shaft 92 and is installed in two
Between the upper end of the second swing arm of block 93, the bottom of two piece of second swing arm 93 respectively to be fixed on it is corresponding on leading portion wallboard 8
Second bearing seat 94 is hinged, and second driven shaft drive cylinder 95 is installed on leading portion wallboard 8, second driven shaft drive cylinder 95
Piston rod be connected with corresponding second swing arm 93.
As preferably embodiment, break sensor 16 can also be equiped between rear section mechanism and preceding section mechanism, should
Break sensor 16 can be installed between two track bases 152 by mounting bracket 17.Wherein, in rear section mechanism and preceding section mechanism
Between set up break sensor be conducive to cardboard break end detection.
The principle of the disconnected paper of detection is as follows：Disconnected paper generally occurs to lead region between paper conveyer at two groups, pacifies in interval
Three groups of break sensors (i.e. photoelectric sensor) are filled, whether have paper by immediately below the inductor, passing through three groups of detections to sense
The contrast of position, judges disconnected paper occurs in which following interval：1. (i.e. the broken end of back segment paper cutter is sensed test position one
Device) no signal, test position two (break sensor between rear section mechanism and preceding section mechanism), test position three (i.e. cut by leading portion
The break sensor of paper device) there is signal ----the paper that breaks occurs in back segment institution regional；2. the no signal of test position two, detecting position
Putting one, test position three has signal --- and the region between rear section mechanism and preceding section mechanism occurs for-the paper that breaks；3. test position three
No signal, test position one, test position two have signal --- and-the paper that breaks occurs in leading portion institution regional.
Because climbing position because of the disconnected paper of the uneven appearance of both sides dancing roll tension force in overline bridge, only there is a paper mouthful, and send out
Life is led at two groups between paper conveyer, and the detection signal contrast of three groups of break sensors, determines disconnected paper position more than,
Then lead paper conveyer to two groups and pass on signal, lead paper conveyer and break end and spread for subsequent action by pinching to find
Pad.
The course of work of the present utility model is as follows：
1st, during normal work, cardboard is from the middle part paper feed of machine (i.e. from rear section mechanism forward section mechanism direction), Qian Houduan
Auxiliary and operating mechanism are in cardboard upper-lower position.
2nd, when there is disconnected paper, the back segment of rear section mechanism leads the leading portion of paper driven shaft and preceding section mechanism, and to lead paper driven shaft each
Self-corresponding driven shaft drive cylinder lifting, prop up above lead paper driving shaft, back segment lead paper driven shaft and leading portion to lead paper driven
Axle respectively transmits two sections of outside sides of cardboard (i.e. the direction of both ends of day crane span structure).It is arranged on the break sensor on the inside of front and rear section
Sense the position of cardboard broken end, when cardboard broken end is by break sensor, the paper driving shaft of leading on the outside of two groups stops operating.
3rd, front and rear two sections of cardboard claps neat device and two sections of cardboard end is clapped into neat, and it is cardboard to clap neat both sides symmetrical centre
The center of production line trend, that is, the cardboard after clapping together is symmetrical on center line.
4th, after clapping together, front and rear two sections of cardboard lifting platform is promoted to sucker position, and sucker touch cardboard upper surface and holds paper
Plate, now, the lower cutter of two sections of inner sides are elevated, and two groups of cutting knifes trim two sections of cardboard ends up and down.
5th, leading portion sucker holds the leading portion cardboard end trimmed, and back segment sucker holds the back segment cardboard end trimmed,
Back segment leads the decline of paper driven shaft, and the leading portion cardboard end that back segment sucker is trimmed under the drive of paper feeding transmission device to leading portion is leaned on
Hold together.At the same time, it is arranged on the paper plate bonding device on the inside of leading portion cutting knife to rise, the Mobile Slide of paper plate bonding device reaches out
The leading portion cardboard end that section is trimmed, by fixing the two-sided tape that a roll can be rotated on axle on the wheel of driving side, by operation
The recovery rubber wheel of side collects the transparent plastic produced from two-sided tape, middle moulding wheel under the drive of rotary cylinder,
Prop up the back side of two-sided tape, by Continuous pressing device for stereo-pattern carriage saddle from fore side slide to driving side complete adhesive tape.
6th, glued behind leading portion cardboard end, the back segment cardboard end that back segment sucker sorption is trimmed, which is run to leading portion, to be stuck
The underface of the leading portion cardboard end of two-sided tape, two sections of cardboard ends need upper bottom of the position in vertical direction bonded
Put, align, and adhesion is completed under the rolling of moulding wheel.After the completion of, each device resets, and it is good that two groups of suckers decontrol adhesion
Cardboard, continues paper feed operation.
In summary, the utility model can intelligently find cardboard and break end and cardboard automatic bonding be returned, without artificial behaviour
Make, disconnected paper can be avoided to cause production line stop, production efficiency is substantially increased.
Above-described embodiment is the utility model preferably embodiment, but embodiment of the present utility model is not by above-mentioned
The limitation of embodiment, it is other it is any without departing from Spirit Essence of the present utility model with made under principle change, modify, replace
Generation, combination, simplification, should be equivalent substitute mode, are included within protection domain of the present utility model.
Claims (10)
1. a kind of overline bridge splicer, including day crane span structure, it is characterised in that：One end of the day crane span structure is equiped with rear section mechanism, institute
The other end for stating day crane span structure is equiped with preceding section mechanism, and the rear section mechanism includes back segment wallboard, back segment and leads paper conveyer, back segment
Cardboard adsorbent equipment, the back segment cardboard end for will appear from breaking end are promoted to the back segment cardboard of back segment cardboard adsorbent equipment position
The neat back segment cardboard of elevating table device, the symmetrical bat in the back segment cardboard end for making appearance break end claps neat device and for inciting somebody to action
The back segment paper cutter that back segment cardboard end after clapping together is trimmed, the back segment wallboard is installed in the one end both sides of day crane span structure,
The back segment lead paper conveyer, back segment cardboard adsorbent equipment, back segment cardboard elevating table device, back segment cardboard clap neat device and after
Section paper cutter is respectively installed between two blocks of back segment wallboards, and the back segment leads paper conveyer positioned at back segment cardboard adsorbent equipment
Outside, the back segment paper cutter be located at back segment cardboard adsorbent equipment inner side, the back segment cardboard elevating table device and after
Section cardboard claps the underface that neat device is located at back segment cardboard adsorbent equipment respectively, and the preceding section mechanism includes leading portion wallboard, leading portion
Leading paper conveyer, leading portion cardboard adsorbent equipment, being promoted to the absorption of leading portion cardboard for will appear from the leading portion cardboard end of broken end
The neat leading portion paper of the leading portion cardboard elevating table device of setting position, the symmetrical bat in the leading portion cardboard end for making appearance break end
Plate clap neat device, for by clap it is neat after the leading portion paper cutter that trims of leading portion cardboard end and for the back segment come will to be transferred
Cardboard end bonds the paper plate bonding device overlapped with leading portion cardboard end, and the leading portion wallboard is installed in day crane span structure
The other end both sides, the leading portion leads paper conveyer, leading portion cardboard adsorbent equipment, leading portion cardboard elevating table device, leading portion paper
Plate is clapped neat device, leading portion paper cutter and leading portion cardboard adsorbent equipment and is respectively installed between two blocks of leading portion wallboards, the leading portion
The outside that paper conveyer is located at leading portion cardboard adsorbent equipment is led, the leading portion paper cutter is located at leading portion cardboard adsorbent equipment
Inner side, the leading portion cardboard elevating table device and leading portion cardboard clap neat device respectively positioned at leading portion cardboard adsorbent equipment just under
Side, the paper plate bonding device is located at the inner side of leading portion paper cutter, and use is connected between the back segment wallboard and leading portion wallboard
The paper feeding transmission device of section mechanism, the paper feeding before the back segment cardboard held by back segment cardboard adsorbent equipment end is transferred to
Transmission device is connected with back segment cardboard adsorbent equipment, is equiped with respectively on the back segment paper cutter and leading portion paper cutter
Break sensor for detecting cardboard broken end.
2. overline bridge splicer according to claim 1, it is characterised in that：The back segment is led paper conveyer and led including back segment
Paper driving shaft, back segment lead paper driven shaft and for making back segment lead the back segment driven shaft drive component that paper driven shaft is lifted or declined,
The back segment is led paper driving shaft and is installed between two blocks of back segment wallboards, and the back segment driven shaft drive component is installed in two pieces of back segments
On wallboard, each back segment driven shaft drive component includes the first swing arm, first bearing seat and first driven shaft drive cylinder, institute
State back segment and lead paper driven shaft and be installed between the upper end of two piece of first swing arm, the bottom of two piece of first swing arm respectively with fixation
Corresponding first bearing seat on back segment wallboard is hinged, and the first driven shaft drive cylinder is installed on back segment wallboard, institute
The piston rod for stating first driven shaft drive cylinder is connected with corresponding first swing arm.
3. overline bridge splicer according to claim 1, it is characterised in that：The back segment cardboard adsorbent equipment includes first and inhaled
Disk mounting seat, sucker sliding block and several first suckers, first sucker are installed in the first suction by the first sucker fixed plate
In disk mounting seat, the sucker sliding block is installed in the both ends of the first sucker mounting seat；The paper feeding transmission device includes paper feeding
Guide rail, track base, paper feeding driving motor, live-roller, the first driving pulley, paper feeding timing belt and the first driven pulley, it is described to lead
Rail chair is connected between the back segment wallboard of both sides and leading portion wallboard, and the paper feeding guide rail is fixed on two track bases, and described
The two ends of one sucker mounting seat are slidably connected by sucker sliding block with corresponding paper feeding guide rail respectively, the paper feeding driving motor dress
It is located on a back segment wallboard, the output shaft of the paper feeding driving motor is connected with the live-roller being installed between two blocks of back segment wallboards
Connect, first driving pulley is installed in the two ends of live-roller, first driven pulley is installed on two blocks of leading portion wallboards, institute
State paper feeding timing belt to be installed between the first driving pulley of both sides and the first driven pulley, the lower end band of the paper feeding timing belt
Body is mutually fixed with corresponding sucker sliding block, and the paper feeding driving motor can drive the first sucker mounting seat by paper feeding timing belt
Slidably reciprocated on paper feeding guide rail.
4. overline bridge splicer according to claim 1, it is characterised in that：The back segment cardboard elevating table device includes back segment
Cardboard lifting platform, back segment lifting platform pedestal and the first slide track component, the back segment cardboard lifting platform are installed in back segment lifting pedestal
On body, the two ends of the back segment lifting platform pedestal are slidably connected by the first slide track component with corresponding back segment wallboard respectively；Institute
Stating the neat device of back segment cardboard bat includes first count paper driving motor, the first guide rod, the first power transmission shaft, travelling gear, the first left bat
Paper component and first it is right clap paper component, the first count paper driving motor is installed on a back segment wallboard, first guide rod and
First power transmission shaft is respectively installed between two blocks of back segment wallboards, and the described first left paper component of clapping includes the first left screw, first left side
Fixed block set and the first left bat paper slide plate, one end of first left screw is installed on a back segment wallboard and passed with first count paper
Dynamic motor drive connection, the other end of first left screw is installed in the first left fixed block set, the first left fixed cover
Seat is fixed on the first guide rod, and the described first left paper slide plate of clapping is threadedly coupled with the first left screw, the first left bat paper slide plate
It can be moved when the first left screw is rotated along the axial direction of the first left screw, the described first left top of supply line for clapping paper slide plate
The through hole opened up on through back segment cardboard lifting platform, the described first right paper component of clapping includes the first right screw, the first right fixation
Block set and first it is right clap paper slide plate, one end of first right screw be installed on another back segment wallboard and by travelling gear with
One end drive connection of first power transmission shaft, the other end of first right screw is installed in the first right fixed block set, and described the
One right fixed block set is fixed on the first guide rod, and the described first right paper slide plate of clapping is threadedly coupled with the first right screw, and described first
Right bat paper slide plate can be moved when the first right screw is rotated along the axial direction of the first right screw, the first right bat paper slide plate
Top of supply line through the through hole opened up on back segment cardboard lifting platform, the other end and the first count paper of first power transmission shaft are passed
Dynamic motor drive connection simultaneously drives rotation by first count paper driving motor.
5. overline bridge splicer according to claim 1, it is characterised in that：The back segment paper cutter includes back segment upper cutter
Mounting seat, back segment upper cutter, back segment lower cutter mounting seat, back segment lower cutter and the second slide track component, the back segment upper cutter peace
The two ends of seat and the two ends of back segment lower cutter mounting seat are filled to slide connect with corresponding back segment wallboard by the second slide track component respectively
Connect, the back segment upper cutter is fixed in back segment upper cutter mounting seat, the back segment lower cutter is fixed on the installation of back segment lower cutter
On seat, the break sensor positioned at back segment paper cutter is fixed in back segment upper cutter mounting seat；The leading portion paper cutter bag
Include leading portion upper cutter mounting seat, leading portion upper cutter, leading portion lower cutter mounting seat, leading portion lower cutter, the 3rd slide track component and cutting knife
Lift cylinder, the leading portion upper cutter mounting seat is fixed between two blocks of leading portion wallboards, and the leading portion upper cutter is fixed on leading portion
In upper cutter mounting seat, the two ends of the leading portion lower cutter mounting seat pass through the 3rd slide track component and corresponding leading portion wallboard respectively
It is slidably connected, the leading portion lower cutter is fixed in leading portion lower cutter mounting seat, the cutting knife lift cylinder is installed in before two pieces
It is connected respectively on section wallboard and with the both ends of leading portion lower cutter mounting seat, to drive leading portion lower cutter mounting seat to be risen
Drop, the break sensor positioned at leading portion paper cutter is fixed in leading portion upper cutter mounting seat.
6. overline bridge splicer according to claim 1, it is characterised in that：The leading portion cardboard adsorbent equipment includes second and inhaled
Disk mounting seat, the 4th slide track component and several second suckers, second sucker are installed in by the second sucker fixed plate
In two sucker mounting seats, the two ends of the second sucker mounting seat are slided by the 4th slide track component with corresponding leading portion wallboard respectively
Dynamic connection；The leading portion cardboard elevating table device includes leading portion cardboard lifting platform, leading portion lifting platform pedestal and lifting platform cylinder, institute
State leading portion cardboard lifting platform to be installed on leading portion lifting platform pedestal, the two ends of the leading portion lifting platform pedestal are slided by the 4th respectively
Rail assembly is slidably connected with corresponding leading portion wallboard, and the lifting platform cylinder is installed in the bottom of leading portion lifting platform pedestal.
7. overline bridge splicer according to claim 6, it is characterised in that：The leading portion cardboard, which claps neat device, includes second count
Paper driving motor, the second guide rod, second driving shaft, drive pulley, transmission belt, the second left bat paper component and the second right bat paper group
Part, the second count paper driving motor is installed on a leading portion wallboard, and second guide rod and second driving shaft are respectively installed in
Between two blocks of leading portion wallboards, the described second left paper component of clapping includes the second left screw, the second left fixed block set and the second left bat paper
Slide plate, one end of second left screw is installed on a leading portion wallboard and is connected with second count paper driving motor, described
The other end of second left screw is installed in the second left fixed block set, and the second left fixed block set is fixed on the second guide rod,
Described second left paper slide plate of clapping is threadedly coupled with the second left screw, second left bat paper slide plate energy when the second left screw is rotated
Enough to be moved along the axial direction of the second left screw, the described second left top of supply line for clapping paper slide plate is passed through on leading portion cardboard lifting platform
The through hole opened up, the described second right paper component of clapping includes the second right screw, the second right fixed block set and the second right bat paper slide plate,
One end of second right screw is installed on another leading portion wallboard, and the other end of second right screw is installed in second right side admittedly
Determine in block set, the second right fixed block set is fixed on the second guide rod, and the drive pulley is installed in the one of the second right screw
End and one end of second driving shaft, the transmission belt is installed between two drive pulleys, and described second right claps paper slide plate and the
Two right screws are threadedly coupled, and the second right bat paper slide plate can be along the axial direction side of the second right screw when the second right screw is rotated
To movement, the described second right top of supply line for clapping paper slide plate passes through the through hole opened up on leading portion cardboard lifting platform, described second
The other end of power transmission shaft, which is connected with second count paper driving motor and driven by second count paper driving motor, to be rotated, and described second
Lift cylinder plate is equiped between left fixed block set and the second right fixed block set, the piston rod of the lifting platform cylinder is pressed on liter
Drop on air cylinder board.
8. overline bridge splicer according to claim 1, it is characterised in that：The paper plate bonding device includes paper plate bonding
It is seat, the 3rd guide rod, sticky paper driving motor, sticky paper timing belt, the second driving pulley, the second driven pulley, the 5th slide track component, viscous
Paper lift cylinder, carriage saddle, Mobile Slide, adhesive tape, rotary cylinder, moulding wheel, recovery rubber wheel, sticky paper displacement cylinder and the 6th
Slide track component, the two ends of the paper plate bonding seat are slidably connected by the 5th slide track component with corresponding leading portion wallboard respectively, institute
State sticky paper lift cylinder to be installed on a leading portion wallboard and be connected with paper plate bonding seat, the 3rd guide rod is installed in cardboard
It is bonded on seat, the carriage saddle is slidably mounted on the 3rd guide rod, and the Mobile Slide is slided by the 6th slide track component
The top of carriage saddle is connected to, the sticky paper displacement cylinder is installed on carriage saddle and is connected with Mobile Slide, the glue
Band and recovery rubber wheel are installed on Mobile Slide by installation axle respectively, and the rotary cylinder is fixed on Mobile Slide and position
Between adhesive tape and recovery rubber wheel, the moulding wheel is installed on the rotating output shaft of rotary cylinder, the sticky paper transmission electricity
Machine is installed in one end of paper plate bonding seat, and second driving pulley is installed on the output shaft of sticky paper driving motor, and described the
Two driven pulleys are installed in the other end of paper plate bonding seat, and the sticky paper timing belt is installed in the second driving pulley and second driven
Between belt wheel, the sticky paper timing belt is connected with carriage saddle.
9. overline bridge splicer according to claim 1, it is characterised in that：The leading portion is led paper conveyer and led including leading portion
Paper driving shaft, leading portion lead paper driven shaft and for making leading portion lead the leading portion driven shaft drive component that paper driven shaft is lifted or declined,
The leading portion is led paper driving shaft and is installed between two blocks of leading portion wallboards, and the leading portion driven shaft drive component is installed in two pieces of leading portions
On wallboard, each leading portion driven shaft drive component includes the second swing arm, second bearing seat and second driven shaft drive cylinder, institute
State leading portion and lead paper driven shaft and be installed between the upper end of two piece of second swing arm, the bottom of two piece of second swing arm respectively with fixation
Corresponding second bearing seat on leading portion wallboard is hinged, and the second driven shaft drive cylinder is installed on leading portion wallboard, institute
The piston rod for stating second driven shaft drive cylinder is connected with corresponding second swing arm.
10. overline bridge splicer according to claim 3, it is characterised in that：Between the rear section mechanism and preceding section mechanism also
Break sensor is equiped with, the break sensor is installed between two track bases by mounting bracket.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720129769.2U CN206486067U (en) | 2017-02-13 | 2017-02-13 | Overline bridge splicer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720129769.2U CN206486067U (en) | 2017-02-13 | 2017-02-13 | Overline bridge splicer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206486067U true CN206486067U (en) | 2017-09-12 |
Family
ID=59764195
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720129769.2U Withdrawn - After Issue CN206486067U (en) | 2017-02-13 | 2017-02-13 | Overline bridge splicer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206486067U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106829598A (en) * | 2017-02-13 | 2017-06-13 | 广东勤善美智能装备股份有限公司 | Overpass paper receiving machine |
-
2017
- 2017-02-13 CN CN201720129769.2U patent/CN206486067U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106829598A (en) * | 2017-02-13 | 2017-06-13 | 广东勤善美智能装备股份有限公司 | Overpass paper receiving machine |
| CN106829598B (en) * | 2017-02-13 | 2018-04-06 | 广东勤善美智能装备股份有限公司 | Overpass paper receiving machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170912 Effective date of abandoning: 20180406 |
|
| AV01 | Patent right actively abandoned |