CN108481803A - A kind of secondary crimping fold mechanism of corrugated case - Google Patents
A kind of secondary crimping fold mechanism of corrugated case Download PDFInfo
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- CN108481803A CN108481803A CN201810507598.1A CN201810507598A CN108481803A CN 108481803 A CN108481803 A CN 108481803A CN 201810507598 A CN201810507598 A CN 201810507598A CN 108481803 A CN108481803 A CN 108481803A
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- electric welding
- plate
- pulleys
- movable plate
- move
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/02—Feeding or positioning sheets, blanks or webs
- B31B50/04—Feeding sheets or blanks
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/25—Surface scoring
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B31—MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B—MAKING CONTAINERS OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
- B31B50/00—Making rigid or semi-rigid containers, e.g. boxes or cartons
- B31B50/26—Folding sheets, blanks or webs
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- Making Paper Articles (AREA)
Abstract
The invention discloses a kind of secondary crimping fold mechanisms of corrugated case, its structure includes accurate-location device, equipment body, electric machine assembly, transport platform, gluing portion, discharge pedestal, accurate-location device is set to equipment body internal upper part and is electrically connected with electric machine assembly, transport platform is set to middle part in equipment body, gluing portion is set to equipment body upper surface rear portion and is connected by electric welding, and discharge pedestal is set to equipment body rear surface and is connected by electric welding.The present invention by equipped with accurate-location device carton can be facilitated when preparing crimping, reducing positioning is carried out to carton chip size size, the cumbersome of regulating step is saved, the well molding probability of carton is improved, while also improving the fixation the degree of automation of equipment before crimping folding.
Description
Technical field
The present invention relates to corrugated paper box printing machine fields, more precisely, being a kind of secondary crimping folding of corrugated case
Mechanism.
Background technology
The folding stick box production line of corrugated board due to efficient, at low cost, obtains more and more extensive in carton production
Application and development.The guide rod folding mechanism used on traditional folding case bonding line, since cardboard on groover by pressing
Line wheel is pressed out using point contact type crimping, fold line be easy it is crooked between corrugation peaks and troughs, when causing to fold, paper
Case molding is bad, carton openings of sizes occurs and differs and " fish tail " phenomenon, directly affects the quality of carton.But it is this at present
The secondary crimping fold mechanism of corrugated case has the disadvantage that：
1, current device is in crimping, and carton piece is easy to run displacement so that glue mouth contraposition inaccurate dislocation when folded, carton without
The good molding of method.
2, it because the size of pending carton differs, and can not be flexibly adjusted, needed according to it in transmission process
It is complex with the multiple bolts of spanner activity.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of secondary crimping folding machines of corrugated case
Structure, to solve the current device of the prior art in crimping, carton piece is easy to run displacement so that mouth contraposition inaccurate mistake is glued when folded
Position, carton good can not be molded, because the size of pending carton differs, and in transmission process can not flexibly according to its into
Row adjustment is needed with the multiple bolts of spanner activity, more complicated defect.
To achieve the goals above, the present invention is to realize by the following technical solutions：
A kind of secondary crimping fold mechanism of corrugated case, structure include accurate-location device, equipment body, motor group
Part, transport platform, gluing portion, discharge pedestal, the accurate-location device are set to equipment body internal upper part and are electrically connected with electric machine assembly,
The transport platform is set to middle part in equipment body, and the gluing portion is set to equipment body upper surface rear portion and is connected by being welded
It connects, the discharge pedestal is set to equipment body rear surface and is connected by electric welding, and the accurate-location device is by power resources knot
Structure, dynamics regulating mechanism, right pulling structure, reducing fastening structure, Zola move structure, gear transmission structure, transmission moving structure,
Connecting shaft block, crust of the device, frame composition, the power resources structure lower left quarter are connected with dynamics regulating mechanism by transmission
It connects, the right pulling structure right part is connected with dynamics regulating mechanism by pulling, and the reducing fastening structure is set to outside device
Middle and upper part and its upper right quarter is connected with right pulling structure in shell, the Zola move structure and pass through pulling phase with reducing fastening structure
Connection, the gear transmission structure is electrically connected with electric machine assembly and upper part is connected with transmission moving structure by engaging, institute
Connecting shaft block is stated in the middle part of lower portion and is connected with transmission moving structure.
As further scheme of the invention, the power resources structure is by hexagonal bend pipe, scroll bar, fixed plate, turbine, biography
Dynamic belt composition, the scroll bar are set in the middle part of crust of the device inner right wall, and the scroll bar is set to hexagonal bend pipe left end and passes through electric welding
It is connected, the fixed plate is set to bottom right wall in crust of the device and is connect by being welded to be vertically connected, and the turbine is set to fixed plate
It is connected on the left of rear surface and by electric welding, the turbine is connected with scroll bar by engaging, the turbine and right pulling structure
It is connected by driving belt.
As the present invention further scheme, the dynamics regulating mechanism by mounting plate, track plate, No.1 shaft, No. two
Shaft, No.1 rope, bar cylinder, pull rod, No.1 spring composition, the mounting plate are set on the right side of frame lower surface and are hung down by being welded
Directly it is connected, the track plate is set to mounting plate front surface lower part and is connected by electric welding, and the track plate passes through with turbine
Driving belt is connected, and the No.1 shaft is connected and is connected by fastening with track plate for rectangular 90 ° with No. two shafts,
No. two shafts are connected with right pulling structure, and the bar cylinder is set on the right side of frame lower surface and is connected by electric welding, institute
Pull rod top is stated to stretch into inside bar cylinder and by No.1 spring be connected, No.1 rope one end wound with pull rod be connected and
The other end is connected with No.1 shaft.
As further scheme of the invention, the right pulling structure is by No. two ropes, No.1 pulley, No. two pulleys, peace
Load fishplate bar, No.1 sleeve, No. two springs, right connection board composition, the No.1 pulley are set to mounting plate left, No. two cunnings
Wheel is connected set on frame lower surface right part and by electric welding, and the installation connecting plate is set to No. two pulley lefts, the No.1
Sleeve is set to installation connecting plate lower surface and is connected by electric welding, and the right connection board right end stretches into No.1 sleeve inner and leads to
It crosses No. two springs to be connected, be connected with reducing fastening structure on the left of the right connection board, described No. two rope one end and No. two
Shaft winding is connected and the other end is connected on the right side of right connection board by winding around No.1 pulley, No. two pulleys.
As the present invention further scheme, the reducing fastening structure by set frame, retaining spring, move to right movable plate, No.1
Idler wheel moves to left movable plate, No. two idler wheels, cushion, support plate, activity box, the spring that compacts, positioning plate composition, and the set frame, which is set to, to be connected
Spindle block lower surface is simultaneously connected by electric welding, and the movable plate lower end that moves to right is stretched into inside set frame and its upper right quarter and right connection board
It is connected, the No.1 idler wheel, which is set to, to move to right movable plate lower end and be connected by fastening, and set frame is stretched into the movable plate lower end that moves to left
Internal and its upper left quarter moves structure with Zola and is connected, and No. two idler wheels, which are set to, to move to left movable plate lower surface and be connected by fastening
It connects, described to move to right movable plate and be connected by retaining spring with movable plate is moved to left, the cushion is equipped with two pieces and is respectively arranged on set frame altogether
Internal left and right side lower part, the support plate are equipped with two pieces and are respectively arranged on and move to right movable plate and move to left movable plate both sides, the activity altogether
Frame is equipped with two pieces and is connected on the right side of support plate and by electric welding altogether, and the positioning plate is equipped with two pieces and is set to activity box altogether
Interior lower left quarter is simultaneously connected by the spring that compacts.
As the present invention, further scheme, the Zola move structure by No. three ropes, holder, No. two sleeves, No. three cunnings
Wheel, No. four pulleys, No. five pulleys, No. three springs, left connection board composition, the holder are equipped with two and are respectively arranged under frame altogether
It is vertically connected on the left of surface and by electric welding and is connect, No. two sleeves are set to holder lower surface and are connected by electric welding, described
No. three pulleys are set on the right side of No. two sleeve top surfaces and are connected by electric welding, and No. four pulleys are set to No. three pulley lefts,
No. five pulleys are set to No. four pulley lefts, and the left connection board left part stretches into sleeve inner and is connected by No. three springs
It connects, the left connection board right end is connected with movable plate upper left quarter is moved to left by electric welding, described No. three rope one end and moves to right movable plate
Winding is connected and the other end is connected with left connection board by winding around No. three pulleys, No. four pulleys and No. five pulleys.
As further scheme of the invention, the gear transmission structure is by bearing block, strut, No.1 helical gear, fixation
Button, swingle, No. two helical gears, No. three bevel gear sets at, in the bearing holder device shell upper right wall and with electric machine assembly electricity
Connection, the strut are set on the left of bearing block and are connected by electric welding, and the No.1 helical gear is set to strut left end and passes through
Electric welding is connected, and the swingle is installed on upper right quarter in crust of the device by fixing buckle, and No. two helical gears are set to rotation
Bar lower end is simultaneously connected by electric welding, and No. two helical gears are connected with No.1 helical gear by engaging, No. three helical teeth
Wheel is connected set on swingle upper end and by electric welding, and No. three helical gears are connected with transmission moving structure by engaging.
As further scheme of the invention, the transmission moving structure is by bevel gear, No.1 sprocket wheel, No. two sprocket wheels, chains
Item, protective cover, connecting rod composition, the bevel gear are connected with No. three helical gears by engaging, and the No.1 sprocket wheel is set to umbrella
Gear upper surface is simultaneously connected by electric welding, and No. two sprocket wheels are connected with No.1 sprocket wheel by chain, and the protection is provide with
It is connected in chain upper surface and by fitting, described connecting rod one end and protective cover upper surface are connected and another by electric welding
End is connected with connecting shaft block.
Beneficial effects of the present invention are as follows：A kind of secondary crimping fold mechanism of corrugated case of the present invention checks equipment
Energization situation, according to waiting for that the carton that need to be handled by adjusting power resources structure manually, changes reducing fastening structure to carton
Fixed diameter, and the carton fixed is subjected to mobile crimping under the action of electric machine assembly and is folded, scroll bar is in hexagonal bend pipe
Under the action of rotated clockwise and so that the turbine engaged is taken advantage of a situation needle rotate, while using driving belt drive
Track plate moves synchronously, and No.1 shaft, No. two shafts synchronously rotate with track plate, and pull rod is by No.1 rope one
Number shaft, which rotates clockwise down, to be moved down, and No. two shafts of another side do clockwise movement and pull right companies by No. two ropes
Fishplate bar moves right, and moves to right movable plate under the pulling to the right of right connection board with moving right, and support plate is pushed to drive activity box
Move right, and another side move to left movable plate then under the action of No. three ropes pull left connection boards to be moved to the left with it to moving to left
It is dynamic, and then the size needed for carton is set, and the fixation of thickness is carried out to carton by positioning plate, prevent positioning, No.1 oblique
Gear then starts to rotate under the action of electric machine assembly, and is engaged with No. two helical gears and swingle is driven to do rotation fortune
It is dynamic, and No. three helical gears are taken exercises with it, bevel gear and No. three helical gears drive No.1 sprocket wheel same by engagement rotation
Step movement, is moved synchronously by No. two sprocket wheels of chain-driving so that the connecting rod set on protective cover top drives connecting shaft block to do
Back and forth movement, while reducing fastening structure being driven to move with it, it arrives at crimping fold mechanism；Opposite, pull rod is in No.1 spring
Use and move up and pull No.1 shaft to return to initial position by No.1 rope, and No. two shafts of the other end then exist
Right connection board is moved to the left under the effect of elastic force to the left of No. two springs and pulls No. two shafts by pulling No. two ropes
Home position is returned to, movable plate is moved to right and drives support plate to be moved to the left under right connection board promotion to the left, and simultaneously no longer right
Left connection board has pulling force, and moves to left movable plate by left connection board promotion under the action of No. three springs and move right, and moves left
It plate and moves to right movable plate and returns to initial position under the action of retaining spring simultaneously.
The present invention a kind of corrugated case secondary crimping fold mechanism, by equipped with accurate-location device can facilitate paper
Case carries out reducing positioning when preparing crimping, to carton chip size size, saves the cumbersome of regulating step, improve carton well at
The probability of type, at the same also improve equipment crimping folding before fixation the degree of automation.
Description of the drawings
By reading with reference to attached drawing to being described in detail made by non-limiting embodiment, other feature of the invention, purpose
It will be become more apparent upon with advantage.
In the accompanying drawings：
Fig. 1 is a kind of structural schematic diagram of the secondary crimping fold mechanism of corrugated case of the present invention.
Fig. 2 is a kind of structural plan figure of accurate-location device of the present invention.
Fig. 3 is a kind of detailed construction schematic diagram of accurate-location device of the present invention.
Fig. 4 is the vertical view that mobile mechanism is transmitted in Fig. 3 of the present invention.
Fig. 5 is a kind of working state figure of accurate-location device of the present invention.
In figure：Accurate-location device -1, equipment body -2, electric machine assembly -3, transport platform -4, gluing portion -5, discharge pedestal -6,
Power resources structure -101, dynamics regulating mechanism -102, right pulling structure -103, reducing fastening structure -104, Zola move structure -
105, gear transmission structure -106, transmission moving structure -107, connecting shaft block -108, crust of the device -109, frame -110, hexagonal
Bend pipe -1010, scroll bar -1011, fixed plate -1012, turbine -1013, driving belt -1014, mounting plate -1020, track plate -
1021, -1022, No. two shafts -1023, No.1 rope -1024, bar cylinder -1025, pull rod -1026, No.1 springs-of No.1 shaft
1027, No. two ropes -1030, -1031, No. two pulleys -1032 of No.1 pulley, installation connecting plate -1033, No.1 sleeve -1034,
No. two springs -1035, set frame -1040, retaining spring -1041, move to right movable plate -1042, No.1 idler wheel-at right connection board -1036
1043, move to left that movable plate -1044, No. two idler wheels -1045, cushion -1046, support plate -1047, activity box -1048, compact spring -
1049, positioning plate -10410, No. three ropes -1050, holder -1051, No. two sleeves -1052, No. three pulleys -1053, No. four cunnings
Take turns -1054, No. five pulleys -1055, No. three springs -1056, left connection board -1057, bearing block -1060, strut -1061, No.1s
Helical gear -1062, fixing buckle -1063, swingle -1064, No. two helical gears -1065, No. three helical gears -1066, bevel gears -
1070, -1071, No. two sprocket wheels -1072, chain -1073, protective cover -1074, connecting rods -1075 of No.1 sprocket wheel.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
As Figure 1-Figure 5, the present invention provides a kind of technical solution of the secondary crimping fold mechanism of corrugated case：
A kind of secondary crimping fold mechanism of corrugated case, structure include accurate-location device 1, equipment body 2, motor
Component 3, transport platform 4, gluing portion 5, discharge pedestal 6, the accurate-location device 1 be set to 2 internal upper part of equipment body and with motor group
Part 3 is electrically connected, and the transport platform 4 is set to middle part in equipment body 2, and the gluing portion 5 is set to 2 upper surface rear portion of equipment body simultaneously
It is connected by electric welding, the discharge pedestal 6 is set to 2 rear surface of equipment body and is connected by electric welding, the precise positioning dress
It sets 1 and structure is moved by power resources structure 101, dynamics regulating mechanism 102, right pulling structure 103, reducing fastening structure 104, Zola
105, gear transmission structure 106, transmission moving structure 107, connecting shaft block 108, crust of the device 109, frame 110 form, described
101 lower left quarter of power resources structure and dynamics regulating mechanism 102 are connected by transmission, right 103 right part of pullings structure and
Dynamics regulating mechanism 102 by pull be connected, the reducing fastening structure 104 be set to crust of the device 109 in middle and upper part and its
Upper right quarter is connected with right pulling structure 103, and the Zola moves structure 105 and is connected by pulling with reducing fastening structure 104,
The gear transmission structure 106 is electrically connected with electric machine assembly 3 and upper part is connected with transmission moving structure 107 by engaging,
The connecting shaft block 108 is set to 110 inside middle part of frame and is connected with transmission moving structure 107, the power resources structure
101 are made of hexagonal bend pipe 1010, scroll bar 1011, fixed plate 1012, turbine 1013, driving belt 1014, the scroll bar 1011
In the middle part of 109 inner right wall of crust of the device, the scroll bar 1011 is set to 1010 left end of hexagonal bend pipe and is connected by electric welding, institute
Fixed plate 1012 is stated set on bottom right wall in crust of the device 109 and is connect by being welded to be vertically connected, the turbine 1013, which is set to, to be fixed
It is connected on the left of 1012 rear surface of plate and by electric welding, the turbine 1013 is connected with scroll bar 1011 by engaging, the whirlpool
Wheel 1013 is connected with right pulling structure 103 by driving belt 1014, the dynamics regulating mechanism 102 by mounting plate 1020,
Track plate 1021, No.1 shaft 1022, No. two shafts 1023, No.1 rope 1024, bar cylinder 1025, pull rod 1026, No.1 springs
1027 compositions, the mounting plate 1020 are set on the right side of 110 lower surface of frame and are vertically connected by electric welding and connect, the track plate
1021 are set to 1020 front surface lower part of mounting plate and are connected by electric welding, and the track plate 1021 passes through transmission with turbine 1013
Belt 1014 is connected, and the No.1 shaft 1022 is connected with No. two 1023 rectangular 90 ° of shafts and leads to track plate 1021
It crosses fastening to be connected, No. two shafts 1023 are connected with right pulling structure 103, and the bar cylinder 1025 is set under frame 110
It is connected on the right side of surface and by electric welding, 1026 top of the pull rod stretches into 1025 inside of bar cylinder and by 1027 phase of No.1 spring
Connection, described 1024 one end of No.1 rope is connected with the winding of pull rod 1026 and the other end is connected with No.1 shaft 1022, institute
Right pulling structure 103 is stated by No. two ropes 1030,1031, No. two pulleys 1032 of No.1 pulley, installation connecting plate 1033, No.1 set
1034, No. two springs 1035 of cylinder, right connection board 1036 form, and the No.1 pulley 1031 is set to 1020 left of mounting plate, described
No. two pulleys 1032 are set to 110 lower surface right part of frame and are connected by electric welding, and the installation connecting plate 1033 is set to No. two
1032 left of pulley, the No.1 sleeve 1034 are set to installation 1033 lower surface of connecting plate and are connected by electric welding, the right side
1036 right end of connecting plate stretches into 1034 inside of No.1 sleeve and is connected by No. two springs 1035, and the right connection board 1036 is left
Side is connected with reducing fastening structure 104, and 1030 one end of No. two ropes is connected and another with the winding of No. two shafts 1023
End is connected with 1036 right side of right connection board by winding around 1031, No. two pulleys 1032 of No.1 pulley, the reducing fastening
Structure 104 by set frame 1040, retaining spring 1041, move to right movable plate 1042, No.1 idler wheel 1043, move to left the rolling of movable plate 1044, two
Wheel 1045, cushion 1046, support plate 1047, activity box 1048, the spring 1049 that compacts, positioning plate 10410 form, the set frame
1040 are set to 108 lower surface of connecting shaft block and are connected by electric welding, and 1042 lower end of movable plate that moves to right is stretched into set frame 1040
Portion and its upper right quarter is connected with right connection board 1036, the No.1 idler wheel 1043 are set to and move to right 1042 lower end of movable plate and pass through button
Conjunction is connected, described to move to left that set frame 1040 inside is stretched into 1044 lower end of movable plate and the dynamic structure of its upper left quarter and Zola 105 is connected,
No. two idler wheels 1045, which are set to, to move to left 1044 lower surface of movable plate and is connected by fastening, described to move to right movable plate 1042 and move to left
Movable plate 1044 is connected by retaining spring 1041, and the cushion 1046 is equipped with two pieces and is respectively arranged on a 1040 inside left side of set frame altogether
Lower right side, the support plate 1047 are equipped with two pieces and are respectively arranged on and move to right movable plate 1042 and move to left 1044 both sides of movable plate, institute altogether
It states activity box 1048 to be equipped with two pieces altogether and on the right side of support plate 1047 and by electric welding be connected, the positioning plate 10410 is total
Lower left quarter and be connected by the spring 1049 that compacts equipped with two pieces and in the activity box 1048, the Zola move structure 105 by
No. three ropes 1050, the pulley 1055, three of pulley 1054, five of pulley 1053, four of sleeve 1052, three of holder 1051, two
Number spring 1056, left connection board 1057 form, and the holder 1051 is equipped with two and is respectively arranged on the left of 110 lower surface of frame altogether
And be vertically connected and connect by electric welding, No. two sleeves 1052 are set to 1051 lower surface of holder and are connected by electric welding, described
No. three pulleys 1053 are set on the right side of No. two 1052 upper surfaces of sleeve and are connected by electric welding, and No. four pulleys 1054 are set to three
Number 1053 left of pulley, No. five pulleys 1055 are set to No. four 1054 lefts of pulley, and 1057 left part of the left connection board stretches into
The inside of sleeve 1052 is simultaneously connected by No. three springs 1056,1057 right end of the left connection board and moves to left 1044 upper left quarter of movable plate
It is connected by electric welding, 1050 one end of No. three ropes and moves to right that the winding of movable plate 1042 is connected and the other end is around No. three cunnings
1053, No. four pulleys 1054 of wheel and No. five pulleys 1055 are connected with left connection board 1057 by winding, the gear drive knot
Structure 106 is by 1064, No. two bearing block 1060, strut 1061, No.1 helical gear 1062, fixing buckle 1063, swingle helical gears
1065, No. three helical gears 1066 form, and upper right wall and are electrically connected with electric machine assembly 3 in 1060 crust of the device 109 of the bearing block,
The strut 1061 is set to 1060 left side of bearing block and is connected by electric welding, and the No.1 helical gear 1062 is set to strut 1061
Left end is simultaneously connected by electric welding, and the swingle 1064 is installed on upper right quarter in crust of the device 109, institute by fixing buckle 1063
No. two helical gears 1065 are stated set on 1064 lower end of swingle and are connected by electric welding, No. two helical gears 1065 and No.1 are oblique
Gear 1062 is connected by engagement, and No. three helical gears 1066 are set to 1064 upper end of swingle and are connected by electric welding,
No. three helical gears 1066 are connected with transmission moving structure 107 by engaging, and the transmission moving structure 107 is by bevel gear
1070,1071, No. two sprocket wheels 1072 of No.1 sprocket wheel, chain 1073, protective cover 1074, connecting rod 1075 form, the bevel gear
1070 are connected with No. three helical gears 1066 by engaging, and the No.1 sprocket wheel 1071 is set to 1070 upper surface of bevel gear and passes through
Electric welding is connected, and No. two sprocket wheels 1072 are connected with No.1 sprocket wheel 1071 by chain 1073, and the protective cover 1074 is set
It is connected in 1073 upper surface of chain and by fitting, 1075 one end of the connecting rod passes through electric welding with 1074 upper surface of protective cover
It is connected and the other end is connected with connecting shaft block 108.
A kind of secondary crimping fold mechanism of corrugated case of the present invention, its working principle is that：Check the energization feelings of equipment
Condition, according to the carton that need to be handled is waited for by adjusting power resources structure 101 manually, change reducing fastening structure 104 is to carton
Fixed diameter, and the carton fixed is subjected to mobile crimping under the action of electric machine assembly 3 and is folded, scroll bar 1011 is curved in hexagonal
Rotated clockwise under the action of pipe 1010 and so that the turbine 1013 engaged is taken advantage of a situation needle rotate, while using pass
Dynamic belt 1014 drives track plate 1021 to move synchronously, and 1022, No. two shafts 1023 of No.1 shaft are with track plate 1021
It synchronously rotates, pull rod 1026 is moved down by No.1 rope 1024 in the case where No.1 shaft 1022 rotates clockwise, another side
No. two shafts 1023 do clockwise movement and pull right connection boards 1036 to move right by No. two ropes 1030, move to right movable plate
1042 under the pulling to the right of right connection board 1036 with moving right, and push support plate 1047 that activity box 1048 is driven to move right
It is dynamic, and another side moves to left movable plate 1044 then under the action of No. three ropes 1050 pull left connection boards 1057 to be moved to the left with it
It is moved to the left, and then sets the size needed for carton, and carry out the fixation of thickness to carton by positioning plate 10410, prevent
Positioning, No.1 helical gear 1062 then start to rotate under the action of electric machine assembly 3, and are engaged with No. two helical gears 1065
It drives swingle 1064 to rotate, and No. three helical gears 1066 is taken exercises with it, bevel gear 1070 and No. three helical teeth
Wheel 1066 drives No.1 sprocket wheel 1071 to move synchronously by engagement rotation, drives No. two sprocket wheels 1072 same by chain 1073
Step movement so that the connecting rod 1075 set on 1074 top of protective cover drives connecting shaft block 108 to do back and forth movement, while driving change
Diameter fastening structure 104 moves with it, and arrives at crimping fold mechanism；Opposite, pull rod 1026 is used No.1 spring 1027
It moves up and pulls No.1 shaft 1022 to return to initial position by No.1 rope 1024, and No. two shafts 1023 of the other end
It is then moved to the left under the effect of elastic force to the left of No. two springs 1035 in right connection board 1036 and by pulling No. two ropes 1030
And then No. two shafts 1023 is pulled to return to home position, it moves to right movable plate 1042 and drives branch under the promotion to the left of right connection board 1036
Fagging 1047 is moved to the left, and simultaneously no longer there is pulling force to left connection board 1057, and under the action of No. three spring 1056
It moves to left movable plate 1044 by the promotion of left connection board 1057 and moves right, move to left movable plate 1044 and move to right movable plate 1042 and positioning simultaneously
Initial position is returned under the action of spring 1041.
Problems solved by the invention is the current device of the prior art in crimping, and carton piece is easy to run displacement so that folding
Viscous mouth contraposition inaccurate dislocation when viscous, carton good can not be molded, because the size of pending carton differs, and in transmission process
It can not be flexibly adjusted according to it, need to use the multiple bolts of spanner activity, complex, the present invention passes through above-mentioned component
Be combined with each other, by equipped with accurate-location device carton can be facilitated when preparing crimping, carton chip size size is become
Diameter positions, and saves the cumbersome of regulating step, improves the well molding probability of carton, at the same also raising equipment before crimping folding
Fixation the degree of automation.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (8)
1. a kind of secondary crimping fold mechanism of corrugated case, structure includes accurate-location device (1), equipment body (2), electricity
Thermomechanical components (3), transport platform (4), gluing portion (5), discharge pedestal (6), it is characterised in that：The accurate-location device (1) sets
Standby main body (2) internal upper part is simultaneously electrically connected with electric machine assembly (3), and the transport platform (4) is set to middle part in equipment body (2), described
Gluing portion (5) is set to equipment body (2) upper surface rear portion and is connected by electric welding, and the discharge pedestal (6) is set to equipment body
(2) rear surface and by electric welding be connected；
The accurate-location device (1) by power resources structure (101), dynamics regulating mechanism (102), right pulling structure (103),
Reducing fastening structure (104), Zola move structure (105), gear transmission structure (106), transmission moving structure (107), connecting shaft
Block (108), crust of the device (109), frame (110) composition, power resources structure (101) lower left quarter and dynamics regulating mechanism
(102) it is connected by transmission, right pulling structure (103) right part is connected with dynamics regulating mechanism (102) by pulling,
The reducing fastening structure (104) is set to the interior middle and upper part of crust of the device (109) and its upper right quarter is connected with right pulling structure (103)
It connects, the Zola moves structure (105) and is connected by pulling with reducing fastening structure (104), the gear transmission structure (106)
It is electrically connected with electric machine assembly (3) and upper part is connected with transmission moving structure (107) by engaging, the connecting shaft block
(108) it is set to the internal middle part of frame (110) and is connected with transmission moving structure (107).
2. a kind of secondary crimping fold mechanism of corrugated case according to claim 1, it is characterised in that：The power comes
Source structure (101) is by hexagonal bend pipe (1010), scroll bar (1011), fixed plate (1012), turbine (1013), driving belt (1014)
Composition, the scroll bar (1011) are set in the middle part of crust of the device (109) inner right wall, and the scroll bar (1011) is set to hexagonal bend pipe
(1010) left end and it is connected by electric welding, the fixed plate (1012), which is set to, the interior bottom right wall of crust of the device (109) and passes through electricity
Weldering, which is vertically connected, to be connect, and the turbine (1013) is set on the left of fixed plate (1012) rear surface and is connected by electric welding, the whirlpool
Wheel (1013) is connected with scroll bar (1011) by engaging, and the turbine (1013) is with right pulling structure (103) by being driven skin
Band (1014) is connected.
3. a kind of secondary crimping fold mechanism of corrugated case according to claim 1, it is characterised in that：The dynamics tune
Mechanism (102) is saved by mounting plate (1020), track plate (1021), No.1 shaft (1022), No. two shafts (1023), No.1 ropes
(1024), bar cylinder (1025), pull rod (1026), No.1 spring (1027) composition, the mounting plate (1020) are set to frame (110)
It is vertically connected on the right side of lower surface and by electric welding and is connect, the track plate (1021) is set to mounting plate (1020) front surface lower part and leads to
It crosses electric welding to be connected, the track plate (1021) is connected with turbine (1013) by driving belt (1014), the No.1 axis
Bar (1022) is connected with No. two rectangular 90 ° of shafts (1023) and is connected by fastening with track plate (1021), and described two
Number shaft (1023) is connected with right pulling structure (103), and the bar cylinder (1025) is set on the right side of frame (110) lower surface and leads to
Electric welding to be crossed to be connected, pull rod (1026) top stretches into bar cylinder (1025) inside and is connected by No.1 spring (1027),
Described No.1 rope (1024) one end is connected with pull rod (1026) winding and the other end is connected with No.1 shaft (1022).
4. a kind of secondary crimping fold mechanism of corrugated case according to claim 1, it is characterised in that：The right pulling
Structure (103) is by No. two ropes (1030), No.1 pulley (1031), No. two pulleys (1032), installation connecting plate (1033), No.1
Sleeve (1034), No. two springs (1035), right connection board (1036) composition, the No.1 pulley (1031) are set to mounting plate
(1020) left, No. two pulleys (1032) are set to frame (110) lower surface right part and are connected by electric welding, the installation
Connecting plate (1033) is set to No. two pulley (1032) lefts, and the No.1 sleeve (1034) is set to installation connecting plate (1033) following table
Face is simultaneously connected by electric welding, and right connection board (1036) right end stretches into No.1 sleeve (1034) inside and by No. two springs
(1035) it is connected, is connected with reducing fastening structure (104) on the left of the right connection board (1036), No. two ropes
(1030) one end is connected with No. two shaft (1023) windings and the other end is around No.1 pulley (1031), No. two pulleys (1032)
It is connected by winding on the right side of right connection board (1036).
5. a kind of secondary crimping fold mechanism of corrugated case according to claim 1, it is characterised in that：The reducing is tight
Fixing structure (104) by set frame (1040), retaining spring (1041), move to right movable plate (1042), No.1 idler wheel (1043), move to left movable plate
(1044), No. two idler wheels (1045), cushion (1046), support plate (1047), activity box (1048), the spring that compacts (1049), fixed
Position plate (10410) forms, and the set frame (1040) is set to connecting shaft block (108) lower surface and is connected by electric welding, the right side
Set frame (1040) inside is stretched into movable plate (1042) lower end and its upper right quarter is connected with right connection board (1036), the No.1 rolling
Wheel (1043), which is set to, to move to right movable plate (1042) lower end and is connected by fastening, and set frame is stretched into described movable plate (1044) lower end that moves to left
(1040) internal and its upper left quarter moves structure (105) with Zola and is connected, and No. two idler wheels (1045) are set to and move to left movable plate
(1044) lower surface and it is connected by fastening, it is described to move to right movable plate (1042) and move to left movable plate (1044) and pass through retaining spring
(1041) it is connected, the cushion (1046) is equipped with two pieces and is respectively arranged on the internal left and right side lower part of set frame (1040) altogether, described
Support plate (1047) is equipped with two pieces and is respectively arranged on and moves to right movable plate (1042) and move to left movable plate (1044) both sides, the activity box altogether
(1048) it is equipped with two pieces altogether and is connected on the right side of support plate (1047) and by electric welding, the positioning plate (10410) sets altogether
There are two pieces and is set to the interior lower left quarter of activity box (1048) and is connected by the spring that compacts (1049).
6. a kind of secondary crimping fold mechanism of corrugated case according to claim 1, it is characterised in that：The Zola is dynamic
Structure (105) is by No. three ropes (1050), holder (1051), No. two sleeves (1052), No. three pulleys (1053), No. four pulleys
(1054), No. five pulleys (1055), No. three springs (1056), left connection board (1057) composition, the holder (1051) are equipped with altogether
It two and is respectively arranged on the left of frame (110) lower surface and is vertically connected by electric welding and connect, No. two sleeves (1052) are set to
Holder (1051) lower surface is simultaneously connected by electric welding, and it is right that No. three pulleys (1053) are set to No. two sleeve (1052) upper surfaces
Side is simultaneously connected by electric welding, and No. four pulleys (1054) are set to No. three pulley (1053) lefts, No. five pulleys
(1055) No. four pulley (1054) lefts are set to, left connection board (1057) left part stretches into sleeve (1052) inside and by three
Number spring (1056) is connected, and left connection board (1057) right end is connected with movable plate (1044) upper left quarter is moved to left by electric welding
Connect, No. three ropes (1050) one end with move to right movable plate (1042) winding be connected and the other end bypass No. three pulleys
(1053), No. four pulleys (1054) and No. five pulleys (1055) are connected with left connection board (1057) by winding.
7. a kind of secondary crimping fold mechanism of corrugated case according to claim 1, it is characterised in that：The gear passes
Dynamic structure (106) is by bearing block (1060), strut (1061), No.1 helical gear (1062), fixing buckle (1063), swingle
(1064), No. two helical gears (1065), No. three helical gear (1066) compositions, bearing block (1060) crust of the device (109) are interior
Upper right wall is simultaneously electrically connected with electric machine assembly (3), and the strut (1061) is set on the left of bearing block (1060) and is connected by being welded
It connects, the No.1 helical gear (1062) is set to strut (1061) left end and is connected by electric welding, and the swingle (1064) is logical
It crosses fixing buckle (1063) and is installed on crust of the device (109) interior upper right quarter, No. two helical gears (1065) are set to swingle
(1064) lower end and it is connected by electric welding, No. two helical gears (1065) and No.1 helical gear (1062) are connected by engaging
It connects, No. three helical gears (1066) are set to swingle (1064) upper end and are connected by electric welding, No. three helical gears
(1066) it is connected by engaging with transmission moving structure (107).
8. a kind of secondary crimping fold mechanism of corrugated case according to claim 1, it is characterised in that：The transmission moves
Dynamic structure (107) is by bevel gear (1070), No.1 sprocket wheel (1071), No. two sprocket wheels (1072), chain (1073), protective cover
(1074), connecting rod (1075) forms, and the bevel gear (1070) is connected with No. three helical gears (1066) by engaging, described
No.1 sprocket wheel (1071) is set to bevel gear (1070) upper surface and is connected by electric welding, No. two sprocket wheels (1072) and No.1
Sprocket wheel (1071) is connected by chain (1073), and the protective cover (1074) is set to chain (1073) upper surface and passes through fitting
It is connected, described connecting rod (1075) one end and protective cover (1074) upper surface are connected by electric welding and the other end and connecting shaft
Block (108) is connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810507598.1A CN108481803A (en) | 2018-05-24 | 2018-05-24 | A kind of secondary crimping fold mechanism of corrugated case |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810507598.1A CN108481803A (en) | 2018-05-24 | 2018-05-24 | A kind of secondary crimping fold mechanism of corrugated case |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108481803A true CN108481803A (en) | 2018-09-04 |
Family
ID=63351017
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810507598.1A Withdrawn CN108481803A (en) | 2018-05-24 | 2018-05-24 | A kind of secondary crimping fold mechanism of corrugated case |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108481803A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108943849A (en) * | 2018-09-27 | 2018-12-07 | 豪德机械（上海）有限公司 | A kind of bellows equipment of adaptive corrugated paper cardboard size |
| CN111003286A (en) * | 2019-10-29 | 2020-04-14 | 张忠 | Corrugated board cambered surface shuttle-sliding anti-wrinkle forming and packaging equipment for annular packaging box |
| CN111982962A (en) * | 2020-08-25 | 2020-11-24 | 苏州鸿凌达电子科技有限公司 | Heat conduction effect detection device of heat conduction material |
-
2018
- 2018-05-24 CN CN201810507598.1A patent/CN108481803A/en not_active Withdrawn
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108943849A (en) * | 2018-09-27 | 2018-12-07 | 豪德机械（上海）有限公司 | A kind of bellows equipment of adaptive corrugated paper cardboard size |
| CN108943849B (en) * | 2018-09-27 | 2023-12-15 | 豪德机械（上海）有限公司 | Box folding equipment of self-adaptation corrugated paper cardboard size |
| CN111003286A (en) * | 2019-10-29 | 2020-04-14 | 张忠 | Corrugated board cambered surface shuttle-sliding anti-wrinkle forming and packaging equipment for annular packaging box |
| CN111982962A (en) * | 2020-08-25 | 2020-11-24 | 苏州鸿凌达电子科技有限公司 | Heat conduction effect detection device of heat conduction material |
| CN111982962B (en) * | 2020-08-25 | 2021-03-23 | 苏州鸿凌达电子科技有限公司 | Heat conduction effect detection device of heat conduction material |
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Application publication date: 20180904 |