CN204235943U - Spell grey trigger - Google Patents
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- CN204235943U CN204235943U CN201420603273.0U CN201420603273U CN204235943U CN 204235943 U CN204235943 U CN 204235943U CN 201420603273 U CN201420603273 U CN 201420603273U CN 204235943 U CN204235943 U CN 204235943U
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Abstract
The utility model is open a kind of spells grey trigger, comprise gift box automatic moulding frame, for carry to be processed three in flakes three in flakes conveying device, for be transferred mobile in the both sides of three the bottoms in flakes gumming mechanism, the two-phase that apply glue be opposite to the shrouding side entered on mechanism rack, described shrouding side enter device, for by three in flakes jacking shaping mold frame then along box eject frame tread from go out box breach ejector constitutive element and be used for by from described go out the box that ejects of box breach unload connect box device.The utility model is spelled grey trigger and is achieved the shaping full-automation of square gift box, substantially increases production efficiency.
Description
Technical field
The utility model relates to mechanical field, particularly relates to the grey trigger of a kind of spelling.
Background technology
Square gift box is widely used in the packaging field of daily life, and current square gift box machine-shaping completes mainly through staff, and automaticity is low, and production efficiency is low.
For above problem, urgently a kind of spelling ash trigger that can realize the shaping full-automation of square gift box, thus greatly enhance productivity.
Utility model content
The purpose of this utility model is to provide a kind of spelling ash trigger that can realize the shaping full-automation of square gift box, thus greatly enhances productivity.
To achieve these goals, the technical solution of the utility model is: provide a kind of and spell grey trigger, comprise gift box automatic moulding frame, three conveying devices in flakes, gumming mechanism, two are symmetrically placed in the shrouding side that in described gripper shoe, mechanism rack place is entered in corresponding described shrouding side enters device, ejecting mechanism and connect case structure, described gift box automatic moulding frame comprises shrouding side and enters mechanism rack, three conveying mechanism support and gripper shoes in flakes, described three in flakes conveying mechanism support be connected to the middle part that the front lower end of mechanism rack is entered in described shrouding side, described three in flakes conveying mechanism support comprise first step support and second step support, described gripper shoe level is fixed in described shrouding side and enters mechanism rack and described three in flakes on conveying mechanism support, described gripper shoe is positioned at the below of described first step support, the corresponding described shrouding side of described gripper shoe is entered mechanism rack place and is had two lifting installing holes and the ejection installing hole between two lifting installing holes, the middle part that the upper end of mechanism rack is entered in described shrouding side offers out box breach, the T-shaped shape of described gripper shoe, described three in flakes conveying device to be installed in described gripper shoe corresponding described three conveying mechanism support places in flakes, for carrying to be processed three in flakes, described gumming mechanism is installed on correspondence described three in described gripper shoe and enters between mechanism rack in conveying mechanism support and described shrouding side in flakes, for applying glue to the both sides being transferred the bottom in flakes of three in movement, described shrouding side is entered device and is comprised shrouding side and enter support, push away paper guiding mechanism and framed shaping export agency, described shrouding side is entered support and is comprised horizontal stand, vertical support frame, paper delivery positioning component and two vertical slide rail, described vertical support frame is vertically fixed in one end of described horizontal stand, described vertical support frame offers cardboard introduction hole near described horizontal stand place, described paper delivery positioning component comprises locating piece on positioning baseplate and two, described positioning baseplate is laterally connected in the outer face of described vertical support frame, and the lower end of described positioning baseplate extends in described cardboard introduction hole, described upper locating piece is fixed in the both sides of the lower end of described positioning baseplate respectively, described vertical slide rail is fixed in described vertical support frame just to the both sides of the corresponding described cardboard introduction hole in the face, one end of described horizontal stand, the described paper guiding mechanism that pushes away comprises sheet holding member plate, paper pushing structure, push away paper guide rail, push away paper actuating unit, two paper side guides and two transverse slider assemblies, the middle part of described sheet holding member plate offers and longitudinal pushes away paper guide hole, described pushing away described in bottom correspondence that paper guide rail is fixed in described sheet holding member plate pushes away paper guide hole place, described paper side guide is longitudinally vertically placed in the both sides described sheet holding member plate pushing away paper guide hole described in correspondence respectively, the lower end of described paper pushing structure pushes away paper guide hole and connects with the described paper slide that pushes away and driven by the described paper actuating unit that pushes away described in passing, the both sides of described sheet holding member plate have the side plate guide hole of two transverse directions, the outside of the corresponding described side plate guide hole in bottom of described sheet holding member plate has horizontal slide rail mount pad, described slide rail mount pad is fixed on described horizontal stand, the inner side of described slide rail mount pad is provided with cross slide way, the both sides of paper guide hole are pushed away described in transverse slider assembly described in two lays respectively at, described transverse slider assembly comprises two slide blocks, two slide block connecting portion and slide block connecting rods, described skid is connected on corresponding cross slide way, one end and the described slide block of described slide block connecting portion are affixed, the other end is affixed through one end that described side plate guide hole is corresponding to described paper side guide, the slide block of two ends respectively with corresponding of described slide block connecting rod is affixed, the bottom of described slide block connecting rod is connected with screw mandrel contiguous block, described screw mandrel contiguous block offers screw mandrel screw, the two ends of described screw mandrel are combined in corresponding described screw mandrel screw respectively, described screw mandrel handwheel is fixed in one end of described screw mandrel, the both sides of described sheet holding member front edge of board are connected with vertical slipper respectively, described vertical slipper is slidably connected in corresponding described vertical slide rail, described framed shaping export agency comprises adjustable die frame structure and derived type structure, described adjustable die frame structure comprises two framed Connection Blocks, two framed sub-side plates, framed side base plate, first screw mandrel adjusting part and the first slide block assembly, described framed Connection Block comprises vertical component effect and horizontal part, described horizontal part is vertically connected at the rear side of the upper end of described vertical component effect, described framed sub-side plate is fixed in the front side end of described vertical component effect, described framed side base plate is fixed in the rear side end of vertical component effect described in two, described first screw mandrel adjusting part comprises two first and regulates screw mandrel contiguous block, first regulates reverse screw mandrel and adjusting handle, described first regulates screw mandrel contiguous block to be fixed on described horizontal part, described first adjustment screw mandrel contiguous block has the first horizontal adjustment screw mandrel screw, the two ends of the reverse screw mandrel of described first adjustment screw respectively and are interspersed in described first adjustment screw mandrel screw and are rotatably connected in the both sides of the front lower end of described vertical support frame, described adjusting handle is fixed in the outside that described first regulates the corresponding described vertical support frame in one end of reverse screw mandrel, described first regulates the other end of reverse screw mandrel to be installed with the first travelling gear in the inner side of described vertical support frame, the upper end of described vertical component effect has the first outer guide hole, the rear inner side of the corresponding described outer guide hole of described horizontal part has guide hole in first, described first slide block assembly comprises two first transverse sliders and the first cross slide way, described first transverse slider is fixed in the bottom of corresponding horizontal part respectively, described first transverse slider is slidably connected on described first cross slide way, the two ends of described first cross slide way are fixed in the both sides of the front lower end of described vertical support frame respectively, described derived type structure comprises two outer guide rods, two inner guides, two guide rod contiguous blocks, second screw mandrel adjusting part, second slide block assembly and derivation driving-chain, the front side end of described guide rod contiguous block has the second outer guide hole, on described guide rod contiguous block, the rear inner side of corresponding described second outer guide hole has guide hole in second, the two ends of described outer guide rod are plugged in the first corresponding outer guide hole and the second outer guide hole respectively, the two ends of described inner guide to be plugged in corresponding first in guide hole and second in guide hole respectively, described second slide block assembly comprises two second transverse sliders and the second cross slide way, described second transverse slider is fixed in the rear end bottom described guide rod contiguous block respectively and is slidably connected on described second cross slide way, the two ends of described second cross slide way are fixed in the both sides of the front upper end of described vertical support frame respectively, described second screw mandrel adjusting part comprises two first and regulates screw mandrel contiguous block and second to regulate reverse screw mandrel, described second regulates screw mandrel contiguous block to be fixed on described guide rod contiguous block, described second adjustment screw mandrel contiguous block has the second horizontal adjustment screw mandrel screw, the two ends of the reverse screw mandrel of described second adjustment screw respectively and are interspersed in described second adjustment screw mandrel screw and rotate the both sides being fixed in the front upper end of described vertical support frame, described first regulates reverse silk pole pair to answer one end of described first travelling gear to be installed with the second travelling gear, the other end is installed with the first travelling gear, described derivation driving-chain is wound in outside described first travelling gear and described second travelling gear, relative framed sub-side plate engages each other thus forms square shaping mold frame, form box between two pairs of inner guides and two external guide rods and eject frame rail, described ejecting mechanism is installed in described ejection installing hole, for then ejecting frame tread from going out box breach along box by three in flakes jacking shaping mold frame, the described box device that connects is installed on described shrouding side and enters on mechanism rack to go out outside box breach described in correspondence, for by from described go out the box that ejects of box breach unload.
Described shrouding side is entered device and is also comprised bedplate up-down mechanism, the bottom of described horizontal stand is also laterally connected with lateral connection block, described lateral connection block has apical pore, described bedplate up-down mechanism comprises the lifting mount pad of tubular, elevating screw contiguous block, lifting handwheel, elevating screw and ejector, described lifting mount pad is installed in corresponding described lifting installing hole, the bottom of described lifting mount pad is provided with contiguous block installation cavity, described elevating screw contiguous block is fixedly installed in described contiguous block installation cavity, described elevating screw contiguous block offers elevating screw screw, the upper end of described elevating screw through described apical pore and described ejector affixed, the lower end of described elevating screw screw through described elevating screw screw and described lifting handwheel affixed, described lifting handwheel rotates and is fixed on external rack, described ejector supports the bottom of described sheet holding member plate, described ejector comprises sole piece and is vertically connected at the lateral mass of described sole piece both sides, the upper end of described sole piece and described elevating screw is affixed, guide rail groove is formed between lateral mass described in two, the described paper guide rail that pushes away is through described guide rail groove.
Described adjustable die frame structure also comprise two on the upside of locating piece, described upside locating piece comprises vertical joints and Horizontal limiting portion, the upper end of described vertical joints is fixed in the bottom of corresponding horizontal part rear end, lower end and the described Horizontal limiting portion of described vertical joints are affixed, described Horizontal limiting portion is vertical with described framed side base plate, and described Horizontal limiting portion is positioned at the lower outside of corresponding described upper locating piece.
Compared with prior art, the utility model is spelled grey trigger and is achieved the shaping full-automation of square gift box, substantially increases production efficiency.
By following description also by reference to the accompanying drawings, the utility model will become more clear, and these accompanying drawings are for explaining embodiment of the present utility model.
Accompanying drawing explanation
Fig. 1 is the structure chart that the utility model spells grey trigger.
Fig. 2 is the structure chart that the utility model spells the gift box automatic moulding frame of grey trigger.
Fig. 3 is the structure chart that the utility model spells three conveying device angles in flakes of grey trigger.
Fig. 4 is the structure chart that the utility model spells three another angles of conveying device in flakes of grey trigger.
Fig. 5 is the structure chart that a device angle is entered in shrouding side that the utility model spells grey trigger.
Fig. 6 is the structure chart that another angle of device is entered in shrouding side that the utility model spells grey trigger.
Fig. 7 is the partial schematic diagram that device is entered in shrouding side that the utility model spells grey trigger.
Fig. 8 is another partial schematic diagram that device is entered in shrouding side that the utility model spells grey trigger.
Fig. 9 is the sectional view that the bedplate up-down mechanism of device is entered in shrouding side that the utility model spells grey trigger.
Figure 10 is the structure chart that the framed shaping export agency of device is entered in shrouding side that the utility model spells grey trigger.
Figure 11 is the structure chart that the utility model spells the ejecting mechanism of grey trigger.
Figure 12 is the structure chart connecing box device that the utility model spells grey trigger.
Figure 13 is the partial enlarged drawing connecing box device that the utility model spells grey trigger.
Figure 14 is the structure chart meeting the Jie Hedou mechanism of box device that the utility model spells grey trigger.
Detailed description of the invention
Referring to figs. 1 to Figure 14, the utility model is spelled grey trigger 1000 and is comprised gift box automatic moulding frame 600, three conveying device 100, gumming mechanism 200, two shrouding side are entered device 300, ejecting mechanism 500 and connect box device 400 in flakes.
Described gift box automatic moulding frame 600 comprises shrouding side and enters mechanism rack 610, three conveying mechanism support 620 and gripper shoe 630 in flakes.
Described three in flakes conveying mechanism support 620 be connected to the middle part that the front lower end of mechanism rack 610 is entered in described shrouding side, described three in flakes conveying mechanism support 620 comprise first step support 621 and second step support 622.Described gripper shoe 630 level is fixed in described shrouding side and enters mechanism rack 610 and described three in flakes on conveying mechanism support 620.Described gripper shoe 630 is positioned at the below of described first step support 621, and the middle part that the upper end of mechanism rack 610 is entered in described shrouding side offers out box breach 611.
Preferably, the T-shaped shape of described gripper shoe 630.The corresponding described shrouding side of described gripper shoe 630 is entered mechanism rack 610 place and is had two lifting installing holes 631 and the ejection installing hole 632 between two lifting installing holes.
Described three in flakes conveying device 100 to be installed in described gripper shoe 630 corresponding described three conveying mechanism support 610 places in flakes.Described three in flakes conveying device 100 comprise conveyer belt mechanism 110 and paper feeding positioning guide mechanism 130.
Described conveyer belt mechanism 110 comprises transfer gantry 111, conveying servomotor 112, driving tooth wheels 113, driven gear (not shown), conveyer belt 115, conveying 116, conveying slide block 117 and two cardboard support side plates 118.
Described conveying servomotor 112 is fixedly arranged in the rear end of described transfer gantry 111.Described driving tooth wheels 113 connect with the output of described conveying servomotor 112, the front upper place being fixedly arranged in corresponding described driving tooth wheels 113 on described transfer gantry 111 of trend before and after described conveying 116.Described driven gear is rotatably connected in the front end of described conveying 116.Described conveyer belt 115 is wound on described driving tooth wheels 113 and described driven gear, and up and down outside described conveying 116.The upper end and sliding with described conveying 116 that described conveying slide block 117 is fixed on described conveyer belt 115 connects.Described cardboard support side plate 118 is vertically connected at the both sides of described conveying 116 respectively and stretches to the front of described transfer gantry 111.
Preferably, the upper surface of described conveying slide block 117 is convexly equipped with some support rims 1171, and the upper surface of described support rim 1171 is positioned in same level.
Described paper feeding positioning guide mechanism 130 comprises input front apron 131, two and inputs positioning guiding structure 135 on side plate 132, first outlet side positioning guiding structure, the second outlet side positioning guiding structure, two, locates horizontal slide rail 136, side positioning transmission screw component and upper positioning transmission screw component.
Described input front apron 131 is fixed in the top of corresponding cardboard support side plate 118 on described transfer gantry 111, form cardboard by gap between described input front apron 131 and described cardboard support side plate 118, described input side plate 132 is vertically fixed in the both sides of the rear end face of described input front apron 131.Described location horizontal slide rail 136 is laterally fixed in the front end face of described input front apron 131.Described upper positioning guiding structure 135 is slidably connected on the horizontal slide rail 136 in described location, and described first outlet side positioning guiding structure and described second exports the outside that location structure is slidably connected to corresponding described upper positioning guiding structure 135 on the horizontal slide rail in described location 136.Described side positioning transmission screw component drives described first outlet side positioning guiding structure and described second to export location structure and moves inward simultaneously or outwards move simultaneously, and described upper positioning transmission screw component drives upper positioning guiding structure 135 described in two to move inward simultaneously or outwards move simultaneously.
Particularly, described upper positioning guiding structure 135 comprises positioning sliding block 1351, upper positioning supporting frame 1352 and upper positioning body 1353.Described upper positioning sliding block 1351 is slidably connected on the horizontal slide rail 136 in described location.Upper end and the described upper positioning sliding block 1351 of described upper positioning supporting frame 1352 are affixed, and lower end and the described upper positioning body 1353 of described upper positioning supporting frame 1352 are affixed.Described first outlet side positioning guiding structure comprises the first side positioning sliding block 1331, first side positioning supporting frame 1332 and the first side positioning body 120.Described first side positioning sliding block 1331 is slidably connected on the horizontal slide rail 136 in described location, upper end and the described first side positioning sliding block 1331 of described first side positioning supporting frame 1332 are affixed, and lower end and the described first side positioning body 120 of described first side positioning supporting frame 1332 are affixed.Described second outlet side positioning guiding structure comprises the second side positioning sliding block 1341, second side positioning supporting frame 1342 and the second side positioning body 1343.Described second side positioning sliding block 1341 is slidably connected on the horizontal slide rail 136 in described location.Upper end and the described second side positioning sliding block 1341 of described second side positioning supporting frame 1342 are affixed, and lower end and the described second side positioning body 120 of described second side positioning supporting frame 1342 are affixed.
Described side positioning transmission screw component comprises side fixed mounted seat 1381, reverse screw mandrel 1382 is located in side, side positioning screw rod handwheel 1383 and both sides positioning screw rod contiguous block 1384.Described side fixed mounted seat 1381 is fixed on the side of the front end face of described input front apron 131, and described side positioning screw rod contiguous block 1382 is fixed on described first side positioning sliding block 1331 and the second side positioning sliding block 1341 respectively.Described side positioning screw rod contiguous block 1384 has side positioning screw rod screw (not shown).Described side is located reverse screw mandrel 1382 and is screwed and be plugged in the positioning screw rod screw of described side.Reverse screw mandrel 1382 is located in described side, and to rotate through described side fixed mounted seat 1381 affixed with described side positioning screw rod handwheel 1383.Described upper positioning transmission screw component comprises positioning screw rod contiguous block 1394 on fixed mounted seat 1391, the reverse screw mandrel in upper location 1392, upper positioning screw rod handwheel 1393 and two.Described upper fixed mounted seat 1391 is fixed on the opposite side of the front end face of described input front apron 131, described upper positioning screw rod contiguous block 1394 is fixed on described upper positioning sliding block 1351 respectively, and described upper positioning screw rod contiguous block 1394 has positioning screw rod screw (not shown).The reverse screw mandrel in described upper location 1392 screws and is plugged in described upper positioning screw rod screw, and it is affixed with described upper positioning screw rod handwheel 1393 that the reverse screw mandrel in described upper location 1392 rotates through described upper fixed mounted seat 1391.
Preferably, described side fixed mounted seat 1381 and described upper fixed mounted seat 1391 are separately installed with position indicator 137.Described conveyer belt mechanism 110 also comprises the cardboard lifting structure 119 in described paper feeding positioning guide mechanism inferoanterior correspondence two between positioning guiding structure.Described cardboard lifting structure 119 comprises twin shaft cylinder 1191 and support paper 1192.Described twin shaft cylinder 1191 is fixed on the lower front end of described transfer gantry 111, and two output shafts of described twin shaft cylinder 1191 vertically stretch between two cardboard support side plates 118 affixed with described support paper 1192.
The present invention three is when conveying device 100 works in flakes, conveying servomotor 112 drives driving tooth wheels 113 to rotate, driving tooth wheels 113 driving conveying belt 115 rotates around driving tooth wheels 113 and driven gear, thus drive conveying slide block 117 to slide along conveying 116, one folded three is placed in flakes to drive on two cardboard support side plates 118 and by conveying slide block 117 and moves ahead.This folded three in flakes cardboard from input between two input side plates 132, one of the most end is exported from the cardboard bottom input front apron 131 by gap, regulate the position of positioning guiding structure 135 on the first outlet side positioning guiding structure and the second outlet side positioning guiding structure and two, thus three left and right, upper three moving directions of cardboard in flakes that adjustment exports, make three to be delivered to assigned address in flakes.
Described gumming mechanism 200 is installed on correspondence described three in described gripper shoe 630 and enters between mechanism rack 610 in conveying mechanism support 620 and described shrouding side in flakes, for applying glue to the both sides being transferred the bottom in flakes of three in movement.
Two shrouding sides are entered device 300 and are symmetrically placed in corresponding described shrouding side in described gripper shoe 630 and enter mechanism rack 610 place.Described shrouding side enters that device 300 comprises that shrouding side is entered support 310, pushed away paper guiding mechanism 320, bedplate up-down mechanism and framed shaping export agency 330.
Described shrouding side is entered support 310 and is comprised horizontal stand 311, vertical support frame 312 and paper delivery positioning component.
Described vertical support frame 312 is vertically fixed in one end of described horizontal stand 311, and described vertical support frame 312 offers cardboard introduction hole 3121 near described horizontal stand 311 place.
Described paper delivery positioning component comprises locating piece 3132 on positioning baseplate 3131 and two.Described positioning baseplate 3131 is laterally connected in the outer face of described vertical support frame 312, and the lower end of described positioning baseplate 3131 extends in described cardboard introduction hole 3121.Described upper locating piece 3132 is fixed in the both sides of the lower end of described positioning baseplate 3131 respectively.
Described shrouding side is entered support 310 and is also comprised two longitudinal slide rails 314, some longitudinal sliding blocks 315, lateral connection block 316 and and two vertical slide rail 317.Described longitudinal sliding block 315 is fixed in the both sides of the bottom of described horizontal stand 311 respectively.Described longitudinal slide rail 114 slides with corresponding longitudinal sliding block 315 respectively and connects.Described lateral connection block 316 is laterally fixed in the bottom of described horizontal stand 311, and described lateral connection block 316 has apical pore 3161.Described vertical slide rail 317 is fixed in described vertical support frame 312 just to the both sides of the corresponding described cardboard introduction hole 3121 in the face, one end of described horizontal stand 311.
Describedly push away that paper guiding mechanism 320 comprises sheet holding member plate 321, paper pushing structure 322, pushes away paper guide rail 323, pushes away paper actuating unit (not shown), two paper side guide 325, two transverse slider assemblies, laterally drive screw mandrel 327 and laterally drive handwheel 3275.
The middle part of described sheet holding member plate 321 offers and longitudinal pushes away paper guide hole 3211.Described pushing away described in bottom correspondence that paper guide rail 323 is fixed in described sheet holding member plate 321 pushes away paper guide hole 3211 place.Described paper side guide 325 is longitudinally vertically placed in the both sides described sheet holding member plate 321 pushing away paper guide hole 3211 described in correspondence respectively, the lower end of described paper pushing structure 322 pushes away paper guide hole 3211 and slides and connect with the described paper guide rail 323 that pushes away and driven by the described paper actuating unit (not shown) that pushes away described in passing, the both sides of described sheet holding member plate 321 have the side plate guide hole 3212 of two transverse directions, the outside of the corresponding described side plate guide hole 3212 in bottom of described sheet holding member plate 321 has horizontal slide rail mount pad 3213, and described slide rail mount pad 3213 is fixed on described horizontal stand 311.The inner side of described slide rail mount pad 3213 is provided with cross slide way 3214.The both sides of paper guide hole 322 are pushed away described in transverse slider assembly described in two lays respectively at.Described transverse slider assembly comprises two slide block 3261, two slide block connecting portion 3262 and slide block connecting rods 3263.Described slide block 3261 is slidably connected on corresponding cross slide way 3214, one end and the described slide block 3261 of described slide block connecting portion 3262 are affixed, the other end is affixed through one end that described side plate guide hole 3212 is corresponding to described paper side guide 325, and the slide block 3261 of two ends respectively with corresponding of described slide block connecting rod 3263 is affixed.The bottom of described slide block connecting rod 3263 is connected with screw mandrel contiguous block 3215, described screw mandrel contiguous block 3215 offers screw mandrel screw, the described two ends of screw mandrel 327 that laterally drive are combined in corresponding described screw mandrel screw respectively, and the described screw mandrel handwheel 3275 that laterally drives is fixed in described one end laterally driving screw mandrel 327.The both sides of described sheet holding member plate 321 front end are connected with vertical slipper 328 respectively, and described vertical slipper 328 is slidably connected in corresponding described vertical slide rail 317.
The front pushing away paper guide rail 323 described in the bottom correspondence of described sheet holding member plate 321 is also provided with blows paper block 3285, described in blow paper block 3285 upper end have and blow afloat hole 32851, described in blow paper block 3285 lower end have and the described air admission hole 32852 blowing afloat hole 32851 and communicate.
Particularly, if described paper pushing structure 322 comprises and pushes away paper actuating unit, pushes away paper connection substrate 3221, somely pushes away letterweight plate 3221 and bar pressing plate joint pin 3223, one end of described pressing plate joint pin 3223 and the described rear end face pushing away letterweight plate 3221 affixed, the other end of described pressing plate joint pin 3223 and described to push away paper connection substrate 3221 affixed, described in push away paper connection substrate 3221 lower end pass described in push away paper guide hole 3211 and slide and connect with the described paper guide rail 323 that pushes away and driven by the described paper actuating unit that pushes away.
Described bedplate up-down mechanism comprises the lifting mount pad 3291 of tubular, elevating screw contiguous block 3292, lifting handwheel 3293, elevating screw 3294 and ejector 3295.Described lifting mount pad 3291 is installed in corresponding described lifting installing hole 631, and the bottom of described lifting mount pad 3291 is provided with contiguous block installation cavity 32911, and described elevating screw contiguous block 3292 is fixedly installed in described contiguous block installation cavity 32911.Described elevating screw contiguous block 3292 offers elevating screw screw (not shown), the upper end of described elevating screw 3294 is affixed with described ejector 3295 through described apical pore 3161, the lower end of described elevating screw 3294 screw through described elevating screw screw and described lifting handwheel 3293 affixed, described lifting handwheel 3293 rotates and is fixed on external rack, and described ejector 3295 supports the bottom of described sheet holding member plate 321.
Preferably, described ejector 3295 comprises sole piece 32951 and is vertically connected at the lateral mass 32952 of described sole piece 32951 both sides.Described sole piece 32951 is affixed with the upper end of described elevating screw 3294, forms guide rail groove 32953 described in two between lateral mass 32952, described in push away paper guide rail 323 through described guide rail groove 32953.
Described framed shaping export agency 330 comprises adjustable die frame structure and derived type structure.
Described adjustable die frame structure comprises two framed Connection Blocks, two framed sub-side plates 3312, framed side base plate 3313, first screw mandrel adjusting part and the first slide block assembly.Described framed Connection Block comprises vertical component effect 33111 and horizontal part 33112.Described horizontal part 33112 is vertically connected at the rear side of the upper end of described vertical component effect 33111.Described framed sub-side plate 3312 is fixed in the front side end of described vertical component effect 33111.Described framed side base plate 3313 is fixed in the rear side end of vertical component effect 33111 described in two.Described first screw mandrel adjusting part comprises two first and regulates screw mandrel contiguous block 33141, first to regulate reverse screw mandrel 33142 and adjusting handle 33143.Described first regulates screw mandrel contiguous block 33141 to be fixed on described horizontal part 33112, described first adjustment screw mandrel contiguous block 33141 has the first horizontal adjustment screw mandrel screw (not shown), the two ends of the reverse screw mandrel 33142 of described first adjustment screw respectively and are interspersed in described first adjustment screw mandrel screw and are rotatably connected in the both sides of the described front lower end of vertical support frame 312.Described adjusting handle 33143 is fixed in the outside that described first regulates the corresponding described vertical support frame 312 in one end of reverse screw mandrel 33142.Described first regulates the other end of reverse screw mandrel 33142 to be installed with the first travelling gear 3316 in the inner side of described vertical support frame 312.The upper end of described vertical component effect 33111 has the first outer guide hole 33111a.The rear inner side of the corresponding described outer guide hole of described horizontal part 33112 has guide hole 33112a in first.Described first slide block assembly comprises two first transverse slider 33151 and the first cross slide waies 33152.Described first transverse slider 33151 is fixed in the bottom of corresponding horizontal part 33112 respectively, described first transverse slider 33151 is slidably connected on described first cross slide way 33152, and the two ends of described first cross slide way 33152 are fixed in the both sides of the front lower end of described vertical support frame 312 respectively.
Described derived type structure 332 comprises two outer guide rod 3321, two inner guide 3322, two guide rod contiguous block 3323, second screw mandrel adjusting parts, the second slide block assembly and derives driving-chain (not shown).The front side end of described guide rod contiguous block 3323 has the second outer guide hole 33231, and on described guide rod contiguous block 3323, the rear inner side of corresponding described second outer guide hole 33231 has guide hole 33232 in second.The two ends of described outer guide rod 3321 are plugged in the first corresponding outer guide hole 33111a and the second outer guide hole 33231 respectively.The two ends of described inner guide 3322 to be plugged in corresponding first in guide hole 33112a and second in guide hole 33232 respectively.Described second slide block assembly comprises two second transverse slider 33241 and the second cross slide waies 33242, described second transverse slider 33241 is fixed in the rear end bottom described guide rod contiguous block 3323 respectively and is slidably connected on described second cross slide way 33242, and the two ends of described second cross slide way 33242 are fixed in the both sides of the front upper end of described vertical support frame 312 respectively.Described second screw mandrel adjusting part comprises two first and regulates screw mandrel contiguous block 33251 and second to regulate reverse screw mandrel 33252.Described second regulates screw mandrel contiguous block 33251 to be fixed on described guide rod contiguous block 3323, described second regulates and screw mandrel contiguous block 33251 has horizontal second and regulate screw mandrel screw (not shown), and described second regulates the two ends of reverse screw mandrel 33252 to screw respectively is interspersed in described second and regulates in screw mandrel screw and to rotate the both sides being fixed in the described front upper end of vertical support frame 312.Described second regulates one end of corresponding described first travelling gear 3316 of reverse screw mandrel 33252 to be installed with the second travelling gear 3327 in the inner side of described vertical support frame 312.Described derivation driving-chain is wound in outside described first travelling gear 3316 and described second travelling gear 3327.
Preferably, described adjustable die frame structure 331 also comprise two on the upside of locating piece.Described upside locating piece comprises vertical joints 33171 and Horizontal limiting portion 33172.The upper end of described vertical joints 33171 is fixed in the bottom of corresponding horizontal part 33112 rear end.Lower end and the described Horizontal limiting portion 33172 of described vertical joints 33171 are affixed, and described Horizontal limiting portion 33172 is vertical with described framed side base plate 3313.Described Horizontal limiting portion 33172 is positioned at the lower outside of corresponding described upper locating piece 3132.
Preferably, inner side or the outside of the front end of framed sub-side plate 3312 described in two are provided with right angle installation gap 33121.
Two shrouding sides are entered device 300 and are relatively connect, two framed shaping export agencies 330 are docked mutually, relative framed sub-side plate 3312 engages each other thus forms square shaping mold frame, form box between two pairs of inner guides 3322 and two external guide rods 3321 and eject frame rail, the paper pushing structure 322 pushing away paper guiding mechanism 320 promotes side cardboard through cardboard introduction hole 3121 to assigned address under the effect pushing away paper actuating unit, positions guiding by two paper side guide 325 offside cardboards.When the upper end of both sides cardboard affix to respectively three in flakes bottom middle part time, ejecting mechanism ejection three is in flakes in shaping mold frame, the two ends, left and right of side cardboard are all adjacent in flakes with three, thus complete the folding and sticking operation of gift box, then ejecting mechanism continues the gift box that folding and sticking is good to eject shaping mold frame to ejecting in frame rail, and gift box is in ejecting upward sliding in frame rail until skid off out box breach 611.
Ejecting mechanism 500 comprises servomotor 510, manipulator 520 and ejection assembly 530.
Described manipulator 520 comprises robot base 521, vertical slide rail 522 and vertical slipper 523.Described robot base 521 is installed on the below that corresponding described gripper shoe 630 on mechanism rack 610 is entered in described shrouding side.Described vertical slide rail 522 is vertically fixed in described robot base 521, and described vertical slipper 523 vertical sliding motion is connected in described vertical slide rail 522.Described servomotor 510 is placed in the side of corresponding described vertical slide rail 422 in described robot base 521.
Described ejection assembly 530 comprises knock-pin 531 and ejection die 532.Lower end and the described vertical slipper 523 of described knock-pin 531 are affixed, and the upper end of described knock-pin 531 is affixed with the lower end of described ejection die 532 through described ejection installing hole 632.Particularly, described ejection die 532 is square, and being connected by four pieces of sub-squares 5321 forms.
After gift box three sticks biside plate in flakes, just in time be positioned at the top of ejecting mechanism 500, the vertical slipper 523 of servomotor 510 driving device hand 520 is along vertical slide rail 522 upward sliding, knock-pin 531 is driven upwards to push away, thus drive ejection die 532 upwards to push up, ejection die 532 withstands gift box three and to shaping mold frame, crosses shaping mold frame in flakes, thus biside plate and three is adjacent in flakes, and gift box is shaping complete.
The described box device that connects is installed on described shrouding side and enters on mechanism rack 610 to go out outside box breach 611 described in correspondence.Described connect box device comprise push away case structure 410, be positioned at described in push away turning over case structure 420 and turning over the Jie Hedou mechanism 430 of case structure 420 front lower place described in being positioned at of case structure 410 front.
The described case structure 410 that pushes away is installed on the described top entering mechanism rack 610 with described shrouding side.Describedly push away that case structure 410 comprises push bracket 411, duplex connecting rod 412, connecting rod 413, connecting rod support 414, pushes away box cylinder 415, two push bracket slide block 416, two parallel and push bracket guide rails 417 put and push away box cylinder saddle 418.
Described push bracket 411 comprises horizontal push rod 4111 and two push bracket connecting portions 4112.The upper end of described push bracket connecting portion 4112 is vertically connected at the two ends of described horizontal push rod 4111 respectively.Described horizontal push rod 4111 in described go out box breach 611 top move forward and backward.Described push bracket guide rail 417 is longitudinally placed in the outside of described push bracket connecting portion 4112 respectively.Described push bracket slide block 416 is fixed in the outboard end of corresponding described push bracket connecting portion 4112 and is slidably connected on corresponding described push bracket guide rail 417.The described box cylinder 415 that pushes away is placed in one the top of the corresponding described push bracket guide rail 417 in outside of a push bracket connecting portion 4112.One end of described connecting rod 413 is rotatably connected in the described output pushing away box cylinder 415, and the other end is rotatably connected in one end of described duplex connecting rod 412, and the other end of described duplex connecting rod 412 is rotatably connected in the middle part of described horizontal push rod 4111.Described connecting rod support 414 is fixed in the lower end at the middle part of described connecting rod 413.Described push away box cylinder saddle 418 be fixed in described in push away on box cylinder 415.
The described case structure 420 that turns over comprises and turns over box rotating shaft 421, two unidirectional needle bearing 422, two swing arm 423, two and turn over box connecting rod 424 and some box frames 425 with box container cavity 4251, some described box frames 425 turn in the outer circumferential walls of box rotating shaft 421 uniformly described in being fixed in, in the present embodiment, the quantity of described box frame 425 is three.The opening of described box frame 425 outwardly.Turn over the two ends of box rotating shaft 421 described in described unidirectional needle bearing 422 is placed on respectively admittedly, one end of described swing arm 423 has bearing mounting hole 4231, and described unidirectional needle bearing 422 build-in is in described bearing mounting hole 4231.The other end of described swing arm 423 with corresponding described in turn over box connecting rod 424 one end rotate and connect, described in turn over box connecting rod 424 the other end be rotatably connected with the lower end of corresponding push bracket connecting portion 4112.
Preferably, described in turn over case structure 420 and also comprise two cylinder connectors 426.The inner of described cylinder connector 426 offers rotating shaft installing hole 4261.The outer end of described cylinder connector 426 is convexly equipped with bearing and installs round platform 4262.Described one end of turning over box rotating shaft 421 correspondence inserts in described rotating shaft installing hole 4261 admittedly, and described unidirectional needle bearing 422 is admittedly placed on described bearing and installs on round platform 4262.
Preferably, described in turn over case structure 420 and also comprise bearing mounting base 427 and two rolling bearings 4275.Described bearing mounting base 427 is placed in the inner side of corresponding described swing arm 423.Described bearing mounting base 427 has bearing mounting hole 4271, and described rolling bearing 4275 is installed in corresponding bearing mounting hole 4271, described in turn over the solid inner ring inserted through crossing described rolling bearing 4275 in one end of box rotating shaft 421 correspondence.
Particularly, the described case structure 420 that turns over also comprises some moulding connectors 428 and some groups of mouldings 429, turn over described in described moulding connector 428 is placed on admittedly in box rotating shaft 421, often organize the position that moulding 429 is fixed in some moulding connector 428 correspondences and form described box frame 425.
Described Jie Hedou mechanism 430 comprises and meets box portion 431, lead box portion 432 and go out box portion 433.Described go out box portion 433 be connected to described in lead the lower end in box portion 432.The described lower end meeting box portion 431 is rotatably connected in described upper end of leading box portion 432.Box portion 432 is led in the described upper end meeting box portion 431 inner side toward described in tilts.The described upper end meeting box portion 431 offers box frame by region 4311, and in this enforcement, described box frame is provided with by region 4311 the moulding groove 43111 that the described moulding 429 of some appearances passes through, the upper end of described moulding groove 43111 run through described in meet box portion 431.The described two side ends meeting box portion 431 is provided with and connects box installation portion 4312.
Preferably, the described two side ends leading box portion 432 bends to be convexly equipped with respectively outwardly leads box side shield 4321, described go out box portion 433 two side ends respectively bending be upward convexly equipped with out box side shield 4331, described in meet box portion 431 upper end be outwards convexly equipped with upward and connect box postive stop baffle 4313.
The present invention connects box device 400 when working, the box that folding and sticking is good ejects from the box breach 611 that goes out in the front walking crosswise push rod 4111, push away box cylinder 415 to start, its output drives and promotes connecting rod 413 and then promote horizontal push rod 4111 move forward thus be pushed into by box in the box container cavity 4251 of box frame 425 forward, meanwhile, unidirectional needle bearing 422 dallies backward.Then the output retraction of box cylinder 415 is pushed away, horizontal push rod 4111 is kept in the center, prepare the promotion of next box, meanwhile, unidirectional needle bearing 422 forwards also drives and turns over box rotating shaft 421 forwards, the box frame 425 that gift box is housed and then overturns forward, and adjacent box frame 425 turn to and connects box position, next gift box is caught in preparation, the box frame 425 that gift box is housed goes to the box frame of the Jie Hedou mechanism 430 of rotating shaft 421 opposite side by region 4311 after several times (the present embodiment is twice) upset, now make gift box opening up, then gift box tumbles the bottom through meeting box portion 431 successively, lead box portion 432 and go out box portion 433, thus complete box unload operation.
The utility model is spelled grey trigger and is achieved the shaping full-automation of square gift box, substantially increases production efficiency.
More than in conjunction with most preferred embodiment, the utility model is described, but the utility model is not limited to the embodiment of above announcement, and amendment that the various essence according to the present embodiment carries out, equivalent combinations should be contained.
Claims (3)
1. spell a grey trigger, it is characterized in that, comprising:
Gift box automatic moulding frame, described gift box automatic moulding frame comprises shrouding side and enters mechanism rack, three conveying mechanism support and gripper shoes in flakes, described three in flakes conveying mechanism support be connected to the middle part that the front lower end of mechanism rack is entered in described shrouding side, described three in flakes conveying mechanism support comprise first step support and second step support, described gripper shoe level is fixed in described shrouding side and enters mechanism rack and described three in flakes on conveying mechanism support, described gripper shoe is positioned at the below of described first step support, the corresponding described shrouding side of described gripper shoe is entered mechanism rack place and is had two lifting installing holes and the ejection installing hole between two lifting installing holes, the middle part that the upper end of mechanism rack is entered in described shrouding side offers out box breach, the T-shaped shape of described gripper shoe,
Three conveying devices in flakes, described three in flakes conveying device to be installed in described gripper shoe corresponding described three conveying mechanism support places in flakes, for carrying to be processed three in flakes;
Gumming mechanism, described gumming mechanism is installed on correspondence described three in described gripper shoe and enters between mechanism rack in conveying mechanism support and described shrouding side in flakes, for applying glue to the both sides being transferred the bottom in flakes of three in movement;
Two are symmetrically placed in the shrouding side that in described gripper shoe, mechanism rack place is entered in corresponding described shrouding side enters device, described shrouding side is entered device and is comprised shrouding side and enter support, push away paper guiding mechanism and framed shaping export agency, described shrouding side is entered support and is comprised horizontal stand, vertical support frame, paper delivery positioning component and two vertical slide rail, described vertical support frame is vertically fixed in one end of described horizontal stand, described vertical support frame offers cardboard introduction hole near described horizontal stand place, described paper delivery positioning component comprises locating piece on positioning baseplate and two, described positioning baseplate is laterally connected in the outer face of described vertical support frame, and the lower end of described positioning baseplate extends in described cardboard introduction hole, described upper locating piece is fixed in the both sides of the lower end of described positioning baseplate respectively, described vertical slide rail is fixed in described vertical support frame just to the both sides of the corresponding described cardboard introduction hole in the face, one end of described horizontal stand, the described paper guiding mechanism that pushes away comprises sheet holding member plate, paper pushing structure, push away paper guide rail, push away paper actuating unit, two paper side guides and two transverse slider assemblies, the middle part of described sheet holding member plate offers and longitudinal pushes away paper guide hole, described pushing away described in bottom correspondence that paper guide rail is fixed in described sheet holding member plate pushes away paper guide hole place, described paper side guide is longitudinally vertically placed in the both sides described sheet holding member plate pushing away paper guide hole described in correspondence respectively, the lower end of described paper pushing structure pushes away paper guide hole and connects with the described paper slide that pushes away and driven by the described paper actuating unit that pushes away described in passing, the both sides of described sheet holding member plate have the side plate guide hole of two transverse directions, the outside of the corresponding described side plate guide hole in bottom of described sheet holding member plate has horizontal slide rail mount pad, described slide rail mount pad is fixed on described horizontal stand, the inner side of described slide rail mount pad is provided with cross slide way, the both sides of paper guide hole are pushed away described in transverse slider assembly described in two lays respectively at, described transverse slider assembly comprises two slide blocks, two slide block connecting portion and slide block connecting rods, described skid is connected on corresponding cross slide way, one end and the described slide block of described slide block connecting portion are affixed, the other end is affixed through one end that described side plate guide hole is corresponding to described paper side guide, the slide block of two ends respectively with corresponding of described slide block connecting rod is affixed, the bottom of described slide block connecting rod is connected with screw mandrel contiguous block, described screw mandrel contiguous block offers screw mandrel screw, the two ends of described screw mandrel are combined in corresponding described screw mandrel screw respectively, described screw mandrel handwheel is fixed in one end of described screw mandrel, the both sides of described sheet holding member front edge of board are connected with vertical slipper respectively, described vertical slipper is slidably connected in corresponding described vertical slide rail, described framed shaping export agency comprises adjustable die frame structure and derived type structure, described adjustable die frame structure comprises two framed Connection Blocks, two framed sub-side plates, framed side base plate, first screw mandrel adjusting part and the first slide block assembly, described framed Connection Block comprises vertical component effect and horizontal part, described horizontal part is vertically connected at the rear side of the upper end of described vertical component effect, described framed sub-side plate is fixed in the front side end of described vertical component effect, described framed side base plate is fixed in the rear side end of vertical component effect described in two, described first screw mandrel adjusting part comprises two first and regulates screw mandrel contiguous block, first regulates reverse screw mandrel and adjusting handle, described first regulates screw mandrel contiguous block to be fixed on described horizontal part, described first adjustment screw mandrel contiguous block has the first horizontal adjustment screw mandrel screw, the two ends of the reverse screw mandrel of described first adjustment screw respectively and are interspersed in described first adjustment screw mandrel screw and are rotatably connected in the both sides of the front lower end of described vertical support frame, described adjusting handle is fixed in the outside that described first regulates the corresponding described vertical support frame in one end of reverse screw mandrel, described first regulates the other end of reverse screw mandrel to be installed with the first travelling gear in the inner side of described vertical support frame, the upper end of described vertical component effect has the first outer guide hole, the rear inner side of the corresponding described outer guide hole of described horizontal part has guide hole in first, described first slide block assembly comprises two first transverse sliders and the first cross slide way, described first transverse slider is fixed in the bottom of corresponding horizontal part respectively, described first transverse slider is slidably connected on described first cross slide way, the two ends of described first cross slide way are fixed in the both sides of the front lower end of described vertical support frame respectively, described derived type structure comprises two outer guide rods, two inner guides, two guide rod contiguous blocks, second screw mandrel adjusting part, second slide block assembly and derivation driving-chain, the front side end of described guide rod contiguous block has the second outer guide hole, on described guide rod contiguous block, the rear inner side of corresponding described second outer guide hole has guide hole in second, the two ends of described outer guide rod are plugged in the first corresponding outer guide hole and the second outer guide hole respectively, the two ends of described inner guide to be plugged in corresponding first in guide hole and second in guide hole respectively, described second slide block assembly comprises two second transverse sliders and the second cross slide way, described second transverse slider is fixed in the rear end bottom described guide rod contiguous block respectively and is slidably connected on described second cross slide way, the two ends of described second cross slide way are fixed in the both sides of the front upper end of described vertical support frame respectively, described second screw mandrel adjusting part comprises two first and regulates screw mandrel contiguous block and second to regulate reverse screw mandrel, described second regulates screw mandrel contiguous block to be fixed on described guide rod contiguous block, described second adjustment screw mandrel contiguous block has the second horizontal adjustment screw mandrel screw, the two ends of the reverse screw mandrel of described second adjustment screw respectively and are interspersed in described second adjustment screw mandrel screw and rotate the both sides being fixed in the front upper end of described vertical support frame, described first regulates reverse silk pole pair to answer one end of described first travelling gear to be installed with the second travelling gear, the other end is installed with the first travelling gear, described derivation driving-chain is wound in outside described first travelling gear and described second travelling gear, relative framed sub-side plate engages each other thus forms square shaping mold frame, forms box and eject frame rail between two pairs of inner guides and two external guide rods,
Ejecting mechanism, described ejecting mechanism is installed in described ejection installing hole, for then ejecting frame tread from going out box breach along box by three in flakes jacking shaping mold frame;
Connect box device, described in connect box device and be installed on described shrouding side and enter on mechanism rack to go out outside box breach described in correspondence, described in connect box device for by from described go out the box that ejects of box breach unload.
2. the grey trigger of spelling as claimed in claim 1, it is characterized in that: described shrouding side is entered device and also comprised bedplate up-down mechanism, the bottom of described horizontal stand is also laterally connected with lateral connection block, described lateral connection block has apical pore, described bedplate up-down mechanism comprises the lifting mount pad of tubular, elevating screw contiguous block, lifting handwheel, elevating screw and ejector, described lifting mount pad is installed in corresponding described lifting installing hole, the bottom of described lifting mount pad is provided with contiguous block installation cavity, described elevating screw contiguous block is fixedly installed in described contiguous block installation cavity, described elevating screw contiguous block offers elevating screw screw, the upper end of described elevating screw through described apical pore and described ejector affixed, the lower end of described elevating screw screw through described elevating screw screw and described lifting handwheel affixed, described lifting handwheel rotates and is fixed on external rack, described ejector supports the bottom of described sheet holding member plate, described ejector comprises sole piece and is vertically connected at the lateral mass of described sole piece both sides, the upper end of described sole piece and described elevating screw is affixed, guide rail groove is formed between lateral mass described in two, the described paper guide rail that pushes away is through described guide rail groove.
3. the grey trigger of spelling as claimed in claim 1, it is characterized in that: described adjustable die frame structure also comprise two on the upside of locating piece, described upside locating piece comprises vertical joints and Horizontal limiting portion, the upper end of described vertical joints is fixed in the bottom of corresponding horizontal part rear end, lower end and the described Horizontal limiting portion of described vertical joints are affixed, described Horizontal limiting portion is vertical with described framed side base plate, and described Horizontal limiting portion is positioned at the lower outside of corresponding described upper locating piece.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420603273.0U CN204235943U (en) | 2014-10-19 | 2014-10-19 | Spell grey trigger |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420603273.0U CN204235943U (en) | 2014-10-19 | 2014-10-19 | Spell grey trigger |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204235943U true CN204235943U (en) | 2015-04-01 |
Family
ID=52765493
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420603273.0U Withdrawn - After Issue CN204235943U (en) | 2014-10-19 | 2014-10-19 | Spell grey trigger |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204235943U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325719A (en) * | 2014-10-19 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Grey board splicing machine |
| CN104890301A (en) * | 2015-06-10 | 2015-09-09 | 温州正润机械有限公司 | Carton grey board splicing machine |
-
2014
- 2014-10-19 CN CN201420603273.0U patent/CN204235943U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325719A (en) * | 2014-10-19 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Grey board splicing machine |
| CN104325719B (en) * | 2014-10-19 | 2019-04-23 | 广东鸿铭智能股份有限公司 | Spell grey trigger |
| CN104890301A (en) * | 2015-06-10 | 2015-09-09 | 温州正润机械有限公司 | Carton grey board splicing machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee after: Guangdong Hongming intelligent Limited by Share Ltd Address before: 523000 Guangdong city of Dongguan province Dongguan city Dongcheng District Niushan qiantou emerging industrial zone Hongming Machinery Co. Ltd. Patentee before: Dongguan City Hongming Machinery Co., Ltd. |
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| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20150401 Effective date of abandoning: 20190423 |