CN204210035U - Inhale master mode three travel mechanism in flakes - Google Patents
Inhale master mode three travel mechanism in flakes Download PDFInfo
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- CN204210035U CN204210035U CN201420603249.7U CN201420603249U CN204210035U CN 204210035 U CN204210035 U CN 204210035U CN 201420603249 U CN201420603249 U CN 201420603249U CN 204210035 U CN204210035 U CN 204210035U
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- suction nozzle
- flakes
- regulating wheel
- slide
- cylinder
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Abstract
Open a kind of suction master mode three travel mechanism in flakes of the utility model, comprise three travel mechanisms and inhale paper mold mechanism in flakes, three in flakes travel mechanism comprise servomotor, reductor, motor cabinet, longitudinal transmission installing plate, belt, front regulating wheel, rear regulating wheel, driving pulley assembly, cylinder, cylinder slide assembly, ventilation row and trapezoidal plate, inhale paper mold mechanism and comprise mould installing rack, benchmark suction nozzle slide track component and at least one movable suction nozzle slide track component, the top of mould installing rack is provided with the draw-in groove longitudinally running through self, and trapezoidal plate is arranged in draw-in groove.After suction nozzle mold mechanism adsorbs in flakes by three, servomotor drives belt to rotate by driving pulley assembly, then drives trapezoidal plate to move forward, thus drives suction nozzle mold mechanism to move forward, and three move on carrier chain with suction nozzle mold mechanism in flakes.This suction master mode three in flakes travel mechanism's structure is simple, practical, achieves and to adsorb three in flakes and to move to the function on carrier chain.
Description
Technical field
The utility model relates to field of mechanical die, particularly relates to a kind of suction master mode three travel mechanism in flakes.
Background technology
In the upper paper process of gift box automatic moulding, after being promoted to assigned address by upper paper platform elevating mechanism in flakes when three, needing a mechanism adsorb three in flakes and move on carrier chain, then carry out follow-up processing technology.
For above problem, urgently a kind of suction master mode three travel mechanism in flakes, to realize adsorbing three in flakes and moving to the function on carrier chain.
Utility model content
The purpose of this utility model is that providing a kind of inhales master mode three travel mechanism in flakes, to realize adsorbing three in flakes and moving to the function on carrier chain.
To achieve these goals, the technical solution of the utility model is: provide a kind of and inhale master mode three travel mechanism in flakes, comprise three travel mechanisms and inhale paper mold mechanism in flakes, described three in flakes travel mechanism comprise servomotor, reductor, motor cabinet, longitudinal transmission installing plate, belt, front regulating wheel, rear regulating wheel, driving pulley assembly, cylinder, cylinder slide assembly, ventilation row and trapezoidal plate, described motor cabinet is installed on the rear end of described transmission installing plate, described servomotor is fixed in after connecting with described reductor on described motor cabinet, the output of described reductor connects with described driving pulley assembly, the front end of described transmission installing plate offers front regulating wheel placement hole, front regulating wheel bearing, described front regulating wheel is placed in described front regulating wheel placement hole and is rotatably connected on described front regulating wheel bearing, the rear end of described transmission installing plate offers rear regulating wheel placement hole and rear regulating wheel bearing, described rear regulating wheel is placed in described rear regulating wheel placement hole and is rotatably connected on described rear regulating wheel bearing, described belt wrap and described front regulating wheel, on rear regulating wheel and described driving pulley assembly, the bottom of described transmission installing plate is provided with linear slide rail, the lower end of described cylinder slide assembly is fixed in the stiff end of described cylinder, the upper end of described cylinder slide assembly to be slidably connected on described linear slide rail and affixed with described belt, described ventilation row is fixed in the output of described cylinder, described trapezoidal plate is connected to the bottom of described ventilation row, described suction paper mold mechanism comprises mould installing rack, benchmark suction nozzle slide track component and at least one movable suction nozzle slide track component, the top of described mould installing rack is provided with the draw-in groove longitudinally running through self, described trapezoidal plate is arranged in described draw-in groove, the two side ends of described mould installing rack is respectively equipped with sideslip groove, some component suction nozzles that described benchmark suction nozzle slide track component comprises the horizontal slide rail of benchmark and is slidably connected on the horizontal slide rail of described benchmark, described movable suction nozzle slide track component comprises movable transverse to slide rail, longitudinal sliding block and be slidably connected to described movable transverse to the some component suction nozzles on slide rail, described longitudinal sliding block and described movable transverse are affixed and be slidably connected in described sideslip groove to slide rail, described component suction nozzle comprises suction nozzle fixed block and at least one suction nozzle, described suction nozzle fixed block slides and is connected in the horizontal slide rail of described benchmark or movable transverse on slide rail, described suction nozzle fixed block is provided with suction nozzle installing hole, described suction nozzle comprises suction nozzle and nozzle body, described nozzle body is positioned at the bottom of described suction nozzle fixed block, described suction nozzle is secured across described suction nozzle installing hole and stretches out the top of described suction nozzle fixed block.
Described three in flakes travel mechanism also comprise two slide-bars, diaxon end cap, two linear bearings, what described linear bearing moved towards up and down is installed on the described two ends of arranging of taking a breath, the lower end of described slide-bar and the described top of arranging of taking a breath affixed, the upper end of described slide-bar slides through corresponding linear bearing and affixed with described hubcap.
Described cylinder slide assembly comprises cylinder keyset, thread form plate, sliding seat and linear slide block, described cylinder keyset is fixed in the stiff end of described cylinder, described sliding seat is fixed on described cylinder keyset, the upper end of described sliding seat is provided with thread form plate mounting groove, described belt is through described thread form plate mounting groove, described thread form plate to be installed in described thread form plate mounting groove and to be fixed on described sliding seat by described belt, described linear slide block is fixed in the top of described sliding seat, and described linear slide block is slidably connected on described linear slide rail.
Described linear slide block is provided with electronic eyes, and the both sides of the corresponding described belt in top of described transmission installing plate are provided with some to mounting blocks.
Compared with prior art, the utility model inhales master mode three, and travel mechanism's structure is simple, practical in flakes, achieves and to adsorb three in flakes and to move to the function on carrier chain.
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 that the utility model inhales master mode three structure chart of a paper apparatus angle in travel mechanism's embodiment in flakes.
Fig. 2 is that the utility model inhales master mode three structure chart of the upper paper platform elevating mechanism of paper apparatus in travel mechanism's embodiment in flakes.
Fig. 3 is that the utility model inhales master mode three structure chart of the front paper blocking mechanism of paper apparatus in travel mechanism's embodiment in flakes.
Fig. 4 is that the utility model inhales master mode three structure chart of the rear paper blocking mechanism of paper apparatus in travel mechanism's embodiment in flakes.
Fig. 5 is the structure chart that the utility model inhales master mode three three travel mechanism's angles in flakes of travel mechanism in flakes.
Fig. 6 is the structure chart that the utility model inhales master mode three three another angles of travel mechanism in flakes of travel mechanism in flakes.
Fig. 7 be the utility model inhale master mode three in flakes travel mechanism inhale the structure chart of a paper mold mechanism angle.
Fig. 8 is the structure chart that the utility model inhales master mode three another angle of suction paper mold mechanism of travel mechanism in flakes.
Detailed description of the invention
Referring to figs. 1 to Fig. 8, upper paper apparatus 900 comprises paper platform elevating mechanism 910, front paper blocking mechanism 920, rear paper blocking mechanism 930 and inhales master mode three travel mechanism in flakes.Inhale master mode three in flakes travel mechanism comprise described three travel mechanisms 940 and inhale paper mold mechanism 950 in flakes.
Upper paper platform elevating mechanism 910 comprises lifting support 911, two and is symmetrically placed in the chain drive assembly 912 at the two ends of described lifting support 911, final drive shaft 913 and driven unit 914.
Described chain drive assembly 912 comprises driving gear 9121, upper driven gear 9122, the axle 9123 that cogs, lower driving gear 9124, lower driven gear 9125, lower tooth wheel shaft 9126, initiatively driving-chain 9127, slave drive chain 9128 and some support bars 9129.The described two ends cogging axle 9123 are provided with the end 91231 that is rotatably connected.The two ends of described lower tooth wheel shaft 9126 are provided with lower rotation link 91261, and the end 91231 that is rotatably connected on described is rotatably connected in the upper end of described lifting support 911.Described lower rotation link 91261 is rotatably connected respectively in the lower end of described lifting support 911.Cog described in described upper driving gear 9121 and upper driven gear 9122 are fixed in respectively the two ends of axle 9123 corresponding described on to be rotatably connected the inner side of end 91231.Described lower driving gear 9124 and described lower driven gear 9125 are fixed in the inner side of the corresponding described lower rotation link 91261 in two ends of described lower tooth wheel shaft 9126 respectively.Described active driving-chain 9127 is wound in outside described upper driving gear 9121 and described lower driving gear 9124.Described slave drive chain 9128 is wound in outside described upper driven gear 9122 and described lower driven gear 9125.Described axle 9123 and described lower tooth wheel shaft 9126 level parallel to each other and put of cogging.Described active driving-chain 9127 and described slave drive chain 9128 parallel to each other vertical and put.Some described support bar 9129 levels and being fixed in uniformly between described active driving-chain 9127 and described slave drive chain 9128.The first helical gear 91262 is provided with between the corresponding described lower driving gear 9124 of described lower tooth wheel shaft 9126 and corresponding lower rotation link 91261.The two ends correspondence of described final drive shaft 913 is provided with the second helical gear 9131.The two ends of described final drive shaft 913 rotate through the bottom of described lifting support 911.Described second helical gear 9131 engages with corresponding described first helical gear 91262.Described driven unit 914 is fixed on described lifting support 911, and the output of described driven unit 914 connects with described final drive shaft 913, and described final drive shaft 913 drives described active driving-chain 9127 and described slave drive chain 9128 synchronous axial system.
Cog described in described lifting support 911 correspondence axle 9123 and lower tooth wheel shaft 9126 place is respectively equipped with upper mounting plate 9111 and lower installation board 9112.The end 91231 that is rotatably connected on described upper mounting plate 9111 is corresponding described is provided with the top chock 9113 of upper bearing (metal) 91131 respectively to interior projection, the end 91231 that is rotatably connected on described inserts in the inner ring of corresponding described upper bearing (metal) 91131 admittedly.The corresponding described lower rotation link 91261 of described lower installation board 9112 is provided with the step 9114 of lower bearing 91141 respectively to interior projection.Described lower rotation link 91261 inserts in the inner ring of corresponding described lower bearing 91141 admittedly.
Described driven unit 914 comprises servomotor 9141 and reductor 9142.The output of described servomotor 9141 connects with the input of described reductor 9142.The output of described reductor 9142 connects with described final drive shaft 913 through corresponding described lower installation board 9112.
The inner side of described active driving-chain 9127 is provided with initiatively chain gripper shoe 91271, and described active chain gripper shoe 91271 is fixed on described lifting support 911.The inner side of described slave drive chain 9128 is provided with driven chain gripper shoe 91281, and described driven chain gripper shoe 91281 is fixed on described lifting support 911..
Described front paper blocking mechanism 920 is installed on the front of corresponding described chain drive assembly 912 on described lifting support 911, and front paper blocking mechanism 920 comprises horizontal slide rail 921, lower horizontal slide rail 922, two is vertical and the side block cardboard 923 put, reverse screw component 924 and handwheel 925.
The corresponding described horizontal slide rail 921 of front side wall of described side block cardboard 923 and described lower horizontal slide rail 922 are installed with transverse slider 9231 and lower transverse slider 9232 respectively.Described upper transverse slider 9231 and described lower transverse slider 9232 are slidably connected on described horizontal slide rail 921 and described lower horizontal slide rail 922 respectively.The medial extremity of the rear wall of described side block cardboard 923 is provided with recessed district 9233, right angle.Front paper placement area is formed between two recessed district, right angles 9233.Screw mandrel contiguous block 9234 is installed with between the corresponding described upper transverse slider 9231 of front side wall of described side block cardboard 923 and described lower transverse slider 9232.Described screw mandrel contiguous block 9234 offers screw mandrel screw (not shown).The two ends of described reverse screw mandrel 924 screw the described screw mandrel screw through correspondence respectively, and described handwheel 925 is fixed in one end of described reverse screw mandrel 924.
Described front paper blocking mechanism 920 also comprises middle baffle plate 926.The two ends of described middle baffle plate 926 to be fixed on described horizontal slide rail 921 and described lower horizontal slide rail 922 described in corresponding two between side block cardboard 923 respectively.
Backstop paper frame mechanism 930 comprises two longitudinal sliding frames 931, horizontal balladeur train 932 and two backstop paper assemblies 933.Described horizontal balladeur train 932
Longitudinal sliding frame 931 described in two is fixed in two medial extremitys of described lifting support 911 respectively, the two ends slide anteroposterior of the bottom of described horizontal balladeur train 932 is connected on described longitudinal sliding frame 931, particularly, the top of described longitudinal sliding frame 931 is provided with longitudinal chute 9311, the two ends of the bottom of described horizontal balladeur train 932 are provided with sliding nail (not shown), and described sliding nail slides and to be arranged in corresponding described longitudinal chute 9311.Described horizontal balladeur train 932 offers horizontal concrete chute 9321.Described backstop paper assembly comprises take-up housing 9331, adjusting knob 9332, linear slide block 9333, linear slide rail 9334 and right angle paper stopper 9335.Described take-up housing 9331 slides and is connected in described horizontal concrete chute 9321.The lower end of described adjusting knob 9332 is provided with and tightens nail (not shown), and described take-up housing 9331 is provided with and tightens installing hole (figure is for showing), described in tighten nail and screw and be arranged in described horizontal concrete chute 9321 through the described installing hole that tightens.Described linear slide block 9333 to be fixed on described take-up housing 9331 and to be positioned at the front side of described horizontal balladeur train 932, and described linear slide rail 9334 slides up and down and is connected in described linear slide block 9333.The upper end of described linear slide rail 9334 is provided with banking pin 93341, and described banking pin 93341 can be arranged in the top of described linear slide block 9333.Described right angle paper stopper 9335 is fixed in the lower end of described linear slide rail 9334 antetheca, described right angle paper stopper 9335 inwardly always open, forms backstop paper space described in two between right angle paper stopper 9335.
Described three in flakes travel mechanism 940 be installed on the top of corresponding described chain drive assembly 912 on described lifting support 911.Three in flakes travel mechanism 940 comprise servomotor 9411, reductor 9412, motor cabinet 9413, longitudinal transmission installing plate 9421, belt 9422, front regulating wheel 9423, rear regulating wheel 9424, driving pulley assembly 943, cylinder 944, cylinder slide assembly 945, ventilation row 946 and trapezoidal plate 947.
Described motor cabinet 9413 is installed on the rear end of described transmission installing plate 9421.Described servomotor 9411 is fixed on described motor cabinet 9413 after connecting with described reductor 9412.The output of described reductor 9412 connects with described driving pulley assembly 943.The front end of described transmission installing plate 9421 offers front regulating wheel placement hole 94211, front regulating wheel bearing 94212.Described front regulating wheel 9423 is placed in described front regulating wheel placement hole 94211 and is rotatably connected on described front regulating wheel bearing 94212.The rear end of described transmission installing plate 9421 offers rear regulating wheel placement hole (not shown) and rear regulating wheel bearing 94214.Described rear regulating wheel 9424 is placed in described rear regulating wheel placement hole 94213 and is rotatably connected on described rear regulating wheel bearing 94214.Described belt 9422 is wound around with on described front regulating wheel 9423, rear regulating wheel 9424 and described driving pulley assembly 943.The bottom of described transmission installing plate 9421 is provided with linear slide rail 94215.The lower end of described cylinder slide assembly 945 is fixed in the stiff end of described cylinder 944, and the upper end of described cylinder slide assembly 945 to be slidably connected on described linear slide rail 94215 and affixed with described belt 9422.Described ventilation row 946 is fixed in the output of described cylinder 944.Described trapezoidal plate 947 is connected to the bottom of described ventilation row 946.
Described three in flakes travel mechanism 940 also comprise two slide-bars 9481, diaxon end cap 9482 and two linear bearings 9483.The two ends of what described linear bearing about 9483 moved towards be installed on described ventilation row 946.The lower end of described slide-bar 9481 and the top of the described row 946 that takes a breath affixed.The upper end of described slide-bar 9481 slides through corresponding linear bearing 9483 and affixed with described hubcap 9482.
Described cylinder slide assembly 945 comprises cylinder keyset 9451, thread form plate 9452, sliding seat 9453 and linear slide block 9454.Described cylinder keyset 9451 is fixed in the stiff end of described cylinder 944, and described sliding seat 9453 is fixed on described cylinder keyset 9451.The upper end of described sliding seat 9453 is provided with thread form plate mounting groove 94531, and described belt 9422 is through described thread form plate mounting groove 94531.Described thread form plate 9452 to be installed in described thread form plate mounting groove 94531 and to be fixed on described sliding seat 9453 by described belt 9422.Described linear slide block 9454 is fixed in the top of described sliding seat 9453, and described linear slide block 9454 is slidably connected on described linear slide rail 94215.Described linear slide block 9454 is provided with electronic eyes 94541.The both sides of the corresponding described belt 9422 in top of described transmission installing plate 9421 are provided with some to mounting blocks 94213.
Suction nozzle mold mechanism 950 comprises mould installing rack 951, benchmark suction nozzle slide track component 952 and at least one movable suction nozzle slide track component 953.
The top of described mould installing rack 951 is provided with the draw-in groove 9511 longitudinally running through self, and described draw-in groove 9511 is in up-narrow and down-wide trapezoidal shape.Described trapezoidal plate 947 is arranged in described draw-in groove 9511, and the two side ends of described mould installing rack 951 is respectively equipped with sideslip groove 9512.Some component suction nozzles 954 that described benchmark suction nozzle slide track component 952 comprises the horizontal slide rail 9521 of benchmark and is slidably connected on the horizontal slide rail 9521 of described benchmark, described movable suction nozzle slide track component 953 comprises movable transverse to slide rail 9531, longitudinal sliding block 9532 and be slidably connected to described movable transverse to the some component suction nozzles 954 on slide rail 9531, and described longitudinal sliding block 9532 and described movable transverse are affixed and be slidably connected in described sideslip groove 9512 to slide rail 9531.Described component suction nozzle 954 comprises suction nozzle fixed block 9541 and at least one suction nozzle 9542.Described suction nozzle fixed block 9541 slides and is connected in the horizontal slide rail 9521 of described benchmark or movable transverse on slide rail 9531.Described suction nozzle fixed block 9541 is provided with suction nozzle installing hole 95411.Described suction nozzle 9542 comprises suction nozzle 95421 and nozzle body 95422.Described nozzle body 95422 is positioned at the bottom of described suction nozzle fixed block 9541.Described suction nozzle 95421 is secured across described suction nozzle installing hole 95411 and stretches out the top of described suction nozzle fixed block 9541.In the present embodiment, the quantity of described movable suction nozzle slide track component 952 is two.Described component suction nozzle 954 comprises a suction nozzle 9542.Described draw-in groove 9511 is in up-narrow and down-wide trapezoidal shape.
When upper paper apparatus 900 uses, three are placed in flakes and are positioned in the pair of support rods 9129 of same level position, servomotor 9141 drives final drive shaft 913 to rotate, then two lower tooth wheel shaft 9126 synchronous axial system are driven, then two are driven to cog axle 9123 synchronous axial system, then drive two initiatively slave drive chain 9128 synchronous axial system described in driving-chain 9127 and two, thus drive this synchronously to rise to support bar 9129.Three in flakes in uphill process, and three location, front end are in flakes blocked by two recessed districts, right angle of front paper blocking mechanism, and three location, rear end are in flakes blocked by two right angle paper stoppers of rear paper blocking mechanism.After suction nozzle mold mechanism 950 adsorbs in flakes by three, servomotor 9411 drives belt 9422 to rotate by driving pulley assembly 943, then trapezoidal plate 947 is driven to move forward, thus drive suction nozzle mold mechanism 950 to move forward, three move on carrier chain with suction nozzle mold mechanism 950 in flakes, and then carry out follow-up manufacturing procedure.
The utility model inhales master mode three, and travel mechanism's structure is simple, practical in flakes, achieves and to adsorb three in flakes and to move to the function on carrier chain.
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 (4)
1. inhale master mode three travel mechanism in flakes, it is characterized in that, comprising:
Three travel mechanisms in flakes, described three in flakes travel mechanism comprise servomotor, reductor, motor cabinet, longitudinal transmission installing plate, belt, front regulating wheel, rear regulating wheel, driving pulley assembly, cylinder, cylinder slide assembly, ventilation row and trapezoidal plate, described motor cabinet is installed on the rear end of described transmission installing plate, described servomotor is fixed in after connecting with described reductor on described motor cabinet, the output of described reductor connects with described driving pulley assembly, the front end of described transmission installing plate offers front regulating wheel placement hole, front regulating wheel bearing, described front regulating wheel is placed in described front regulating wheel placement hole and is rotatably connected on described front regulating wheel bearing, the rear end of described transmission installing plate offers rear regulating wheel placement hole and rear regulating wheel bearing, described rear regulating wheel is placed in described rear regulating wheel placement hole and is rotatably connected on described rear regulating wheel bearing, described belt wrap and described front regulating wheel, on rear regulating wheel and described driving pulley assembly, the bottom of described transmission installing plate is provided with linear slide rail, the lower end of described cylinder slide assembly is fixed in the stiff end of described cylinder, the upper end of described cylinder slide assembly to be slidably connected on described linear slide rail and affixed with described belt, described ventilation row is fixed in the output of described cylinder, described trapezoidal plate is connected to the bottom of described ventilation row, and
Inhale paper mold mechanism, described suction paper mold mechanism comprises mould installing rack, benchmark suction nozzle slide track component and at least one movable suction nozzle slide track component, the top of described mould installing rack is provided with the draw-in groove longitudinally running through self, described trapezoidal plate is arranged in described draw-in groove, the two side ends of described mould installing rack is respectively equipped with sideslip groove, some component suction nozzles that described benchmark suction nozzle slide track component comprises the horizontal slide rail of benchmark and is slidably connected on the horizontal slide rail of described benchmark, described movable suction nozzle slide track component comprises movable transverse to slide rail, longitudinal sliding block and be slidably connected to described movable transverse to the some component suction nozzles on slide rail, described longitudinal sliding block and described movable transverse are affixed and be slidably connected in described sideslip groove to slide rail, described component suction nozzle comprises suction nozzle fixed block and at least one suction nozzle, described suction nozzle fixed block slides and is connected in the horizontal slide rail of described benchmark or movable transverse on slide rail, described suction nozzle fixed block is provided with suction nozzle installing hole, described suction nozzle comprises suction nozzle and nozzle body, described nozzle body is positioned at the bottom of described suction nozzle fixed block, described suction nozzle is secured across described suction nozzle installing hole and stretches out the top of described suction nozzle fixed block.
2. suction master mode three travel mechanism in flakes as claimed in claim 1, it is characterized in that: described three in flakes travel mechanism also comprise two slide-bars, diaxon end cap, two linear bearings, what described linear bearing moved towards up and down is installed on the described two ends of arranging of taking a breath, the lower end of described slide-bar and the described top of arranging of taking a breath affixed, the upper end of described slide-bar slides through corresponding linear bearing and affixed with described hubcap.
3. suction master mode three travel mechanism in flakes as claimed in claim 1, it is characterized in that: described cylinder slide assembly comprises cylinder keyset, thread form plate, sliding seat and linear slide block, described cylinder keyset is fixed in the stiff end of described cylinder, described sliding seat is fixed on described cylinder keyset, the upper end of described sliding seat is provided with thread form plate mounting groove, described belt is through described thread form plate mounting groove, described thread form plate to be installed in described thread form plate mounting groove and to be fixed on described sliding seat by described belt, described linear slide block is fixed in the top of described sliding seat, described linear slide block is slidably connected on described linear slide rail.
4. suction master mode three travel mechanism in flakes as claimed in claim 1, is characterized in that: described linear slide block is provided with electronic eyes, and the both sides of the corresponding described belt in top of described transmission installing plate are provided with some to mounting blocks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420603249.7U CN204210035U (en) | 2014-10-19 | 2014-10-19 | Inhale master mode three travel mechanism in flakes |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420603249.7U CN204210035U (en) | 2014-10-19 | 2014-10-19 | Inhale master mode three travel mechanism in flakes |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204210035U true CN204210035U (en) | 2015-03-18 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420603249.7U Withdrawn - After Issue CN204210035U (en) | 2014-10-19 | 2014-10-19 | Inhale master mode three travel mechanism in flakes |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204210035U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325690A (en) * | 2014-10-19 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Suction type three-connector moving mechanism |
-
2014
- 2014-10-19 CN CN201420603249.7U patent/CN204210035U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104325690A (en) * | 2014-10-19 | 2015-02-04 | 东莞市鸿铭机械有限公司 | Suction type three-connector moving mechanism |
| CN104325690B (en) * | 2014-10-19 | 2019-03-05 | 广东鸿铭智能股份有限公司 | Inhale the mobile mechanism in flakes of master mode three |
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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: 20150318 Effective date of abandoning: 20190305 |