CN204849099U - Horizontal continuous electroplating conveyer - Google Patents
Horizontal continuous electroplating conveyer Download PDFInfo
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- CN204849099U CN204849099U CN201520435028.8U CN201520435028U CN204849099U CN 204849099 U CN204849099 U CN 204849099U CN 201520435028 U CN201520435028 U CN 201520435028U CN 204849099 U CN204849099 U CN 204849099U
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Abstract
The utility model provides a horizontal continuous electroplating conveyer, including steel band, steel band turning device, set up in the steel band galvanizing cylinder body down, wherein, steel band turning device drives the steel band to carry out closed ring shape and moves, this steel band turning device includes upset transmission module and two connected at least jump jar guide pulleys, and this steel band turning device still includes at least one pendant guide pulley. Adopt the utility model provides a conveyer can make to hang to remain electroplate product's steel band and keep horizontal transmission getting into different galvanizing cylinder body in -process, does not have obvious range of elevation to can keep the relative quiescent condition of plating solution, thereby make electroplate product surface color and luster and each cladding material thickness of electroplate product all keep even unanimity, the utility model provides a horizontal continuous electroplating conveyer simple structure, low in production cost, efficient has practicality and market using value.
Description
[technical field]
The utility model relates to field of electroplating, particularly relates to a kind of horizontal continuity plating transport unit.
[background technology]
Along with the high speed development of electronic information technology, have that performance is higher, the better electronic product demand of profile increases rapidly, wherein, the components and parts of most electronic product all need to carry out electroplating processes.Because plating piece size in electronic devices and components plating is little and large in batches, need to adopt the product line method of continuous electroplating to carry out Electroplating Production, just can realize low cost, high efficiency Electroplating Production.
Pearl nickel is a kind of sanding nickel, has the color of similar pearl surface, and pearl nickel coating is creamy white, matt, like half dim delustring state.Wherein, containing multiple additives in pearl nickel, husky agent is wherein a kind of additive, its emulsion formed for nonionic surface active agent, but it is easily unstable shape in electroplate liquid, the severe degree that the drop of electroplating solution of cyclic filtering and electroplate liquid stir, all can affect the decomposition rate of husky agent in electroplate liquid.
In existing continuously plating product line, it is many by the plating rack with cathode and anode is elevated, thus make the product introduction that plating rack hangs in electroplate liquid, implement plating, but due to the shape, not of uniform size of the product of required plating, the mode of lifting is adopted to electroplate, the product of required plating enters in electric bath groove from bottom to top, the time of the lower end and plating solution contacts that hang on product on hanger is obviously longer than product upper end, this causes the electroplating time difference of product top and bottom comparatively large, thus impact obtains the quality of final plated item.
In addition, in existing installation, up-down mode (as adopted heavy transfer gantry or other lifting appliances) is adopted to carry out needing the transmission of plated item, due to needs repeatedly electroplating operations, the product needed that plating rack hangs constantly is elevated thus realizes jumping cylinder operation, and this descending operation not only makes required plated item movable amplitude large, also can upset electroplate liquid stationary state, thus accelerate the decomposition of effective constituent in the electroplate liquid containing husky agent, finally affect the quality of plated item.
[utility model content]
For the plated item overcoming existing existence jumps the large shortcoming of cylinder operation heave amplitude, the utility model provides a kind of and jumps the little horizontal continuity plating transport unit of cylinder operation amplitude.
The utility model is for solving the problem, provide following scheme: 1. a horizontal continuity plating transport unit, it comprises a steel band and electroplates cylinder body with at least two, described steel band being provided with the multiple hangers for loading electroplated product, between multiple hangers at difference plating cylinder body place, there is differential seat angle.
Preferably, described plating cylinder body is provided with notch, wherein, notch setting direction is consistent with steel band direction of motion.
Preferably, described notch comprises inclined notch, and wherein, inclined notch comprises an inclined side, and the angle of this inclined side and vertical direction is 60-85 °.
Preferably, described horizontal continuity plating transport unit also comprises steel band turning device, and this steel band turning device comprises upset transmission module and connected at least two jumping cylinder guide wheels; Notch place is located at by described jumping cylinder guide wheel.
Preferably, this steel band turning device also comprises at least one suspension member guide wheel, and this steel band is by upset 180 ° after suspension member guide wheel.
Preferably, described suspension member guide wheel comprises the first suspension member guide wheel, the second suspension member guide wheel and the 3rd suspension member guide wheel, and wherein, described steel band is successively by the first suspension member guide wheel, the second suspension member guide wheel and the 3rd suspension member guide wheel; This second suspension member guide wheel is corresponding setting with the first suspension member guide wheel and the 3rd suspension member guide wheel setting direction; Described steel band reverses 180 ° forward or backwards respectively and arranges between the first suspension member guide wheel and the second suspension member guide wheel, between the second suspension member guide wheel and the 3rd suspension member guide wheel.
Preferably, this jumping cylinder guide wheel and suspension member guide wheel include two guide wheels of corresponding setting, the spacing adjustable of two guide wheels.
Preferably, this steel band turning device also comprises at least one turning guide wheel, and this upset transmission module is connected with turning guide wheel, and this steel band is by flat bank after turning guide wheel; This turning guide wheel comprises pre-treatment turning guide wheel and aftertreatment turning guide wheel, and the turning of the steel band of closed annular is located at respectively by this pre-treatment turning guide wheel and aftertreatment turning guide wheel.
Preferably, described upset transmission module comprises interconnective driving motor, transfer gear box and transmission control device, and wherein, this transfer gear box is connected with turning guide wheel.
Preferably, this steel band is the closed two-wire pleated sheet structure taken the shape of the letter U or closed bilinear shape or other forms of two-wire loop structure.
Relative to prior art, first a kind of plating transport unit realizing horizontal continuity is provided in horizontal continuity electroplating assembly line of the present utility model, because its Sidewall Height is identical between traditional plating cylinder body, therefore, when electroplating or when adding liquid medicine to plating cylinder body, liquid medicine between adjacent plating cylinder body easily pollutes mutually, thus cause electroplating effect not good, and in the utility model, certain difference of altitude is there is between plating cylinder body, and steel band is in tilting procedure, the lower-most point of the hanger below it can be made to increase thus the difference of altitude striden across between described plating cylinder body by angle of inclination.Further, notch cylinder body being provided with and highly differing is electroplated in the utility model, steel band runs through notch, and this is arranged so that the vertex of the liquid medicine distance plating cylinder body electroplated in cylinder body has a segment distance, thus liquid medicine can not be splashed in other plating cylinder bodies easily.Because the notch height on plating cylinder body differs, it further avoid the mutual pollution between liquid medicine.
Steel band is driven by the steel band turning device electroplating transport unit, carries out horizontal continuity transmission.The horizontal continuity electroplating assembly line that the utility model provides can make the steel band hanging with electroplated product enter plating functional zone process, stepping differential seat angle is there is between the hanger being in different plating cylinder body, wherein maximum between hanger differential seat angle depends on the difference of altitude between notch (inclined notch and the concave notches) lowest part of plating cylinder body, after driving steel band and hanger run-off the straight thereof by steel band turning device, the lowest part of this steel band and hanger thereof is higher than the lowest part of the notch (inclined notch and concave notches) of plating cylinder body, in tilting procedure, the lower-most point of hanger improves gradually relative to plating cylinder body, thus the level jumping cylinder making this steel band and hanger thereof be realized between at least two plating cylinder bodies by this notch is moved.
Realize jumping compared with cylinder operates with existing employing lifting pattern, horizontal continuity electroplating assembly line provided by the utility model not only can effectively reduce electroplated product jump cylinder operation in steel band and hanger promote amplitude, can also reduce and adopt existing lifting to jump cylinder operation to electroplating the disturbance that in cylinder body or electric bath groove device, liquid causes, thus keep the geo-stationary of electroplate liquid, effectively reduce the decomposition of organic composition in electroplate liquid, therefore, its plated item surface color and each thickness of coating of plated item can be made to keep uniformity.
In addition, without the need to using heavy transfer gantry or other any lifting appliances in the horizontal continuity electroplating assembly line that the utility model provides and production technique thereof, continuous horizontal plating can be realized, and the transport unit structure of electroplating assembly line is simplified greatly, thus reduce production cost, also improve production efficiency simultaneously.
The horizontal continuity plating transport unit that the utility model provides not only can be used in the electroplating technology of pearl nickel/nickel cobalt (alloy), and any one can adopt in horizontal electroplating technique to be also applicable to other, has practicality and market using value.
[accompanying drawing explanation]
Fig. 1 is the vertical view of the embodiment 1 of horizontal continuity plating transport unit in the utility model;
Fig. 2 is the structural representation electroplated cylinder body in the embodiment 1 of horizontal continuity plating transport unit in the utility model and jump cylinder guide wheel;
Fig. 3 is the using state schematic diagram electroplated cylinder body in the embodiment 1 of horizontal continuity plating transport unit in the utility model and jump cylinder guide wheel;
Fig. 4 is the structural representation of plated support frame and suspension member guide wheel in the embodiment 1 of horizontal continuity plating transport unit in the utility model;
Fig. 5 is the using state schematic diagram of plated support frame and suspension member guide wheel in the embodiment 1 of horizontal continuity plating transport unit in the utility model;
Fig. 6 is the plating cylinder body of horizontal continuity plating transport unit in the utility model and the first variant embodiment front view of jumping cylinder guide wheel;
Fig. 7 is the front view of the horizontal continuity plating plated support frame of transport unit and the first variant embodiment of suspension member guide wheel in the utility model.
[embodiment]
In order to make the purpose of this utility model, technical scheme and advantage are clearly understood, below in conjunction with accompanying drawing and embodiment, are further elaborated to the utility model.Should be appreciated that specific embodiment described herein only in order to explain the utility model, and be not used in restriction the utility model.
Refer to Fig. 1, the utility model provides a kind of horizontal continuity to electroplate transport unit 10, and it comprises steel band 11, steel band turning device 12, is arranged at the plating cylinder body 13 under steel band and the plated support frame 14 for fixing steel band turning device 12; This steel band 11 is by upset 0-180 ° of degree after steel band turning device 12.
Wherein, the quantity of this plating cylinder body 13 can require according to actual process the adjustment carrying out quantity and size thereof.
As shown in fig. 1, this steel band turning device 12 comprise upset transmission module (not shown) and connected three jump cylinder guide wheel 122, six turning guide wheels 123 and three suspension member guide wheels 124; This steel band 11 carries out closed annular running by jumping cylinder guide wheel 122, turning guide wheel 123 and suspension member guide wheel 124.
Steel band turning device 12 drives steel band 11 to carry out closed annular motion, and this upset transmission module (not shown) provides motivating force for steel band turning device 12.
Single jumping cylinder guide wheel 122, turning guide wheel 123 and suspension member guide wheel 124 also can comprise one or more guide wheel (not shown) further, to realize the guiding to steel band 11.
Particularly, this jumping cylinder guide wheel 122 is arranged on the junction between two plating cylinder bodies 13, and steel band 11 can realize steel band 11 relative to vertical direction upset 60-85 ° by jumping cylinder guide wheel 122, thus realizes the jumping cylinder operation of steel band 11 relative to plating cylinder body 13.This jumping cylinder guide wheel 122 comprises the first jumping cylinder guide wheel 1221, second and jumps cylinder guide wheel 1222 and the 3rd jumping cylinder guide wheel 1223.
This turning guide wheel 123 and suspension member guide wheel 124 are arranged on plated support frame 14, wherein, this turning guide wheel 123 comprises pre-treatment turning guide wheel 1231 and aftertreatment turning guide wheel 1232, the turning of the steel band 11 of closed annular is located at respectively by this pre-treatment turning guide wheel 1231 and aftertreatment turning guide wheel 1232, for carrying out flat bank guiding to steel band 11; This suspension member guide wheel 124 comprises the first suspension member guide wheel 1241, second suspension member guide wheel 1242 and the 3rd suspension member guide wheel 1243, and steel band 11 is successively by the first suspension member guide wheel 1241, second suspension member guide wheel 1242 and the 3rd suspension member guide wheel 1243.
The jumping cylinder guide wheel 122 of multiple corresponding setting also can be comprised in this steel band turning device 12; The turning guide wheel 123 of multiple corresponding setting also can be comprised in this steel band turning device 12; The suspension member guide wheel 124 of multiple corresponding setting also can be comprised in this steel band turning device 12.The particular location of this jumping cylinder guide wheel 122, turning guide wheel 123 and suspension member guide wheel 124 and quantity can electroplate the setting of transport unit 10 according to the quantity and horizontal continuity of electroplating cylinder body 13 and electroplating technology requires to adjust.
In the present embodiment, this upset transmission module comprises interconnective driving motor, transfer gear box and transmission control device, and transmission control device can control starting or stoping of driving motor and transfer gear box.Wherein, driving motor is connected with transfer gear box and drives it to move, transfer gear box and one of them turning guide wheel 123 (can be pre-treatment turning guide wheel 1231 or aftertreatment turning guide wheel 1232) are connected by the crawler belt of annular and are driven and rotate, the turning guide wheel 123 be connected with transfer gear box is main driving guide wheel, connected by guide wheel synchronization chain between each turning guide wheel 123, thus realize the interlock between each turning guide wheel 123.Wherein, above-mentioned upset transmission module, driving motor, transfer gear box, transmission control device, crawler belt and guide wheel synchronization chain are in the accompanying drawings and illustrate.In the present embodiment, the annexation between upset transmission module (not shown) and turning guide wheel 123, can make the turning guide wheel 123 as main driving guide wheel can realize level, rotate continuously, stably, thus drives steel band motion.
This jumping cylinder guide wheel 122 and suspension member guide wheel 124 more preferably driven guide wheel, this turning guide wheel 123 is preferably initiatively guide wheel, to keep steel band 11 in operation process, each jumps cylinder guide wheel 122, rotation between turning guide wheel 123 and suspension member guide wheel 124 is synchronous axial system.
Refer to Fig. 2-3, in the present embodiment, the utility model comprise several be arranged at steel band 11 under plating cylinder body 13, plating cylinder body 13 shown in Fig. 2-3 comprises the first plating cylinder body 1301 and the second plating cylinder body 1302, wherein, this plating cylinder body 13 comprises inclined notch 131 and/or the matrix notch 132 of corresponding setting, wherein, inclined notch 131 and/or matrix notch 132 setting direction parallel with steel band 11 direction of motion, this jumping cylinder guide wheel 122 is located on wherein one side of inclined notch 131 and/or matrix notch 132, and arrange with its place plane is fair, this steel band 11 flips an angle after jumping cylinder guide wheel 122.
Specifically as shown in Figure 2, the first plating cylinder body 1301 is provided with the first inclined notch 1311, and this first inclined notch 1311 comprises one first inclined side 1313, and this first inclined side 1313 is 60 ° with the angle of vertical direction; Be screwed the first jumping cylinder guide wheel 1221 in the side of the first inclined notch 1311, this first jumping cylinder guide wheel 1221 and the first inclined notch 1311 maintain an equal level and arrange; First plating cylinder body 1301 and second is electroplated between cylinder body 1302 and is provided with the second inclined notch 1312, this second inclined notch 1312 comprises one second inclined side 1314, this second inclined side 1314 is 60 ° with the angle of vertical direction, second side of electroplating cylinder body 1301 corresponding with the second inclined notch 1312 is provided with the first matrix notch 1321, be provided with one second in this first concave notches 1321 edge and jump cylinder guide wheel 1222, this second jumping cylinder guide wheel 1222 and the first concave notches 1321 maintain an equal level and arrange.Wherein this first inclined side 2313 can be 60 °-75 ° or 75 °-85 ° or 60 °-70 ° or 65 °-80 ° or 70 °-80 ° with the angle of vertical direction, also can be specially 60 °, 63 °, 65 °, 67 °, 70 °, 73 °, 78 °, 80 °, 82 ° or 85 °.
Wherein, first inclined notch 1311, second inclined notch 1312 can be 60-85 ° with the angle of vertical direction, also can be 60 °-75 ° or 75 °-85 ° or 60 °-70 ° or 65 °-80 ° or 70 °-80 °, also can be specially 60 °, 63 °, 65 °, 67 °, 70 °, 73 °, 78 °, 80 °, 82 ° or 85 °.
As shown in Figure 3, be between the different hanger 111 electroplating cylinder body 1 (as the first plating cylinder body 1301 and the second plating cylinder body 1302) and there is stepping differential seat angle, the spacing that the differential seat angle rangeability between adjacent two hangers 111 is arranged by hanger 111 and the angle that steel band 11 overturns determine; Wherein, between multiple hanger 111, maximum differential seat angle depends on difference of altitude between plating cylinder body 13 notch (as inclined notch 131 and concave notches 132) lowest part.After driving steel band 11 and hanger 111 run-off the straight thereof by steel band turning device 12, the lowest part of this steel band 11 and hanger 111 thereof higher than the lowest part of the notch (inclined notch 131 and concave notches 132) of plating cylinder body 13, thus makes this steel band 11 and hanger 111 thereof jump cylinder by this notch (inclined notch 131 and concave notches 132) level realized between plating cylinder body to move.In tilting procedure, the lower-most point of hanger 111 improves gradually relative to plating cylinder body 13.
Steel band 11 is driven by upset transmission module (not shown), and in the first inclined notch 1311 first jumps cylinder guide wheel 1221, and steel band 11 is led by the first jumping cylinder guide wheel 1221 and upwards turn to vertical direction angle is 60 °; Steel band 11 keeps being 60 ° with vertical direction angle and in process by the second inclined notch 1312, because steel band 11 also has guide effect through being arranged on the in the first matrix notch 1321 second jumping cylinder guide wheel 1222, second jumping cylinder guide wheel 1222, therefore, make the vergence direction of steel band 11 overturn transition to vertical direction reposefully gradually owing to being 60 ° with vertical direction angle, realize the steady angular transition of steel band 11 and jump cylinder operation.
In other embodiments, the setting of this plating cylinder body 13 and inclined notch 131 and/or matrix notch 132 can adjust according to the operational requirements of reality.
Refer to Fig. 4-5, in the present embodiment, this steel band 11 is by upset 180 ° after suspension member guide wheel 124.Particularly, this steel band 11 also comprises the hanger 111 hung on steel band 11, carry out the hanger 111 of required plated item at steel band 11 carry out on hang or the operation of lower extension electroplated product time, need to carry out spinning upside down relative to 180 °, reference azimuth by means of suspension member guide wheel 124 pairs of steel bands 11.As shown in Figure 4, suspension member guide wheel 124 is vertically set on plated support frame 14, this suspension member guide wheel 124 comprises the first suspension member guide wheel 1241, second suspension member guide wheel 1242 and the 3rd suspension member guide wheel 1243, wherein, this second suspension member guide wheel 1242 is corresponding setting with the first suspension member guide wheel 1241 and the 3rd suspension member guide wheel 1243 setting direction.Described steel band 11 reverses 180 ° forward or backwards respectively and arranges between the first suspension member guide wheel 1241 and the second suspension member guide wheel 1242, between the second suspension member guide wheel 1242 and the 3rd suspension member guide wheel 1243.
Refer to Fig. 5, steel band 11 is before by the first suspension member guide wheel 1241 on plated support frame 14, and steel band 11 is vertically arranged and hanger 111 on steel band 11 is located at the below of steel band 11; Steel band 11 is rear extremely by the process before the second suspension member guide wheel 1242 by the first suspension member guide wheel 1241, little by little by vertically-level-vertically arrange conversion, by after the second suspension member guide wheel 1242, be originally converted to gradually in the position of the hanger 111 be located at below steel band 11 and be located at above steel band; Steel band 11 is rear extremely by the process before the 3rd suspension member guide wheel 1243 by the second suspension member guide wheel 1242, little by little by vertically-level-vertically arrange conversion, by after the 3rd suspension member guide wheel 1243, originally revert to gradually in the position of the hanger 111 be located at above steel band 11 and be located at below steel band.
Above-mentioned guiding by the first suspension member guide wheel 1241, second suspension member guide wheel 1242 the 3rd suspension member guide wheel 1243 makes this steel band 11 and the change state of hanger 111 relative position, is conducive to operation steel band 11 hanger 111 carrying out upper extension or lower extension product.
The horizontal continuity plating transport unit 10 provided in the utility model can also have various deformation structure, if the steel band 11 in this horizontal continuity plating transport unit 10 can, for the two-wire pleated sheet structure taken the shape of the letter U closed, also can be closed bilinear shape or other forms of two-wire loop structure.
The horizontal continuity plating transport unit 10 provided in the utility model can also have following variant embodiment, as steel band turning device can be separated with the plating cylinder body be arranged under steel band, and independent setting, the modes such as this steel band turning device can also be linked up with, sub master, towing mechanism realize the operation flipped an angle to steel band, the concrete structure of steel band turning device and unrestricted with the annexation of steel band.
The plating cylinder body of the horizontal continuity plating transport unit in the utility model and the first variant embodiment with jumping cylinder guide wheel, suspension member guide wheel, as shown in figs. 6-7, in this first variant embodiment, this first this jumping cylinder guide wheel 222 is fixedly connected on the side of plating cylinder body 23 inclined notch 231 by web member 225, wherein, this jumping cylinder guide wheel 222 comprises the first guide wheel 2221 and the second guide wheel 2222 of corresponding setting, and wherein, the distance between the first guide wheel 2221 and the second guide wheel 2222 is adjustable.In use, steel band (not shown) is between the first guide wheel 2221 and the second guide wheel 2222; This suspension member guide wheel 224 is fixedly connected on one of them side of plated support frame 24 by web member 226, wherein this suspension member guide wheel 224 comprises the 3rd guide wheel 2241 and four guide idler 2242 of corresponding setting, wherein, distance adjustable between 3rd guide wheel 2241 and four guide idler 2242, in use, steel band (not shown) is between the 3rd guide wheel 2241 and four guide idler 2242.
The wherein a kind of operation steps adopting a kind of horizontal continuity plating transport unit 10 described in the utility model embodiment 1 to carry out electroplating comprises:
The horizontal continuity plating transport unit 10 that the utility model provides is when operating, steel band 11 is laid in closed annular structure, upset transmission module drive steel band 11 circulate closed annular motion, and successively by behind the region such as Shang Gua district, oil-removing area, pre-treatment turning area, impact nickel district, Sha Nie district, nickel-cobalt alloy plating district, cleaning sealing of hole district, aftertreatment turning area, Xiao Gua district, Xia Gua district, then enter Shang Gua district.
Step S1: electroplated product to load in the hanger 111 of steel band 11 and then enters oil-removing area with the steel band 11 driven by upset transmission module (not shown) in Shang Gua district, after oil-removing area completes removal operation, the hanger 111 being loaded with electroplated product enters pre-treatment turning area, and led by pre-treatment turning guide wheel 1231, steel band 11 is made to realize flat bank, the hanger 111 being loaded with electroplated product moves forward, enter and impact nickel district, steel band 11 is in Shang Gua district, oil-removing area, when pre-treatment turning area and impact nickel district, the hanger 111 being loaded with electroplated product is positioned at the below of steel band 11 all the time.
Step S2: owing to adding husky agent in the electroplate liquid in Sha Nie district, in order to ensure in electroplated product introduction electroplate liquid, farthest can keep the stationary state of electroplate liquid, the steel band 11 being loaded with electroplated product needs the upset carrying out certain angle before entering Sha Nie district, with the plating cylinder body 13 making the plated item hung on steel band 11 can smoothly pass this Sha Nie district, the angle that steel band 11 overturns is be 60-85 ° of angle relative to vertical direction, above-mentioned upset is led by the first jumping cylinder guide wheel 1221 in steel band turning device 12 and is driven steel band 11, thus realize upset, electroplated product carries out in treating processes in Sha Nie district, also needs to jump cylinder guide wheel 1222 through second, and this second jumping cylinder guide wheel 1222 can be used for the state flipped an angle maintaining steel band 11.
Step S3: complete the operation of husky nickel, when steel band 11 enters nickel-cobalt alloy plating district, after steel band 11 is jumped cylinder guide wheel 1223 by the 3rd upset is vertical direction again, through cleaning sealing of hole district and aftertreatment turning area, at aftertreatment turning area, led by aftertreatment turning guide wheel 1232, the steel band 11 being loaded with electroplated product realize level, continuously, after steady trun again through Xiao Gua district, treat plated item and carry out nitre and hang process.Wherein, the steel band 11 being loaded with electroplated product through nickel-cobalt alloy plating district, wash sealing of hole district, aftertreatment turning area Ji Xiaogua district, the hanger 111 being loaded with electroplated product is positioned at the below of steel band 11 all the time.
Step S4: enter Xia Gua district, original state (hanger 111 being namely loaded with plated item is positioned at below steel band 11) is recovered after state that steel band 11 is led by the first suspension member guide wheel 1241, second suspension member guide wheel 1242 in suspension member guide wheel 124 and the 3rd suspension member guide wheel 1243 and the hanger 111 overturn as being loaded with electroplated product is positioned at above steel band 11, take off the product completing plating, complete the plating of first product.
Wherein, above-mentioned Shang Gua district, oil-removing area, impact nickel district, pre-treatment turning area, Sha Nie district, nickel-cobalt alloy plating district, cleaning sealing of hole district, aftertreatment turning area, Xiao Gua district, Xia Gua district are all not shown in the drawings.
Compare prior art, horizontal continuity plating transport unit 10 in the utility model achieves the horizontal transmission of required plated item, particularly, steel band 11 is driven by steel band turning device 12, carry out horizontal continuity transmission, because its Sidewall Height is identical between traditional plating cylinder body, therefore, when electroplating or when adding liquid medicine to plating cylinder body, liquid medicine between adjacent plating cylinder body easily pollutes mutually, thus cause electroplating effect not good, and in the present invention, certain difference of altitude is there is between plating cylinder body 13, and steel band 11 is in tilting procedure, the lower-most point of the hanger 111 below it can be made to increase thus the difference of altitude striden across between described plating cylinder body 13 by angle of inclination.Further, notch cylinder body 13 being provided with and highly differing is electroplated in the present invention, steel band 11 runs through notch, and this is arranged so that the vertex of the liquid medicine distance plating cylinder body 13 electroplated in cylinder body 13 has a segment distance, thus liquid medicine can not be splashed in other plating cylinder bodies 13 easily.Because the notch height on plating cylinder body 13 differs, it further avoid the mutual pollution between liquid medicine.
Steel band 11 is driven by the steel band turning device 12 of plating transport unit 10, carries out horizontal continuity transmission.The plating transport unit 10 that the utility model provides can make the steel band 111 hanging with electroplated product enter plating functional zone process, stepping differential seat angle is there is between the hanger 111 being in different plating cylinder body 13, wherein maximum between hanger 111 differential seat angle depends on the difference of altitude between notch (inclined notch 131 and the concave notches 132) lowest part of plating cylinder body 13, after driving steel band 11 and hanger 111 run-off the straight thereof by steel band turning device 13, the lowest part of this steel band 11 and hanger 111 thereof is higher than the lowest part of the notch (inclined notch 131 and concave notches 132) of plating cylinder body 13, in tilting procedure, the lower-most point of hanger 111 improves gradually relative to plating cylinder body 13, thus the level jumping cylinder making this steel band 11 and hanger 111 thereof be realized between at least two plating cylinder bodies 13 by this notch is moved.
Also be provided with in this steel band turning device 12 and jump cylinder guide wheel 122, turning guide wheel 123 and suspension member guide wheel 124.Wherein, jump cylinder guide wheel 122 and can realize steel band 11 relative to vertical direction 60-85 ° of upset, realize jumping compared with cylinder operates with needing to adopt up-down mode in prior art, only need to be driven by jumping cylinder guide wheel 122 in the present invention and the steel band 11 that leads overturns 60-85 °, the jumping cylinder operation of electroplated product can be realized.
The horizontal continuity plating transport unit adopting the utility model to provide, not only effectively can reduce the transition amplitude that electroplated product jumps cylinder operation, can also reduce and jump cylinder operation to the disturbance of liquid in plating cylinder body 13 secondly, the continuous horizontal that turning guide wheel 123 can realize steel band is turned, thus makes the steel band 11 being loaded with electroplated product can realize level, steady and continuous print cornering operation.Again, suspension member guide wheel 124 can realize 180 ° of steel band and spin upside down, thus conversion hanger 111 and steel band 11 about relative position, thus is convenient to the upper extension of product and lower extension operates.
In addition, pre-treatment turning guide wheel 1231 and aftertreatment turning guide wheel 1232 is added in the utility model, steel band 11 horizontal continuity can be realized transmit stably, without the need to using heavy transfer gantry or other any lifting appliances in the utility model, continuous horizontal plating can be realized, and the transport unit structure of electroplating assembly line is simplified greatly, thus reduce production cost, also improve production efficiency simultaneously.
The horizontal continuity plating transport unit 10 that the utility model provides not only can be used in the electroplating technology of pearl nickel/nickel cobalt (alloy), it is particularly useful for making in the preparation process of the portions of electronics components and parts in the electronic product that Apple (AppleInc.) produces, any one can adopt in horizontal electroplating technique to be also applicable to other, has practicality and market using value.
The foregoing is only the utility model preferred embodiment, not in order to limit the utility model, all any amendments done within the utility model principle, equivalent replacement and improvement etc. all should comprise within protection domain of the present utility model.
Claims (10)
1. a horizontal continuity plating transport unit, is characterized in that: comprising a steel band and electroplate cylinder body with at least two, described steel band being provided with the multiple hangers for loading electroplated product, between multiple hangers at difference plating cylinder body place, there is differential seat angle.
2. horizontal continuity electroplates transport unit as described in claim 1, and it is characterized in that: described plating cylinder body is provided with notch, wherein, notch setting direction is consistent with steel band direction of motion.
3. horizontal continuity electroplates transport unit as described in claim 2, and it is characterized in that: described notch comprises inclined notch, wherein, inclined notch comprises an inclined side, and the angle of this inclined side and vertical direction is 60-85 °.
4. horizontal continuity electroplates transport unit as described in claim 2, it is characterized in that: described horizontal continuity plating transport unit also comprises steel band turning device, and this steel band turning device comprises upset transmission module and connected at least two jumping cylinder guide wheels; Notch place is located at by described jumping cylinder guide wheel.
5. horizontal continuity electroplates transport unit as described in claim 4, it is characterized in that: this steel band turning device also comprises at least one suspension member guide wheel, and this steel band is by upset 180 ° after suspension member guide wheel.
6. horizontal continuity electroplates transport unit as described in claim 5, it is characterized in that: described suspension member guide wheel comprises the first suspension member guide wheel, the second suspension member guide wheel and the 3rd suspension member guide wheel, wherein, described steel band is successively by the first suspension member guide wheel, the second suspension member guide wheel and the 3rd suspension member guide wheel; This second suspension member guide wheel is corresponding setting with the first suspension member guide wheel and the 3rd suspension member guide wheel setting direction; Described steel band reverses 180 ° forward or backwards respectively and arranges between the first suspension member guide wheel and the second suspension member guide wheel, between the second suspension member guide wheel and the 3rd suspension member guide wheel.
7. horizontal continuity electroplates transport unit as described in claim 6, it is characterized in that: this jumping cylinder guide wheel and suspension member guide wheel include two guide wheels of corresponding setting, the spacing adjustable of two guide wheels.
8. horizontal continuity electroplates transport unit as described in claim 7, and it is characterized in that: this steel band turning device also comprises at least one turning guide wheel, this upset transmission module is connected with turning guide wheel, and this steel band is by flat bank after turning guide wheel; This turning guide wheel comprises pre-treatment turning guide wheel and aftertreatment turning guide wheel, and the turning of the steel band of closed annular is located at respectively by this pre-treatment turning guide wheel and aftertreatment turning guide wheel.
9. horizontal continuity electroplates transport unit as described in claim 8, and it is characterized in that: described upset transmission module comprises interconnective driving motor, transfer gear box and transmission control device, wherein, this transfer gear box is connected with turning guide wheel.
10. as claimed in any one of claims 1-9 wherein horizontal continuity plating transport unit, is characterized in that: this steel band is the closed two-wire pleated sheet structure taken the shape of the letter U or closed bilinear shape or other forms of two-wire loop structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520435028.8U CN204849099U (en) | 2015-06-23 | 2015-06-23 | Horizontal continuous electroplating conveyer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520435028.8U CN204849099U (en) | 2015-06-23 | 2015-06-23 | Horizontal continuous electroplating conveyer |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105112986A (en) * | 2015-07-27 | 2015-12-02 | 谢彪 | Rack plating production line and rack plating production process |
| CN107858727A (en) * | 2017-12-18 | 2018-03-30 | 上海华友金裕微电子有限公司 | A kind of efficiently round wire bond carrying device of new high speed electro-deposition |
| CN109972184A (en) * | 2019-01-23 | 2019-07-05 | 浙江祥可铝塑包装有限公司 | A kind of aluminium lid oxidation technology |
-
2015
- 2015-06-23 CN CN201520435028.8U patent/CN204849099U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105112986A (en) * | 2015-07-27 | 2015-12-02 | 谢彪 | Rack plating production line and rack plating production process |
| CN107858727A (en) * | 2017-12-18 | 2018-03-30 | 上海华友金裕微电子有限公司 | A kind of efficiently round wire bond carrying device of new high speed electro-deposition |
| CN109972184A (en) * | 2019-01-23 | 2019-07-05 | 浙江祥可铝塑包装有限公司 | A kind of aluminium lid oxidation technology |
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Effective date of registration: 20181213 Address after: 516000 Lingtou and Fox Hill (Tu Name) Sections of Xiahuang Formation, Qiugang Village, Longxi Town, Boluo County, Huizhou City, Guangdong Province Patentee after: Huizhou Antai Surface Treatment Technology Co., Ltd. Address before: 518104 Shenzhen City Baoan District Shajing Houting Maozhou Industrial Zone Jiechang Industrial Park P1 Workshop Shenzhen Jiechang Anpai Technology Co., Ltd. Patentee before: Xie Biao |