CN202395619U - Automatic production equipment for hollow cup coil - Google Patents
Automatic production equipment for hollow cup coil Download PDFInfo
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- CN202395619U CN202395619U CN2011205374898U CN201120537489U CN202395619U CN 202395619 U CN202395619 U CN 202395619U CN 2011205374898 U CN2011205374898 U CN 2011205374898U CN 201120537489 U CN201120537489 U CN 201120537489U CN 202395619 U CN202395619 U CN 202395619U
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- drag cup
- cup coil
- coil
- volume
- impregnation
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Abstract
The utility model is suitable for producing a hollow cup coil, and provides automatic production equipment for the hollow cup coil. The automatic production equipment comprises a circle rolling mechanism for circle rolling of the hollow cup coil, a shaping mechanism for shaping the hollow cup coil subjected to circle rolling, a rubber dipping mechanism for rubber dipping of the hollow cup coil subjected to shaping, a rubber drying mechanism for rubber dying of the hollow cup coil subjected to rubber dipping, a first feeding mechanism for conveying the hollow cup coil among the circle rolling mechanism, the shaping mechanism and the rubber dipping mechanism, and a second feeding mechanism for conveying the hollow cup coil subjected to rubber dipping into the rubber drying mechanism. According to the automatic production equipment of the hollow cup coil, the functions of circle rolling, shaping, rubber dipping and rubber drying of the coil are integrated in one piece of equipment, so that automatic production of the hollow cup coil is realized, the production efficiency is high, the production cost is low, and the product yield is high.
Description
Technical field
The utility model relates to a kind of production equipment, relates in particular to a kind of automated production equipment of drag cup coil.
Background technology
The coil of using for existing drag cup motor shown in Figure 1, this coil volume circle, a shaping, secondary reshaping, impregnation, five stations of drying glue rely on corresponding frock clamp to be made by four workmans.The coil cylinder both ends of the surface that the manual volume circle of coil causes rolling up after circle is accomplished easily are not concordant, through coil drum length after the shaping partially length be that coil is bad.Shaping and impregnation are separate operation, cause the end of a thread 10 on the coil cylinder to skew in the time of middle turnover, increase the difficulty that follow-up group of line realized automation, and when dialling line because the excessive generation of the amplitude of oscillation of the end of a thread is broken phenomenon.Existing impregnation is to accomplish by manual operation, and the impregnation time of each coil cylinder is unequal to be that coil cylinder impregnation degree is different, causes the inhomogeneous and coil cylinder inner wall of coil barrel strength, and the outer wall dimension deviation is bigger.Coil cylinder inner wall, outer wall dimension deviation than affects after the assembly precision of station rotor rack.In sum, this production model defective products is high, and production efficiency is low, and production cost is high.
The utility model content
The purpose of the utility model embodiment is to provide a kind of automated production equipment of drag cup coil; It is low to be intended to solve in the drag cup coil production process of prior art existing automated production degree, and production efficiency is low, production cost is high and the low problem of yields.
The utility model embodiment is achieved in that a kind of automated production equipment of drag cup coil, it comprises the furling plate round machine structure that is used for drag cup coil volume circle, be used for to roll up reshaping device that drag cup coil behind the circle carries out shaping, be used for to the drag cup coil after the shaping carry out the impregnation mechanism of impregnation, after being used for impregnation accomplished the drying glue of drag cup coil drying glue mechanism, be used between said furling plate round machine structure, reshaping device and impregnation mechanism, transporting first feed mechanism of drag cup coil and be used for the drag cup coil behind the impregnation is sent into second feed mechanism of said drying glue mechanism.
Further; Said furling plate round machine structure comprises the second volume plectane that first volume plectane reaches and first volume plectane is arranged side by side that supplies to wait to roll up round drag cup coil placement; The one side elasticity perk up of said first volume plectane; The slit that the said second volume plectane is provided with the volume circular hole and communicates with the volume circular hole; Said furling plate round machine structure also comprises second cylinder that is used for first cylinder that first volume plectane is flattened and said first cylinder is moved between the first volume plectane and the second volume plectane, saidly wait to roll up round drag cup coil and in the said second volume plectane motion process, be involved in the said volume circular hole in the slit by the said second volume plectane under the drive of second cylinder in first cylinder.
Further; Said reshaping device comprises two dressing sticks that are used to supply the drag cup coil sheathed, driven unit and the first shaping assembly that cooperates with said dressing stick respectively and the second shaping assembly that is used to make said dressing stick rotation, and the first shaping assembly and the second shaping assembly comprise two dressing sticks that the drag cup coil that is placed on the said dressing stick is carried out shaping of being used for that lay respectively at the relative both sides of corresponding dressing stick.
Further, each dressing stick has the arc surface towards said dressing stick.
Further; The ratchet mechanism that said impregnation mechanism comprises an impregnation dish and is used to make said impregnation dish to rotate; The periphery of said impregnation dish is provided with the some location holes that are used for fixing the drag cup coil, and said impregnation mechanism also comprises with the rubber-storing cylinder of the adjacent setting of impregnation dish and is installed on said rubber-storing cylinder bottom and glue conveying box that can be corresponding with location hole.
Further, said impregnation mechanism also comprises and is suspended in said impregnation dish top and funnel that can be corresponding with location hole and places the lacquer disk(-sc) that gathers below the said impregnation dish.
Further; But but said first feed mechanism comprise lengthwise movement base, be installed on the base and the mount pad of transverse movement and be installed on first, second, third pneumatic-finger that is provided with at interval side by side on the said mount pad, first, second, third pneumatic-finger all is provided with the sleeve pipe that is used for the said drag cup coil of gripping in front end.
Further; Corresponding with the volume circular hole of the said second volume plectane be provided with by cylinder drive can be in the volume circular hole motion so that the drag cup coil cover in the volume circular hole on it and leave the volume pole of volume circular hole; The sleeve pipe of first pneumatic-finger of said first feed mechanism be used to clamp be placed in volume on the pole the drag cup coil and this drag cup coil delivered to the dressing stick between two dressing sticks of the first shaping assembly; Second pneumatic-finger of said first feed mechanism is used for the drag cup coil between two dressing sticks of the first shaping assembly is delivered to the dressing stick between two dressing sticks of the second shaping assembly, and the 3rd pneumatic-finger of said first feed mechanism is used for the drag cup coil between two dressing sticks of the second shaping assembly is delivered to the funnel of said impregnation mechanism.
Further, said drying glue mechanism comprises baking oven and passes the belt of said baking oven, places the coil pallet on the said belt.
Further, said second feed mechanism comprise the 6th cylinder that is suspended from the said impregnation dish, be installed on said the 6th cylinder end and can be corresponding with the location hole on the said impregnation dish with the 4th pneumatic-finger of the drag cup coil in the gripping location hole and be used to drive the 6th cylinder and the 4th pneumatic-finger power part with the belt top that the drag cup coil is transported to said drying glue mechanism.
The automated production equipment of said drag cup coil is with coil volume circle, a shaping, secondary reshaping; Impregnation; Five stations of drying glue all concentrate on the equipment, have realized the automated production of drag cup coil, and production efficiency is high, production cost is low, yields is high.
Description of drawings
Fig. 1 is the stereogram of the drag cup coil that provides of prior art.
Fig. 2 is the stereogram of waiting to roll up round drag cup coil of the automated production equipment of the drag cup coil that provides of the utility model.
Fig. 3 is the stereogram of the automated production equipment of the drag cup coil that provides of the utility model.
Fig. 4 is the furling plate round machine structure of Fig. 3 and the stereogram of reshaping device.
Fig. 5 is the part enlarged drawing of Fig. 3.
Fig. 6 is that the A of Fig. 3 is to partial enlarged drawing.
Fig. 7 is the stereogram of another angle of Fig. 3.
Embodiment
For the purpose, technical scheme and the advantage that make the utility model is clearer,, the utility model is further elaborated below in conjunction with accompanying drawing and embodiment.Should be appreciated that specific embodiment described herein only in order to explanation the utility model, and be not used in qualification the utility model.
See also Fig. 1 to Fig. 3, the automated production equipment of the drag cup coil that the utility model embodiment provides is rolled up round drag cup coil to shown in Figure 2 waiting and is rolled up circle, shaping, impregnation and drying glue operation, to form drag cup coil shown in Figure 1.Drag cup coil behind the said volume circle roughly is tubular, and its end is provided with some the end of a thread 10.Said waiting rolled up round drag cup coil in the form of sheets, and the one of which side is provided with some the end of a thread 10, and is as shown in Figure 2.
The automated production equipment of said drag cup coil comprises the furling plate round machine structure 20 that is used for drag cup coil volume circle; Be used for rolling up the drag cup coil reshaping device 30 that carries out shaping behind the circle; Be used for the drag cup coil after the shaping is carried out the impregnation mechanism 40 of impregnation; Be used for drying glue mechanism 50 to the drag cup coil drying glue after the impregnation completion; Be used at said furling plate round machine structure 20; Transport first feed mechanism 60 of drag cup coil between reshaping device 30 and the impregnation mechanism 40 and be used for the drag cup coil behind the impregnation is sent into second feed mechanism 70 of said drying glue mechanism 50.
The automated production equipment of said drag cup coil is with coil volume circle, a shaping, secondary reshaping; Impregnation; Five stations of drying glue all concentrate on the equipment, have realized the automated production of drag cup coil, and production efficiency is high, production cost is low, yields is high.
The automated production equipment of said drag cup coil comprises a cabinet 80.A part, first feed mechanism 60 and second feed mechanism 70 of said furling plate round machine structure 20, reshaping device 30, impregnation mechanism 40, drying glue mechanism 50 all are fixed on the base plate 81 on the said cabinet 80.
Please consult Fig. 4 simultaneously, said furling plate round machine structure 20 and reshaping device 30 are arranged on the support 82.Said support 82 is fixed on the said base plate 81.Said furling plate round machine structure 20 comprises the second volume plectane 22 that first volume plectane 21 reaches and first volume plectane 21 is arranged side by side that supplies to wait to roll up round drag cup coil placement.The one side elasticity perk up of said first volume plectane 21.That is to say that a side of first volume plectane 21 can be rotated with respect to another opposite side.Said first volume plectane 21 is L-shaped.The said second volume plectane 22 is fixed on the said support 82 through volume plectane fixed block 210.The said second volume plectane 22 is in the slit 222 that upper surface is provided with volume circular hole 220 and communicates with volume circular hole 220.
Said furling plate round machine structure 20 also comprises second cylinder 24 that is used for first cylinder 23 that first volume plectane 21 is flattened and makes the translation between the first volume plectane 21 and the second volume plectane 22 of said first cylinder 23.So-called " pressing " is meant at said first cylinder 23 in first volume plectane 21 motion processes; The bottom of said first cylinder 23 makes first volume plectane 21 turn to flat condition; At this moment; The upper surface of said first volume plectane 21 is roughly concordant with the upper surface of the second volume plectane 22, and the bottom of said first cylinder 23 is pressed on treating on the first volume plectane 21 and rolls up round drag cup coil.First cylinder 23 by the drive of second cylinder 24 under in the said second volume plectane 22 translation processes; Saidly wait to roll up round drag cup coil and drive upper surface motion towards the second volume plectane 22 by the bottom of first cylinder 23; And be involved in the said volume circular hole 220 in the slit 222 by the said second volume plectane 22, accomplish the volume circle action of drag cup coil.
The one side elasticity perk up of said first volume plectane 21; Flatten in the process of first volume plectane 21 downwards at first cylinder 23; Said first cylinder 23 at first contacts with waiting the end of a thread 10 of rolling up circular coil, and makes circular coil to be rolled up rely on the bottom of first volume plectane 21, so; Do not put well the operator and to wait to roll up under the situation of circular coil, can not have influence on the operation of volume circle yet.
Said first cylinder 23 is the slide unit cylinder.Said second cylinder 24 is unsettled fixing through two supporting brackets 25.The relative both sides of said second cylinder 24 are fixed with two guide pillars 251.On said two guide pillars 251 fixed head 252 is installed.Said first cylinder 23 is fixed on the said fixed head 252.Said fixed head 252 can slidably reciprocate along guide pillar 251 under the promotion of second cylinder 24, so that said first cylinder 23 slidably reciprocates between the first volume plectane 21 and the second volume plectane 22.
The bottom of said first cylinder 23 is fixed with Silicone Rubber 26; Treating on said Silicone Rubber 26 and the first volume plectane 21 rolled up frictional force between the round drag cup coil greater than the frictional force between the upper surface of waiting to roll up round drag cup coil and first volume plectane 21, waits to roll up round drag cup coil and moves thereby first cylinder 23 can drive.
Said reshaping device 30 comprises two dressing sticks 31 that are used to supply the drag cup coil sheathed, driven unit 32 and the first shaping assembly 33 that cooperates with said dressing stick 31 respectively and the second shaping assembly 34 that is used to make said dressing stick 31 rotations.The first shaping assembly 33 and the second shaping assembly 34 include two dressing sticks 35 that the drag cup coil that is placed on the said dressing stick 31 is carried out shaping of being used for that lay respectively at corresponding dressing stick 31 relative both sides.
Said two dressing sticks 31 are provided with at interval.Said driven unit 32 comprises two gears 310 that are individually fixed in two dressing sticks, 31 1 ends, is connected in the belt 312 on two gears 310 and drives said belt 312 motor rotating 313.Each dressing stick 35 has the arc surface 350 towards corresponding dressing stick 31.Said each dressing stick 35 drives towards corresponding dressing stick 31 motions through the 3rd cylinder 36.The periphery of the drag cup coil on two dressing sticks, 35 move toward one another of the first shaping assembly 33 to the said dressing stick 31, in dressing stick 31 rotation processes, 350 pairs of drag cup coils of the arc surface of said dressing stick 35 carry out a shaping.In like manner, 34 pairs of drag cup coils of secondary reshaping assembly carry out secondary reshaping.
Please consult Fig. 5 to Fig. 7 simultaneously, the ratchet mechanism 42 that said impregnation mechanism 40 comprises an impregnation dish 41 and is used to make said impregnation dish 41 to rotate.The periphery of said impregnation dish 41 is provided with the some location holes 410 that are used for fixing the drag cup coil.Said impregnation mechanism 40 also comprises with the rubber-storing cylinder 43 of impregnation dish 41 adjacent settings and is installed on said rubber-storing cylinder 43 bottoms and glue conveying box 44 that can be corresponding with location hole 410.Said impregnation mechanism 40 also comprise be suspended in said impregnation dish 41 tops and funnel 45 that can be corresponding and place said impregnation dish 41 belows with location hole 410 gather lacquer disk(-sc) 46.
Said ratchet mechanism 42 is positioned at the bottom of said support 81.Said ratchet mechanism 42 comprises ratchet 423, four-cylinder 422, Rocker arm 4 21 and two ratchets 420 that are sheathed in the rotating shaft 413.Said Rocker arm 4 21 1 ends are fixed on the piston rod of four-cylinder 422, and the other end is fixed in the said rotating shaft 413.Wherein a ratchet 420 is fixed on the said Rocker arm 4 21 and with ratchet 423 and meshes, and another ratchet 420 is fixed on the said base plate 81 through ratchet fixed block 424, is used to stop ratchet 423 backward rotation.Said four-cylinder 422 drives Rocker arm 4 21 and rotates around rotating shaft 413, and makes ratchet 420 drive ratchet 423 rotations.Ratchet 423 rotates and drives 41 rotations of impregnation dish.
Please consult Fig. 5 once more; But said first feed mechanism 60 comprise lengthwise movement base 61, be installed on the base 61 and but the mount pad 62 of transverse movement and first, second, third pneumatic-finger, 63,64,65, first, second, third pneumatic- fingers 63,64,65 that are provided with at interval side by side that are installed on the said mount pad 62 all are provided with the sleeve pipe 66 that is used for ccontaining said drag cup coil in front end.Said support 82 is provided with longitudinal rail 83.Said base 61 drives screw mandrel (figure does not show) through stepping motor 76 and rotates, and base 61 is slidably reciprocated on longitudinal rail 83.Said base 61 is provided with cross slide way 67.Said mount pad 62 drives through the 5th cylinder 79 that is positioned at mount pad 62 bottoms and on cross slide way 67, slidably reciprocates.
Please consult Fig. 4 once more, corresponding with the volume circular hole 220 of the said second volume plectane 22 are provided with by cylinder drive can be in volume circular hole 220 motion so that the drag cup coil in the volume circular hole 220 overlap on it and leave the volume pole 27 of rolling up circular hole 220.The sleeve pipe 66 of first pneumatic-finger 63 of said first feed mechanism 60 be used to clamp be placed in volume on the pole 27 the drag cup coil and this drag cup coil delivered to the dressing stick 31 between two dressing sticks 35 of the first shaping assembly 33.Second pneumatic-finger 64 of said first feed mechanism 60 is used for the drag cup coil between two dressing sticks 35 of the first shaping assembly 33 is delivered to the dressing stick 31 between two dressing sticks 35 of secondary reshaping assembly 34.The 3rd pneumatic-finger 65 of said first feed mechanism 60 is used for the drag cup coil between two dressing sticks 35 of secondary reshaping assembly 34 is delivered to the funnel 45 of said impregnation mechanism 40.
Please consult Fig. 3 once more, said drying glue mechanism 50 comprises baking oven 51 and passes the belt 52 of said baking oven 51.Said belt 52 is provided with coil pallet 53.Please consult Fig. 6 once more, said second feed mechanism 70 comprises the 6th cylinder 71 that is suspended from said impregnation dish 41 tops, be installed on said the 6th cylinder 71 bottoms and can be corresponding with location hole on the said impregnation dish 41 410 with the 4th pneumatic-finger 72 of the drag cup coil in the gripping location hole 410 and be used to drive the 6th cylinder 71 and the 4th pneumatic-finger 72 power part 73 with the belt top that the drag cup coil is transported to said drying glue mechanism 50.Said the 6th cylinder 71 is the slide unit cylinder.Said power part 73 drives the mechanism of screw mandrel 732 motions for dynamo-electric machine 730 of step.Said the 6th cylinder 71 is guide rail 733 motions in the drive lower edge of stepping motor 730.Said guide rail 733, screw mandrel 732, stepping motor 730 and the 6th cylinder 71 move downward under the drive of one the 7th cylinder 74 jointly.
The operation of the automated production equipment of said drag cup coil is following:
The first step, the operation of volume circle.To pass through the drag cup coil of flattening, boiling hot tin and put on the first volume plectane 21, and press starting switch, first cylinder 23 is released and is moved downward; To wait to roll up round drag cup coil pressing up to Silicone Rubber 26 and when the upper surface with the second volume plectane 22 overlaps, stop, this moment, second cylinder 24 moved right, and drove the drag cup coil and moved right; Force coil to be involved in fully in the volume circular hole 220 on the second volume plectane 22, then, first cylinder 23 resets and moves upward; Second cylinder 24 resets to left movement, wait first cylinder 23 and second cylinder 24 all to reset after, said volume pole 27 is released; Drag cup coil in the volume circular hole 220 is placed on the volume pole 27, accomplishes coil volume circle.
Second step a: shaping.A shaping is after the volume circle, and behind above-mentioned completion coil volume circle, the 5th cylinder 79 drives mount pad 62 and travels forward, and travels forward to drive first pneumatic-finger 63; After putting in place, first pneumatic-finger 63 clamps, and then, the 5th cylinder 79 resets; The drag cup coil that first pneumatic-finger 63 is accomplished first step volume circle takes out from volume pole 27, takes out to accomplish back stepping motor 76 and rotate, drive base 61 through screw mandrel (figure does not show) and move right, up to first pneumatic-finger, 63 gripping center lines with after excellent 31 center lines of integer on the left side align; Stepping motor 76 stops, and this moment, the 5th cylinder 79 travelled forward, and drove first pneumatic-finger 63 and travelled forward, after putting in place; First pneumatic-finger 63 unclamps, and the 5th cylinder 79 resets afterwards, after the 5th cylinder 79 resets; Reshaping device 30 is started working, and carries out the shaping first time of coil, simultaneously stepping motor 76 backward rotation; Base 61 is got back to initial position to left movement, and coil shaping is for the first time accomplished.
The 3rd step: secondary reshaping.Secondary reshaping is after a shaping; Because the position of three pneumatic- fingers 63,64,65 on the mount pad 62 is relatively-stationary identical with operating state; So the secondary reshaping of coil and shaping action is identical, is inserted in by the coil of the action shaping for the first time that repeated for second step after 64 grippings of second pneumatic-finger on the integer rod 31 on the right and carries out secondary reshaping.
The 4th step: impregnation.Impregnation is after secondary reshaping; Secondary reshaping coil is later taken out by the integer rod 31 of the 3rd pneumatic-finger 65 from the right; Repeating the action in second step loses coil in the funnel 45; Coil carries out impregnation through the location hole 410 that the mesopore of funnel 45 falls on the impregnation dish 41, and impregnation dish 41 is driven down by said ratchet mechanism 42, rotates along rotating shaft 413.The coil impregnation begins, and when coil is under turning to of impregnation dish 41 reached molded lines circle locating bar 75, ends impregnation and finishes.The head of said locating bar 75 is a cone-shaped structure.
The 5th step: drying glue.Drying glue is after impregnation, and in the time of under coil arrives formed coil locating bar 75, the 7th cylinder 74 is released, and the 6th cylinder 71 is released; Move downward, after putting in place, the 4th pneumatic-finger 72 clamps, and the end of a thread on the coil 10 is sandwiched on the head cone-shaped structure of said locating bar 75; The 6th cylinder 71 resets afterwards, and the 7th cylinder 74 resets, and moves upward, and coil is mentioned; Drive screw mandrel 732 by dynamo-electric machine 730 of step again and rotate, make the 6th cylinder 71 be with coil on line slideway 733, to move right, behind the arrival assigned address, the 6th cylinder 71 is released; The 4th pneumatic-finger 72 unclamps, because of the end of a thread 10 of coil is sandwiched on the cone-shaped structure of said locating bar 75, therefore; When the 4th pneumatic-finger 72 unclamped, coil was erected on the formed coil pallet 53 under action of gravity at an easy rate.Coil is put on formed coil pallet 53 from right to left; Put at interval and control by control panel 8 (as shown in Figure 3); After coil occupied a row, stepping motor 730 rotated, and drove baking oven belt 52 and moved forward; Displacement is repeated above-mentioned action then and is continued to accommodate a row by control panel 8 control.Coil on the formed coil pallet 53 gets into baking oven 51 by stepped form, up to the drying glue of coming out promptly to accomplish from baking oven 51 other ends.
Above-mentioned volume circle, a shaping, secondary reshaping, impregnation, drying glue five stations carry out synchronously, accomplish the automated production of drag cup coil.
The above is merely the preferred embodiment of the utility model; Not in order to restriction the utility model; Any modification of being done within all spirit and principles at the utility model, be equal to replacement and improvement etc., all should be included within the protection range of the utility model.
Claims (10)
1. the automated production equipment of a drag cup coil is characterized in that: comprise the furling plate round machine structure that is used for drag cup coil volume circle, be used for to roll up reshaping device that drag cup coil behind the circle carries out shaping, be used for to the drag cup coil after the shaping carry out the impregnation mechanism of impregnation, after being used for impregnation accomplished the drying glue of drag cup coil drying glue mechanism, be used between said furling plate round machine structure, reshaping device and impregnation mechanism, transporting first feed mechanism of drag cup coil and be used for the drag cup coil behind the impregnation is sent into second feed mechanism of said drying glue mechanism.
2. the automated production equipment of drag cup coil as claimed in claim 1; It is characterized in that: said furling plate round machine structure comprises the second volume plectane that first volume plectane reaches and said first volume plectane is arranged side by side that supplies to wait to roll up round drag cup coil placement; The one side elasticity perk up of said first volume plectane; The slit that the said second volume plectane is provided with the volume circular hole and communicates with the volume circular hole; Said furling plate round machine structure also comprises second cylinder that is used for first cylinder that first volume plectane is flattened and said first cylinder is moved between the first volume plectane and the second volume plectane, saidly wait to roll up round drag cup coil and in the said second volume plectane motion process, be involved in the said volume circular hole in the slit by the said second volume plectane under the drive of second cylinder in first cylinder.
3. the automated production equipment of drag cup coil as claimed in claim 2; It is characterized in that: said reshaping device comprises two dressing sticks that are used to supply the drag cup coil sheathed, driven unit and the first shaping assembly that cooperates with said dressing stick respectively and the second shaping assembly that is used to make said dressing stick rotation, and the said first shaping assembly and the second shaping assembly comprise two dressing sticks that the drag cup coil that is placed on the said dressing stick is carried out shaping of being used for that lay respectively at the relative both sides of corresponding dressing stick.
4. the automated production equipment of drag cup coil as claimed in claim 3 is characterized in that: each dressing stick has the arc surface towards said dressing stick.
5. the automated production equipment of drag cup coil as claimed in claim 3; It is characterized in that: the ratchet mechanism that said impregnation mechanism comprises an impregnation dish and is used to make said impregnation dish to rotate; The periphery of said impregnation dish is provided with the some location holes that are used for fixing the drag cup coil, and said impregnation mechanism also comprises with the rubber-storing cylinder of the adjacent setting of impregnation dish and is installed on said rubber-storing cylinder bottom and glue conveying box that can be corresponding with location hole.
6. the automated production equipment of drag cup coil as claimed in claim 5 is characterized in that: said impregnation mechanism also comprises and is suspended in said impregnation dish top and funnel that can be corresponding with location hole and places the lacquer disk(-sc) that gathers below the said impregnation dish.
7. the automated production equipment of drag cup coil as claimed in claim 5; It is characterized in that: but but said first feed mechanism comprise lengthwise movement base, be installed on the base and the mount pad of transverse movement and be installed on first, second, third pneumatic-finger that is provided with at interval side by side on the said mount pad, first, second, third pneumatic-finger all is provided with the sleeve pipe that is used for the said drag cup coil of gripping in front end.
8. the automated production equipment of drag cup coil as claimed in claim 7; It is characterized in that: corresponding with the volume circular hole of the said second volume plectane be provided with by cylinder drive can be in the volume circular hole motion so that the drag cup coil cover in the volume circular hole on it and leave the volume pole of volume circular hole; The sleeve pipe of first pneumatic-finger of said first feed mechanism be used to clamp be placed in volume on the pole the drag cup coil and this drag cup coil delivered to the dressing stick between two dressing sticks of the first shaping assembly; Second pneumatic-finger of said first feed mechanism is used for the drag cup coil between two dressing sticks of the first shaping assembly is delivered to the dressing stick between two dressing sticks of the second shaping assembly, and the 3rd pneumatic-finger of said first feed mechanism is used for the drag cup coil between two dressing sticks of the second shaping assembly is delivered to the funnel of said impregnation mechanism.
9. the automated production equipment of drag cup coil as claimed in claim 7 is characterized in that: said drying glue mechanism comprises baking oven and passes the belt of said baking oven, places the coil pallet on the said belt.
10. the automated production equipment of drag cup coil as claimed in claim 7 is characterized in that: said second feed mechanism comprises the 6th cylinder that is suspended from the said impregnation dish, be installed on said the 6th cylinder end and can be corresponding with the location hole on the said impregnation dish with the 4th pneumatic-finger of the drag cup coil in the gripping location hole and be used to drive the 6th cylinder and the 4th pneumatic-finger power part with the belt top that the drag cup coil is transported to said drying glue mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205374898U CN202395619U (en) | 2011-12-20 | 2011-12-20 | Automatic production equipment for hollow cup coil |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011205374898U CN202395619U (en) | 2011-12-20 | 2011-12-20 | Automatic production equipment for hollow cup coil |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202395619U true CN202395619U (en) | 2012-08-22 |
Family
ID=46670518
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011205374898U Withdrawn - After Issue CN202395619U (en) | 2011-12-20 | 2011-12-20 | Automatic production equipment for hollow cup coil |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202395619U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102522863A (en) * | 2011-12-20 | 2012-06-27 | 深圳市双环全新机电股份有限公司 | Automated production device of coreless coil |
| CN103701268A (en) * | 2013-12-31 | 2014-04-02 | 深圳市双环全新机电股份有限公司 | Assembly machine for automatically assembling spool and rotor frame |
-
2011
- 2011-12-20 CN CN2011205374898U patent/CN202395619U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102522863A (en) * | 2011-12-20 | 2012-06-27 | 深圳市双环全新机电股份有限公司 | Automated production device of coreless coil |
| CN102522863B (en) * | 2011-12-20 | 2013-11-13 | 深圳市双环全新机电股份有限公司 | Automated production device of coreless coil |
| CN103701268A (en) * | 2013-12-31 | 2014-04-02 | 深圳市双环全新机电股份有限公司 | Assembly machine for automatically assembling spool and rotor frame |
| CN103701268B (en) * | 2013-12-31 | 2017-01-25 | 深圳市双环全新机电股份有限公司 | Assembly machine for automatically assembling spool and rotor frame |
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