CN2618278Y

CN2618278Y - Improved structure of immersing apparatus

Info

Publication number: CN2618278Y
Application number: CNU03229526XU
Authority: CN
Inventors: 陈皇壮
Original assignee: Individual
Current assignee: Individual
Priority date: 2003-03-18
Filing date: 2003-03-18
Publication date: 2004-05-26
Anticipated expiration: 2013-03-18

Abstract

The utility model relates to an improved impregnation machine structure, which is provided with a plurality of loading disks for containing the material with a revolution plate on the machine station. Meanwhile a drying device, an impregnation device, a suction device and a clipping arm system are arranged around the loading disk for containing the material. Because the loading disk for containing the material is driven by a self-rotary system and a revolution system to actuate in circle among the clipping arm system, the drying device, the impregnation device and a suction device, reaching the aim that the capacitor impregnates the electrolyte in the quick, simple and stable condition.

Description

Improved impregnation machine structure

Technical field

The utility model system belongs to the technical field of impregnation machine, means a kind of structure that is applied to capacitor impregnation electrolyte especially.

Background technology

Use the chance of capacitor a lot of in the general electronic product, therefore capacitor is concerning electronic product, though be not most important part, but its quality directly has influence on the performance of this electronic product also, and in the process of making capacitor, it must soak electrolyte with capacitor, to carry out the processing of physical characteristic partly, and traditional containing bath unit system as announce No. 326812 " automatic operation device of electrolytic capacitor element soaking electrolyte " patent case, but have some problems in the structure of this case, but and cause its a spot of capacitor of impregnation only at every turn, capacitor needs by artificial loading and unloading in the operation simultaneously, can't carry out automation and always produce, speed of production will significantly be slowed down, invisible has more been improved many manufacturing costs.

And have one to announce No. 451946 " impregnation machine " novel patent case in addition, it is as shown in Figure 1, this impregnation machine includes the conveying device of tool whirling vibration dish, and this whirling vibration dish is connected with a conveyer belt, allow capacitor can be after arranging in regular turn along the conveyer belt charging of advancing, but the conveyer belt end is provided with the holder that a stopping capacitor advances again, the side in addition of this holder is provided with the conveyer belt that discharging is used, and be provided with one in holder one side and fold up device, this folds up the device utilization and revolves seat and be pivoted with the two relative heads that fold up, and fold up device in addition the side lower end and be pivoted with series can be for the bath unit that contains of ccontaining capacitor.As shown in Figure 2, this contains bath unit system and utilizes a V-arrangement intermediate plate to come the pin of clamping capacitor, for once a large amount of clamp capacitance devices of while, though and this contain bath unit can the relatively large capacitor of clipping, also can not need utilize simultaneously and manually disassemble capacitor, but it still has some problems the user, that is: when being held owing to this capacitor, the position at its pin place is not fixed position accurately, therefore when fold up head-clamp material desire with capacitor pin insertion V-arrangement intermediate plate in the time, the not positive situation of pin contraposition can appear, add this V-arrangement intermediate plate and have lax phenomenon in use for some time, so the phenomenon that often causes capacitor to come off in the impregnation process has influence on the ageing of impregnation process, also increase many defective productss, and caused one in the manufacturing to lack greatly.

Moreover, above-mentioned impregnation machine creation of commonly using, its capacitor is in the process of dipping electrolyte, only be with capacitor place contain on the bath unit after, just carry out the action of impregnation electrolyte immediately, so, though can accelerate the operation of capacitor impregnation, but,, mainly be because its end that soaks electrolyte of capacitor is the absorptive paper material of tool but in the increase that causes the capacitor defective products virtually, and include aqueous vapor or moisture content easily, and then it is behind dip electrolyte, and therefore this capacitor just has conductivity situation not good or insulation to produce easily, and then increases the fraction defective of product; Secondly, because this commonly use creation system with season a plurality of contain bath unit with rotation status in regular turn blowing, impregnation, get material again, and in cyclic process, the too much electrolyte of its absorption of capacitor after the immersion can be the situation of " drop not to the utmost ", so, not only causes the pollution, indecency of machinery equipment or environment easily, simultaneously, if electrolyte contains the etch composition, get off for a long time and more can cause harmful effect, and the necessity that is improved is arranged machinery equipment.

The utility model content

Main purpose of the present utility model is that a kind of improved impregnation machine structure is provided, it is by the clamp structure that improves impregnation machine clipping capacitor, with and the principle of whole drive mechanism and impregnation program under, make the impregnation operation of capacitor more rapid, easy, stable, promote the impregnation quality of capacitor simultaneously.

To achieve these goals, the technical solution of the utility model is: a kind of improved impregnation machine structure, it comprises a board, this board is provided with some charge load plates, a drying plant, an impregnation equipment, one and inhales the equipment of wiping away, and a jig arm mechanism, be characterized in that this charge load plate drives by a free-wheeling system and revolution mechanism, and wipe away the start that circulates between the equipment in this jig arm mechanism, drying plant, impregnation equipment and suction, wherein:

This charge load plate is that five equilibrium is installed on the rotary table, and this rotary table then is to be located at the suitable place of this board, and this each charge load plate ties up to its inner rim and coats a strong magnets, and is laid with some spacing draw-in grooves at least one side surface; This drying plant system is located at the suitable place of contiguous this charge load plate on this board;

This impregnation equipment system is located at the suitable place of contiguous this charge load plate on this board, and it ties up to splendid attire electrolyte in the container;

This suction is wiped away equipment system and is located at the suitable place of contiguous this charge load plate on this board, and it ties up to and the absorptive suction of a tool is set on the fixed body wipes away body;

System of this jig arm mechanism is by a jig arm main body that includes at least one anchor clamps, and one first swing arm set and one second swing arm set constitute, wherein, this jig arm main body system is erected at the suitable place of this board, which is provided with two first axle and second axles that are right-angled intersection, these first axle, two ends are established these anchor clamps and first swing arm set, one end in order to group respectively, and the end in addition of this first swing arm set is located on first idle pulley of a power drive mechanism, and this second axle, one end system is used for setting firmly for this second swing arm set, one end, and other end of this second swing arm set is located on second idle pulley of this power drive mechanism with activity pattern;

This power drive mechanism is at least by one first drive motor, reducing gear, and first above-mentioned idle pulley and second idle pulley composition, wherein, this first drive motor system utilizes one first belt wheel group to drive this reducing gear running, this reducing gear then drives this first and second idle pulley by one second belt wheel group again and rotates, this first and second idle pulley is that parallel sleeve is located on the axle center bar that is positioned on the board, and be provided with a bevel reduction gear set in addition on this axle center bar, this bevel reduction gear set can cooperate and is nested with one the 3rd belt wheel group, to drive this free-wheeling system running;

This free-wheeling system system utilizes one to include drive pin and cooperates the one division dribbling to move a gear train to turn round with the driving member of woodruff key, and then make a deck body produce the interlock rotation, on this deck body, be to offer a draw-in groove, use for the cutting ferrule key of this each charge load plate one end and make intermittent cutting ferrule at circulation time; This system of revolution mechanism utilizes one second drive motor to order about four-tape wheels and the rotation of one second driving member, drives one second index dial, a travelling gear by this second driving member again, and a transmission fluted disc is done the interlock running of dentition.

Be provided with adjacent get the raw materials ready a frame and a cradle on this board in addition, this two frame system is located at this suitable place, jig arm mechanism below, offers a ccontaining grooved rail on it respectively.

The inside and outside edge side face of this each charge load plate all can encircle and establish the spacing draw-in groove that the power supply container installs.

In addition some clipping parts can be set on this each charge load plate, respectively this clipping part system cooperates an elastomer to be hubbed on the suitable place of this charge load plate root edge.

This container can utilize first power transmission shaft of air pressure or oil pressure to drive, and covers the location through 2 first positioning arm covers.

This fixed body can utilize second power transmission shaft of air pressure or oil pressure to drive, and covers the location through 2 second positioning arm covers.

This jig arm main body and the end place that this first swing arm set is pivoted mutually are to be installed with a driven-movable block, offer a slot part on this driven-movable block, and the pivot end of this first swing arm set correspondence system is provided with one first sliding shoe, and this first sliding shoe just can be nested with in this slot part.

This first swing arm set, one end system can utilize be pivoted one first crank and this jig arm main body one termination to establish.

This jig arm mechanism also comprises one and adjusts axostylus axostyle, and this adjustments axostylus axostyle system utilizes a pedestal to be hubbed on this board and the suitable place of adjacent this first swing arm set and the pivot joint of this first crank.

This second swing arm set, one end system can utilize be pivoted one second crank and this jig arm main body one termination to establish.

Be formed with second race of an off-centre on this second idle pulley, and this second swing arm set meets the end place system that establishes and is provided with one the 3rd sliding shoe with it, the 3rd sliding shoe places in this second race.

This driving member system is set in the 3rd belt wheel group end in addition, and this drive pin and this woodruff key then are located at the suitable place of two ends on this driving member respectively, and again, this gear train system is made up of a pinion, a gear train and a gear wheel, and this pinion system is located on this index dial.

Be provided with a guide member on this free-wheeling system in addition, the end of this guide member just is installed in the suitable place, the adjacent outside of draw-in groove of this deck body, and when this deck body supplied this each charge load plate cutting ferrule, the opening of its draw-in groove system was parastate with the end of this guide member.

This second drive motor and four-tape wheels system are located at the suitable place of this board, this second driving member then is that axle is located on this four-tape wheels one end, convex with one second drive pin and one second woodruff key on it, again, this transfer gear train and this second index dial are established same axle center, and this transmission fluted disc is then established same axle center with this rotary table.

Description of drawings

The technology that relevant the utility model adopted, means and effect thereof after lifting a preferred embodiment now and cooperating graphic being described in more detail in, are believed the above-mentioned purpose of the utility model, structure and feature, when can by one deeply and concrete understanding.

Fig. 1 is a schematic appearance of commonly using creation.

Fig. 2 is a partial schematic diagram of commonly using the impregnation clamping device of creation.

Fig. 3 is a three-dimensional combination schematic appearance of the present utility model.

Fig. 4 is the flow process simple diagram of the utility model capacitor impregnation electrolyte.

Fig. 5 is the combination generalized section of the utility model charge load plate.

Fig. 6 is the combination generalized section of jig arm of the present utility model mechanism, power drive mechanism and free-wheeling system.

Fig. 7 is the solid combination schematic diagram of the utility model free-wheeling system.

Fig. 8 is the combination generalized section of the utility model revolution mechanism.

Fig. 9 is second kind of embodiment schematic diagram that the utility model charge load plate inserts and puts capacitor.

Embodiment

Now for making it can further understand structural design of the present utility model and technology, sincerely cooperate graphic giving again to be illustrated in the back:

Please consult Fig. 3～shown in Figure 8 earlier, the improved impregnation machine structure of the utility model, it comprises a board 10, this board 10 is provided with some charge load plates 20, a drying plant 30, an impregnation equipment 40, and inhales the equipment 50 of wiping away, an and jig arm mechanism 60, main system makes this charge load plate 20 drive by a power drive mechanism 70, free-wheeling system 80 and revolution mechanism 90, and wipe away equipment 50 intercropping circulation starts in this jig arm mechanism 60, drying plant 30, impregnation equipment 40 and suction in regular turn, to finish the purpose of capacitor 101 impregnation electrolyte, wherein:

This board 10 is general rack construction, on it except that being provided with above-mentioned member, suitable place is provided with adjacent get the raw materials ready a frame 11 and a cradle 12 below this jig arm mechanism 70 in addition, this two support bodys upper limb offers a ccontaining grooved rail 111,121 respectively, in order to place, to locate for the capacitor 101 of not finishing and finish the impregnation operation respectively.

This charge load plate 20 is that five equilibrium is installed on the rotary table 102, and 102 of this rotary tables are to be hubbed on this board 10 suitable places with a transmission spindle 13; Again, respectively this charge load plate 20 is to be circular, and its inner rim utilizes a frame 21 bag to be provided with a strong magnets 22, and its inside and outside two ring side faces are first-class is distributed with some spacing draw-in grooves 23, in order to absorption, most capacitors 101 is set.

This drying plant 30 is the suitable place, periphery that is located on this board 10 contiguous this charge load plate 20, be used for drying in advance not impregnation capacitor 101 in contained moisture content.

This impregnation equipment 40 also is located at the suitable place, periphery of contiguous this charge load plate 20 on this board, it ties up to splendid attire electrolyte in the container 41, be used for to finish the capacitor 101 dipping electrolyte after oven dry is moved, and above-mentioned container 41 is to utilize first power transmission shaft 42 of air pressure or oil pressure to drive, and see through 2 first backstays 43 and wear the location, make it do the position adjustment of rising or descending.

It is the suitable place, periphery that is located at contiguous this charge load plate 20 on this board 10 that equipment 50 is wiped away in this suction, and it mainly is provided with the absorptive suction of a tool and wipes away body 52 on a fixed body 51, wipes away capacitor 101 its unnecessary electrolyte of finishing after impregnation is moved in order to suction; And this fixed body 51 can utilize second power transmission shaft 53 of air pressure or oil pressure to drive, and wears the location through 2 second backstays 54, makes it do the position adjustment of left and right displacement.

This jig arm mechanism 60 is by a jig arm main body 61, one first swing arm set 62, one second swing arm set 63, and at least one anchor clamps 64 form (this case be embodiment with two groups), wherein:

This jig arm main body 61 is to be erected on this board 10, and get the raw materials ready between frame 11 and the cradle 12 at this, which is provided with two first axle 65 and second axles 66 that are right-angled intersection, be horizontal first axle, 65 2 ends system and establish these anchor clamps 64 and this first swing arm set, 62 1 ends in order to group respectively, be directly to second axle, 66 1 ends then be to be used for setting firmly for these second swing arm set, 63 1 ends.

This first swing arm set, 62 1 ends system utilizes one first crank 621 that is pivoted to connect do activity with these jig arm main body 61 1 ends and establishes, end then is to be located on first idle pulley 73 of this power drive mechanism 70 in addition, mainly tie up to the end that this first crank 621 is pivoted mutually and establish one first sliding shoe 622, these jig arm main body 61 corresponding pivot end places then set firmly a driven-movable block 67, and offer a slot part 671 on this driven-movable block 67, this first sliding shoe 622 just can be placed on do upper and lower slippage action in this slot part 671; And be formed with first race 731 of an off-centre on this first idle pulley 73, this first swing arm set 62 meets the end place system that establishes with it and is provided with a second sliding shoe 623, system places in this first race 731 this second sliding shoe 623, when this first idle pulley 73 rotates, but this first swing arm set 62 of interlock, and then the anchor clamps 64 that drive this jig arm mechanism 60 are done forward and backward displacement.

This second swing arm set, 63 1 ends system utilizes one second crank 631 that is pivoted to establish with these jig arm main body 61 1 terminations, holding then utilization to set firmly one the 3rd sliding shoe (not shown) in addition is located on second idle pulley 74 of this power drive mechanism 70 with activity pattern, be formed with second race 741 of an off-centre on this second idle pulley 74, system places in this second race 741 the 3rd sliding shoe (not shown), when this second idle pulley 74 rotates, but this second swing arm set 63 of interlock, and then the anchor clamps 64 that drive this jig arm mechanism 60 are done the action of upper and lower displacement.

This power drive mechanism 70 is at least by one first drive motor 71, reducing gear 72, and first above-mentioned idle pulley 73 and second idle pulley, 74 compositions, wherein, this first drive motor 71 is to be located at suitable place, these board 10 belows, it utilizes one first belt wheel group 75 to drive this reducing gear 72 runnings, this reducing gear 72 then drives this first and second idle pulley 73 by one second belt wheel group 76 is set again, 74 rotate, and this first and second idle pulley 73,74 is that axle is located on the axle center bar 14 that is positioned on the board 10, make this axle center bar 14 and make this first and second idle pulley 73 by these second belt wheel group, 76 drives, the rotation of 74 interlocks, again, be provided with a bevel reduction gear set 77 on this axle center bar 14 in addition, this bevel reduction gear set 77 can be equipped with one the 3rd belt wheel group 78 and drive this free-wheeling system 80 runnings.

This free-wheeling system 80 is to utilize a driving member 81 that includes drive pin 811 and woodruff key 812, cooperate one division dish 82 to drive a gear train 83 runnings, and then make a deck body 84 produce the interlock rotation, wherein, this driving member 81 is to be located at the 3rd belt wheel group 78 end in addition, this drive pin 811 is fitted the place with two ends that this woodruff key 812 then is located at respectively on this driving member 81, when this driving member 81 was driven to rotate, this drive pin 811 drove this index dial 82 rotations with the intermittent movement that woodruff key 812 is able to the time difference.

Again, this gear train 83 is by a pinion 831, one gear train 832 and a gear wheel 833 are formed, this pinion 831 is to be set on this index dial 82, when these index dial 82 rotations, related this gear train 832 that makes is rotated, 832 of this gear trains drive this gear wheel 833 and rotate, this gear wheel 833 then drives this deck body 84 rotations, be to offer a draw-in groove 841 on this deck body 84, this draw-in groove 841 just can be made intermittent cutting ferrule at circulation time for the cutting ferrule key 24 of these charge load plate 20 bottoms respectively, so that this each charge load plate 20 produces the rotation action, for these jig arm mechanism 60 grippings or storing capacitor 101.

Yet, for making this each charge load plate 20 be fastened on this deck body 84 places really, be provided with a guide member 85 on this free-wheeling system 80 in addition, two ends of this guide member 85 just are installed in the suitable place, the draw-in groove 841 adjacent outsides of this deck body 84, and, make the opening of this draw-in groove 841 and the end of this guide member 85 be parastate, accurately snap in this draw-in groove 841 in order to the cutting ferrule key 24 of this charge load plate 20.

This revolution mechanism 90 utilizes one second drive motor 91 to order about four-tape wheels 92 and 93 rotations of one second driving member, drive one second index dial 94 by this second driving member 93 again, one travelling gear 95, and one transmission fluted disc 96 do the interlock running of dentition, make revolution motion to drive this charge load plate 20, wherein, this second drive motor 91 is located at suitable place, these board 10 belows with this four-tape wheels 92 1 ends system, this second driving member 93 then is that axle is located on these four-tape wheels 92 other ends, convex with one second drive pin 931 and one second woodruff key 932 on it, when system makes this second driving member 93 be driven to rotate, the intermittent movement that this second drive pin 931 and second woodruff key 932 are able to the time difference drives this second index dial, 94 rotations, and establish same axle center with this second index dial 94 because of this travelling gear 95, this transmission fluted disc 96 is then established same axle center with this rotary table 102, so, when this second index dial 94 rotates, this travelling gear 95 must mesh and drive this transmission fluted disc 96 rotations, and then makes the charge load plate 20 that is located on this rotary table 102 make revolution motion.

In view of the above, the above-mentioned member of mat is formed, and not only can make the impregnation operation of capacitor 101 more rapid, easy, stable, and, more can guarantee its impregnation quality.

Hold above-mentionedly, when the utility model was applied to the impregnation operation, the program and the continuous action relation of its whole start were described as follows:

1. at first, when capacitor 101 arrangements place on this frame 11 of getting the raw materials ready, this jig arm mechanism 60 just can be subjected to this power drive mechanism 70 drive and according to before set doing, back and last, under displacement action, so that these anchor clamps 64 folder lightening containers 101, this capacitor 101 is placed in one on the charge load plate 20 directly over being positioned at, make it be subjected to strong magnets 22 absorption, but, what this needed explanation in addition be, can't make strong magnets 22 certain if the size of capacitor 101 is too big, during firm absorption, can use when capacitor 101 sizes are big respectively cooperating this spacing draw-in groove 23 that some clipping parts 25 are set on this charge load plate 20 in addition, can be assisted, the location.As shown in Figure 9, this clipping part 25 is to cooperate an elastomer 26 to be hubbed on the suitable place of these charge load plate 20 root edges, when these anchor clamps 64 are displaced downwardly to the precalculated position, the probe 641 that is equipped with on it just can be pushed this clipping part 25 1 ends to, make its open-shaped attitude, be subjected to this strong magnets 22 absorption for the leg of this capacitor 101, and when moving on these anchor clamps 64, this clipping part 25 is closure and this capacitor 101 of clamping just.

Secondly, hold above-mentioned to illustrate again be, when this jig arm mechanism 60 is folded in capacitor 101 on this each charge load plate 20, system can set and make this charge load plate 20 in it, the spacing draw-in groove 23 that the outer peripheral edges face is offered, all can be provided with, adsorption capacitance device 101, at this moment, need corresponding change be: need be equipped with one during this jig arm mechanism 60 starts and adjust axostylus axostyle 68, as shown in Figure 3, this adjustment axostylus axostyle 68 is to utilize a pedestal 69 to be hubbed on this board 10, and the suitable place that adjacent this first swing arm set 62 and this first crank 621 articulate, when contracting in this adjustment axostylus axostyle 68, system makes these anchor clamps 64 off normal as normalized distance and moves, and capacitor 101 can be folded in this charge load plate 20 its ring side face places, otherwise, when this adjustment axostylus axostyle 68 outwards protrudes and produces with this first crank 621 and to keep out when contact, then can slightly increase the distance of this anchor clamps 64 displacement forward, and then it encircles side face places this capacitor 101 to be folded in this charge load plate 20.

2. when above-mentioned power drive mechanism 70 drives 60 starts of this jig arm mechanism, it also cooperates a free-wheeling system 80 drives to make spinning motion for the charge load plate 20 that this jig arm mechanism 60 is provided with capacitor 101 thereon simultaneously, capacitor 101 is inserted and put, is covered with the spacing draw-in groove 23 of whole charge load plate 20 for this jig arm mechanism 60, when the spacing draw-in groove 23 on this charge load plate 20 all was adsorbed with capacitor 101, this revolution mechanism 90 just can begin start.

3. the charge load plate 20 of capacitor 101 is set after turning around when above-mentioned confession, this revolution mechanism 90 just can drive rotary table 102 rotations, and being revolved, all charge load plates 20 on it turn 90 degrees, so at first for the charge load plate 20 that capacitor 101 is set can revolve turn 90 degrees after, off-position is in the dead ahead of this drying plant 30, make the oven dry operation before the capacitor of setting up thereon 101 is done impregnation, and at the same time, another charge load plate 20 that is positioned at these jig arm mechanism 70 belows just begins to accept this jig arm mechanism 60 capacitor 101 of another batch desire impregnation electrolyte is folded in.

4. hold above-mentioned, after the time of presetting, this revolution mechanism 90 can drive this charge load plate 20 again and revolve and turn 90 degrees, at this moment, at first for the charge load plate 20 that capacitor 101 is set can off-positions directly over this impregnation equipment 40, afterwards, the container 41 of this impregnation equipment 40 is rising one predetermined altitude automatically, makes this capacitor 101 carry out the impregnation operation, at the same time, other charge load plate 20 carries out above-mentioned every flow process operation together with the step, does not repeat them here.

5. after above-mentioned this capacitor 101 is accepted the operation procedure of impregnation electrolyte, this container 41 can drop to the origin-location automatically, and this revolution mechanism 90 can drive this charge load plate 20 once more and revolves and turn 90 degrees behind a Preset Time, make these charge load plate 20 off-positions in this suction wipe away equipment 50 directly over, afterwards, fixed body 51 meeting automatic shifts one preset distance of equipment 50 is wiped away in this suction, making an end of these capacitor 101 dip electrolyte wipe away body 52 with this suction contacts slightly, wipe away to utilize the siphon principle electrolyte that it is unnecessary to inhale, avoid electrolyte arbitrarily to drip.

When capacitor 101 finish inhale wipe away operation after, these charge load plate 20 on business drives of rotation mechanism 90 of meeting, and get back to the position that is positioned at these jig arm mechanism 60 belows, at this moment, this charge load plate 20 still can be subjected to the drive of this free-wheeling system 80 and make spinning motion, simultaneously, after this jig arm mechanism 60 can insert and put the capacitor on it 101 earlier and be placed on this cradle 12, the capacitor 101 of impregnation did not insert and put from these frame 11 places that get the raw materials ready and is located on this charge load plate 20 again.

Hold above-mentioned institute in steps, repetitive cycling like this just can be under rapid, easy and stable situation, finish the operation of capacitor 101 dip electrolyte, not only accelerate the impregnation efficiency of operation, and, more can guarantee the stability of its quality, and more known creation has more practicality and progressive.

Claims

1, a kind of improved impregnation machine structure, it comprises a board, this board is provided with some charge load plates, a drying plant, an impregnation equipment, one and inhales the equipment of wiping away, an and jig arm mechanism, it is characterized in that, this charge load plate drives by a free-wheeling system and revolution mechanism, and wipes away the start that circulates between the equipment in this jig arm mechanism, drying plant, impregnation equipment and suction, wherein:

2, improved impregnation machine structure according to claim 1 is characterized in that, is provided with adjacent get the raw materials ready a frame and a cradle on this board in addition, and this two frame system is located at this suitable place, jig arm mechanism below, offers a ccontaining grooved rail on it respectively.

3, improved impregnation machine structure according to claim 1 is characterized in that, the inside and outside edge side face of this each charge load plate all can encircle and establish the spacing draw-in groove that the power supply container installs.

According to claim 1 or 3 described improved impregnation machine structures, it is characterized in that 4, in addition some clipping parts can be set on this each charge load plate, respectively this clipping part system cooperates an elastomer to be hubbed on the suitable place of this charge load plate root edge.

5, improved impregnation machine structure according to claim 1 is characterized in that, this container can utilize first power transmission shaft of air pressure or oil pressure to drive, and covers the location through 2 first positioning arm covers.

6, improved impregnation machine structure according to claim 1 is characterized in that, this fixed body can utilize second power transmission shaft of air pressure or oil pressure to drive, and covers the location through 2 second positioning arm covers.

7, improved impregnation machine structure according to claim 1, it is characterized in that, the end place that this jig arm main body and this first swing arm set are pivoted mutually, system is installed with a driven-movable block, offer a slot part on this driven-movable block, and the pivot end of this first swing arm set correspondence system is provided with one first sliding shoe, and this first sliding shoe just can be nested with in this slot part.

8, improved impregnation machine structure according to claim 1 is characterized in that, this first swing arm set, one end system can utilize be pivoted one first crank and this jig arm main body one termination to establish.

9, according to claim 1 or 8 described improved impregnation machine structures, it is characterized in that, this jig arm mechanism also comprises one and adjusts axostylus axostyle, and this adjustments axostylus axostyle system utilizes a pedestal to be hubbed on this board and the suitable place of adjacent this first swing arm set and the pivot joint of this first crank.

10, improved impregnation machine structure according to claim 1 is characterized in that, this second swing arm set, one end system can utilize be pivoted one second crank and this jig arm main body one termination to establish.

11, improved impregnation machine structure according to claim 1, it is characterized in that, be formed with second race of an off-centre on this second idle pulley, and this second swing arm set meets the end place system that establishes and is provided with one the 3rd sliding shoe with it, the 3rd sliding shoe places in this second race.

12, improved impregnation machine structure according to claim 1, it is characterized in that, this driving member system is set in the 3rd belt wheel group end in addition, this drive pin and this woodruff key then are located at the suitable place of two ends on this driving member respectively, again, this gear train system is made up of a pinion, a gear train and a gear wheel, and this pinion system is located on this index dial.

13, improved impregnation machine structure according to claim 1, it is characterized in that, be provided with a guide member on this free-wheeling system in addition, the end of this guide member just is installed in the suitable place, the adjacent outside of draw-in groove of this deck body, and, when this deck body supplied this each charge load plate cutting ferrule, the opening of its draw-in groove system was parastate with the end of this guide member.

14, improved impregnation machine structure according to claim 1, it is characterized in that, this second drive motor and four-tape wheels system are located at the suitable place of this board, this second driving member then is that axle is located on this four-tape wheels one end, convex with one second drive pin and one second woodruff key on it, again, this transfer gear train and this second index dial are established same axle center, and this transmission fluted disc is then established same axle center with this rotary table.