CN2406338Y

CN2406338Y - Integrated bulb-making apparatus

Info

Publication number: CN2406338Y
Application number: CN 99258212
Authority: CN
Inventors: 杨锡万; 曾进才; 吴其良; 陈家和; 周文滨
Original assignee: Individual
Current assignee: Individual
Priority date: 1999-12-30
Filing date: 1999-12-30
Publication date: 2000-11-15
Anticipated expiration: 2009-12-30

Abstract

The utility model relates to an integrated bulb-making apparatus. The utility model is characterized in that the integrated bulb-making apparatus comprises a feeding mechanism, a lamp pin processing device, a bulb and plastic sleeve combination device, etc., wherein, the feeding mechanism can continuously feed bulbs into the bulb-making apparatus in an automatic mode in sequence to render lamp pins of the bulbs to be fed to the bulb and plastic sleeve combination device after pulled and processed by the lamp pin processing device; to carry out the action of the combination of the bulbs and plastic sleeves. The utility model has the advantages that action is consistent, continuous and automatic, yield can be effectively increased, and rejection rate and cost are reduced.

Description

The glass bulb blowing machine single unit system

The utility model is about a kind of glass bulb blowing machine single unit system, refers to a kind of glass bulb blowing machine of full-automation especially, particularly two lamp bases of bulb can be set in automatically the mechanism of combination in the garment bag.

Known Christmas bulb, bulbs such as rice lamp have generally protruded out two lamp bases under bulb, because this lamp base need overlap behind a garment bag again and bend, therefore lamp base has soft characteristic slightly, cause it all was to pass garment bag with manual type in the past, can't so increase day by day because of cost of labor with machine for it, using machine to wear combination has been imperative, therefore, inventor spy overcomes many restrictions and difficulty, can finish the utility model eventually.

The purpose of this utility model is: a kind of glass bulb blowing machine single unit system is provided, it can send in the glass bulb blowing machine bulb one by one in regular turn, and two lamp bases that make bulb suitably drawn whole after, be nested with and pass the garment bag combination, produce and to put bulb, improve output, reduce fraction defective and many purposes such as to reduce cost to finish automation.

The purpose of this utility model can be by following realization, a kind of glass bulb blowing machine single unit system, its include the whole foot device of feeding mechanism, lamp base and, three major parts such as bulb and garment bag coupling apparatus, it is characterized in that: a feeding mechanism partly, this feeding mechanism 1, include vibration feeder 11, entry table 12, draw clamp mechanism 13, blow material mechanism 14, sideboard 15, enterprising feed collet is held mechanism 16 and charging fixture 17 down, wherein: this vibration feeder 11 has an entry table 12 to be connected with in feeding rail 110 ends; One entry table 12 is to be a vertical disk body structure, and disk body plane and feeding rail 110 ends are parallel relation, equidistantly offer conduit 121 on the entry table 12, and each conduit 121 size can a ccontaining bulb 9, and the central authorities in entry table 12 have placed an axostylus axostyle 123 in addition; One draws clamp mechanism 13, is located at a side of this entry table 12, and it mainly is to have two jig arm 131,132, and this two jig arm the 131, the 132nd is arranged in entry table 12; Other is provided with an interlinked mechanism 135,136; One blows material mechanism 14, be located at a side of entry table 12, particularly with respect to the opposite side of vibration feeder 11, it mainly includes a blowning installation 141 and a feed pipe 142, other is located at a feed pipe 142 of end, blowning installation 141 back, feed pipe 142 can make sideboard 15 remove to having a sideboard 15, one Drive Structure 151, and is provided with an enterprising feed collet and holds mechanism 16 and following charging fixture 17;

The whole foot device part of one lamp base, it mainly is to contain to be stamped four pins arranging machine structures: the first pins arranging machine structure 2, the second pins arranging machine structure 3, the 3rd pins arranging machine structure 4 and the 4th pins arranging machine structure 5; Wherein, this first pins arranging machine structure 2 mainly is to include the jig arm 221,222 of stretching for twice; This first pins arranging machine structure 2 more includes back-moving spring 25, swing arm 26, trace 27, interlock plate 28, trace 29 mechanisms; This second pins arranging machine structure 3 has two

jig arm

31,32, particularly jig arm 31 and is provided with one group of pin 30, and spring 35, block 36, trace 37 drive two

jig arm

31,32 with interlock plate 38 interlocks; The 3rd pins arranging machine structure 4, it mainly is to include two

jig arm

41,42 and a demarcation strip 43 is realized; Interlock plate 47, trace 48 and interlock plate 49 and trace 29 drive two

jig arm

41,42; The 4th pins arranging machine structure 5 is made of two

jig arm

51,52, and it is by interlock plate 56, trace 57,

interlock plate

58 and 59 drive pressure folders of a trace;

One bulb and garment bag coupling apparatus part include vibration feed table 6, feed table 7, fit body 81, laminating mechanism 82 and discharging mechanism 83; In vibration feed table 6 discharging place ends, be provided with feeding rail 61, its end is equipped with charging shifting block 62, slide rail 63, slide block 64 and back-moving spring 65 more again; Feed table 7 is to be located on the axostylus axostyle 70, equidistantly be provided with a plurality of conduits 71 on it, side in feed table 7 is provided with baffle plate 72, one side of this feed table 7, be provided with a horizontal striker 73, this striker 73 points to the conduit 71 of feed table 7 just, and this striker 73 is located on the locating piece 75, locating piece 75 is located on the slide bar 74, and is connected with to linked block 76 and 77, interlock plate 78 and trace 79; Other is provided with a push rod 66, and its top has a top 661, and the rear end is provided with slide block 67, slide bar 6 and Drive Structure 69; Fit body 81 is to be draw-in groove 811 and Drive Structure 812; Laminating mechanism 82, be provided with take off post 821 with dial plate 822; But other has drive mechanism 823 interlocks, two jig arm 824,825 and cooperates two inclined-planes 826,827; Discharging mechanism 83 has a blend stop 831; By above-mentioned member, when garment bag 92 self-excited oscillation feeders 6 are sent one by one, to be fed shifting block 62 to releasing and dropping down onto in the conduit 71 of feed table 7, along with feed table 7 rotates, when specific garment bag 92 turns to striker 73 places, this striker 73 will burrow once more with regard to the perforation 921 of garment bag 92, then, along with feed table 7 continues to rotate, this garment bag 92 will be pushed away conduit 71 by push rod 66, and drop down onto in the draw-in groove 811, be placed on this garment bag 92 on the bulb 9 this moment, makes two lamp bases 91 pass two perforation 921 of garment bag 92, again this bulb 9 is delivered to laminating mechanism 82, make garment bag 92 press down and combine closely, and its two lamp bases, 91 pressings are attached, send by discharging mechanism 83 at last with bulb 9.

Description of drawings:

Fig. 1 is the stereo appearance figure of the utility model integral body; Fig. 2 is the stereo appearance figure of the utility model feeding mechanism; Fig. 3 is the partial perspective view of the utility model feeding mechanism; Fig. 4 is the movement state diagram of the utility model feeding mechanism Fig. 3; Fig. 5 is another local appearance figure of the utility model feeding mechanism; Fig. 6 is the another local appearance figure of the utility model feeding mechanism; Fig. 7 is the part section movement state diagram of the utility model feeding mechanism; Fig. 8 is another action schematic diagram of the utility model feeding mechanism Fig. 7; Fig. 9 is the local appearance figure more again of the utility model mechanism; Figure 10 is the action diagram of the utility model feeding mechanism Fig. 9; Figure 11 is another action diagram of the utility model feeding mechanism Fig. 9; Figure 12 is the another action diagram of the utility model feeding mechanism Fig. 9; Figure 13 is the figure of another local appearance again of the utility model feeding mechanism; Figure 14 is the stereo appearance figure of the whole foot device integral body of the utility model lamp base; Figure 15 is the stereo appearance figure at charging fixture place under the whole foot device of the utility model lamp base; Figure 16 is the stereo appearance figure at the whole foot device first pinch mechanism of the utility model lamp base place; Figure 17 is the action diagram of the whole foot device first pinch mechanism of the utility model lamp base; Figure 18 is another action diagram of the whole foot device first pinch mechanism of the utility model lamp base; Figure 19 is the stereo appearance figure of the whole foot device second pinch mechanism of the utility model lamp base; Figure 20 is the action diagram of the whole foot device second pinch mechanism of the utility model lamp base; Figure 21 is another action diagram of the whole foot device second pinch mechanism of the utility model lamp base; Figure 22 is the stereo appearance figure of whole foot device the 3rd pinch mechanism of the utility model lamp base; Figure 23 is the action diagram of whole foot device the 3rd pinch mechanism of the utility model lamp base; Figure 24 is the structure chart of whole foot device the 3rd pinch mechanism of the utility model lamp base; Figure 25 is the stereo appearance figure of whole foot device the 4th pinch mechanism of the utility model lamp base; Figure 26 is the action diagram of whole foot device the 4th pinch mechanism of the utility model lamp base; Figure 27 is another action diagram of whole foot device the 4th pinch mechanism of the utility model lamp base; Figure 28 is the stereo appearance figure of the utility model bulb and garment bag coupling apparatus; Figure 29 is the sectional perspective outside drawing of the utility model bulb garment bag coupling apparatus; Figure 30 is the action schematic diagram of Figure 29; Figure 31 is the activities schematic diagram of the utility model bulb and garment bag coupling apparatus;

Figure 32 is another sectional perspective outside drawing of the utility model bulb and garment bag coupling apparatus;

Figure 33 is the enforcement illustration of the utility model bulb and garment bag coupling apparatus Figure 32;

Figure 34 is the action diagram of the utility model bulb and garment bag coupling apparatus Figure 32;

Figure 35 is a sectional perspective outside drawing again of the utility model bulb and garment bag coupling apparatus;

Figure 36 is the enforcement illustration of the utility model bulb and garment bag coupling apparatus Figure 35;

Figure 37 is the in addition sectional perspective outside drawing again of the utility model bulb and garment bag coupling apparatus;

Figure 38 is the enforcement illustration of the utility model bulb and garment bag coupling apparatus Figure 37;

Figure 39 is another enforcement illustration of the utility model bulb and garment bag coupling apparatus Figure 37;

Figure 40 is another movement state diagram of the utility model bulb and garment bag coupling apparatus Figure 39;

Figure 41 is another movement state diagram of the utility model bulb and garment bag coupling apparatus Figure 38;

Figure 42 is the another sectional perspective outside drawing in addition of the utility model bulb and garment bag coupling apparatus;

Figure 43 is the movement state diagram of the utility model bulb and garment bag coupling apparatus Figure 42;

Figure 44 is another movement state diagram of the utility model bulb and garment bag coupling apparatus 42;

Figure 45 is the movement state diagram again of the utility model bulb and garment bag coupling apparatus Figure 42;

Figure 46 is the another again sectional perspective outside drawing in addition of the utility model bulb and garment bag coupling apparatus.

See also shown in Figure 1, the utility model glass bulb blowing machine single unit system, it includes the whole foot device of feeding mechanism, lamp base, and, three major parts such as bulb and garment bag coupling apparatus, wherein:

The feeding mechanism part:

Mainly be include vibration feeder 11, entry table 12, draw clamp mechanism 13, blow material mechanism 14, sideboard 15, enterprising feed collet is held mechanism 16 and charging fixture 17 etc. down, wherein:

This vibration feeder 11, as shown in Figure 3, vibration feeding structure commonly used at present, behind an amount of bulb 9 these vibration feeders 11 of input, can utilize the principle and the feeding rail 110 of its vibration, bulb 9 is arranged (as shown in Figure 4) one by one, cause the lamp holder of this bulb unified outwardly, and lamp base 91 inwardly, and other has an entry table 12 to be connected with in feeding rail 110 ends;

Entry table 12, be to be a vertical disk body structure, disk body plane and feeding rail 110 ends are parallel relation, equidistantly offer conduit 121 on the entry table 12, each conduit 121 can a ccontaining bulb 9, for prevent that bulb 9 from dropping out after sending into conduit 121, in entry table 12 1 sides of putting lamp holder end, be provided with an arcuation baffle plate 122, the central authorities in entry table 12 have placed an axostylus axostyle 123 in addition, on the axostylus axostyle 123 1 outer ends, be equipped with a unidirectional fluted disc 124, these unidirectional fluted disc 124 sides are provided with a latch structure 125, and this latch structure 125 is able to and 124 engagements of unidirectional fluted disc, and the angle of using 12 rotations of control entry table is suitable and unidirectional;

One draws clamp mechanism 13 (as Fig. 5, shown in 6), be located at a side of this entry table 12, it mainly is to have two jig arm 131,132, this two jig arm 131, the 132nd, be arranged in the lamp base 91 external end edge places of the bulb 9 of entry table 12, its top is provided with a slide 134 and slide bar 133, by slide 134 slippages on slide bar 133, be two jig arm 131 that may command is drawn clamp mechanism 13, whether 132 near lamp base 91, be control two jig arm 131 in addition, 132 holding action, be provided with an interlinked mechanism 135,136, when entry table 12 rotates an angle, but its interlock two jig arm 131,132 carry out holding action, so that through this two jig arm 131,132 lamp base 91 all can be by two jig arm 131,132 crampings are stretching, as Fig. 7, shown in 8, be to be this two jig arm 131, schematic diagram during 132 clamping lamp bases 91;

One blows material mechanism 14, be located at a side of entry table 12, particularly with respect to the opposite side of vibration feeder 11, it mainly includes a blowning installation 141 and a feed pipe 142, send into the conduit 121 of entry table 12 when bulb 9, and after clamp mechanism 13 whole pin are drawn in the entry table 12 rotation warp let-offs, promptly can transfer to again and blow material mechanism 14 places (be bulb 9 on entry table 12, passed on about 180 degree), in the time of before specific conduit 121 and bulb 9 are sent to blowning installation 141, make blowning installation 141 blow out air, can make bulb 9 move apart conduit 121, and take advantage of a situation and fall into a feed pipe 142 of being located at ends, blowning installation 141 back, cause bulb 9 along feed pipe 142 downward slippages (as Fig. 9, shown in 10), till touching a sideboard 15 (as shown in figure 11), one Drive Structure 151 can make sideboard 15 remove, so that bulb 9 is able to landing downwards again, mat is held mechanism 16 through an enterprising feed collet, this bulb 9 can fall to charging fixture 17 places eventually (as Figure 12, shown in 13), particularly this bulb is to be lamp base 91 state up, and lamp base 91 has been drawn and has suffered.

Because the lamp base 91 of this bulb 9 is two, two lamp bases 91 are a linear relationship, for the linear relation that makes this every lamp base 91 all is identical, ad hoc have a magnet arrangement 171 in following charging fixture 17 places, magnetic force by the magnet arrangement 171 in this time charging fixture 17 places, the lamp base 91 of each bulb 9 all is attracted on the magnet arrangement 171, so, can guarantees that the lamp base 91 of each bulb 9 all presents identical angle and linear relationship.

The whole foot device part of lamp base:

This lamp base is put in order foot device, mainly is to contain to be stamped four pins arranging machine structures: the first pins arranging machine structure 2; The second pins arranging machine structure 3; The 3rd pins arranging machine structure 4; The 4th pins arranging machine structure 5 etc.Wherein, each bulb all is to carry by several following charging fixtures 17, and these several following charging fixture 17 all is to be located on a rotating disk two, and it has two jig arm 172,173, be provided with slotted eye 174 therebetween, this slotted eye 174 can be put in order to a ccontaining bulb 9;

The first pins arranging machine structure 2, shown in Figure 14 to 18, its front end is provided with two guide plates 211,212,211,212 on this two guide plate is formed with a guide channel 213, two lamp bases 91 that this guide channel 213 could provide and limit bulb 9 advance guide channel 213 in mode successively, one guide plate 212 is provided with magnet 2121, two lamp bases 91 are had recognize to effect; This first pins arranging machine structure 2, it mainly is to include the jig arm 221,222 of stretching for twice, when bulb 9 is delivered to the first pins arranging machine structure, 2 belows via guide channel 213, owing to upwards protrude out two lamp bases 91 that have only of crossing guide channel 213, bulb 9 bodies are positioned at the below of guide channel 213 because of volume greater than guide channel 213, so, and when jig arm 221,222 clampings, two lamp bases 91 and when upwards drawing, can utilize two guide plates 211,212 compacting bulbs, 9 bodies, so that jig arm 221,222 is able to two lamp bases 91 is upwards stretching; So these first pins arranging machine structure, 2 these energy starts are to drive by mechanisms such as back-moving spring 25, swing arm 26, trace 27, interlock plate 28, traces 29 in good time;

The second pins arranging machine structure 3, as Figure 14,19, shown in 20 and 21, the main purpose of this mechanism is two lamp bases 91 of bulb 9 are separated really, to avoid two lamp bases, 91 overlapping coming close to or in contact with, it mainly is to have two

jig arm

31,32, particularly jig arm 31 is provided with one group of pin 30, when these jig arm 31 cramping lamp bases 91, this group pin 30 will insert the central authorities of two lamp bases 91 just, along with two jig arm 31, when moving on 32, this group pin 30 promptly just can be with two originally for coming close to or in contact with even 91 groups of two lamp bases of Jiao Shi separate out, as for driving two

jig arm

31,32 mainly is by spring 35, block 36, trace 37 is realized with interlock plate 38;

The 3rd pins arranging machine structure 4, as Figure 14,22, shown in 23 and 24, the purpose of this utility model is that the lamp base 91 that will separate gives repoussage and becomes upright parastate, it mainly is to utilize two

jig arm

41,42 and one demarcation strip 43 is realized, these two lamp bases of having separated 91 will lay respectively at earlier: 43 of jig arm 41 and demarcation strips, and 42 of demarcation strip 43 and jig arm, when two

jig arm

41,42 carry out clamping when action, this two lamp base 91 will be respectively by two

jig arm

41,42 folders rely on demarcation strip 43 and move, because the thickness of this demarcation strip 43 own, just equal the spacing of two lamp bases 91, make through this

jig arm

41,42 press lamp base 91 after pressing from both sides with demarcation strip 43, in two

jig arm

41,42 are formed the relation of parallel upright after resetting; As for the operating principle of two

jig arm

41,42, be to be driven by 29 of traces by interlock plate 47, trace 48 and interlock plate 49 in good time;

The 4th pins arranging machine structure 5, as Figure 14,25,26 and shown in Figure 27, it mainly also is to be made of 51,52 of two jig arm, it is by institute's drive pressure folders such as interlock plate 56, trace 57, interlock plate 58 and traces 59, its effect is approximate with the first pins arranging machine structure 2 basically, purpose is to draw two lamp bases 91 of whole bulb 9, draws to put in order by the pressing of

jig arm

51,52 to make two lamp bases 91 guarantee uprightly not deflection.

By as can be known preceding, each device of the present utility model has its particular utility respectively: the first pins arranging machine structure 2, be responsible for lamp base 91 is stretching first, as for 3 of the second pins arranging machine structures is so that two lamp bases 91 are pushed aside, to prevent the 91 intersection contacts or overlapping of two lamp bases by one group of pin 30; As for the 3rd pins arranging machine structure 4, then two lamp bases 91 can be made into parastate, the 4th last pins arranging machine structure 5, it is upright then lamp base 91 can be done last leveling, thus, lamp base 91 after the whole pin program in this four road can be guaranteed uprightly and parallel, be beneficial to the follow-up garment bag operation that places.

Bulb and garment bag coupling apparatus part:

Seeing also shown in Figure 28ly, mainly is to include vibration feed table 6, feed table 7, fit body 81, laminating mechanism 82 and discharging mechanism 83 etc., wherein:

Vibration feed table 6 is to be known vibration feeding structure, can be in order to the garment bag sequence arrangement is sent to feed table 7 places; In vibration feed table 6 discharging place ends, be provided with feeding rail 61, shown in Figure 29,30 and 31, its end is equipped with charging shifting block 62, slide rail 63, slide block 64 and back-moving spring 65 etc. more again, wherein this charging shifting block 62 can be controlled and only deliver a garment bag 92 in the past at every turn, its principle promptly is to utilize charging shifting block 62 to order about 621 groups of tops of oblique surface, is to reach the purpose of displacement by slide rail 63 and slide block 64 as for 62 of charging shifting blocks; As for feed table 7, be to be located on the axostylus axostyle 70, this disk body is to be provided with in upright mode, equidistantly be provided with some conduits 71 on it, side appropriate location in feed table 71 is provided with baffle plate 72, one side of this feed table 7, be provided with a horizontal striker 73, as Figure 32, shown in 33 and 34, this striker 73 points to the conduit 71 of feed table 7 just, this striker 73 has two tips 731, two perforation 921 that just can corresponding garment bag 92 are not because two perforation 921 of garment bag 92 might be punched after manufacturing is finished fully, therefore, need utilize this striker 73 that two perforation 921 of garment bag 92 are punched really, so that follow-up errorless really in conjunction with action, this striker 73 why can shift reciprocately, mainly is by it is located on the locating piece 75, locating piece 75 is located on the slide bar 74, and is connected with to linked block 76 and 77, on interlock plate 78 and the trace 79; Please cooperate shown in Figure 35,36, it is provided with a push rod 66 again, and this push rod 66 can be in order to release the garment bag in feed table 7 conduits 71 92, and its top has a top 661, and the rear end is provided with slide block 67, slide bar 68 and Drive Structure 69;

Fit body 81 shown in Figure 37 to 41, wherein has draw-in groove 811 and Drive Structure 812, the garment bag 92 that this is released by push rod 66, with pushed to draw-in groove 811; At simultaneously, two perforation 921 that will place bulb 9 to this garment bag 92 glands lid and make garment bag 92 are passed by lamp base 91;

Laminating mechanism 82, shown in Figure 42 to 45, comprising take off post 821 with dial plate 822, this takes off post 821 can be by being moved down and rotating about, so that this garment bag 92 that passes bulb 9 lamp bases 91 is pressed down, make to cause both certain combinations, and two lamp bases, 91 side direction are pushed aside; But other has a drive mechanism 823 interlocks two jig arm 824,825 to press down, and utilizes two inclined-planes 826,827 that two lamp bases 91 are depressed and is pasted to garment bag 92 sides;

Discharging mechanism 83 is in order to sending in conjunction with the bulb of finishing 9, as shown in figure 46, mainly is to have a blend stop 831.

By above-mentioned member, when garment bag 92 self-excited oscillation feeders 6 are sent one by one, to be fed shifting block 62 to releasing and dropping down onto in the conduit 71 of feed table 7, along with feed table 7 rotates, when specific garment bag 92 turns to striker 73 places, this striker 73 will burrow once more with regard to the perforation 921 of garment bag 92, then, along with feed table 7 continues to rotate, this garment bag 92 will be pushed away conduit 71 by push rod 66, and drop down onto in the draw-in groove 811, be placed on this garment bag 92 on the bulb 9 this moment, makes two lamp bases 91 pass two perforation 921 of garment bag 92, again this bulb 9 is delivered to laminating mechanism 82, make garment bag 92 press down and combine closely, and its two lamp bases, 91 pressings are attached, send by discharging mechanism 83 at last and get final product with bulb 9.

In sum, the utility model glass bulb blowing machine single unit system, it initiates a kind of overall structure that can be applicable to glass bulb blowing machine, has full-automatic manufacturing function, can effectively improve the quality of products, reduce cost, obviously have the practicality of long-range progressive and novelty, really tool is given prominence to usefulness, so propose utility application in accordance with the law.

Claims

1, a kind of glass bulb blowing machine single unit system, its include the whole foot device of feeding mechanism, lamp base and, three major parts such as bulb and garment bag coupling apparatus is characterized in that:

One feeding mechanism partly, this feeding mechanism (1), include vibration feeder (11), entry table (12), draw clamp mechanism (13), blow material mechanism (14), sideboard (15), enterprising feed collet is held mechanism (16) and charging fixture (17) down, wherein: this vibration feeder (11) has an entry table (12) to be connected with in feeding rail (110) end; One entry table (12), be to be a vertical disk body structure, disk body plane and feeding rail (110) end are parallel relation, equidistantly offer conduit (121) on the entry table (12), each conduit (121) size can a ccontaining bulb (9), and the central authorities in entry table (12) have placed an axostylus axostyle (123) in addition; One draws clamp mechanism (13), is located at a side of this entry table (12), and it mainly is to have two jig arm (131), (132), and this two jig arm (131), (132) are to be arranged in entry table (12); Other is provided with an interlinked mechanism (135), (136); One blows material mechanism (14), be located at a side of entry table (12), particularly with respect to the opposite side of vibration feeder (11), it mainly includes a blowning installation (141) and a feed pipe (142), other is located at a feed pipe (142) of end, blowning installation (141) back, feed pipe (142) is to having a sideboard (15), and a Drive Structure (151) can make sideboard (15) remove, and is provided with an enterprising feed collet and holds mechanism (16) and following charging fixture (17);

The whole foot device part of one lamp base, it mainly is to contain to be stamped four pins arranging machine structures: the first pins arranging machine structure (2), the second pins arranging machine structure (3), the 3rd pins arranging machine structure (4) and the 4th pins arranging machine structure (5); Wherein, this first pins arranging machine structure (2) mainly is to include jig arm (221), (222) of stretching for twice; This first pins arranging machine structure (2) more includes back-moving spring (25), swing arm (26), trace (27), interlock plate (28), trace (29) mechanism; This second pins arranging machine structure (3) has two jig arm (31), (32), particularly jig arm (31) are provided with one group of pin (30), and spring (35), block (36), trace (37) drive two jig arm (31), (32) with interlock plate (38) interlock; The 3rd pins arranging machine structure (4), it mainly is to include two jig arm (41), (42) and a demarcation strip (43) to realize; Interlock plate (47), trace (48) and interlock plate (49) and trace (29) drive two jig arm (41), (42); The 4th pins arranging machine structure (5) is made of two jig arm (51), (52), and it is by interlock plate (56), trace (57), interlock plate (58) and a trace (59) institute drive pressure folder;

One bulb and garment bag coupling apparatus part include vibration feed table (6), feed table (7), fit body (81), laminating mechanism (82) and discharging mechanism (83); In vibration feed table (6) discharging place end, be provided with feeding rail (61), its end is equipped with charging shifting block (62), slide rail (63), slide block (64) and back-moving spring (65) more again; Feed table (7) is to be located on the axostylus axostyle (70), equidistantly be provided with a plurality of conduits (71) on it, side in feed table (7) is provided with baffle plate (72), one side of this feed table (7), be provided with a horizontal striker (73), this striker (73) points to the conduit (71) of feed table (7) just, and this striker (73) is located on the locating piece (75), locating piece (75) is located on the slide bar (74), and is connected with to linked block (76) and (77), interlock plate (78) and trace (79); Other is provided with a push rod (66), and its top has a top (661), and the rear end is provided with slide block (67), slide bar (68) and Drive Structure (69); Fit body (81) is to be draw-in groove (811) and Drive Structure (812); Laminating mechanism (82) is to be provided with take off post (821) and group plate (822); But a drive mechanism (823) is arranged for other interlock two jig arm (824), (825) and cooperate two inclined-planes (826), (827); Discharging mechanism (83) has a blend stop (831).

2, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: these entry table (12) one sides are provided with an arcuation baffle plate (122).

3, glass bulb blowing machine single unit system as claimed in claim 1, it is characterized in that: on axostylus axostyle (123) the one outer ends of entry table (12) central authorities, be equipped with a unidirectional fluted disc (124), this unidirectional fluted disc (124) side is provided with a latch structure (125), and this latch structure (125) is able to mesh with unidirectional fluted disc (124).

4, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: this draws the top of clamp mechanism (13) to be provided with a slide (134) and slide bar (133), and slide (134) slippage is on slide bar (133).

5, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: this time charging fixture (17) locates to be provided with a magnet arrangement (171).

6, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: the front end of this first pins arranging machine structure (2) is provided with two guide plates (211), (212), is formed with a guide channel (213) between this two guide plate (211), (212).

7, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: the size of this guide channel (213) only can provide two lamp bases (91) upwards to pass through and protrude out.

8, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: the thickness of this demarcation strip (43) own equals the spacing of two lamp bases (91) just.

9, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: the front end of this charging shifting block (62) is provided with an oblique surface (621).

10, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: this feed table (7) is to be provided with in upright mode.

11, glass bulb blowing machine single unit system as claimed in claim 1 is characterized in that: this striker (73) has two tips (731).