CN200944488Y - Automatic inserting machine of Christmas bulb conductive sheet - Google Patents
Automatic inserting machine of Christmas bulb conductive sheet Download PDFInfo
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- CN200944488Y CN200944488Y CN 200620025669 CN200620025669U CN200944488Y CN 200944488 Y CN200944488 Y CN 200944488Y CN 200620025669 CN200620025669 CN 200620025669 CN 200620025669 U CN200620025669 U CN 200620025669U CN 200944488 Y CN200944488 Y CN 200944488Y
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- conducting strip
- lamp housing
- automatic placement
- christmas bulb
- placement device
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Abstract
An automatic inserting machine of Christmas bulb conductive sheet comprises that: a motor and a transmission mechanism are arranged in a machine table; a rotary disc provided with a clamping body is driven by the motor and the transmission mechanism; a first vibration disc is arranged on the side of the rotary disc and provided with a first transportation rail; a correcting mechanism is arranged on the first transportation rail and provided with a turnover groove, which make a fallen-in lamp shell fall into the clamping body with the direction having been corrected; a second vibration disc is arranged on the side of the rotary disc and provided with a second transportation rail; a first sheet-push device is arranged on the second transportation rail, which pushes a first conductive sheet fallen-in into a first lamp shell inserting hole on the clamping body; a third vibration disc is arranged on the side of the rotary disc and provided with a third transportation rail; a second sheet-push device is arranged on the third transportation rail, which pushes a second conductive sheet fallen-in into a second lamp shell inserting hole on the clamping body; a poking rod is arranged at the corresponding position of the rotary disc clamping body, which pokes the lamp shell having been processed away from the clamping body; a discharging groove is arranged at the corresponding position of the poking rod, which carries the lamp shell poked away and conveys to a preconcerted position. The utility model is convenient to process, cost saving and little in occupied space.
Description
One, technical field
The utility model relates to lighting device, relates in particular to Christmas bulb (C6, C7, C9) the conducting strip automatic placement device that a kind of positive and negative electrode conducting strip can insert lamp housing automatically.
Two, background technology
As shown in Figure 1, existing Christmas lamp mainly is by the electric wire 40 formed decorative lamp of connecting, its each Christmas lamp 70 includes substantially: a lamp housing 30, be provided with first jack 31 that inserts for one first type (positive pole) conducting strip 41 and second jack 32 that inserts for one second type (negative pole) conducting strip 42 in it, afterwards electric wire 40 is placed lamp housing 30 upper grooves 34, utilize lid 50 to be assembled in lamp housing 30 end faces and sting and compel electric wire and be electrical with first, second type conducting strip 41,42 respectively and contact, and then this bulb 60 required power supplys are provided.
First, second type conducting strip 41,42 of existing Christmas lamp 70 mostly inserts jack 31,32 in the lamp housing 30 one by one by manpower, like this, and not only labor intensive and cost, and output can't improve, and the utmost point is waited to improve.
In view of this utility model creator carries out active research and improves, and to meet most the mode of industry demand, designs automatic placement device of the present utility model, especially the conducting strip placement device that uses at international standard C6, C7, C9 Christmas lamp.
Three, utility model content
Main purpose of the present utility model is to overcome the above-mentioned shortcoming that existing product exists, and provide a kind of Christmas bulb conducting strip automatic placement device, it has the effect of continuous and automatic ground with the automatic one by one plug-in mounting combination of positive and negative electrode conducting strip, reach easy making process and save cost, and improve industrial competitiveness purpose.
Another purpose of the present utility model is to provide a kind of Christmas bulb conducting strip automatic placement device, its whole board structure is only controlled by minority power source (motor), not only can reduce cost, and adopt the rotary type running, do not take up space, make things convenient for the practitioner to manipulate.
The purpose of this utility model is realized by following technical scheme.
The utility model Christmas bulb conducting strip automatic placement device is characterized in that, comprising:
One board, its inside is provided with motor and transmission mechanism;
The single-revolution dish is provided in a side of the board surface, and by motor in the board and transmission mechanism driving rotational, and the rotary disk periphery is provided with and a plurality ofly inserts and puts bodies for what lamp housings were placed, with along with rotary disk carries out displacement according to the scheduled time and angle;
One first vibrating disk is provided in a side of the rotary disk side on the board, and its dish edge possesses first delivery track for the lamp housing charging;
One guiding mechanism is provided in a side of the first delivery track bottom, and it possesses a turning groove, in order to the lamp housing that will fall into, utilizes the driving element that is located at side, and its correcting at specific direction, is fallen into the body that inserts and puts on the rotary disk again;
One second vibrating disk is provided in a side of the rotary disk side on the board, and its dish edge possesses second delivery track for the first type conducting strip charging; One first push jack device is provided in a side of the second delivery track end, pushes in first jack of the lamp housing that inserts and puts on the body in order to the first type conducting strip that will fall into;
One the 3rd vibrating disk is provided in a side of the rotary disk side on the board, and its dish edge possesses the 3rd delivery track for the second type conducting strip charging; One second push jack device is provided in a side of the 3rd delivery track end, pushes in this second jack that inserts and puts the lamp housing on the body in order to the second type conducting strip that will fall into;
One driving lever is provided in a side of and inserts and puts the body correspondence position on the rotary disk, in order to the lamp housing that machines is dialled from inserting and putting body;
One blow tank is provided in a side of the correspondence position of driving lever, in order to accepting the lamp housing of being transferred to, and delivers to the precalculated position.
Aforesaid Christmas bulb conducting strip automatic placement device wherein between the guiding mechanism and the first push jack device, also is provided with one first detecting unit, inserts and puts in order to detecting whether lamp housing is arranged in the body.
Aforesaid Christmas bulb conducting strip automatic placement device wherein between the first push jack device and the second push jack device, also is provided with one second detecting unit, in order to detect whether the first type conducting strip is arranged in this lamp housing.
Whether aforesaid Christmas bulb conducting strip automatic placement device wherein between the second push jack device and the blow tank, also is provided with one the 3rd detecting unit, normal in order to the processing of detecting lamp housing, and makes the partition action on this blow tank, with non-defective unit/defective products separately.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein the first type conducting strip is a cathode conductive film, the second type conducting strip is a cathode conductive film.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein cathode conductive film is L font body, and cathode conductive film is Shu font body.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein positive pole and cathode conductive film all are Shu font body.
Aforesaid Christmas bulb conducting strip automatic placement device, the body that inserts and puts that wherein is located on the described rotary disk comprises: a pedestal is to be locked on the rotary disk periphery; Two jig arm, correspondence are articulated in the pedestal outside, but the top is the folding shape in order to the clamping lamp housing; Bipole body is located at two jig arm inboards respectively; One spring is connected between the bipole body.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein guiding mechanism comprises: a turning groove is to make with the lamp housing form fit; One expansion link is located at the turning groove side, in order to axially to stretch into/to withdraw from turning groove, makes the lamp housing axial location in the groove or withdraws to the whereabouts; One moving block is provided in a side of the corresponding sides of turning groove expansion link, and it cooperates the groove of lamp housing and possesses a convex body, drives it in order to this groove after inserting and rotates to predetermined angular; One drives the driving element of moving block rotation; One block is located at this turning groove rear side, is the semi arch body, uses so that the lamp housing in the groove rotates and the location according to predetermined direction; The one isolation pressing plate that is driven by first brake bar is located at the breach in turning groove the place ahead, in order to the lamp housing of correcting in the isolation channel.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein the first push jack device comprises: first pedestal, be to be radially with respect to rotary disk to set, and corresponding to the lamp housing that inserts and puts on the body, be provided with an installing guide groove, this first pedestal side is provided with an introducing port with respect to second delivery track, makes the first type conducting strip fall into the installing guide groove; One first push body is provided in a side of on the installing guide groove, in order to the first type conducting strip is pushed at a predetermined angle in first slot of lamp housing; One second brake bar is to control the displacement of first push body on the installing guide groove.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein the second push jack device comprises: one second pedestal, be to be radially with respect to rotary disk to set, and corresponding to the lamp housing that inserts and puts body, be provided with a guide groove radially, this second pedestal side is provided with a seam with respect to the 3rd delivery track, makes the second type conducting strip fall into this radially guide groove; One second push body is provided in a side of radially on the guide groove, in order to the second type conducting strip is pushed in second slot of this lamp housing; One the 3rd brake bar is to control the displacement of second push body on guide groove radially.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein first, second, third brake bar is that the handle that drives by motor in the board and transmission mechanism drives.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein blow tank is provided with two discharging openings, and is sent by one of them discharging opening by the lamp housing that partition decision falls into.
Aforesaid Christmas bulb conducting strip automatic placement device, wherein partition is driven by a driving element.
The beneficial effect of the utility model Christmas bulb conducting strip automatic placement device is that it comprises: board, and its inside is provided with motor and transmission mechanism; Rotary disk is located at the board surface, and by motor in the board and transmission mechanism driving rotational, and the rotary disk periphery is provided with and a plurality ofly inserts and puts bodies for what lamp housings were placed, with along with rotary disk carries out displacement according to the scheduled time and angle; First vibrating disk is located at the rotary disk side on the board, and its dish edge possesses first delivery track for the lamp housing charging; Guiding mechanism is located at the first delivery track bottom, and it possesses a turning groove, in order to the lamp housing that will fall into, utilizes the driving element that is located at side, and its correcting at specific direction, is fallen into the body that inserts and puts on the rotary disk again; Second vibrating disk is provided in a side of the rotary disk side on the board, and its dish edge possesses one second delivery track, in order to one first type conducting strip charging to be provided; The first push jack device is located at this second delivery track end, pushes in first jack of the lamp housing that inserts and puts on the body in order to the first type conducting strip that will fall into; The 3rd vibrating disk is located at the rotary disk side on the board, and its dish edge possesses the 3rd delivery track for the second type conducting strip charging; The second push jack device is located at the 3rd delivery track end, pushes in this second jack that inserts and puts the lamp housing on the body in order to the second type conducting strip that will fall into; Driving lever is located at the correspondence position that inserts and puts body on the rotary disk, in order to the lamp housing that machines is dialled from inserting and putting body; Blow tank is located at the driving lever correspondence position, in order to accepting the lamp housing of being transferred to, and delivers to the precalculated position.A key character of the present utility model is to use rotary disk 11 to drive lamp housing 30 and arrives precalculated position processing, rather than adopt the linear mechanical arm to come the gripping conducting strip to peg graft, effectively overcome because of conducting strip carefully thin, not easy to operate finishing in the preparation process, and expend cost and man-hour and do not meet the defective of economic benefit.Moreover, the utility model adopts the mechanical action mode to carry out the positive and negative conducting strip of plug-in mounting, actuation is certain, and adopt the swing offset mode to process, whole board volume is little, does not take up space, and having can be for the value of industry utilization, practicality is good, especially is fit to international standard C6, C7, the use of C9 Christmas lamp.
Four, description of drawings
Fig. 1 is existing Christmas bulb stereochemical structure decomposing schematic representation.
Fig. 2 is the utility model perspective view.
Fig. 3 is the utility model primary structure vertical view.
Fig. 4 concerns calcspar for the utility model primary structure.
Fig. 5 is the utility model structure side view.
Fig. 6 is one of a utility model guiding mechanism structure schematic diagram.
Fig. 7 is two schematic diagrames of the utility model guiding mechanism structure.
Fig. 8 is three schematic diagrames of the utility model guiding mechanism structure.
Fig. 9 is a 9-9 section structure enlarged diagram shown in Figure 8.
Figure 10 is the utility model first push jack device perspective view.
Figure 11 pushes the lamp housing schematic diagram for the utility model first type conducting strip.
Figure 12 is the utility model second push jack device perspective view.
Figure 13 pushes the schematic diagram of lamp housing for the utility model second type conducting strip.
Figure 14 implements illustration for the lamp housing of the utility model after machining.
Figure 15 implements illustration for the utility model another lamp housing after machining.
Major label description in figure: 10 boards, 101 motors, 102 transmission mechanisms, 103 drive handle, 11 rotary disks, 12 first vibrating disks, 121 first delivery tracks, 13 guiding mechanisms, 131 turning grooves, 132 expansion links, 133 moving blocks, 134 convex bodys, 135 driving elements, 136 blocks, 137 isolate pressing plate, 138 breach, 139 first brake bars, 14 second vibrating disks, 141 second delivery tracks, 15 first push jack devices, 151 first pedestals, 152 installing guide grooves, 153 introducing ports, 154 first push bodies, 155 second brake bars, 16 the 3rd vibrating disks, 161 the 3rd delivery tracks, 17 second push jack devices, 171 second pedestals, 172 guide grooves radially, 173 seams, 174 second push bodies, 175 the 3rd brake bars, 18 driving levers, 19 blow tanks, 191 first discharging openings, 192 second discharging openings, 193 partitions, 194 driver elements, 20 insert and put body, 210 pedestals, 220 jig arm, 230 bodies of rod, 240 springs, 30 lamp housings, 31 first slots, 32 second slots, 33 flange end, 34 grooves, 40 electric wires, 41 first type conducting strips, the 41a first type conducting strip, 42 second type conducting strips.
Five, embodiment
Consult Fig. 2 to shown in Figure 5, the utility model preferred embodiment comprises substantially:
One board 10, its inside are provided with motor 101 and transmission mechanism 102;
Single-revolution dish 11 is provided in a side of board 10 surfaces, and by motor 101 and transmission mechanism 102 driving rotational in the board 10, these rotary disk 11 peripheries are provided with and a plurality ofly insert and put body 20 for what lamp housings 30 were placed, and it is along with rotary disk 11 carries out displacement with the scheduled time and angle;
One first vibrating disk 12 is located at rotary disk 11 sides on the board, and its dish edge possesses one first delivery track 121, uses for the lamp housing charging;
One guiding mechanism 13 is located at first delivery track, 121 bottoms, and it possesses a turning groove 131, in order to the lamp housing 30 that will fall into, utilizes a driving element 135 that is located at side, and its correcting at specific direction, is fallen into and inserts and puts body 20 on this rotary disk 11;
One second vibrating disk 14 is located at the rotary disk side on the board, and its dish edge possesses one second delivery track 141, uses for 41 chargings of one first type conducting strip;
One first push jack device 15 is located at the end of second delivery track 141; Push in first jack of the lamp housing 30 that inserts and puts on the body 20 31 in order to the first type conducting strip 41 that will fall into;
One the 3rd vibrating disk 16 is located at rotary disk 11 sides on the board, and its dish edge possesses one the 3rd delivery track 161, in order to provide one second type conducting strip 42 chargings;
One second push jack device 17 is located at the 3rd delivery track 161 ends, pushes in second jack of the lamp housing 30 that inserts and puts on the body 20 32 in order to the second type conducting strip 42 that will fall into;
One driving lever 18 is located at the correspondence position that inserts and puts body 20 on the rotary disk 11, in order to 30 groups of the lamp housings that will machine from inserting and putting body 20; One blow tank 19 is located at the correspondence position of driving lever 18, in order to accepting the lamp housing of being transferred to 30, and delivers to the precalculated position.
Consult Fig. 3, shown in Figure 4, the utility model further exists:
Between this guiding mechanism 13 and the first push jack device 15, be provided with one first detecting unit 21, insert and put in order to detecting whether lamp housing 30 is arranged in the body 20.
Between this first push jack device 15 and the second push jack device 17, be provided with one second detecting unit 22, in order in the detecting lamp housing 30 whether the first type conducting strip 41 is arranged.
Between this second push jack device 17 and the blow tank 19, be provided with one the 3rd detecting unit 23, whether normal in order to the processing of detecting lamp housing, and make the partition 193 on the blow tank 19 move, with non-defective unit/defective products separately.
By above-mentioned technological means, the utility model is sent lamp housing 30 into guiding mechanism 13 automatically, the effect of this guiding mechanism 13 is because lamp housing (as shown in Figure 1) has a flange end 33, consistency for ease of procedure for processing, must be with each by first lamp housing that vibrating disk 12 is sent into and flange end 33 directions are different 30, all towards same direction (for example downward), therefore be provided with guiding mechanism 13, one preferred embodiment such as Fig. 6 are to shown in Figure 9, comprise: a turning groove 131, it is to cooperate the shape of lamp housing 30 and make; One expansion link 132 is located at the side of turning groove 131, in order to axially to stretch into/to withdraw from turning groove 131, makes lamp housing 30 axial location in the groove or withdraws to the whereabouts; One moving block 133 is located at the corresponding sides of turning groove 131 expansion links 132, and it cooperates the groove 34 of lamp housing 30 and possesses a convex body 134, drives it in order to this groove 34 after inserting and rotates to predetermined angular; One driving element 135 is in order to drive moving block 133 rotations; One block 136 is located at turning groove 131 rear sides, is the semi arch body, uses so that the lamp housing 30 in the groove rotates and the location according to predetermined direction; One isolates pressing plate 137, is located at the breach 138 in turning groove 131 the place aheads, and it is to be driven by one first brake bar 139, in order to the lamp housing of correcting in the isolation channel.
Utilize above-mentioned technological means, the flange end 33 of each lamp housing 30 all can be fallen into down and one by one and insert and put body 20 so that the conducting strip of next stage inserts.At this moment, as shown in Figure 3, a preferred embodiment is to utilize first detecting unit 21, but is not limited to this, measures by modes such as sensing element or contact elements whether lamp housing 30 is arranged.
Then, lamp housing 30 is inserted and put the corresponding position that body 20 is displaced to the first push jack device 15, as shown in figure 10, this first push jack device 15 includes: one first pedestal 151, and be with respect to rotary disk 11 and radially set, and corresponding to the lamp housing 30 that inserts and puts on the body 20, be provided with an installing guide groove 152, and first pedestal, 151 sides are provided with an introducing port 153 with respect to second delivery track 141, make the first type conducting strip 41 fall into installing guide groove 152; One first push body 154 is located on the installing guide groove 152, in order to the first type conducting strip 41 is pushed at a predetermined angle in first slot 31 of lamp housing 30; One second brake bar 155 is in order to control the displacement of aforementioned first push body 154 on installing guide groove 152.
The aforementioned first push jack device 15 is to cooperate the first type conducting strip 41 and design, also promptly deliver to introducing port 153 by second delivery track 141 and fall into and install guide groove 152 when the first type conducting strip 41,154 body designs of this installing guide groove 152 and first push body according to the first type conducting strip 41, the first type conducting strip 41 in the present embodiment is to be the L font, but be not limited to this, also promptly can be other bodies, for example Shu font body.As then cooperating Figure 10 and shown in Figure 11 simultaneously for L font body, the first type conducting strip 41 of this L font is when installing guide groove 152, be the outer end punctured part down, when it being sent into first slot 31 of lamp housing 30 by the first propelling movement body 154, rotate about 90 degree again, the contact site that makes front end inwardly, the outer end punctured part is convenient to and electric wire 40 electrically connects outwardly.This first type conducting strip is as being Shu font body, need not revolve when then it inserts to turn 90 degrees, and it repeats after the appearance similar in appearance to the push jack mode of the second type conducting strip 42.After the first type conducting strip, 41 plug-in mountings were finished, rotary disk 11 rotated an angle and carries out the processing of next preparation process.
Consult Figure 12 and shown in Figure 13, this second push jack device 17 comprises: one second pedestal 171, be to be radially with respect to rotary disk 11 to set, and corresponding to the lamp housing 30 that inserts and puts body 20, be provided with a guide groove 172 radially, these second pedestal, 171 sides are provided with a seam 173 with respect to the 3rd delivery track 161, make the second type conducting strip 42 fall into radially guide groove 172;
One second push body 174 is located at this radially on the guide groove 172, in order to the second type conducting strip 42 is pushed in second slot 32 of lamp housing 30; One the 3rd brake bar 175 is in order to control aforementioned second push body 174 in the radially displacement of guide groove 172.
The second type conducting strip 42 in the present embodiment is | and therefore the font body after second push body 174 is subjected to the driving of the 3rd brake bar 175, is about to second slot 32 that the second type conducting strip 42 on the guide groove 172 radially pushes lamp housing 30, as shown in figure 13.First, second type conducting strip 41,42 of positive and negative electrode inserts in the lamp housing 30 smoothly.
The action of aforesaid first, second, third brake bar 139,155,175, all be to drive different cams with transmission mechanism shown in Figure 3 102 to make and respectively drive handle 103 and controlling each brake bar action on the board 10 respectively, except that aforementioned first, second, third brake bar, remaining many brake bar of the utility model also is to drive in the same manner, so, the utility model can be by a motor 101 as power source, behind transmission mechanism 102, can save cost and space by respectively driving each brake bar action of handle 103 controls; But the control of each brake bar of the present utility model is not limited to this, promptly adopt fractional motor or gas, oil hydraulic cylinder etc. separately control also can, so repeat no more.
Consult Fig. 3, shown in Figure 4, after in positive and negative conducting strip all inserts lamp housing 30, rotating disk 11 is rotated further an angle, makes it arrive the 3rd detecting unit 23, to judge whether all plug-in mounting successes of positive and negative electrode conducting strip, if then make a driving element 194 actions, for example electromagnetically operated valve or fractional motor change the position to spur a partition 193, and non-defective unit is sent by the first predetermined discharging opening 191, otherwise then change partition 193 to the another location, defective products is sent by second discharging opening 192.
This lamp housing 30 as described above, past 19 groups of blow tanks fall on the body 20 from inserting and putting with it by a driving lever 18, this inserts and puts body 20 below arriving driving lever 18 time, and its two jig arm 220 can open its top by the actuator (not shown) on the board 10, smoothly lamp housing 30 is transferred to for driving lever 18.
Consult shown in Figure 14, it is that the utility model lamp housing 30 is finished first, second type conducting strip 41,42 plug-in mountings enforcement view, 41a is a Shu font body as this first type conducting strip, then as shown in figure 15, the enforcement state after it is finished is so conducting strip of the present utility model can design on demand, each vibrating disk and push jack device then cooperate the body of relevant conducting strip, when lamp housing 30 arrives precalculated positions, the conducting strip of correspondence is pushed slot, thereby finish automatic plug-in mounting operation.
So, a key character of the present utility model is to use rotary disk 11 to drive lamp housing 30 and arrives precalculated position processing, rather than adopt the linear mechanical arm to come the gripping conducting strip to peg graft, effectively overcome because of conducting strip carefully thin, not easy to operate finishing in the preparation process, and expend cost and man-hour and do not meet the defective of economic benefit.Moreover, the utility model adopts the mechanical action mode to carry out the positive and negative conducting strip of plug-in mounting, actuation is certain, and adopt the swing offset mode to process, whole board 10 volumes are little, do not take up space, and having can be for the value of industry utilization, practicality is good, especially is fit to international standard C6, C7, the use of C9 Christmas lamp.
The above, it only is preferred embodiment of the present utility model, be not that the utility model is done any pro forma restriction, every foundation technical spirit of the present utility model all still belongs in the scope of technical solutions of the utility model any simple modification, equivalent variations and modification that above embodiment did.
Claims (14)
1, a kind of Christmas bulb conducting strip automatic placement device is characterized in that, comprising:
One board, its inside is provided with motor and transmission mechanism;
The single-revolution dish is provided in a side of the board surface, and by motor in the board and transmission mechanism driving rotational, and the rotary disk periphery is provided with a plurality of bodies that insert and put for the lamp housing placement;
One first vibrating disk is provided in a side of the rotary disk side on the board, and its dish edge possesses first delivery track for the lamp housing charging;
One guiding mechanism is provided in a side of the first delivery track bottom, and it possesses a turning groove; One second vibrating disk is provided in a side of the rotary disk side on the board, and its dish edge possesses second delivery track for the first type conducting strip charging; One first push jack device is provided in a side of the second delivery track end;
One the 3rd vibrating disk is provided in a side of the rotary disk side on the board, and its dish edge possesses the 3rd delivery track for the second type conducting strip charging;
One second push jack device is provided in a side of the 3rd delivery track end;
One driving lever is provided in a side of and inserts and puts the body correspondence position on the rotary disk;
One blow tank is provided in a side of the correspondence position of driving lever.
2, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that, between the described guiding mechanism and the first push jack device, also is provided with one first detecting unit.
3, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that, between the described first push jack device and the second push jack device, also is provided with one second detecting unit.
4, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that, between described second push jack device and the blow tank, also is provided with one the 3rd detecting unit.
5, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that, the described first type conducting strip is a cathode conductive film, and the second type conducting strip is a cathode conductive film.
6, Christmas bulb conducting strip automatic placement device according to claim 5 is characterized in that, described cathode conductive film is L font body, and cathode conductive film is | the font body.
7, Christmas bulb conducting strip automatic placement device according to claim 5 is characterized in that, described positive pole and cathode conductive film all are Shu font body.
8, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that, the body that inserts and puts that is located on the described rotary disk comprises: a pedestal is to be locked on the rotary disk periphery; Two jig arm, correspondence are articulated in the pedestal outside, but the top is the folding shape in order to the clamping lamp housing; Bipole body is located at two jig arm inboards respectively; One spring is connected between the bipole body.
9, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that described guiding mechanism comprises: a turning groove is to make with the lamp housing form fit; One expansion link is located at the turning groove side; One moving block is provided in a side of the corresponding sides of turning groove expansion link, and it cooperates the groove of lamp housing and possesses a convex body; One drives the driving element of moving block rotation; One block is located at this turning groove rear side, is the semi arch body; The one isolation pressing plate that is driven by first brake bar is located at the breach in turning groove the place ahead.
10, Christmas bulb conducting strip automatic placement device according to claim 1, it is characterized in that, the described first push jack device comprises: first pedestal, be to be radially with respect to rotary disk to set, and corresponding to the lamp housing that inserts and puts on the body, be provided with an installing guide groove, this first pedestal side is with respect to second delivery track, be provided with an introducing port, make the first type conducting strip fall into the installing guide groove; One first push body is provided in a side of on the installing guide groove; One second brake bar is to control the displacement of first push body on the installing guide groove.
11 Christmas bulb conducting strip automatic placement devices according to claim 1, it is characterized in that, the described second push jack device comprises: one second pedestal, be to be radially with respect to rotary disk to set, and corresponding to the lamp housing that inserts and puts body, be provided with a guide groove radially, this second pedestal side is with respect to the 3rd delivery track, be provided with a seam, make the second type conducting strip fall into this radially guide groove; One second push body is provided in a side of radially on the guide groove; One the 3rd brake bar is to control the displacement of second push body on guide groove radially.
12, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that, described first, second, third brake bar is that the handle that drives by motor in the board and transmission mechanism drives.
13, Christmas bulb conducting strip automatic placement device according to claim 1 is characterized in that, described blow tank is provided with two discharging openings, and is sent by one of them discharging opening by the lamp housing that partition decision falls into.
14, Christmas bulb conducting strip automatic placement device according to claim 13 is characterized in that described partition is driven by a driving element.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620025669 CN200944488Y (en) | 2006-03-30 | 2006-03-30 | Automatic inserting machine of Christmas bulb conductive sheet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620025669 CN200944488Y (en) | 2006-03-30 | 2006-03-30 | Automatic inserting machine of Christmas bulb conductive sheet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200944488Y true CN200944488Y (en) | 2007-09-05 |
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ID=38719126
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620025669 Expired - Fee Related CN200944488Y (en) | 2006-03-30 | 2006-03-30 | Automatic inserting machine of Christmas bulb conductive sheet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN200944488Y (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103219628A (en) * | 2013-03-01 | 2013-07-24 | 东莞特米勒电子科技有限公司 | Automatic assembling machine for assembling high-low-position connecting terminals |
| CN103269006A (en) * | 2013-05-14 | 2013-08-28 | 罗邦君 | Automatic installation device of switch socket junction box connecting sheet |
| CN105514761A (en) * | 2016-01-19 | 2016-04-20 | 东莞市益诚自动化设备有限公司 | Open-mounted five-hole socket automatic assembling machine |
-
2006
- 2006-03-30 CN CN 200620025669 patent/CN200944488Y/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103219628A (en) * | 2013-03-01 | 2013-07-24 | 东莞特米勒电子科技有限公司 | Automatic assembling machine for assembling high-low-position connecting terminals |
| CN103219628B (en) * | 2013-03-01 | 2016-08-24 | 东莞特米勒电子科技有限公司 | For assembling the automatic assembling of high-low-position binding post |
| CN103269006A (en) * | 2013-05-14 | 2013-08-28 | 罗邦君 | Automatic installation device of switch socket junction box connecting sheet |
| CN105514761A (en) * | 2016-01-19 | 2016-04-20 | 东莞市益诚自动化设备有限公司 | Open-mounted five-hole socket automatic assembling machine |
| CN105514761B (en) * | 2016-01-19 | 2017-11-10 | 东莞市益诚自动化设备有限公司 | It is bright to fill five spring hole scoket automatic assemblings |
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Granted publication date: 20070905 |