CN203733746U - Clamp seal machine for production of bulbs - Google Patents
Clamp seal machine for production of bulbs Download PDFInfo
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- CN203733746U CN203733746U CN201420123378.6U CN201420123378U CN203733746U CN 203733746 U CN203733746 U CN 203733746U CN 201420123378 U CN201420123378 U CN 201420123378U CN 203733746 U CN203733746 U CN 203733746U
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Abstract
A clamp seal machine for production of bulbs comprises a rack, a rotating disk, several filament and glass-tube clamping devices, a lamp filament assembly station, a bulb shell assembly station, a filament and bulb shell sintering and clamp seal station and a semi-finished product blanking station. The clamp seal machine is characterized by being provided with a withstanding voltage test/lamp filament and feet shearing station and a pinch mechanism. The withstanding voltage test/lamp filament and feet shearing station contains a small rotating disk, several bulb sealing and fixing mechanisms, a withstanding voltage test station and a lamp filament and feet shearing station. In comparison with the prior art, multi-process production of bulbs can be realized on one machine so as to save manpower, and there is no need to arrange transmission equipment for connection. The clamp seal machine has advantages of less land occupation and little investment.
Description
Technical field:
The utility model relates to a kind of electric light source process units.
Background technology:
Existing filament bulb production technology generally comprises two kinds of forms, and a kind of is will to comprise that the operations such as the clamp, resistance test, the shearing of filament lamp base of bulb are combined into a production line by semi-finished product transport sector; Another kind is that each operation adopts corresponding device to carry out, the linking of each operation completes by the form of artificial upper this finished product, and the advantage of first kind of way is can carry out continuously and save manually, but because needs transport sector connects, therefore, cover an area of and invest large, the second way is carried out owing to can disperse, therefore, floor space is little, can carry out professional production, and invest littlely, its shortcoming is to expend a large amount of half-finished upper machines of bulb that manually carry out.
Summary of the invention:
Goal of the invention of the present utility model is to provide a kind of production of multiple operations that can realize bulb on a machine to save manpower, connection that simultaneously again need not transmitting device, occupation area of equipment is few, the squeezing machine of the production bulb of small investment.
The utility model is to realize like this, comprise frame, be arranged on the rotating disk being driven by power in frame, be arranged on number cover filament and glass tube clamping device on rotating disk, along the upper filament station arranging in the frame of rotating disk periphery, upper cell-shell station, filament and cell-shell are fired clamp station, semi-finished product blanking station, filament and glass tube clamping device comprise the filament folder with filament lifting arm, be positioned at the cell-shell folder of filament folder top, its special feature is that filament and cell-shell are fired and in clamp station frame below, is provided with resistance test/filament lamp base and shears station and pinch mechanism, resistance test/filament lamp base is sheared station and is comprised and drive by power the mini-roundabout rotating in the frame on the rotating disk side that is arranged on semi-finished product blanking station, the number cover bulb sealing fixed mechanism arranging along mini-roundabout periphery, be successively set on the resistance test station of mini-roundabout periphery, filament lamp base is sheared station, pinch mechanism comprises the guide rail being arranged in frame, be slidably arranged in the slide block on guide rail, rotation is arranged on the turntable on slide block, be arranged on the cell-shell reciprocating mechanism with dynamic Clamp for take-down halogen lamp bulb on turntable, with the actuating unit of movable slider, turntable side is provided with circular arc projection, be provided with the guide plate of spigot surface and guide rail parallel, the middle part of the spigot surface of guide plate is provided with and circular arc projection corresponding circle arc-shaped notch, between circular arc projection and guide plate, be provided with tension spring, in the other frame of the filament of corresponding pinch mechanism and glass tube clamping device, be provided with that filament folder opens Power Drive Unit and cell-shell folder opens Power Drive Unit, the lower end that in the middle of bulb sealing fixed mechanism comprises is through hole is the member body of pawl, be arranged on the circular rubber in pawl, screw thread is screwed in the nut with driving handle on pawl, the upper end of member body is provided with O-ring ring-type rubber, in the frame on the bulb sealing fixed mechanism side corresponding with pinch mechanism, be provided with handle Power Drive Unit, resistance test station comprises that gas imports head, drive gas to import the power set that head moves up and down, filament lamp base is sheared station and is comprised the cutting knife being driven by power, face the cutting plate of cutting knife blade.
When work, in the time that the good semi-finished product bulb of clamp moves to pinch mechanism place with rotating disk, the power Clamp for take-down halogen lamp bulb of pinch mechanism clamps semi-finished product bulb, filament folder opens Power Drive Unit and cell-shell folder opens Power Drive Unit driving filament folder and cell-shell folder opens, pinch mechanism is delivered to semi-finished product Clamp for take-down halogen lamp bulb below bulb sealing fixed mechanism, bulb power jacking device jacking slide bar, the wireway of semi-finished product product bulb is up injected in the circular rubber hole of bulb sealing fixed mechanism, the action of handle Power Drive Unit, drive nut, make pawl firmly grasp circular rubber, by fixing wireway sealing, pinch mechanism resets, mini-roundabout drives with the bulb sealing fixed mechanism of semi-finished product bulb and forwards resistance test station to, gas imports head under the drive of the power set that move up and down, inlay in the hole of O-ring ring-type rubber, import gases at high pressure simultaneously, afterwards, gas imports head and resets, thereby complete the resistance test of semi-finished product bulb, and then under the drive of mini-roundabout, proceed to filament lamp base shear station, cutting knife action, by the lamp base of semi-finished product bulb by cutting plate, two lamp bases that link together being cut off.
Here, in frame under handle Power Drive Unit before resistance test/filament lamp base is sheared station and the sealing of the bulb between pinch mechanism fixed mechanism, be provided with semi-finished product bulb jacking device, the U-shaped bar that semi-finished product bulb jacking device comprises cylinder, driven by cylinder.When work, under the drive of cylinder, on U-shaped bar, push up, the cell-shell of avoiding lamp base jacking semi-finished product bulb heads into semi-finished product bulb in circular rubber hole, to ensure sealing completely.
Here, filament folder comprises the fixing sub-folder with cooling duct that is positioned at rotating disk inner side, be connected to the movable sub-folder with cooling duct and driving handle in fixing sub-folder outside by shaft swing, make movable sub-folder abut against the spring on fixing sub-folder, the upper and lower cross-under of filament lifting arm is on fixing sub-folder, on the lateral surface of fixing sub-folder, be provided with and hide lamp base shallow slot, at upper filament station, between upper cell-shell station, be provided with lamp base location station, lamp base location station comprises that the filament folder being arranged in frame opens driving mechanism, be arranged on the cylinder in frame, by the localization handspike of air cylinder driven.When work, filament folder opens driving mechanism action, and by driving driving handle that the movable sub-folder of filament folder is opened, meanwhile, the oblique lower reach of air cylinder driven localization handspike, will hide filament foot depress in lamp base shallow slot to bottom land, to accurately locate filament.
Between upper cell-shell station, lamp base location station, be provided with filament location station, filament location station comprises that being arranged on first in frame moves forward and backward device, chosen hook, is arranged on the filament lifting arm power-driven mechanism in frame by a pair of pneumatic folding that first moves forward and backward long-range cylinder that device drives and short distance cylinder, driven by long-range cylinder, and short distance cylinder is positioned at a pair of pneumatic folding and chooses below hook.
When work, first moves forward and backward mechanism drives long-range cylinder and the reach of short distance cylinder, making a pair of pneumatic folding choose hook pierces into below filament, then long-range cylinder, highest order chosen by filament by long-range cylinder, under pneumatic drive, the a pair of hook of choosing opens toward both sides, the action of filament lifting arm power-driven mechanism, make filament lifting arm rise to a high position, long-range cylinder drives the hook of choosing opening to move down, make filament hang over the hook place of filament lifting arm, now, under the jacking of short distance cylinder, the half of choosing hook and only move down into long-range cylinder stroke of opening, first moves forward and backward after mechanism drives long-range cylinder and short distance cylinder and moves reset, short distance cylinder and choose hook reset, prepare next filament location work.Adopt the pneumatic folding of jacking of short distance cylinder to choose hook, avoid opening choose hook and move down time, the molybdenum sheet below clashing and breaking filament.
Fire and between clamp station, be provided with cell-shell location station at upper cell-shell station, filament and cell-shell, cell-shell location station comprises and second moves forward and backward device, moves forward and backward by second tracheae locating fork and the glass bulb locating fork that device drives simultaneously, glass bulb locating fork is the plate object of a middle fluting, the width of groove is greater than the width between lamp base and is less than the width of glass bulb, is provided with cell-shell folder drive unit in frame.
When work, second moves forward and backward device drives tracheae locating fork and glass bulb locating fork to move ahead, tracheae locating fork is stuck on the thin wireway of glass bulb, glass bulb locating fork is positioned at below glass bulb, then cell-shell folder drive unit drives glass bulb folder to open, and glass bulb drops on glass bulb locating fork, and cell-shell folder drive unit resets, second moves forward and backward device resets, thus the location that completes glass bulb.
Before upper cell-shell station, be provided with filament detect station, filament detect station comprise the 3rd move forward and backward device, by the 3rd move forward and backward device drive move up and down device, have move up and down device drive filament detector, filament detector is a conducting rod.
When work, the 3rd moves forward and backward device drives and moves up and down device and move ahead, conducting rod is injected below filament, then move up and down on device band moving conductive rod and move, if filament is intact, conducting rod can touch filament, otherwise, whether whether conducting rod just can not touch filament, have the current lead-through of detection to detect filament intact by detection.
Filament and cell-shell are fired clamp station and are comprised that filament support fires mechanism and cell-shell clamp mechanism, filament support is fired mechanism and is comprised that two cover supports are fired and move forward and backward device, fire and move forward and backward a taper thing and the fire row that device drives by a set of support wherein, fire and move forward and backward another taper thing and another fire row that device drives by another set of support, cell-shell clamp mechanism comprises that two cover cell-shells are fired and moves forward and backward device, fire and move forward and backward the mother that device drives and press from both sides by a set of cell-shell wherein, fire and move forward and backward the sub-folder that device drives by a set of cell-shell, in frame, be provided with power driving lever.
When work, fire row is on fire, cell-shell is burnt red, then, two cover supports are fired and are moved forward and backward device and drive two taper things to relatively move, below filament, extrude a support above the recess of filament lifting arm upper end, filament is supported, and the action of power driving lever, dials filament lifting arm get off, then two cover cell-shells are fired and are moved forward and backward device and relatively move, and press from both sidess with sub-folder cell-shell bottom clamp by mother.
Compared with the prior art, the production with multiple operations that can realize bulb on a machine to be to save manpower for the utility model, connection that simultaneously again need not transmitting device, occupation area of equipment is few, the advantage of small investment.
Brief description of the drawings:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of filament and glass tube clamping device;
Fig. 3 is the structural representation of pinch mechanism;
Fig. 4 is the vertical view of the guide plate part of Fig. 3;
Fig. 5 is the structural representation of resistance test station;
Fig. 6 is the structural representation that filament lamp base is sheared station;
Fig. 7 is the structural representation of lamp base location station;
Fig. 8 is filament location station schematic diagram;
Fig. 9 is the structural representation of cell-shell location station;
Figure 10 is the structural representation that filament detects station;
The structural representation of Figure 11 semi-finished product bulb jacking device;
Figure 12 is the structural representation that filament and cell-shell are fired clamp station;
Figure 13 is the structural representation of the glass bulb locating fork of Fig. 9;
Figure 14 is the structural representation of the tracheae locating fork of Fig. 9;
Figure 15 is the structural representation that glass bulb detects station;
Figure 16 is the structural representation that filament extracts station;
Figure 17 is the broken structural representation that detects station;
Figure 18 is the structural representation of clean broken broken shell station.
Embodiment:
Now in conjunction with the accompanying drawings and embodiments the utility model is described in further detail:
As shown in Figure 1, the utility model comprises frame 1, be arranged on the rotating disk being driven by power 2 in frame 1, be arranged on number cover filament and glass tube clamping device 3 on rotating disk 2, along the upper filament station 4 arranging in the frame 1 of rotating disk 2 peripheries, upper cell-shell station 5, filament and cell-shell are fired clamp station 6, semi-finished product blanking station 7, as shown in Figure 2, filament and glass tube clamping device 3 comprise the filament folder 9 with filament lifting arm 8, be positioned at the cell-shell folder 10 that filament presss from both sides 9 tops, filament folder 9 is for clamping filament 45 lamp bases, filament lifting arm 8 is for promoting filament 45, cell-shell folder 10 is for clamping the cell-shell 47 with wireway 46, above wireway 46, be provided with the gas blow pipe 49 being driven by upper and lower power mobile mechanism 48, its special feature is that filament and cell-shell are fired and in clamp station 6 frame 1 below, is provided with resistance test/filament lamp base and shears station 11 and pinch mechanism 12, as shown in Figure 1, resistance test/filament lamp base is sheared station 11 and is comprised and drive by power the mini-roundabout 14 rotating in the frame 1 on rotating disk 2 sides that are arranged on semi-finished product blanking station 13, the number cover arranging along mini-roundabout 14 peripheries is for the bulb sealing fixed mechanism 15 of CONWIP bulb 50, be successively set on the resistance test station 16 of mini-roundabout 14 peripheries, filament lamp base is sheared station 17, as Fig. 3, shown in 4, pinch mechanism 12 comprises the guide rail 18 being arranged in frame 1, be slidably arranged in the slide block 19 on guide rail 18, rotation is arranged on the turntable 20 on slide block 19, cell-shell reciprocating mechanism with dynamic Clamp for take-down halogen lamp bulb 22 (comprises by slide bar 21 and slides up and down the power Clamp for take-down halogen lamp bulb 22 being arranged on turntable 20, be arranged on slide bar 21 bottoms and stop the spring 23 between face and turntable, bulb power jacking device (cylinder) 24, bulb power jacking device 24 is positioned at bulb sealing fixed mechanism 15 and faces the bottom surface of the slide bar 21 of pinch mechanism 12 below), comprise that with the actuating unit 25(of movable slider 19 one end is hinged in frame 1, the other end is slidably connected at the fork 25a on the guide groove 19a of slide block 19 sides by slide head, the cylinder 25b that drives fork 25a to swing), turntable 20 sides are provided with circular arc projection 26, be provided with spigot surface 27 guide plate parallel with guide rail 18 28, the middle part of the spigot surface 27 of guide plate 28 is provided with and circular arc projection 26 corresponding circle arc-shaped notch 29, between circular arc projection 26 and guide plate 28, be provided with tension spring 30, in the other frame 1 of the filament of corresponding pinch mechanism 12 and glass tube clamping device 3, be provided with filament folder and open Power Drive Unit 31(cylinder) and cell-shell folder open Power Drive Unit 32(cylinder), as shown in Figure 5, the lower end that in the middle of bulb sealing fixed mechanism 15 comprises is through hole 33 is the member body 35 of pawl 34, be arranged on the circular rubber 36 in pawl 34, screw thread is screwed in the nut 38 with driving handle 37 on pawl 34, the upper end of member body 35 is provided with O-ring ring-type rubber 39, in the frame 1 on bulb sealing fixed mechanism 15 sides corresponding with pinch mechanism 12, be provided with handle Power Drive Unit 40(cylinder), resistance test station 16 comprises that gas imports 41, drive gas to import a 41 power set 42(cylinder that move up and down along guide rail 51), as shown in Figure 6, filament lamp base shear station 17 comprise the cylinder by power 52() drive the cutting knife moving along guide rail 53 43, face the cutting plate 44 of cutting knife 43 blades.
As shown in figure 11, in frame 1 under handle Power Drive Unit 40 before resistance test/filament lamp base is sheared station 11 and the sealing of the bulb between pinch mechanism 12 fixed mechanism 15, be provided with semi-finished product bulb jacking device, the U-shaped bar 55 that semi-finished product bulb jacking device comprises cylinder 54, driven by cylinder 54.
As Fig. 2, shown in 7, filament folder 9 comprises the fixing sub-folder 56 with cooling duct that is positioned at rotating disk 2 inner sides, swing by rotating shaft 57 the movable sub-folder 59 with cooling duct and driving handle 58 that is connected to fixing sub-folder 56 outsides, make movable sub-folder 59 abut against the spring 60 on fixing sub-folder 56, filament lifting arm Shang Xia 8 cross-under on fixing sub-folder 56, on the lateral surface of fixing sub-folder 56, be provided with and hide lamp base shallow slot 61, at upper filament station 4, 5 of upper cell-shell stations are provided with lamp base location station 62, lamp base location station 62 comprises that the filament folder being arranged in frame 1 opens driving mechanism 63, be arranged on the cylinder 64 in frame 1, the localization handspike 65 being driven by cylinder 64.
As shown in Figure 8, at upper cell-shell station 5, 62 of the stations in lamp base location are provided with filament location station 63, filament location station 63 comprise be arranged in frame 1 driven by cylinder 64 move along cross slide way 65 first move forward and backward device 66, move forward and backward by first long-range cylinder 67 and the short distance cylinder 68 that device 66 drives, drive along first and move forward and backward the slide block 70 that the vertical guide 69 on device 66 moves by long-range cylinder 67, hook 71 is chosen in a pair of pneumatic folding being arranged on slide block, be arranged on the filament lifting arm power-driven mechanism 72 in frame 1, short distance cylinder 68 is positioned at below slide block 70.
As shown in Figure 9, at upper cell-shell station 5, filament and cell-shell are fired and between clamp station 6, are provided with cell-shell location station 73, cell-shell location station 73 comprises that second of moving along cross slide way 75 of driving by left and right that cylinder 74 drives moves forward and backward device 76, moving forward and backward device 76 by second drives and drives up and down cylinder 77, move forward and backward along second the slide block 79 that the vertical guide 78 on device 76 moves by what drive up and down that cylinder 77 drives, be fixed on tracheae locating fork 80(on slide block 79 as shown in figure 14) and glass bulb locating fork 86, as shown in figure 13, glass bulb locating fork 86 is plate objects of a middle fluting 83, the width of groove 83 is greater than the width of 84 of lamp bases and is less than the width of glass bulb 85, in frame 1, being provided with drive rod 82 by driving cell-shell folder 10 controls cell-shell and presss from both sides the cell-shell folder drive unit 81 of 10 foldings.
As shown in figure 10, before upper cell-shell station 5, be provided with filament and detect station 87, filament detect station 87 comprise the 3rd of moving along cross slide way 89 of being driven by cylinder 88 move forward and backward device 90, by the 3rd move forward and backward that device 90 drives move up and down device 91(cylinder), have move up and down that device 91 drives along the 3rd moving forward and backward slide block 93 that the vertical guide 92 on device 90 moves, being fixed on the filament detector 94 on slide block 93, filament detector 94 is conducting rods.
As shown in figure 12, filament and cell-shell are fired clamp station 6 and are comprised that filament support fires mechanism 95 and cell-shell clamp mechanism 96, filament support is fired the support moving along cross slide way 98 that mechanism 96 comprises that two covers are driven by cylinder 97 and is fired and move forward and backward device 99, fire and move forward and backward a taper thing 100 and the fire row 101 that device 99 drives by a set of support wherein, fire and move forward and backward another taper thing 100 and another fire row 101 that device 99 drives by another set of support, cell-shell clamp mechanism 96 comprises that the cell-shell moving along cross slide way 103 that two covers are driven by cylinder 102 is fired and moves forward and backward device 104, fire and move forward and backward the mother that device 104 drives and press from both sides 105 by a set of cell-shell wherein, fire and move forward and backward the sub-folder 106 that device 104 drives by a set of cell-shell, in frame 1, be provided with the power driving lever 107(cylinder that filament lifting arm 8 is resetted).
Fire before clamp station 6 at filament and cell-shell, be provided with glass bulb and detect station 108 and filament extraction station 109, as shown in figure 15, glass bulb detects station 108 and comprises the support moving along cross slide way 111 112 being driven by cylinder 110, be slidably arranged on the guide rail 113 of support 112 with the feeler lever 115 of face 114 only, the only face 116 that is provided with below of the guide rail 113 of support 112, the only face 114 of feeler lever 115 be positioned at support 112 only face 116 after, between support 112 and feeler lever 115, be provided with tension spring 117, on feeler lever 115, be provided with recess 118, on the support 112 of corresponding recess 118, be provided with detection probe 119, as shown in figure 16, filament extracts station 109 and comprises the shelf moving along vertical guide 121 122 being driven by cylinder 120, the adjustable shelf 125 that the cross slide way 124 along shelf 122 being driven by cylinder 123 moves, be arranged on adjustable shelf 125 by cylinder 126 and tooth bar the filament power clamp 129 that drives of gear 128, in the other frame 1 of the driving handle 58 of filament folder 9, be provided with filament folder and open driving mechanism 63, in frame 1, be provided with the power driving lever 107(cylinder that filament lifting arm 8 is resetted).Like this, cylinder 110 drives support 112 to move toward the cell-shell 85 on rotating disk 2 together with feeler lever 115, when feeler lever 115 hits after cell-shell 85, feeler lever 115 no longer moves, and support 112 continues to move, make the recess on feeler lever 115 face toward detection probe 119, thereby determine on the corresponding station on rotating disk 2 and have cell-shell 85, so that filament and cell-shell are fired clamp station 6 and are moved, cell-shell is carried out to ablating work procedure, otherwise filament and cell-shell are fired clamp station 6 and are just failure to actuate, to avoid high temperature filament and cell-shell to be fired to the damage of clamp station 6.If cell-shell do not detected, filament extracts station 109 and just the filament on filament folder 9 is taken off and is placed on filament extraction station 109 plate 127 below.
In order to clean cell-shell broken in resistance test station 16, be provided with broken station 130 and the clean broken broken shell station 131 of detecting below at resistance test station 16, as shown in figure 17, broken detection station 130 is two elastic wires 134 corresponding with semi-finished product bulb lamp base, as shown in figure 18, clean broken broken shell station 131 is one by moving up and down device 132(cylinder) pin 133 that drives, in the other frame 1 of the corresponding bulb sealing fixed mechanism 15 of clean broken broken shell station 131, be provided with handle Power Drive Unit 40(cylinder).When after 50 fragmentations of semi-finished product bulb, filament lamp base can come off, like this, during through broken detection station 130, just can not make two elastic wire paths, and clean broken broken shell station 131 is will to remain in cell-shell wireway bucket in the circular rubber 36 of pawl 34 of bulb sealing fixed mechanism 15 out by pin 133, handle Power Drive Unit 40 is that the nut with driving handle 37 38 is unclamped.
Claims (10)
1. produce the squeezing machine of bulb for one kind, comprise frame, be arranged on the rotating disk being driven by power in frame, be arranged on number cover filament and glass tube clamping device on rotating disk, along the upper filament station arranging in the frame of rotating disk periphery, upper cell-shell station, filament and cell-shell are fired clamp station, semi-finished product blanking station, filament and glass tube clamping device comprise the filament folder with filament lifting arm, be positioned at the cell-shell folder of filament folder top, it is characterized in that filament and cell-shell are fired is provided with resistance test/filament lamp base and shears station and pinch mechanism in clamp station frame below, resistance test/filament lamp base is sheared station and is comprised and drive by power the mini-roundabout rotating in the frame on the rotating disk side that is arranged on semi-finished product blanking station, the number cover bulb sealing fixed mechanism arranging along mini-roundabout periphery, be successively set on the resistance test station of mini-roundabout periphery, filament lamp base is sheared station, pinch mechanism comprises the guide rail being arranged in frame, be slidably arranged in the slide block on guide rail, rotation is arranged on the turntable on slide block, be arranged on the cell-shell reciprocating mechanism with dynamic Clamp for take-down halogen lamp bulb on turntable, with the actuating unit of movable slider, turntable side is provided with circular arc projection, be provided with the guide plate of spigot surface and guide rail parallel, the middle part of the spigot surface of guide plate is provided with and circular arc projection corresponding circle arc-shaped notch, between circular arc projection and guide plate, be provided with tension spring, in the other frame of the filament of corresponding pinch mechanism and glass tube clamping device, be provided with that filament folder opens Power Drive Unit and cell-shell folder opens Power Drive Unit, the lower end that in the middle of bulb sealing fixed mechanism comprises is through hole is the member body of pawl, be arranged on the circular rubber in pawl, screw thread is screwed in the nut with driving handle on pawl, the upper end of member body is provided with O-ring ring-type rubber, in the frame on the bulb sealing fixed mechanism side corresponding with pinch mechanism, be provided with handle Power Drive Unit, resistance test station comprises that gas imports head, drive gas to import the power set that head moves up and down, filament lamp base is sheared station and is comprised the cutting knife being driven by power, face the cutting plate of cutting knife blade.
2. the squeezing machine of production bulb according to claim 1, it is characterized in that resistance test/filament lamp base shear the handle Power Drive Unit before station and the sealing of the bulb between pinch mechanism fixed mechanism under frame on be provided with semi-finished product bulb jacking device, the U-shaped bar that semi-finished product bulb jacking device comprises cylinder, driven by cylinder.
3. the squeezing machine of production bulb according to claim 1 and 2, it is characterized in that being provided with broken station and the clean broken broken shell station of detecting after resistance test station, broken detection station is two elastic wires corresponding with semi-finished product bulb lamp base, clean broken broken shell station is one by the pin that moves up and down device and drive, and in the other frame of the corresponding bulb sealing fixed mechanism of clean broken broken shell station 131, is provided with handle Power Drive Unit.
4. the squeezing machine of production bulb according to claim 3, it is characterized in that filament folder comprises the fixing sub-folder with cooling duct that is positioned at rotating disk inner side, be connected to the movable sub-folder with cooling duct and driving handle in fixing sub-folder outside by shaft swing, make movable sub-folder abut against the spring on fixing sub-folder, the upper and lower cross-under of filament lifting arm is on fixing sub-folder, on the lateral surface of fixing sub-folder, be provided with and hide lamp base shallow slot, at upper filament station, between upper cell-shell station, be provided with lamp base location station, lamp base location station comprises that the filament folder being arranged in frame opens driving mechanism, be arranged on the cylinder in frame, by the localization handspike of air cylinder driven.
5. the squeezing machine of production bulb according to claim 4, it is characterized in that being provided with filament location station between upper cell-shell station, lamp base location station, filament location station comprises that being arranged on first in frame moves forward and backward device, chosen hook, is arranged on the filament lifting arm power-driven mechanism in frame by a pair of pneumatic folding that first moves forward and backward long-range cylinder that device drives and short distance cylinder, driven by long-range cylinder, and short distance cylinder is positioned at a pair of pneumatic folding and chooses below hook.
6. the squeezing machine of production bulb according to claim 5, it is characterized in that firing and between clamp station, being provided with cell-shell location station at upper cell-shell station, filament and cell-shell, cell-shell location station comprises and second moves forward and backward device, moves forward and backward by second tracheae locating fork and the glass bulb locating fork that device drives simultaneously, glass bulb locating fork is the plate object of a middle fluting, the width of groove is greater than the width between lamp base and is less than the width of glass bulb, is provided with cell-shell folder drive unit in frame.
7. the squeezing machine of production bulb according to claim 6, it is characterized in that being provided with filament and detect station before upper cell-shell station, filament detect station comprise the 3rd move forward and backward device, by the 3rd move forward and backward device drive move up and down device, have move up and down device drive filament detector, filament detector is a conducting rod.
8. the squeezing machine of production bulb according to claim 7, it is characterized in that firing before clamp station at filament and cell-shell, be provided with glass bulb and detect station and filament extraction station, glass bulb detects the support that station comprises the movement being driven by cylinder, be slidably arranged on the guide rail of support with the feeler lever of face only, the only face that is provided with below of the guide rail of support, the only face of feeler lever be positioned at support only face after, between support and feeler lever, be provided with tension spring, on feeler lever, be provided with recess, on the support of corresponding recess, be provided with detection probe, filament extracts the shelf that station comprises the movement being driven by cylinder, the adjustable shelf that the cross slide way along shelf being driven by cylinder moves, be arranged on adjustable shelf by cylinder and tooth bar the filament power clamp of gear driven, in the other frame of the driving handle of filament folder, be provided with filament folder and open driving mechanism, in frame, be provided with the power driving lever that filament lifting arm is resetted.
9. the squeezing machine of production bulb according to claim 3, it is characterized in that filament and cell-shell fire clamp station and comprise that filament support fires mechanism and cell-shell clamp mechanism, filament support is fired mechanism and is comprised that two cover supports are fired and move forward and backward device, fire and move forward and backward a taper thing and the fire row that device drives by a set of support wherein, fire and move forward and backward another taper thing and another fire row that device drives by another set of support, cell-shell clamp mechanism comprises that two cover cell-shells are fired and moves forward and backward device, fire and move forward and backward the mother that device drives and press from both sides by a set of cell-shell wherein, fire and move forward and backward the sub-folder that device drives by a set of cell-shell, in frame, be provided with power driving lever.
10. according to the squeezing machine of the production bulb described in claim 1 or 2 or 4 or 5 or 6 or 7 or 8 or 9, it is characterized in that filament and cell-shell fire clamp station and comprise that filament support fires mechanism and cell-shell clamp mechanism, filament support is fired mechanism and is comprised that two cover supports are fired and move forward and backward device, fire and move forward and backward a taper thing and the fire row that device drives by a set of support wherein, fire and move forward and backward another taper thing and another fire row that device drives by another set of support, cell-shell clamp mechanism comprises that two cover cell-shells are fired and moves forward and backward device, fire and move forward and backward the mother that device drives and press from both sides by a set of cell-shell wherein, fire and move forward and backward the sub-folder that device drives by a set of cell-shell, in frame, be provided with power driving lever.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420123378.6U CN203733746U (en) | 2014-03-19 | 2014-03-19 | Clamp seal machine for production of bulbs |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420123378.6U CN203733746U (en) | 2014-03-19 | 2014-03-19 | Clamp seal machine for production of bulbs |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203733746U true CN203733746U (en) | 2014-07-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420123378.6U Expired - Fee Related CN203733746U (en) | 2014-03-19 | 2014-03-19 | Clamp seal machine for production of bulbs |
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| Country | Link |
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| CN (1) | CN203733746U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103887128A (en) * | 2014-03-19 | 2014-06-25 | 李家凌 | Clamping and sealing machine for producing lamp bulbs |
| CN108565196A (en) * | 2018-05-17 | 2018-09-21 | 汕头市金茂电光源实业有限公司 | A kind of automatic blacking agglomerating plant of lamp cap |
-
2014
- 2014-03-19 CN CN201420123378.6U patent/CN203733746U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103887128A (en) * | 2014-03-19 | 2014-06-25 | 李家凌 | Clamping and sealing machine for producing lamp bulbs |
| CN103887128B (en) * | 2014-03-19 | 2016-02-10 | 李家凌 | A kind of squeezing machine producing bulb |
| CN108565196A (en) * | 2018-05-17 | 2018-09-21 | 汕头市金茂电光源实业有限公司 | A kind of automatic blacking agglomerating plant of lamp cap |
| CN108565196B (en) * | 2018-05-17 | 2023-11-14 | 汕头市金茂电光源实业有限公司 | Automatic black sintering equipment that scribbles of lamp holder |
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