CN203941942U - A kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus - Google Patents
A kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus Download PDFInfo
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- CN203941942U CN203941942U CN201420284593.4U CN201420284593U CN203941942U CN 203941942 U CN203941942 U CN 203941942U CN 201420284593 U CN201420284593 U CN 201420284593U CN 203941942 U CN203941942 U CN 203941942U
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Abstract
The utility model discloses a kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus, comprise: for inputting the feed arrangement, keying features, hot pressing mechanism, gum-filling mechanism of LED fundamental sum lens, for exporting drawing mechanism, substrate and the connecting gear of finished product, described feed arrangement and drawing mechanism are arranged at respectively substrate and connecting gear two ends, and described keying features, hot pressing mechanism, gum-filling mechanism are successively set on substrate and connecting gear along conveyer belt throughput direction.The utility model is by integrated to the bonding of LED substrate and lens, hot pressing and injecting glue operation, realize optical lens the form substrate of high-power LED encapsulation and the comprehensive and normalizing of lens bonding, hot pressing and injection process in groups, further reduce the number of devices that the encapsulation of great power LED later stage relies in groups, realize the automation of great power LED later stage encapsulation in groups of optical lens form, thereby reduce labour, improve package quality and the stability thereof of great power LED.
Description
Technical field
The utility model relates to LED module packaging technical field.。Relate in particular to a kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus.
Background technology
The later stage technique of high-power LED encapsulation comprises in groups: the bonding of fluorescent material coating, LED substrate and lens, lens hot pressing, past lens the inside injecting glue, injecting glue were crossed the critical processes such as stove and color-division detection after completing.Each operation all depends on special-purpose operate: fluorescent material applies and relies on the bonding of fluorescent material coating machine, substrate and lens to rely on substrate and lens bonder, high-power LED light-splitting color separation to detect the color-division detection machine etc. that relies on.This just causes the later stage packaging technology of great power LED complicated, labour is large and the poor stability of product quality.
The utility model discloses a kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus and method.Its core content mainly comprises following 2 points:
1,, by LED substrate and lens bonding, hot pressing and injecting glue all-in-one, realize optical lens the form substrate of high-power LED encapsulation and the comprehensive and normalizing of lens bonding, hot pressing and injection process in groups; Further reduce the number of devices that the encapsulation of great power LED later stage relies in groups.
2, automation material loading and the discharging mechanism based on all-in-one, realizes the automation of great power LED later stage encapsulation in groups of optical lens form, thereby reduces labour, improves package quality and the stability thereof of great power LED.
Utility model content
For above-mentioned technical problem, the utility model is intended to solve the problems of the technologies described above at least to a certain extent.
The purpose of this utility model is to provide a kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus.
For addressing the above problem, the utility model adopts following technical scheme:
A kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus, comprise: for inputting the feed arrangement, keying features, hot pressing mechanism, gum-filling mechanism of LED fundamental sum lens, for exporting drawing mechanism, substrate and the connecting gear of finished product, described feed arrangement and drawing mechanism are arranged at respectively substrate and connecting gear two ends, and described keying features, hot pressing mechanism, gum-filling mechanism are successively set on substrate and connecting gear along conveyer belt throughput direction.
Compared with prior art, the beneficial effects of the utility model are:
1, by LED substrate and lens bonding, hot pressing and injecting glue all-in-one, realize optical lens the form substrate of high-power LED encapsulation and the comprehensive and normalizing of lens bonding, hot pressing and injection process in groups, further reduce the number of devices that the encapsulation of great power LED later stage relies in groups.
2, automation material loading and the discharging mechanism based on all-in-one, realizes the automation of great power LED later stage encapsulation in groups of optical lens form, thereby reduces labour, improves package quality and the stability thereof of great power LED.
Accompanying drawing explanation
Fig. 1 is the self-contained structural representation of the utility model embodiment.
Fig. 2 is horizontal pusher (01) structural representation of the utility model embodiment.
Fig. 3 is the longitudinal and vertical direction magazine feeding mechanism structural representation of the utility model embodiment.
Fig. 4 is that the magazine master of the utility model embodiment looks schematic diagram.
Fig. 5 is the keying features structural representation of the utility model embodiment.
Fig. 6 is A place enlarged diagram in Fig. 5.
Fig. 7 is B place enlarged diagram in Fig. 6.
Fig. 8 is the hot pressing mechanism structural representation of the utility model embodiment.
Fig. 9 is the gum-filling mechanism structural representation of the utility model embodiment.
Figure 10 is that the lens injecting glue of gum-filling mechanism supports and upper and lower putter component schematic diagram.
Figure 11 is the injecting glue core component schematic diagram of gum-filling mechanism.
Figure 12 is horizontal kick-off arm mechanism (07) structural representation of the utility model embodiment.
Figure 13 is substrate and the connecting gear perspective view of the utility model embodiment.
Figure 14 is substrate and the connecting gear schematic top plan view of the utility model embodiment.
In figure: the horizontal pusher of 01-; 02-longitudinally and vertical direction send case structure; 03-keying features; 04-hot pressing mechanism; 05-gum-filling mechanism; 051-lens injecting glue supports and upper and lower putter component; 0511-LED substrate and lens jack-up motor; 0512-injecting glue supporting bracket; 0513-support bar; 0514-injecting glue module support plate; 0515-injecting glue motion guide rod; 0516-propulsion electric machine mounting panel; 0517-injecting glue module top mounting panel; 0518-installs compact heap; 0519-glue injection cavities fore-and-aft direction push rod; 05110-injecting glue propulsion electric machine; 05111-propulsion electric machine support; 05112-jack-up electric machine support; 05113-linear bearing; 053-injecting glue module; 0531-injecting glue module top mounting blocks; 0532-glue injecting head push rod fixture; 0533-injecting glue housing assembly; 0534-injecting glue syringe needle; 0535-injecting glue jack-up thimble seat; 0536-injecting glue jack-up buffering base plate; 0537-optics silicone tube entrance; 0538-packaged LEDs substrate and lens; 0539-is glue injecting head push rod in groups; The large rigid spring of 05310-jack-up; 06-magazine; 061-magazine top cover; 062-right support plate; 063-magazine base plate; 064-left support plate; The horizontal kick-off arm of 07-mechanism; 071-pen cylinder; The horizontal kick-off arm of 072-; 073-kick-off arm guide rail; 074-kick-off arm supports; 08-substrate and connecting gear; 081-substrate; 082-feed mechanism and connecting gear support; 083-connecting gear substrate; 084-connecting gear; 085-connecting gear supports; The horizontal propulsion electric machine of 011-; The horizontal propulsion electric machine support of 012-; The horizontal push rod of 013-; The horizontal push rod elastic buffer of 014-head; The horizontal pusher bracing frame of 015-; The horizontal propulsion electric machine guide rod of 016-; 017-mechanism supports and connecting plate; The horizontal propulsion electric machine feed screw nut pair of 018-; 022-lengthwise movement rack and pinion assembly; 023-gear drive motor; 024-magazine vertical direction motion guide rod; 025-magazine vertical direction motion screw mandrel; 026-magazine vertical direction motion motor; 027-vertical direction motion bracing frame; 028-lengthwise movement guide rail module; 029-magazine pallet; 0210-lengthwise movement limit switch; 0211-magazine placing rack; 031-LED base plate for packaging and lens bonding module; 0311-package lens pilot hole; 0312-base plate for packaging pilot hole; 0313-vertical direction bonding guide pillar; 0314-base plate for packaging location and jack-up piece; 0315-package lens briquetting; 0316-substrate module; 0317-base plate for packaging and lens located lateral piece; 0318-bonding blank dividing plate; 0319-leftover pieces discharging motor; Bar is turned in the discharging of 03110-leftover pieces; 03111-lens module; 03112-bonding buffer spring; 032-bonding vertical direction push-rod assembly; The horizontal push rod of 033-; 034-vertical direction propulsion electric machine; 035-vertical direction propulsion electric machine support; 036-feed screw nut pair; 041-hot pressing vertical direction propulsion electric machine and bracket component; 042-hot pressing mechanism supporting bracket; 043-hot pressing vertical direction guide rail; The push pedal of 044-downward direction; 045-hot pressing propulsion cylinder; 046-hot pressing heating module; 047-substrate and lens position piece; 091-pusher station; 092-feed station; 093-bonding station; 094-hot pressing station; 095-injecting glue station; 096-blanking station; 097-discharging station; 125-lens carrier position in storehouse; 126-substrate position in storehouse; 127-LED substrate; 128-lens carrier.
Embodiment
Below in conjunction with the drawings and specific embodiments, utility model object of the present utility model is described in further detail, embodiment can not repeat one by one at this, but therefore execution mode of the present utility model is not defined in following examples.
As shown in Figure 1, a kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus, comprise: for inputting the feed arrangement, keying features 03, hot pressing mechanism 04, gum-filling mechanism 05 of LED fundamental sum lens, for exporting drawing mechanism, substrate and the connecting gear 08 of finished product, described feed arrangement and drawing mechanism are arranged at respectively substrate and connecting gear 08 two ends, described keying features 03, hot pressing mechanism 04, gum-filling mechanism 05) along conveyer belt throughput direction, be successively set on substrate and connecting gear 08.
Further, as shown in Figures 2 to 4, described feed arrangement comprises magazine 06, for delivery of the longitudinal and vertical direction of magazine 06, send case structure 02, horizontal pusher 01,
Described magazine 06 comprises parallel perpendicular right support plate 062 and the left support plate 064 of putting, the top of described right support plate 062 and left support plate 064 and bottom are connected with respectively magazine top cover 061 and magazine base plate 063, on the perpendicular wall that described right support plate 062 is faced mutually with left support plate 064, be symmetrically arranged with position in storehouse group, described position in storehouse group from top to bottom comprises that level shelves the slot lens support position in storehouse 125 of lens carrier 128 and the flute profile substrate position in storehouse 126 that level is shelved LED substrate 127;
Described longitudinally and vertical direction send case structure 02 comprise for rest and drive magazine 06 to longitudinally move to the lengthwise movement mechanism in precalculated position and be arranged at below lengthwise movement mechanism, for magazine 06 being pushed in the vertical direction to the vertical movement mechanism of predetermined altitude;
Described horizontal pusher 01 is arranged at lengthwise movement mechanism one side, for pushing the LED substrate 127 and 128 while of the lens carrier level that are placed on magazine 06 to bonding station;
Lengthwise movement guide rail module 028, adjustable shelf that described lengthwise movement mechanism comprises magazine pallet 029, be arranged at 029 liang of long limit of magazine pallet are located at the magazine placing rack 0211 on magazine pallet 029,0211 liang of long limit of described magazine placing rack is provided with the lengthwise movement rack and pinion assembly 022 being slidably matched with lengthwise movement guide rail module 028, and described lengthwise movement rack and pinion assembly 022 drives and is connected with the gear drive motor 023 that is positioned at magazine pallet 029 1 sides;
One long limit of described magazine pallet 029 is provided with for limiting the lengthwise movement limit switch 0210 of magazine placing rack 0211 position;
Described vertical movement mechanism comprise be arranged on vertical direction motion bracing frame (027) lower end magazine vertical direction motion motor 026, drive with magazine vertical direction motion motor 026 the magazine vertical direction motion feed screw nut pair 025 being connected, on the nut of described magazine vertical direction motion feed screw nut pair (025), being provided with can upper and lower synchronization-moving magazine vertical direction motion push rod 024, and described magazine vertical direction motion push rod (024) top is provided with the magazine location-plate of rest and location magazine 06;
Described horizontal pusher 01 comprises horizontal pusher bracing frame 015, by horizontal propulsion electric machine support 012, be fixed on the horizontal propulsion electric machine 011 of horizontal pusher bracing frame 015 one end, one end and the horizontal propulsion electric machine 011 horizontal propulsion electric machine feed screw nut pair 018 that driving is connected and the other end is rotatably assorted by horizontal pusher bracing frame 015, the horizontal push rod 013 that one end is fixedly connected with the horizontal nut of propulsion electric machine feed screw nut pair 018 and the other end and push-rod hole on horizontal pusher bracing frame 015 are slidably matched, described horizontal pusher bracing frame 015 bottom is fixed on substrate 081 by mechanism supports and connecting plate 017.
Further, on described horizontal pusher bracing frame 015, be also horizontally disposed with the horizontal propulsion electric machine guide rod 016 parallel with horizontal push rod 013, described horizontal propulsion electric machine guide rod 016 passes the pilot hole on the nut of horizontal propulsion electric machine feed screw nut pair 018 and is slidably matched with this pilot hole.
Further, described push-rod hole and laterally between push rod 013 contact-making surface, be provided with linear bearing between pilot hole and horizontal propulsion electric machine guide rod 016.
Further, the end that described horizontal push rod 013 promotes LED substrate 127 and lens carrier 128 is provided with horizontal push rod elastic buffer head 014.
Further, as shown in figure 13, described substrate and connecting gear 08 comprise substrate 081, vertically being arranged on feed mechanism on substrate 081 and connecting gear supports 082, is subject to feed mechanism and connecting gear to support the 082 connecting gear substrate 083 supporting, by connecting gear, is supported the connecting gear 084 on connecting gear substrate 083 that is fixed on of 085 rest, as shown in figure 14, substrate shown in 081 is divided into pusher station 091 from right to left; Feed station 092; Bonding station 093; Hot pressing station 094; Injecting glue station 095; Blanking station 096; Discharging station 097, is respectively used to install related device, as keying features, hot pressing mechanism etc.
Further, as Fig. 1, shown in Figure 12, described drawing mechanism comprises magazine 06, longitudinal and vertical direction for delivery of magazine 06 is sent case structure 02, horizontal kick-off arm mechanism 07, described horizontal kick-off arm mechanism 07 comprises pen cylinder 071, horizontal kick-off arm 072, kick-off arm guide rail 073, kick-off arm supports 074, described kick-off arm supports 074 and is fixed on substrate 081, described pen cylinder 071 is fixed on kick-off arm and supports 074 one end, its piston rod drives and is connected with horizontal kick-off arm 072, described kick-off arm supports 074 and is also provided with and the kick-off arm guide rail 073 that passes horizontal kick-off arm 072 and be slidably matched, pen cylinder 071 promotes horizontal kick-off arm 072, the finished product that completes injecting glue operation is pushed to magazine 06.
Further, as shown in Figs. 5 to 7, described keying features 03 from top to bottom comprises LED base plate for packaging and lens bonding module 031, bonding vertical direction push-rod assembly 032, screw mandrel supports 036, vertical direction propulsion electric machine support 035, vertical direction propulsion electric machine 034, between described vertical direction propulsion electric machine 034 output shaft and bonding vertical direction push-rod assembly 032, by feed screw nut pair 033, drive and be connected, described LED base plate for packaging and lens bonding module 031 comprise base plate for packaging location and the jack-up piece 0314 that supported by bonding vertical direction push-rod assembly 032, be arranged at the I-shaped bonding blank dividing plate 0318 of base plate for packaging location and jack-up piece 0314 end face, 0,318 four jiao, described bonding blank dividing plate is respectively arranged with vertical direction bonding guide pillar 0313, described vertical direction bonding guide pillar 0313 is provided with the bonding buffer spring 03112 for resetting, the upper surface of described bonding blank dividing plate 0318 one end is fixed with a few font package lens briquettings 0315 by screw, the other end is provided with leftover pieces discharging motor 0319, the output shaft of described leftover pieces discharging motor 0319 turns over bar driving with the discharging of square leftover pieces and is connected, between described bonding blank dividing plate 0318 and base plate for packaging location and jack-up piece 0314, be provided with the base plate for packaging pilot hole 0312 that packs substrate module 0316 into, between described bonding blank dividing plate 0318 and package lens briquetting 0315, be provided with the package lens pilot hole 0311. that packs lens module 03111 into
Further, as shown in Figure 8, described hot pressing mechanism 04 comprises the hot pressing mechanism supporting bracket 042 being fixed on substrate 081, be arranged on hot pressing vertical direction propulsion electric machine and the bracket component 041 of hot pressing mechanism supporting bracket 042 bottom surface, drive with hot pressing vertical direction propulsion electric machine and bracket component 041 substrate and the lens position piece 047 being connected, hot pressing vertical direction guide rail 043, be provided with the downward direction push pedal 044 of through hole, hot pressing propulsion cylinder 045, be fixed on the hot pressing heating module 046 of downward direction push pedal 044 bottom surface, described hot pressing mechanism supporting bracket 042 end face is vertically provided with for supporting the hot pressing vertical direction guide rail 043 of hot pressing propulsion cylinder 045, described downward direction push pedal 044 end face drives and is connected with the piston rod of hot pressing propulsion cylinder 045, described through hole is provided with the linear bearing being slidably matched with hot pressing vertical direction guide rail 043.
Further, shown in Figs. 9 to 11, described gum-filling mechanism 05 comprises that lens injecting glue supports and upper and lower push-rod assembly 051, injecting glue module 053,
Described lens injecting glue supports and upper and lower push-rod assembly comprises the injecting glue supporting bracket 0512 being fixed on substrate 081, support bar 0513, injecting glue module support plate 0514, injecting glue motion guide rod 0515, propulsion electric machine mounting panel 0516, injecting glue module top mounting panel 0517, LED substrate and lens jack-up motor 0511, injecting glue propulsion electric machine 05110, the large rigid spring flexible support of injecting glue jack-up assembly, described LED substrate and lens jack-up motor 0511 are fixed on injecting glue supporting bracket 0512 upper surface by jack-up electric machine support 05112, described support bar 0513 is vertically arranged on injecting glue supporting bracket 0512 upper surface and supports the injecting glue module support plate 0514 that is positioned at injecting glue supporting bracket 0512 top, described injecting glue motion guide rod 0515 is vertically arranged on injecting glue module support plate 0514 upper surface and supports the propulsion electric machine mounting panel 0516 that is positioned at injecting glue module support plate 0514 top, described injecting glue module top mounting panel 0531 is arranged between injecting glue module support plate 0514 and propulsion electric machine mounting panel 0516, and can move up and down along the described injecting glue guide rod 0515 that moves, described injecting glue propulsion electric machine 05110 is fixed on propulsion electric machine mounting panel 0516 upper surface by propulsion electric machine support 05111, the output of described injecting glue propulsion electric machine 05110 is fixedly connected with injecting glue module top mounting panel 0531, the large rigid spring flexible support of described injecting glue jack-up assembly is positioned at injecting glue module support plate 0514 below, comprise injecting glue jack-up buffering base plate 0536, described injecting glue jack-up buffering base plate 0536 top is provided with for placing and locate the injecting glue jack-up thimble seat 0535 of packaged LEDs substrate and lens 0538, between described injecting glue jack-up buffering base plate 0536 and injecting glue jack-up thimble seat 0535, be provided with the large rigid spring 05310 of jack-up, described injecting glue jack-up buffering base plate 0536 lower surface is provided with the injecting glue jack-up push rod that driven by LED substrate and lens jack-up motor 0511,
Described injecting glue module 053 is arranged on injecting glue module support plate 0514, from top to bottom comprise successively: injecting glue module top mounting blocks 0531, glue injecting head push rod fixture 0532, glue injecting head push rod 0539 in groups, be provided with the injecting glue housing assembly 0533 of optics silicone tube entrance 0537, location-plate, described injecting glue module top mounting blocks 0531 is connected with the output of injecting glue propulsion electric machine 05110, the described push rod of glue injecting head in groups 0539 one end is connected with injecting glue module top mounting blocks 0531 by glue injecting head push rod fixture 0532, the other end matches with the extruded hole of injecting glue housing assembly 0533, the output connection glue injection syringe needle 0534 of described extruded hole, described location-plate is fixed on injecting glue module support plate 0514,
On described jack-up electric machine support 05112, be provided with substrate jack-up guide vane end stop, on described propulsion electric machine support 05111, be provided with propulsion electric machine guide vane end stop; On described injecting glue module top mounting panel 0517, be provided with the linear bearing being slidably matched with injecting glue motion guide rod 0515;
Described injecting glue module support plate 0514 left and right sides is provided with symmetrically installs the ladder guide rail of location-plate and for the installation compact heap 0518 of stationary positioned plate, the rear end of described injecting glue module support plate 0514 is provided with note chamber fore-and-aft direction push rod 0519.
The use of the present embodiment and course of work key step comprise:
Flow process 1: select the magazine 06 of suitable size specification, be ready to power supply, source of the gas path;
Flow process 2: pack LED substrate 127 and lens carrier 128 in magazine, transport magazine 06 to feed station 092 by feed arrangement;
Flow process 3: at pusher station 091, by horizontal unloading mechanism 01, LED substrate 127 and lens carrier 128 are pushed to bonding station 093 simultaneously;
Flow process 4: under keying features 03 effect, move up and down and realize the bonding of LED substrate 127 and lens carrier 128;
Flow process 5: by connecting gear 084, the complete LED assembly of bonding is sent to next hot pressing station 094;
Flow process 6: under hot pressing mechanism 04 effect, move up and down and realize the hot pressing of the LED assembly mounting edge after bonding, realize its tight fit;
Flow process 7: by connecting gear 084, the complete LED assembly of hot pressing is sent to next injecting glue station 095;
Flow process 8: under gum-filling mechanism 05 effect, move up and down and realize the injecting glue of LED lens;
Flow process 9: under connecting gear 084 effect, the LED assembly that injecting glue is complete is sent to blanking station 096;
Flow process 10: under horizontal kick-off arm mechanism 07 effect of drawing mechanism, the LED assembly that injecting glue is complete transmits charging box 06;
Flow process 11: send case structure 02 by the longitudinal and vertical direction for delivery of magazine 06, transport magazine 06 discharging at discharging station 097.
Above-described embodiment of the present utility model is only for the utility model example is clearly described, and is not the restriction to execution mode of the present utility model.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without also giving all execution modes.All any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in the protection range of the utility model claim.
Claims (10)
1. a LED substrate and lens bonding, hot pressing and injecting glue integration apparatus, it is characterized in that, comprise: for inputting the feed arrangement, keying features (03), hot pressing mechanism (04), gum-filling mechanism (05) of LED fundamental sum lens, for exporting drawing mechanism, substrate and the connecting gear (08) of finished product, described feed arrangement and drawing mechanism are arranged at respectively substrate and connecting gear (08) two ends, and described keying features (03), hot pressing mechanism (04), gum-filling mechanism (05) are successively set on substrate and connecting gear (08) along conveyer belt throughput direction.
2. LED substrate according to claim 1 and lens bonding, hot pressing and injecting glue integration apparatus, it is characterized in that: described feed arrangement comprises magazine (06), for delivery of the longitudinal and vertical direction of magazine (06), send case structure (02), horizontal pusher (01)
Described magazine 06 comprises parallel perpendicular right support plate (062) and the left support plate (064) of putting, the top of described right support plate (062) and left support plate (064) and bottom are connected with respectively magazine top cover (061) and magazine base plate (063), on the perpendicular wall that described right support plate (062) is faced mutually with left support plate (064), be symmetrically arranged with position in storehouse group, described position in storehouse group from top to bottom comprises that level shelves the slot lens support position in storehouse (125) of lens carrier (128) and the flute profile substrate position in storehouse (126) that level is shelved LED substrate (127);
Described longitudinally and vertical direction send case structure (02) comprise for rest and drive magazine (06) to longitudinally move to the lengthwise movement mechanism in precalculated position and be arranged at below lengthwise movement mechanism, for magazine (06) being pushed in the vertical direction to the vertical movement mechanism of predetermined altitude;
Described horizontal pusher (01) is arranged at lengthwise movement mechanism one side, for pushing the LED substrate (127) and lens carrier (128) the while level that are placed on magazine (06) to bonding station;
Lengthwise movement guide rail module (028), adjustable shelf that described lengthwise movement mechanism comprises magazine pallet (029), be arranged at magazine pallet (029) two long limit are located at the magazine placing rack (0211) on magazine pallet (029), the long limit of described magazine placing rack (0211) two is provided with the lengthwise movement rack and pinion assembly (022) being slidably matched with lengthwise movement guide rail module (028), and described lengthwise movement rack and pinion assembly (022) drives and is connected with the gear drive motor (023) that is positioned at magazine pallet (029) one side;
One long limit of described magazine pallet (029) is provided with for limiting the lengthwise movement limit switch (0210) of magazine placing rack (0211) position;
Described vertical movement mechanism comprise be arranged on vertical direction motion bracing frame (027) lower end magazine vertical direction motion motor (026), drive with magazine vertical direction motion motor (026) the magazine vertical direction motion feed screw nut pair (025) be connected, on the nut of described magazine vertical direction motion feed screw nut pair (025), being provided with can upper and lower synchronization-moving magazine vertical direction motion push rod (024), and described magazine vertical direction motion push rod (024) top is provided with the magazine location-plate of rest and location magazine (06);
Described horizontal pusher (01) comprises horizontal pusher bracing frame (015), by horizontal propulsion electric machine support (012), be fixed on the horizontal propulsion electric machine (011) of horizontal pusher bracing frame (015) one end, one end and the horizontal propulsion electric machine feed screw nut pair (018) that laterally propulsion electric machine (011) driving is connected and the other end is rotatably assorted by horizontal pusher bracing frame (015), the horizontal push rod (013) that one end is fixedly connected with the horizontal nut of propulsion electric machine feed screw nut pair (018) and the other end and push-rod hole on horizontal pusher bracing frame (015) are slidably matched, described horizontal pusher bracing frame (015) bottom is fixed on substrate (081) by mechanism supports and connecting plate (017).
3. LED base plate for packaging according to claim 2 and lens feeding device simultaneously, it is characterized in that: on described horizontal pusher bracing frame (015), be also horizontally disposed with the horizontal propulsion electric machine guide rod (016) parallel with horizontal push rod (013), described horizontal propulsion electric machine guide rod (016) passes the pilot hole on the nut of horizontal propulsion electric machine feed screw nut pair (018) and is slidably matched with this pilot hole.
4. LED base plate for packaging according to claim 3 and lens feeding device simultaneously, is characterized in that: described push-rod hole with laterally between push rod (013) contact-making surface, be provided with linear bearing between pilot hole and horizontal propulsion electric machine guide rod (016).
5. LED base plate for packaging according to claim 4 and lens while feeding device, is characterized in that: the end that described horizontal push rod (013) promotes LED substrate (127) and lens carrier (128) is provided with horizontal push rod elastic buffer head (014).
6. LED base plate for packaging according to claim 5 and lens feeding device simultaneously, it is characterized in that: described substrate and connecting gear (08) comprise substrate (081), be vertically arranged on that feed mechanism on substrate (081) and connecting gear support (082), supported by feed mechanism and the connecting gear connecting gear substrate (083) (082) supporting, the connecting gear (084) on connecting gear substrate (083) that is fixed on that is supported (085) rest by connecting gear.
7. LED substrate according to claim 6 and lens bonding, hot pressing and injecting glue integration apparatus, it is characterized in that: described drawing mechanism comprises magazine (06), longitudinal and vertical direction for delivery of magazine (06) is sent case structure (02), horizontal kick-off arm mechanism (07), described horizontal kick-off arm mechanism (07) comprises pen cylinder (071), horizontal kick-off arm (072), kick-off arm guide rail (073), kick-off arm supports (074), described kick-off arm supports (074) and is fixed on substrate (081), described pen cylinder (071) is fixed on kick-off arm and supports (074) one end, its piston rod drives and is connected with horizontal kick-off arm (072), described kick-off arm supports (074) and is also provided with and the kick-off arm guide rail (073) that passes horizontal kick-off arm (072) and be slidably matched.
8. LED substrate according to claim 7 and lens bonding, hot pressing and injecting glue integration apparatus, it is characterized in that: described keying features (03) from top to bottom comprises LED base plate for packaging and lens bonding module (031), bonding vertical direction push-rod assembly (032), screw mandrel supports (036), vertical direction propulsion electric machine support (035), vertical direction propulsion electric machine (034), between described vertical direction propulsion electric machine (034) output shaft and bonding vertical direction push-rod assembly (032), by feed screw nut pair (033), drive and be connected, described LED base plate for packaging and lens bonding module (031) comprise base plate for packaging location and the jack-up piece (0314) that supported by bonding vertical direction push-rod assembly (032), be arranged at the I-shaped bonding blank dividing plate (0318) of base plate for packaging location and jack-up piece (0314) end face, (0318) four jiao, described bonding blank dividing plate is respectively arranged with vertical direction bonding guide pillar (0313), described vertical direction bonding guide pillar (0313) is provided with the bonding buffer spring (03112) for resetting, the upper surface of described bonding blank dividing plate (0318) one end is fixed with a few font package lens briquettings (0315) by screw, the other end is provided with leftover pieces discharging motor (0319), the output shaft of described leftover pieces discharging motor (0319) turns over bar (03110) driving with the discharging of square leftover pieces and is connected, between described bonding blank dividing plate (0318) and base plate for packaging location and jack-up piece (0314), be provided with the base plate for packaging pilot hole (0312) that packs substrate module (0316) into, between described bonding blank dividing plate (0318) and package lens briquetting (0315), be provided with the package lens pilot hole (0311) that packs lens module (03111) into.
9. LED substrate according to claim 8 and lens bonding, hot pressing and injecting glue integration apparatus, it is characterized in that: described hot pressing mechanism (04) comprises the hot pressing mechanism supporting bracket (042) being fixed on substrate (081), be arranged on hot pressing vertical direction propulsion electric machine and the bracket component (041) of hot pressing mechanism supporting bracket (042) bottom surface, drive with hot pressing vertical direction propulsion electric machine and bracket component (041) substrate and the lens position piece (047) being connected, hot pressing vertical direction guide rail (043), be provided with the downward direction push pedal (044) of through hole, hot pressing propulsion cylinder (045), be fixed on the hot pressing heating module (046) of downward direction push pedal (044) bottom surface, described hot pressing mechanism supporting bracket (042) end face is vertically provided with for supporting the hot pressing vertical direction guide rail (043) of hot pressing propulsion cylinder (045), described downward direction push pedal (044) end face drives and is connected with the piston rod of hot pressing propulsion cylinder (045), described through hole is provided with the linear bearing being slidably matched with hot pressing vertical direction guide rail (043).
10. LED substrate according to claim 9 and lens bonding, hot pressing and injecting glue integration apparatus, is characterized in that: described gum-filling mechanism (05) comprises that lens injecting glue supports and upper and lower push-rod assembly (051), injecting glue module (053),
Described lens injecting glue supports and upper and lower push-rod assembly comprises the injecting glue supporting bracket (0512) being fixed on substrate (081), support bar (0513), injecting glue module support plate (0514), injecting glue motion guide rod (0515), propulsion electric machine mounting panel (0516), injecting glue module top mounting panel (0517), LED substrate and lens jack-up motor (0511), injecting glue propulsion electric machine (05110), the large rigid spring flexible support of injecting glue jack-up assembly, described LED substrate and lens jack-up motor (0511) are fixed on injecting glue supporting bracket (0512) upper surface by jack-up electric machine support (05112), described support bar (0513) is vertically arranged on injecting glue supporting bracket (0512) upper surface and supports the injecting glue module support plate (0514) that is positioned at injecting glue supporting bracket (0512) top, described injecting glue motion guide rod (0515) is vertically arranged on injecting glue module support plate (0514) upper surface and supports the propulsion electric machine mounting panel (0516) that is positioned at injecting glue module support plate (0514) top, described injecting glue module top mounting panel (0531) is arranged between injecting glue module support plate (0514) and propulsion electric machine mounting panel (0516), and can move up and down along the described injecting glue guide rod (0515) that moves, described injecting glue propulsion electric machine (05110) is fixed on propulsion electric machine mounting panel (0516) upper surface by propulsion electric machine support (05111), the output of described injecting glue propulsion electric machine (05110) is fixedly connected with injecting glue module top mounting panel (0531), the large rigid spring flexible support of described injecting glue jack-up assembly is positioned at injecting glue module support plate (0514) below, comprise injecting glue jack-up buffering base plate (0536), described injecting glue jack-up buffering base plate (0536) top is provided with for placing and locate the injecting glue jack-up thimble seat (0535) of packaged LEDs substrate and lens (0538), between described injecting glue jack-up buffering base plate (0536) and injecting glue jack-up thimble seat (0535), be provided with the large rigid spring of jack-up (05310), described injecting glue jack-up buffering base plate (0536) lower surface is provided with the injecting glue jack-up push rod that driven by LED substrate and lens jack-up motor (0511),
Described injecting glue module (053) is arranged on injecting glue module support plate (0514), from top to bottom comprise successively: injecting glue module top mounting blocks (0531), glue injecting head push rod fixture (0532), glue injecting head push rod (0539) in groups, be provided with the injecting glue housing assembly (0533) of optics silicone tube entrance (0537), location-plate, described injecting glue module top mounting blocks (0531) is connected with the output of injecting glue propulsion electric machine (05110), the described push rod of glue injecting head in groups (0539) one end is connected with injecting glue module top mounting blocks (0531) by glue injecting head push rod fixture (0532), the other end matches with the extruded hole of injecting glue housing assembly (0533), the output connection glue injection syringe needle (0534) of described extruded hole, described location-plate is fixed on injecting glue module support plate (0514),
On described jack-up electric machine support (05112), be provided with substrate jack-up guide vane end stop, on described propulsion electric machine support (05111), be provided with propulsion electric machine guide vane end stop; On described injecting glue module top mounting panel (0517), be provided with the linear bearing being slidably matched with injecting glue motion guide rod (0515);
Described injecting glue module support plate (0514) left and right sides is provided with symmetrically installs the ladder guide rail of location-plate and for the installation compact heap (0518) of stationary positioned plate, the rear end of described injecting glue module support plate (0514) is provided with note chamber fore-and-aft direction push rod (0519).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420284593.4U CN203941942U (en) | 2014-05-29 | 2014-05-29 | A kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420284593.4U CN203941942U (en) | 2014-05-29 | 2014-05-29 | A kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus |
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| CN203941942U true CN203941942U (en) | 2014-11-12 |
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| CN201420284593.4U Withdrawn - After Issue CN203941942U (en) | 2014-05-29 | 2014-05-29 | A kind of LED substrate and lens bonding, hot pressing and injecting glue integration apparatus |
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| CN (1) | CN203941942U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104701199A (en) * | 2015-03-20 | 2015-06-10 | 北京中电科电子装备有限公司 | Flip chip bonding equipment |
| CN104009134B (en) * | 2014-05-29 | 2017-10-20 | 华南理工大学 | A kind of LED-baseplate and lens bonding, hot pressing and injecting glue integration apparatus |
| CN109119521A (en) * | 2018-08-23 | 2019-01-01 | 孙俊彪 | It is a kind of for LED die for the automatic machinery of glue operation |
| CN113471120A (en) * | 2021-04-30 | 2021-10-01 | 鸿利智汇集团股份有限公司 | Feeding device and feeding process for UVLED processing |
| CN114378391A (en) * | 2022-01-06 | 2022-04-22 | 史周建 | Printed circuit board assembling equipment and method thereof |
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2014
- 2014-05-29 CN CN201420284593.4U patent/CN203941942U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104009134B (en) * | 2014-05-29 | 2017-10-20 | 华南理工大学 | A kind of LED-baseplate and lens bonding, hot pressing and injecting glue integration apparatus |
| CN104701199A (en) * | 2015-03-20 | 2015-06-10 | 北京中电科电子装备有限公司 | Flip chip bonding equipment |
| CN109119521A (en) * | 2018-08-23 | 2019-01-01 | 孙俊彪 | It is a kind of for LED die for the automatic machinery of glue operation |
| CN113471120A (en) * | 2021-04-30 | 2021-10-01 | 鸿利智汇集团股份有限公司 | Feeding device and feeding process for UVLED processing |
| CN113471120B (en) * | 2021-04-30 | 2022-08-09 | 鸿利智汇集团股份有限公司 | Feeding device and feeding process for UVLED processing |
| CN114378391A (en) * | 2022-01-06 | 2022-04-22 | 史周建 | Printed circuit board assembling equipment and method thereof |
| CN114378391B (en) * | 2022-01-06 | 2023-11-17 | 深圳市裕雅科技有限公司 | Printed circuit board assembly equipment and method thereof |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141112 Effective date of abandoning: 20171020 |