CN205294193U - Take ageing production line of high -efficient nimble LED of memory function - Google Patents
Take ageing production line of high -efficient nimble LED of memory function Download PDFInfo
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- CN205294193U CN205294193U CN201521062282.4U CN201521062282U CN205294193U CN 205294193 U CN205294193 U CN 205294193U CN 201521062282 U CN201521062282 U CN 201521062282U CN 205294193 U CN205294193 U CN 205294193U
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Abstract
The utility model discloses a take ageing production line of high -efficient nimble LED of memory function, including ageing LED's conveying upper strata with be located the conveying upper strata below do the conveying lower floor that equipment, test and packing LED used. The utility model discloses be last with take ageing production line of high -efficient nimble LED of memory function's conveying design, infrastructure, utilize elevating system to accomplish the conveying of attending article between the lower floor, the occupation area is reduced, the efficiency of the utilization in place is improved, its through the conveying upper strata be provided with first ageing line, ageing line of second and the ageing line of third, first ageing line, ageing line of second and the ageing line of third parallel parallel arrangement, the design of a finding activate has in the past been changed, it uses to be fit for the limited factory building overall arrangement of length, translation mechanism is adopted in the transition conveying between each ageing line, replaced and adopted jacking translation mechanism and belt group to close the use in the past, it is big to have avoided transition transport mechanism occupation space, complex structur, establish with high costsly, maintain difficult shortcoming.
Description
Technical field
This utility model relates to a kind of LED aging production line with memory function high efficient and flexible.
Background technology
Traditional LED aging production line adopts a line design, feeding, assembling, aging, test, packaging and one line of finished product blanking complete, aging line length is long, take plant area big, the Factory Building being not suitable for limited length uses, owing to it adopts a line design, the recycling of working plate carries out upper working plate, manual recovery working plate inefficiency only by being transported to feeding station after manual recovery again. If realizing working plate can automatically recycle, then being accomplished by setting up a recovery being equal to aging line length and transmit line, such structure not only adds the floor space of Factory Building, also add the organizing cost of aging line, and structure is complicated, difficult in maintenance.
Therefore, the deficiency of said structure problem is there is for traditional LED aging production line, the applicant researches and develops a kind of transmission by the LED aging production line with memory function high efficient and flexible and is designed as, understructure, elevating mechanism is utilized to complete the transmission of article between levels, decrease floor space, improve the utilization ratio in place, it is by being provided with the first aging line on transmission upper strata, second aging line and the 3rd aging line, first aging line, second aging line and the 3rd aging line side-by-side parallel are arranged, change the design of a conventional line, the Factory Building layout being suitable for limited length uses, between each aging line, transition transmits and adopts translation mechanism, instead of and adopt jacking translation mechanism and belt line combination to use in the past, avoid transition connecting gear and take up room greatly, structure is complicated, organizing cost is high, the shortcoming of Maintenance Difficulty, it is provided with maintenance channel between first aging line and the second aging line, conveniently the second aging line is safeguarded, the assembly line and the testing package line that transmit lower floor adopt side-by-side parallel to arrange equally, to reach to greatly reduce the purpose of floor space,After testing package line completes the testing package of LED, working plate transmits through working plate pipeline transition and flows on working plate feeding line and by arranging elevating mechanism, the LED between levels carried out transfer transmission, so that making it carry out the burn-in test of next round packaging, the jacking translation mechanism transmitting lower floor achieves the transfer transmission to working plate in the process, transmit lower floor and also achieve the Automatic Cycle recycling of working plate, efficiency is high, effective, simple in construction, a kind of LED aging production line with memory function high efficient and flexible maintained easily really belongs to necessary.
Summary of the invention
It is little that the technical problems to be solved in the utility model is to provide a kind of floor space, the utilization ratio in place can be improved, change the conventional design that LED aging production line is a line, instead of and adopt jacking translation mechanism and belt line combination to use in the past, avoid transition connecting gear and take up room greatly, structure is complicated, organizing cost is high, the shortcoming of Maintenance Difficulty, the Automatic Cycle achieving working plate is recycled, solve the phenomenon that traditional working plate is carried by manual recovery, efficiency is high, effective, simple in construction, intelligence degree is high, LED aging production line with memory function high efficient and flexible easy and simple to handle. this utility model is achieved through the following technical solutions:
A kind of LED aging production line with memory function high efficient and flexible, transmitting upper strata and being positioned at the transmission lower floor being used as to assemble, test and pack LED below transmission upper strata including aging LED.
As preferably, described transmission upper strata includes first aging line of aging LED, the second aging line and the 3rd aging line, first aging line, the second aging line and the 3rd aging line are that side-by-side parallel is arranged, first aging line tail end and the second aging line head end are connected with transition and transmit first translation mechanism of LED, second aging line tail end and the 3rd aging line head end are connected with transition and transmit second translation mechanism of LED, the head end of the first aging line is provided with the first elevating mechanism, and the tail end of the 3rd aging line is provided with the second elevating mechanism.
As preferably, the described lower floor that transmits includes the assembly line of assembled LED, place the LED working plate feeding line transmitted on working plate, the testing package line of test and packaging LED and reclaim working plate and by transition be sent to the working plate pipeline of working plate feeding line, assembly line and testing package line are set in parallel, it is connected with transition between assembly line and working plate feeding line and transmits the first jacking translation mechanism of LED, the tail end of described working plate pipeline connecting test baling line and the head end of working plate feeding line, testing package line tail end and working plate pipeline head end are connected with transfer and transmit the second jacking translation mechanism of LED, working plate pipeline tail end carries out transfer with working plate feeding line head end by the first jacking translation mechanism and transmits.
As preferably, the described working plate feeding line tail end transmitting lower floor is connected setting with the first elevating mechanism being arranged on the first aging line head end transmitting upper strata, and testing package line head end is connected setting with the second elevating mechanism being arranged on the 3rd aging line tail end.
As preferably, described assembly line includes assembly line underframe and assembles connecting gear, assemble connecting gear and be arranged on assembly line chassis top surface, what assemble connecting gear is provided with sliver belt transfer assembly above and below, assemble two ends, connecting gear left and right and be respectively arranged with aluminum guide rail, described assembling connecting gear is installed between two aluminum guide rails, the upper strata installation settings of assembly line underframe has the socket mounting groove of power supply, lower floor's installation settings of assembly line underframe has the trachea assembly of supply, and assembly line underframe is provided with the foot cup regulating height separately below.
As preferably, described testing package line includes testing package line underframe and testing package connecting gear, and testing package connecting gear is mounted on testing package line chassis top surface;Testing package connecting gear includes the triple speed aluminum guide rail being separately positioned on both sides, testing package line underframe top, and it is slidably arranged in the triple speed chain on triple speed aluminum guide rail, and it is arranged on the conductive trough between two triple speed chains, and be arranged on the working plate above conductive trough, and it is arranged on the working plate stopper of working plate side; Testing package line underframe top right side also installation settings has the socket mounting groove of power supply, and bottom testing package line underframe, also installation settings has the trachea assembly of supply, and testing package line underframe is also equipped with regulating the foot cup of height separately below.
As preferably, described transmission upper strata is provided with support, first aging line, the second aging line and the 3rd aging line are arranged at rack upper surface, two ends, support left and right are upwards respectively arranged with to meet manages and protects hurdle, two ends, support left and right are provided with pneumatic screwdriver hanger rail separately below, first aging line and the second aging line are connected with maintenance channel, it is provided with control wire casing between second aging line and the 3rd aging line, controlling wire casing and be installed on rack upper surface, about support lower surface, two sides are respectively mounted and are provided with daylight lamp.
As preferably, described first aging line, second aging line and the 3rd aging line arrange and all include working plate stopper, triple speed aluminum guide rail, triple speed chain, conductive trough mounting rod, conductive trough and working plate, working plate stopper is also mounted on support, and it is positioned at accordingly below every aging line, two triple speed aluminum guide rails all it are also equipped with below every aging line, article two, triple speed aluminum guide rails assembling is arranged on rack upper surface, connect two triple speed aluminum guide rails assemblings and be provided with conductive trough mounting rod, it is vertically mounted on conductive trough mounting rod and is also equipped with two conductive troughs, article two, conductive trough lays respectively at working plate stopper both sides, article two, on triple speed aluminum guide rail respectively also installation settings have triple speed chain, working plate is arranged on above triple speed chain, working plate is provided with socket, working plate rear and front end is respectively arranged with stop breach.
A kind of LED aging production line with memory function high efficient and flexible of the present utility model, transmitting upper strata and being positioned at the transmission lower floor being used as to assemble, test and pack LED below transmission upper strata including aging LED. the transmission of the LED aging production line with memory function high efficient and flexible is designed as by this utility model, understructure, elevating mechanism is utilized to complete the transmission of article between levels, decrease floor space, improve the utilization ratio in place, it is by being provided with the first aging line on transmission upper strata, second aging line and the 3rd aging line, first aging line, second aging line and the 3rd aging line side-by-side parallel are arranged, change the design of a conventional line, the Factory Building layout being suitable for limited length uses, between each aging line, transition transmits and adopts translation mechanism, instead of and adopt jacking translation mechanism and belt line combination to use in the past, avoid transition connecting gear and take up room greatly, structure is complicated, organizing cost is high, the shortcoming of Maintenance Difficulty, it is provided with maintenance channel between first aging line and the second aging line, conveniently the second aging line is safeguarded, the assembly line and the testing package line that transmit lower floor adopt side-by-side parallel to arrange equally, to reach to greatly reduce the purpose of floor space, after testing package line completes the testing package of LED, working plate transmits through working plate pipeline transition and flows on working plate feeding line and by arranging elevating mechanism, the LED between levels carried out transfer transmission, so that making it carry out the burn-in test of next round packaging, the jacking translation mechanism transmitting lower floor achieves the transfer transmission to working plate in the process, transmitting lower floor and also achieve the Automatic Cycle recycling of working plate, efficiency is high, effective, simple in construction, maintains easily.
Accompanying drawing explanation
For ease of illustrating, this utility model is described in detail by following preferred embodiment and accompanying drawing.
Fig. 1 is the front view of a kind of LED aging production line with memory function high efficient and flexible of the present utility model.
Fig. 2 is the transmission upper strata top view of a kind of LED aging production line with memory function high efficient and flexible of the present utility model.
Fig. 3 is the transmission lower floor top view of a kind of LED aging production line with memory function high efficient and flexible of the present utility model.
Fig. 4 is the sectional structure chart of a kind of LED aging production line with memory function high efficient and flexible of the present utility model.
Fig. 5 is the working plate top view of a kind of LED aging production line with memory function high efficient and flexible of the present utility model.
Detailed description of the invention
For the ease of understanding this utility model, below with reference to relevant drawings, this utility model is described more fully. Accompanying drawing gives better embodiment of the present utility model. But, this utility model can realize in many different forms, however it is not limited to embodiments described herein. On the contrary, provide the purpose of these embodiments be make disclosure of the present utility model is understood more thorough comprehensively.
Unless otherwise defined, all of technology used herein and scientific terminology are identical with belonging to the implication that those skilled in the art of the present utility model are generally understood that. The purpose describing specific embodiment it is intended merely to herein, it is not intended that in restriction this utility model at term used in the description of the present utility model.
In the present embodiment, shown in Fig. 5, a kind of LED aging production line with memory function high efficient and flexible of the present utility model, transmitting upper strata 11 and being positioned at the transmission lower floor 12 being used as to assemble, test and pack LED below transmission upper strata 11 including aging LED.
Wherein in an embodiment, described transmission upper strata 11 includes first aging line 1 of aging LED, second aging line 2 and the 3rd aging line 3, first aging line 1, second aging line 2 and the 3rd aging line 3 are arranged in side-by-side parallel, first aging line 1 tail end and the second aging line 2 head end are connected with transition and transmit first translation mechanism 41 of LED, second aging line 2 tail end and the 3rd aging line 3 head end are connected with transition and transmit second translation mechanism 42 of LED, the head end of the first aging line 1 is provided with the first elevating mechanism 51, the tail end of the 3rd aging line 3 is provided with the second elevating mechanism 52.
Wherein in an embodiment, the described lower floor 12 that transmits includes the assembly line 6 of assembled LED, place the LED working plate feeding line 7 transmitted on working plate 85, the testing package line 8 of test and packaging LED and reclaim working plate 85 and by transition be sent to the working plate pipeline 9 of working plate feeding line 7, assembly line 6 and testing package line 8 are set in parallel, it is connected with transition between assembly line 6 and working plate feeding line 7 and transmits the first jacking translation mechanism 71 of LED, the tail end of described working plate pipeline 9 connecting test baling line 8 and the head end of working plate feeding line 7, testing package line 8 tail end and working plate pipeline 9 head end are connected with transfer and transmit the second jacking translation mechanism 72 of LED, working plate pipeline 9 tail end carries out transfer with working plate feeding line 7 head end by the first jacking translation mechanism 71 and transmits.
Wherein in an embodiment, described working plate feeding line 7 tail end transmitting lower floor 12 is connected setting with the first elevating mechanism 51 being arranged on the first aging line 1 head end transmitting upper strata 11, and testing package line 8 head end is connected setting with the second elevating mechanism 52 being arranged on the 3rd aging line 3 tail end.
Wherein in an embodiment, described assembly line 6 includes assembly line underframe 60 and assembles connecting gear 61, assemble connecting gear 61 and be arranged on assembly line underframe 60 upper surface, what assemble connecting gear 61 is provided with sliver belt transfer assembly 611 above and below, assemble connecting gear about 61 two ends and be respectively arranged with aluminum guide rail 62, described assembling connecting gear 61 is installed between two aluminum guide rails 62, the upper strata installation settings of assembly line underframe 60 has socket 851 mounting groove 63 of power supply, lower floor's installation settings of assembly line underframe 60 has the trachea assembly 64 of supply, assembly line underframe 60 is provided with the foot cup 65 regulating height separately below.
Wherein in an embodiment, described testing package line 8 includes testing package line underframe 80 and testing package connecting gear 81, and testing package connecting gear 81 is mounted on testing package line underframe 80 upper surface; Testing package connecting gear 81 includes the triple speed aluminum guide rail 82 being separately positioned on both sides, testing package line underframe 80 top, and it is slidably arranged in the triple speed chain 83 on triple speed aluminum guide rail 82, and it is arranged on the conductive trough 84 between two triple speed chains 83, and be arranged on conductive trough 84 working plate 85 above, and it is arranged on the working plate stopper 86 of working plate 85 side; Testing package line underframe 80 top right side also installation settings has socket 851 mounting groove 63 of power supply, bottom testing package line underframe 80, also installation settings has the trachea assembly 64 of supply, and testing package line underframe 80 is also equipped with regulating the foot cup 65 of height separately below.
Wherein in an embodiment, described transmission upper strata 11 is provided with support 110, first aging line 1, second aging line 2 and the 3rd aging line 3 are arranged at support 110 upper surface, support about 110 two ends are upwards respectively arranged with to meet manages and protects hurdle 111, support about 110 two ends are provided with pneumatic screwdriver hanger rail 115 separately below, first aging line 1 and the second aging line 2 are connected with maintenance channel 112, control wire casing 113 it is provided with between second aging line 2 and the 3rd aging line 3, control wire casing 113 and be installed on support 110 upper surface, about support 110 lower surface, two sides are respectively mounted and are provided with daylight lamp 114.
Wherein in an embodiment, described first aging line 1, second aging line 2 and the 3rd aging line 3 arrange and all include working plate stopper 86, triple speed aluminum guide rail 82, triple speed chain 83, conductive trough mounting rod 87, conductive trough 84 and working plate 85, working plate stopper 86 is also mounted on support 110, and it is positioned at accordingly below every aging line, two triple speed aluminum guide rails 82 all it are also equipped with below every aging line, article two, triple speed aluminum guide rail 82 is mounted on support 110 upper surface, connect two triple speed aluminum guide rail 82 installation settings and have conductive trough mounting rod 87, it is vertically mounted on conductive trough mounting rod 87 and is also equipped with two conductive troughs 84, article two, conductive trough 84 lays respectively at working plate stopper 86 both sides, article two, on triple speed aluminum guide rail 82 respectively also installation settings have triple speed chain 83, working plate 85 is arranged on above triple speed chain 83, working plate 85 is provided with socket 851, working plate 85 rear and front end is respectively arranged with stop breach 852.
Described working plate 85 adopts the splint construction of T25mm, and its surface configuration has the green antistatic rubber of T2mm, and the lower surface of working plate 85 is provided with the PLASTIC LAMINATED of resistance to fiber crops mill, T2 green glue limit bound edge; The upper surface of working plate 85 is provided with five hole section industry sockets 851, and two copper bars are installed in bottom, is arranged on opening of working plate 85 both sides and stops that breach 852 can install high-quality vibration-reducing rubber block.
The workflow of this LED aging production line with memory function high efficient and flexible is: LED first passes through the first elevating mechanism 51 and automatically delivers and enter into the first aging line 1, LED carries out burnin operation and transmission from right to left with the first aging line 1, when it is sent to the end of the first aging line 1, it enters into the second aging line 2 after being transmitted by the first translation mechanism 41 transition, LED carries out secondary burin-in process and transmission with the second aging line 2 from about left-hand, when it is sent to the second aging line 2, it enters into the head end of the 3rd aging line 3 further through the second translation mechanism 42 from the end transition of the second aging line 2, and turn left from the right side transmission with the running of the 3rd aging line 3.
The workflow of this assembly line 6 and testing package line 8 is: transmits upper strata 11 and transmits between lower floor 12 by the first elevating mechanism 51 with the second elevating mechanism 52 with the use of to reach the purpose of transition transmission. the LED completed through the 3rd aging line 3 burin-in process has respectively entered on the assembly line 6 transmitted in lower floor 12 and testing package line 8 by the second elevating mechanism 52, aging LED transmits from left to right on assembly line 6 and carries out assembly operation, it is conveyed into working plate feeding line 7 by the transition of the first jacking translation mechanism 71, aging LED transmits from left to right on testing package line 8, packaging and test operation, it can enter on working plate pipeline 9 by the transition transmission of the second jacking translation mechanism 72, working plate 85 then carries out feeding by working plate feeding line 7, this assembly line 6 and testing package line 8 with the use of, it finally achieves the full-automatic transmission of working plate 85, full-automatic assembling, full-automatic testing, fully-automatic packaging and full-automatic recovery, intellectualized operation degree is high, solve tradition and need the problems such as artificial Attended Operation.
A kind of LED aging production line with memory function high efficient and flexible of the present utility model, transmitting upper strata and being positioned at the transmission lower floor being used as to assemble, test and pack LED below transmission upper strata including aging LED. the transmission of the LED aging production line with memory function high efficient and flexible is designed as by this utility model, understructure, elevating mechanism is utilized to complete the transmission of article between levels, decrease floor space, improve the utilization ratio in place, it is by being provided with the first aging line on transmission upper strata, second aging line and the 3rd aging line, first aging line, second aging line and the 3rd aging line side-by-side parallel are arranged, change the design of a conventional line, the Factory Building layout being suitable for limited length uses, between each aging line, transition transmits and adopts translation mechanism, instead of and adopt jacking translation mechanism and belt line combination to use in the past, avoid transition connecting gear and take up room greatly, structure is complicated, organizing cost is high, the shortcoming of Maintenance Difficulty, it is provided with maintenance channel between first aging line and the second aging line, conveniently the second aging line is safeguarded, the assembly line and the testing package line that transmit lower floor adopt side-by-side parallel to arrange equally, to reach to greatly reduce the purpose of floor space, after testing package line completes the testing package of LED, working plate transmits through working plate pipeline transition and flows on working plate feeding line, and by arranging elevating mechanism, the LED between levels is carried out transfer transmission, so that making it carry out the burn-in test of next round packaging, the jacking translation mechanism transmitting lower floor achieves the transfer transmission to working plate in the process, transmit lower floor and also achieve the Automatic Cycle recycling of working plate, efficiency is high, effective, simple in construction, maintain easily, multiple parameters of its running also have memory function, it is easy to extract at any time, convenient operation.
Above-described embodiment; a simply example of the present utility model; it is not for limiting enforcement of the present utility model and interest field, all technical schemes identical or equivalent with content described in this utility model claim, all should include in this utility model protection domain.
Claims (6)
1. the LED aging production line with memory function high efficient and flexible, it is characterised in that: include transmitting upper strata and being positioned at the transmission lower floor being used as to assemble, test and pack LED below transmission upper strata of aging LED;
Described transmission upper strata includes first aging line of aging LED, the second aging line and the 3rd aging line, first aging line, the second aging line and the 3rd aging line are that side-by-side parallel is arranged, first aging line tail end and the second aging line head end are connected with transition and transmit first translation mechanism of LED, second aging line tail end and the 3rd aging line head end are connected with transition and transmit second translation mechanism of LED, the head end of the first aging line is provided with the first elevating mechanism, and the tail end of the 3rd aging line is provided with the second elevating mechanism;
The described lower floor that transmits includes the assembly line of assembled LED, place the LED working plate feeding line transmitted on working plate, the testing package line of test and packaging LED and reclaim working plate and by transition be sent to the working plate pipeline of working plate feeding line, assembly line and testing package line are set in parallel, it is connected with transition between assembly line and working plate feeding line and transmits the first jacking translation mechanism of LED, the tail end of described working plate pipeline connecting test baling line and the head end of working plate feeding line, testing package line tail end and working plate pipeline head end are connected with transfer and transmit the second jacking translation mechanism of LED, working plate pipeline tail end carries out transfer with working plate feeding line head end by the first jacking translation mechanism and transmits.
2. a kind of LED aging production line with memory function high efficient and flexible according to claim 1, it is characterized in that: the described working plate feeding line tail end transmitting lower floor is connected setting with the first elevating mechanism being arranged on the first aging line head end transmitting upper strata, and testing package line head end is connected setting with the second elevating mechanism being arranged on the 3rd aging line tail end.
3. a kind of LED aging production line with memory function high efficient and flexible according to claim 1, it is characterized in that: described assembly line includes assembly line underframe and assembles connecting gear, assemble connecting gear and be arranged on assembly line chassis top surface, what assemble connecting gear is provided with sliver belt transfer assembly above and below, assemble two ends, connecting gear left and right and be respectively arranged with aluminum guide rail, described assembling connecting gear is installed between two aluminum guide rails, the upper strata installation settings of assembly line underframe has the socket mounting groove of power supply, lower floor's installation settings of assembly line underframe has the trachea assembly of supply, assembly line underframe is provided with the foot cup regulating height separately below.
4. a kind of LED aging production line with memory function high efficient and flexible according to claim 1, it is characterized in that: described testing package line includes testing package line underframe and testing package connecting gear, testing package connecting gear is mounted on testing package line chassis top surface; Testing package connecting gear includes the triple speed aluminum guide rail being separately positioned on both sides, testing package line underframe top, and it is slidably arranged in the triple speed chain on triple speed aluminum guide rail, and it is arranged on the conductive trough between two triple speed chains, and be arranged on the working plate above conductive trough, and it is arranged on the working plate stopper of working plate side; Testing package line underframe top right side also installation settings has the socket mounting groove of power supply, and bottom testing package line underframe, also installation settings has the trachea assembly of supply, and testing package line underframe is also equipped with regulating the foot cup of height separately below.
5. a kind of LED aging production line with memory function high efficient and flexible according to claim 1, it is characterized in that: described transmission upper strata is provided with support, first aging line, second aging line and the 3rd aging line are arranged at rack upper surface, two ends, support left and right are upwards respectively arranged with to meet manages and protects hurdle, two ends, support left and right are provided with pneumatic screwdriver hanger rail separately below, first aging line and the second aging line are connected with maintenance channel, it is provided with control wire casing between second aging line and the 3rd aging line, control wire casing and be installed on rack upper surface, about support lower surface, two sides are respectively mounted and are provided with daylight lamp.
6. a kind of LED aging production line with memory function high efficient and flexible according to claim 1, it is characterized in that: described first aging line, second aging line and the 3rd aging line arrange and all include working plate stopper, triple speed aluminum guide rail, triple speed chain, conductive trough mounting rod, conductive trough and working plate, working plate stopper is also mounted on support, and it is positioned at accordingly below every aging line, two triple speed aluminum guide rails all it are also equipped with below every aging line, article two, triple speed aluminum guide rails assembling is arranged on rack upper surface, connect two triple speed aluminum guide rails assemblings and be provided with conductive trough mounting rod, it is vertically mounted on conductive trough mounting rod and is also equipped with two conductive troughs, article two, conductive trough lays respectively at working plate stopper both sides, article two, on triple speed aluminum guide rail respectively also installation settings have triple speed chain, working plate is arranged on above triple speed chain, working plate is provided with socket, working plate rear and front end is respectively arranged with stop breach.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521062282.4U CN205294193U (en) | 2015-12-17 | 2015-12-17 | Take ageing production line of high -efficient nimble LED of memory function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521062282.4U CN205294193U (en) | 2015-12-17 | 2015-12-17 | Take ageing production line of high -efficient nimble LED of memory function |
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| CN205294193U true CN205294193U (en) | 2016-06-08 |
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| CN201521062282.4U Active CN205294193U (en) | 2015-12-17 | 2015-12-17 | Take ageing production line of high -efficient nimble LED of memory function |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106053997A (en) * | 2016-07-15 | 2016-10-26 | 广东斯泰克电子科技有限公司 | Electronic product automatic detection and automatic aging system |
| CN108828466A (en) * | 2018-03-27 | 2018-11-16 | 佛山电器照明股份有限公司 | Fluorescent tube ageing machine |
| CN109625832A (en) * | 2018-12-27 | 2019-04-16 | 珠海格力智能装备有限公司 | Controller Test Pipeline |
| CN110722351A (en) * | 2019-10-20 | 2020-01-24 | 湖北霍尔科技有限公司 | Flow production line of new fan |
| CN112595862A (en) * | 2020-11-16 | 2021-04-02 | 深圳市广晟德科技发展有限公司 | Full-automatic intelligent aging test production line for Mini LED display screen |
| CN113086666A (en) * | 2021-04-25 | 2021-07-09 | 宁波市北仑环保固废处置有限公司 | Medical waste treatment device |
-
2015
- 2015-12-17 CN CN201521062282.4U patent/CN205294193U/en active Active
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106053997A (en) * | 2016-07-15 | 2016-10-26 | 广东斯泰克电子科技有限公司 | Electronic product automatic detection and automatic aging system |
| CN108828466A (en) * | 2018-03-27 | 2018-11-16 | 佛山电器照明股份有限公司 | Fluorescent tube ageing machine |
| CN109625832A (en) * | 2018-12-27 | 2019-04-16 | 珠海格力智能装备有限公司 | Controller Test Pipeline |
| CN110722351A (en) * | 2019-10-20 | 2020-01-24 | 湖北霍尔科技有限公司 | Flow production line of new fan |
| CN112595862A (en) * | 2020-11-16 | 2021-04-02 | 深圳市广晟德科技发展有限公司 | Full-automatic intelligent aging test production line for Mini LED display screen |
| CN112595862B (en) * | 2020-11-16 | 2024-04-16 | 深圳市广晟德科技发展有限公司 | Full-automatic intelligent aging test production line for Mini LED display screen |
| CN113086666A (en) * | 2021-04-25 | 2021-07-09 | 宁波市北仑环保固废处置有限公司 | Medical waste treatment device |
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