CN205257457U - Removal material feeding unit of ageing line of power - Google Patents

Abstract

The utility model belongs to the technical field of the aging testing technique and specifically relates to indicate a removal material feeding unit of ageing line of power, removing the carriage including one and installing a moving motor, an automatic feeding agencies that send is connected at least to a pay -off elevating system top of removing the carriage, get when material, moving motor will move the carriage feeding and conveying device end that moves on the stroke guide rail, and pay -off elevating system will send feeding agencies to go up and down and put and realize getting the material to getting the material level, get material back, remove material feeding unit through moving motor, pay -off elevating system, send feeding agencies will age electronic unit to send into the ageing position of placing, it treats will age the piece and sends ejection of compact transmission device to to remove material feeding unit after ageing electronic unit aging testing accomplishes, the utility model discloses a remove material feeding unit, realize the automatic material of getting to the electronic unit that will age sends into ageing piece automatically and places the position, and after the test was accomplished, the realization was got the automatic ejection of compact transmission device end of sending into in material back and is treated the ejection of compact, and whole journey realizes automaticly, promotes work efficiency, reduction in production cost.

Description

A mobile feeding device for power aging line

technical field

The utility model relates to the technical field of aging testing, in particular to a mobile feeding device for a power aging line.

Background technique

With the development of society, people have higher and higher requirements for the quality of electronic products. In order to improve the quality of electronic products, it is necessary to carry out aging tests on electronic products before leaving the factory. In the prior art, when performing aging tests on electronic products, the test process is generally to manually transfer the products from the previous station through the belt when feeding. Put the product into the aging fixture to form aging electronic parts, then put the aging electronic parts into the aging place of the aging test rack for aging, after the aging is completed, manually take out the aging electronic parts for various performance tests, test When discharging after completion, put the aging electronic parts back to the belt one by one and transport them to the next station. Obviously, in this kind of production process, all aging and testing stations are manually operated, which takes up a lot of human resources, and there are potential safety hazards for personnel to suffer from work-related injuries. Moreover, products are placed and placed many times at aging and testing stations, which limits the expansion of production capacity. Improvement, not only low efficiency but also unstable product quality, unable to meet the needs of mass product testing.

Utility model content

The utility model aims to provide a mobile feeding device for a power supply aging line to solve the above-mentioned problems in view of the deficiencies in the manual operation in the current electronic product aging test.

In order to achieve the above object, the utility model adopts the following technical solutions:

A mobile feeding device for a power aging line, the mobile feeding device includes a travel guide rail arranged between the feeding conveying device and the discharging conveying device, a moving motor is installed on the moving conveying frame, and the moving motor drives the The conveying frame moves on the stroke guide rail, a feeding lifting mechanism is arranged at the bottom of the moving conveying frame, and at least one automatic feeding and retrieving mechanism is connected above the feeding lifting mechanism.

Preferably, two automatic feeding and retrieving mechanisms are connected at intervals above the feeding lifting mechanism.

Preferably, a long rack is arranged on the travel guide rail, the moving motor is arranged at the bottom of the moving conveying frame, and the moving motor functions as a circular dial meshing with the long rack.

Preferably, the feeding and lifting mechanism includes a lifting motor arranged to move the bottom of the conveying frame, the lifting motor drives a threaded rod, and the threaded rod acts on a nut arranged on the automatic feeding and retrieving mechanism.

Preferably, the automatic feeding and retrieving mechanism includes a support base plate placed horizontally, a rodless cylinder is arranged in the middle of the support base plate, and the rodless cylinder is connected to a sliding seat, and the two sides above the sliding seat are provided with All are equipped with a pick-up and delivery device that acts as a take-up cylinder to pick up and deliver aging electronic parts.

Preferably, the pick-up and delivery device is a bent plate provided with steps, and the front end of the bent plate is provided with a hooking nail for hooking aging electronic components.

The beneficial effect of the utility model is that a mobile feeding device of a power supply aging line of the utility model includes a stroke guide rail arranged between the feeding transmission device and the discharging transmission device, and a mobile conveying frame is equipped with a mobile motor, so that The mobile motor drives the mobile conveying frame to move on the stroke guide rail. A feeding lifting mechanism is arranged at the bottom of the moving conveying frame, and at least one automatic feeding and retrieving mechanism is connected above the feeding lifting mechanism; Moving on the stroke guide rail to the end of the feeding transmission device, the feeding and lifting mechanism lifts the feeding and retrieving mechanism to the retrieving position and realizes retrieving; after retrieving the material, the mobile motor moves the moving conveyor frame on the travel guide rail to the place where the aging parts are placed. The feeding and lifting mechanism lifts the feeding and retrieving mechanism to the placement position of the aging parts and places the aging electronic parts to the specific placement position for aging test; after the aging test of the aging electronic parts is completed, the mobile motor moves the moving conveyor frame on the travel guide rail to The aging parts are placed, the feeding and lifting mechanism will lift the feeding and retrieving mechanism to the aging parts placement position and take out the aging electronic parts, and then the moving motor will move the moving conveyor frame to the discharge transmission device on the travel guide rail, and the feeding and lifting mechanism will send The reclaiming mechanism lifts to a suitable position and puts the aging electronic parts into the discharge transmission device to be sent out; the mobile feeding device of the utility model realizes automatic retrieving under the control of the system, and automatically sends the aging electronic parts into the The aging parts are placed in the position. After the test is completed, the material is automatically sent to the discharge transmission device for discharge after the material is taken out. The whole process is fully automated, improving work efficiency and reducing production costs.

Description of drawings

Fig. 1 is the structural representation of the mobile feeding device of the power aging line of the present utility model;

Fig. 2 is a schematic structural view of the utility model feeding transmission device;

Fig. 3 is a structural schematic diagram of another orientation of the utility model feeding transmission device;

Fig. 4 is the structural representation of the utility model mobile feeding device;

Fig. 5 is a structural schematic diagram of another orientation of the mobile feeding device of the present invention;

Fig. 6 is a structural schematic diagram of the utility model discharging conveying device;

Fig. 7 is a structural schematic diagram of another orientation of the discharge conveying device of the present invention.

detailed description

Below in conjunction with accompanying drawing 1-7, the utility model is further elaborated:

The utility model relates to a mobile feeding device for a power supply aging line, which relates to an automated aging test production line, so the mobile feeding device for a power supply aging line and the automated aging test production line are described together:

The utility model relates to an automatic aging test production line, an automatic aging test production line. The aging test production line includes a long aging test frame 1, and several aging placement positions 11 are arranged on the aging test frame 1, and one end of the aging test frame 1 is set The feeding transmission device 2, the other end of the aging test frame 1 is provided with a discharge transmission device 3, a transmission frame 4 is provided on the side of the aging test frame 1, and a transmission frame 4 is installed on the transmission frame 4 to move the aging electronic parts from the feeding transmission device 2 The aging placement position 11, the mobile feeding device 5 for moving the aging electronic components from the aging placement position 11 to the output conveying device 3.

As a preferred embodiment, the feed transmission device 2 of the present embodiment includes a feed frame 21, the feed frame 21 is provided with a pair of feed conveyor belts 23 driven by a feed motor 22, and the feed frame 21 A feeding lifting device 24 is arranged below the feeding lifting device 24, and the feeding lifting device 24 acts on a feeding lifting frame 25 arranged on the top of the feeding frame 21; when the incoming material enters, the feeding motor 22 drives the feeding conveyor belt 23, Place the detection piece above the feeding lifting frame 25, and when it reaches a suitable position, the cylinder as the feeding lifting device 24 will raise the feeding lifting frame 25, thereby lifting the detection piece, so that the subsequent mobile feeding device 5 can take it out. material;

As a preferred embodiment, feed guide rods 26 are provided at the four corners of the feed lifting frame 25, and the feed guide rods 26 pass through the feed frame 21, so as to maintain the stable operation of the feed lifting frame 25 during the lifting process.

In order to prevent the detection part from moving too far on the feed conveyor belt 23 during the feed, a feed stopper 27 is set at the end of the feed frame 21 in the feed conveyor belt 23 transmission direction, and the pipe position is carried out.

In this equipment, in order to further improve the production efficiency and realize the synchronous transmission of the double detection parts, the present embodiment also includes a feed transmission device 2 which is arranged on the top of the feed frame 21 for clamping and feeding on the lifting frame 25. The opening and closing clamping device 2` of aging electronic parts, the opening and closing clamping device 2` includes a clamping mounting plate 2`-1 fixed on the aging test frame 1, and a pair of clamping mounting plates 2`-1 are slidably arranged Clamping claws 2`-2, a closing cylinder 2`-3 is set between the two clamping claws 2`-2, and the opening and closing cylinder 2`-3 drives the clamping claws 2`-2 to grip the test piece; feeding The lifting device 24 is a double-stroke cylinder; the double-stroke cylinder can raise the feeding lifting frame 25 to two different heights, and when the feeding lifting frame 25 rises to the highest position, it is just at the horizontal position of the opening and closing clamping device 2` , after the detection piece is clamped by the opening and closing clamping device 2`, the double-stroke cylinder can drive the feeding lifting frame 25 to drop to the lowest position for the second feeding and retrieving, and the double-stroke cylinder drives the feeding lifting again The detection piece on the frame 25 reaches the second highest position, so that the subsequent mobile feeding device 5 takes materials to carry out the mobile feeding and taking of two aging electronic parts; this can effectively improve efficiency and reduce production costs. In order to keep the movement stable, a slide rail device 2`-4 is set between the clamping mounting plate 2`-1 and the clamping claw 2`-2 in this embodiment; in addition, the clamping claw 2`-2 in this embodiment is a boom The bending pieces 2`-6 connected by the suspension beams 2`-5 have simple structure, stable and reliable performance, and effectively reduce the cost.

The mobile feeding device 5 of the present utility model comprises a stroke guide rail 52 arranged between the feeding conveying device 2 and the discharging conveying device 3, a moving conveying frame 54 is equipped with a moving motor 53, and the moving conveying frame 54 is driven by the moving motor 53 Moving on the stroke guide rail 52, a feeding elevating mechanism 55 is arranged at the bottom of the moving conveyor frame 54, and an automatic feeding and retrieving mechanism 56 is connected at least above the feeding elevating mechanism 55. One piece of automatic feeding and retrieving mechanism 56, the spacing distance of two automatic feeding and retrieving mechanisms 56 is set to a certain fixed value, so as to form correspondence with the aging test position up and down spacing position of the setting of aging test rack 1; The material retrieving mechanism 56 is correspondingly matched with the double feeding transmission of the feeding transmission device 2 of this embodiment.

In this embodiment, a long rack 521 is set on the stroke guide rail 52, and the moving motor 53 is arranged on the bottom of the moving conveyor frame 54. The motor 53 drives the circular dial 531 to make the transport frame move on the travel guide rail 52 .

In order to realize free lifting, the feeding lifting mechanism 55 includes a lifting motor 551 arranged at the bottom of the mobile conveying frame 54, and the lifting motor 551 drives a threaded mandrel 552, and the threaded mandrel 552 acts on a nut 565 arranged on the automatic feeding and retrieving mechanism 56 , the screw mandrel 552 of the lifting motor 551 rotates in the driving nut 565, thereby realizing the automatic feeding and retrieving mechanism 56 to rise or fall.

The automatic feeding and retrieving mechanism 56 includes a support base plate 561 placed horizontally. A rodless cylinder 562 is arranged in the middle of the support base plate 561. The rodless cylinder 562 is connected to a sliding seat 563. Both sides above the sliding seat 563 are provided with a feeder. The cylinder 564 acts as a pick-up device 57 for picking up aging electronic parts; the pick-up device 57 is a bent plate with a step, and the front end of the bent plate is provided with a hooking nail 571 for hooking the aged electronic parts; , the rodless cylinder 562 drives the fetching device 57 to move forward, and when it is in place, the fetching cylinder 564 rises upwards, so that the hooking nail 571 on the bending plate hooks the hole at the bottom of the aging electronic part; After the electronic parts, the feeding cylinder 564 descends, and the rodless cylinder 562 drives the feeding device 57 to retract and feed.

The discharge conveying device 3 comprises a discharge frame 31, a pair of discharge conveyor belts 33 driven by a discharge motor 32 are arranged on the discharge frame 31, and a discharge lifting device 34 is arranged below the discharge frame 31, The effect of the material lifting device 34 is to pass through the discharge lifting frame 35 above the discharge frame 31. After the discharge lifting device 34 rises, it will drive the discharge lifting frame 35 to lift upwards, which is convenient for moving the feeding device 5 to feed and move the material. After device 5 feeding was completed, the discharge elevating device 34 descended, and the detection pieces on the discharge support frame 35 were conveyed out by the discharge conveyor belt 33 to facilitate the production of the next step.

In order to improve production efficiency and reduce costs, the aging test rack 1 of this embodiment is provided with two discharge transmission devices 3 at a distance in the height direction; it is suitable for connecting two automatic feeding and retrieving mechanisms 56 at a distance above the feeding lifting mechanism 55 .

The discharge lifting frame 35 of this embodiment is provided with discharge guide rods 351 at the four corners, and the discharge guide rods 351 pass through the discharge frame 31; the stable operation of the discharge support frame 35 is maintained during the lifting process.

The discharge lifting device 34 of the present embodiment can be in various forms. Among the two discharge transmission devices 3, the discharge lifting device 34 below is set to be a lift cylinder arranged below the discharge frame 31, and the cylinder of the lift cylinder The arm acts upwards on the discharge support frame 35; a simple form is also provided in this embodiment, and the discharge elevating device 34 above is set to be a horizontal push cylinder placed on the discharge frame 31, and the cylinder of the horizontal push cylinder Arm effect one inclined-plane push block 36, the inclined-plane of inclined-plane push block 36 acts on the below of discharging support frame 35, and cylinder action inclined-plane push block 36 can upwards lift certain height with discharge support frame 35, convenient feeding.

A kind of automatic aging test production line of the present utility model, described aging test production line comprises a strip aging test frame 1, and a plurality of aging placement positions 11 are arranged on the aging test frame 1, and one end of aging test frame 1 is provided with feeding transmission Device 2, the other end of the aging test frame 1 is provided with a discharge transmission device 3, and a transmission frame 4 is provided on the side of the aging test frame 1, and a transmission frame 4 is provided on the transmission frame 4 to move and aging the aging electronic parts from the feeding transmission device 2. Placement position 11, move the aging electronic parts from the aging placement position 11 to the mobile feeding device 5 of the discharge conveying device 3; when the aging electronic parts are fed into the feed from the upstream line, enter the feeding conveying device 2, and move the feeding device 5 Take out the aging electronic parts from the feeding transmission device 2, and transport them through the transmission frame 4, and send the aging electronic parts into the corresponding aging placement position 11. After the aging and testing are completed, the mobile feeding device 5 will move the aging electronic parts from the aging The placement position 11 is taken out, and transported by the transmission frame 4, the aging electronic parts are sent to the discharge transmission device 3, and the aging electronic parts are sent out through the discharge transmission device 3; the automatic aging test production line of the utility model can automatically complete the feeding , Mobile feeding and discharging, fully automatic, no safety hazards, no need for multiple handling by the test station, increased production capacity, improved efficiency, guaranteed product quality, and met the needs of large-scale product aging tests.

The feeding transmission device 2 of the present utility model comprises a feeding frame 21, a pair of feeding conveyor belts 23 driven by a feeding motor 22 are arranged on the feeding frame 21, and a feeding lifting mechanism is arranged below the feeding frame 21. Device 24, feeding lifting device 24 acts on the feeding lifting frame 25 that is arranged on the top of feeding frame 21; Drive the feeding conveyor belt 23 to input the aging electronic parts, and the feeding lifting and lowering device moves upwards to drive the feeding lifting frame 25 to lift up the feeding aging electronic parts to facilitate the next step of moving and feeding; The new feeding conveying device 2 automatically feeds and lifts up automatically, realizing automatic production, improving work efficiency and reducing production costs.

The embodiments described above are only preferred examples of the utility model, and are not intended to limit the scope of implementation of the utility model, so all equivalent changes or modifications made according to the structure, features and principles described in the patent scope of the utility model, All should be included in the utility model patent application scope.

Claims (6)

1. a moving feeder for power source aging line, is characterized in that, described moving feeding dressPut (5) and comprise that one is arranged on the stroke guide rail between charging transmitting device (2) and discharging transmitting device (3)(52), one moves carriage (54) installs a mobile motor (53), and described mobile motor (53) drivesMobile carriage (54) is in the upper motion of stroke guide rail (52), and establish the bottom of described mobile carriage (54)Put a feeding elevating mechanism (55), described feeding elevating mechanism (55) top at least connects one and automatically sendMaterial fetching mechanism (56).

2. the moving feeder of a kind of power source aging line according to claim 1, its featureBe: described feeding elevating mechanism (55) top spacing connects two automatic material-feeding and fetching mechanisms (56).

3. the moving feeder of a kind of power source aging line according to claim 1, its featureBe: a long tooth bar (521) is set on described stroke guide rail (52), and described mobile motor (53) arrangesIn the bottom of mobile carriage (54), mobile motor (53) effect one is engaged with described long tooth bar (521)Round moving tooth dish (531).

4. the moving feeder of a kind of power source aging line according to claim 1, its featureBe: described feeding elevating mechanism (55) comprises that one arranges the lifting of the bottom of mobile carriage (54)Motor (551), described lifting motor (551) gearing one screw mandrel (552), screw mandrel (552) effectBe arranged on the nut (565) in automatic material-feeding and fetching mechanism (56).

5. the moving feeder of a kind of power source aging line according to claim 1, its featureBe: described automatic material-feeding and fetching mechanism (56) comprises the bearing plate (561) that a level is put, described inBearing plate (561) middle part arranges a Rodless cylinder (562), and described Rodless cylinder (562) connects one and slidesMoving seat (563), the both sides of described sliding seat (563) top arrange a feeding cylinder (564) are all setEffect in order to fetch and deliver the fetching and sending devices (57) of aging soft copy.

6. the moving feeder of a kind of power source aging line according to claim 5, its featureBe: described fetching and sending devices (57) is the bending plate of a setting table component level, described bending plate front end is establishedPutting a hook holds the hook of aging soft copy and holds nail (571).