TWM573745U - Automatic conveyor belt transfer device - Google Patents

Abstract

The present invention provides an automatic conveyor belt transfer device that saves time and labor, and ensures smooth operation and improved work efficiency. The technical means includes: a frame body having an accommodation space therein; a lifting mechanism disposed in the space; a transmission device disposed in the lifting mechanism and coupled to the lifting mechanism; and a conveyor belt disposed at the top end of the transmission device and capable of being horizontally moved forward and backward by the transmission device The device can thereby use the lifting mechanism, the transmission device and the conveyor belt device to displace the object to be tested onto another platform for the purpose of automated continuous handling displacement.

Description

Automatic conveyor belt transfer device

The invention relates to the technical field of a transfer device, in particular to an automatic conveyor belt transfer device for conveying an object to be detected.

Today's industry faces a shortage of labor demand and a high awareness of environmental protection, an increase in labor and operating costs, and a labor-intensive transformation into a technology-intensive pressure. The industry will respond to rising costs by introducing industries or introducing foreign workers. Using industrial automation technology and the use of jigs to improve the physical fitness and reduce manufacturing costs, many special fixtures, tools, equipment and equipment are used to reduce manpower, save man-hours and increase work capacity to achieve products. The yield is improved and improved, and the product competitiveness is improved.

At present, in order to ensure the quality and stability of electronic components after mass production, in order to ensure the quality of electronic components, inspections are performed after each stage of the process to detect whether the IC is damaged during the manufacturing process. The defective product is detected; therefore, after the production is completed, the handling of the object to be tested is carried out by a trolley or the like to facilitate the various inspection operations of the object to be tested, but since the production line to the trolley, the human handling must be used. The object is lifted up and placed on the trolley, so it is easy to cause severe shaking or sway during handling or displacement, and the object to be tested is often damaged by vibration or collision, which is a defective product and cannot be sold, so the cumbersome handling process is so cumbersome. Not only is it time-consuming, labor-intensive, but also easy to increase the rate of product defects, so it is not economically viable.

In view of this, how to improve the above problems, and develop an automatic conveyor belt transfer device that saves time and labor, and ensures smooth operation and improved work efficiency, has become the idea and research topic of the present invention.

In order to solve the above problems and achieve the purpose of the present invention, the present invention provides an automatic conveyor belt transfer device which saves time and labor, ensures smooth operation and improves production efficiency, and the technical means is realized by an automation method. The conveyor belt transfer device comprises: a frame body (1) having an accommodation space (11) therein; a lifting mechanism (2) disposed in the accommodation space (11); and a lifting mechanism disposed on the lifting mechanism (2) a transmission device (3) incorporated in the lifting mechanism (2); and a transmission device (3) disposed at the top end of the transmission device (3) and capable of being horizontally moved forward and backward by the transmission device (3) Conveyor belt device (4); the transmission device (3) comprises two rows of pulley seats (31) which are symmetrically arranged at intervals and arranged longitudinally at the top end of the lifting mechanism (2); and a pulley seat ( 31) between the first driving device (32) for driving the conveyor belt device (4) horizontally before and after; the pulley block (31) is respectively disposed at a top end of the lifting mechanism (2) a first base (311); and a set of pulleys (312) respectively disposed at four corners of the first base (311) And a pulley passage (313) is formed between the pulleys (312); the conveyor belt device (4) includes a second base (41) disposed at a top end of the pulley seat (31); a pulley mechanism (42) on both sides of the top end of the second base (41); a second driving device (43) disposed between the pulley mechanism (42) for driving the pulley mechanism (42); a slide rail (44) disposed on both sides of the bottom end of the second base (41) and slidingly disposed in the pulley passage (313); and a bottom end disposed on the bottom end of the second base (41) The driven rack (45) is engaged with the first driving device (32) and can be driven by the first driving device (32) to pull the second base (41) horizontally before and after.

More preferably, the first driving device (32) includes a bottom end of the lifting mechanism (2) engaged with the driven rack (45) and capable of driving the driven rack (45). a first sprocket (321); a first shaft (322) pivotally connected to the first sprocket (321) and connected at both ends to a bottom end of the lifting mechanism (2); a second sprocket (323) of the first shaft (322); a first motor (324) disposed on one side of the bottom end of the lifting mechanism (2); and a first motor (324) disposed at one end of the first motor (324) And a third chain gear (325); and a first chain (326) having one end engaged with the third chain gear (325) and the other end meshing with the second chain gear (323).

More preferably, the pulley mechanism (42) includes a wheel base (421) disposed at a top end of the second base (41); and a plurality of wheel bases (421) are pivotally connected and longitudinally arranged A wheel body (422) is provided; and a belt (423) surrounding the wheel body (422).

More preferably, the second driving device (43) includes a second motor (431) disposed between the wheel bases (421); a fourth portion disposed at one end of the second motor (431) a sprocket (432); a second shaft (433) disposed between the wheel base (421) and pivotally connected to the wheel body (422) at both ends; a set is disposed on the second shaft a fifth sprocket (434) of (433); and a second chain (435) having one end engaged with the fourth sprocket (432) and the other end engaging the fifth sprocket (434).

More preferably, the lifting mechanism (2) includes a lifting frame (21) disposed in the receiving space (11); and a connection with the lifting frame (21) and capable of driving the lifting frame (21) a third drive (22) that rises or falls.

More preferably, the inner wall surfaces of the two side walls of the lifting frame (21) respectively protrude inwardly with a positioning post (211).

More preferably, the third driving device (22) is a third motor (221) disposed on one side of the lifting frame (21); and a third motor (221) and the lifting frame ( 21) Connection, And the rack (222) driven by the third motor (221) to drive the lifting frame (21) to rise or fall.

According to the above technical means, the function and function of the present invention can be achieved: by using the lifting mechanism (2), the transmission device (3) and the conveyor belt device (4), the object to be tested can be displaced to another platform. In order to achieve the purpose of automated continuous handling displacement, the efficiency of the entire inspection process is improved.

1‧‧‧ frame

11‧‧‧ accommodating space

324‧‧‧First motor

325‧‧‧third chain gear

2‧‧‧ Lifting mechanism

21‧‧‧lifting frame

211‧‧‧Positioning column

22‧‧‧ Third drive unit

221‧‧‧ third motor

222‧‧‧ rack

3‧‧‧Transmission

31‧‧‧ pulley seat

311‧‧‧First base

312‧‧‧ pulley

313‧‧‧ pulley channel

32‧‧‧First drive

321‧‧‧First chain gear

322‧‧‧First shaft

323‧‧‧Second chain gear

326‧‧‧First chain

4‧‧‧Conveyor belt device

41‧‧‧Second base

42‧‧‧Pulley wheel mechanism

421‧‧‧ Wheel base

422‧‧‧ wheel body

423‧‧‧Land

43‧‧‧Second drive

431‧‧‧second motor

432‧‧‧Fourth chain gear

433‧‧‧Second shaft

434‧‧‧ fifth chain gear

435‧‧‧Second chain

44‧‧‧rails

45‧‧‧ driven rack

Figure 1: A perspective view of the novel.

Figure 2: A partial exploded view of the novel.

Fig. 3 is a perspective view of the transmission device and the conveyor belt device of the present invention.

Figure 4: Front view of the new transmission and conveyor device.

Fig. 5 is a schematic cross-sectional view of Fig. 4A-A.

Figure 6: Schematic diagram of the implementation of the novel.

In order to further understand the features, technical means, and specific objects and functions of the present invention, the present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

As shown in FIG. 1 to FIG. 5, an automatic conveyor belt transfer device includes: a frame body (1) having an accommodation space (11) therein; and a receiving body disposed therein. a lifting mechanism (2) in the space (11); a transmission device (3) disposed in the lifting mechanism (2) and combined with the lifting mechanism (2); and a top portion disposed on the top of the transmission device (3) a conveyor belt device (4) that can be moved horizontally by the transmission device (3) before and after; the transmission device (3) comprises two rows facing each other a pulley block (31) arranged at intervals and longitudinally arranged at a top end of the lifting mechanism (2); and a level disposed between the pulley block (31) for driving the conveyor belt device (4) before and after a moving first driving device (32); the pulley block (31) is respectively provided by a first base (311) disposed at a top end of the lifting mechanism (2); and respectively disposed on the first base (311) a pulley (312) at four corners, and a pulley passage (313) is formed between the pulleys (312); the conveyor device (4) includes a top portion disposed on the top of the pulley seat (31) a second base (41); a pulley mechanism (42) respectively disposed longitudinally on both sides of the top end of the second base (41); a pulley mechanism (42) disposed between the pulley mechanisms (42) for driving the pulley mechanism (42) an actuating second driving device (43); a sliding rail (44) respectively disposed on both sides of the bottom end of the second base (41) and slidingly disposed in the pulley passage (313); a front end of the second base (41) is engaged with the first driving device (32) and can be driven by the first driving device (32) to pull the second base (41) before and after Horizontal movement Driven rack (45).

Wherein, as shown in FIG. 4, by the combination of the two rows of pulley seats (31) and the sliding rails (44), since the sliding rails (44) are restricted by the pulleys (312) to the pulley passages (313) Therefore, the conveyor belt device (4) can smoothly move horizontally before and after without slight sloshing, yaw and vibration, so that the conveyor belt device (4) has good running performance to enhance Stability in continuous handling of displacement.

Referring to Figure 6, in practical application, the object to be tested is sent to the top of the conveyor device (4), then the lifting mechanism (2) is vertically lifted, and finally the conveyor is driven by the transmission (3). The device (4) moves horizontally before and after, and the object to be tested is displaced to another platform to achieve the purpose of automatic continuous handling displacement, thereby improving the working efficiency of the entire inspection process.

The first and second figures further disclose that the lifting mechanism (2) includes a lifting frame (21) disposed in the receiving space (11); and a connection with the lifting frame (21), and Ability to drive The third driving device (22) for raising or lowering the lifting frame (21) is moved, and a positioning post (211) protrudes inwardly from the inner wall surfaces of the two side walls of the lifting frame (21). Thereby, the object to be tested can be lifted up and down by the lifting frame (21), and the object to be tested after being produced can be directly transferred to the platform of each layer of the trolley to save time, labor and complete automation. Benefits.

Secondly, through the setting of the positioning post (211), the object to be tested transferred to the top end of the conveyor belt device (4) can be squared without skew or yaw, so that the whole conveying process is good. Operational efficiency to improve stability in continuous handling displacement.

Furthermore, the third driving device (22) is a third motor (221) disposed on one side of the lifting frame (21); and a third motor (221) and the lifting frame (21) A rack (222) that is connected and driven by the third motor (221) to drive the crane (21) to rise or fall.

Further, the rack (222) is coupled to the third motor (221), and the crane (21) is coupled to the rack (222), and the third motor (221) drives the rack (222). The rack (222) is driven to rotate, and then the crane (21) is moved up or down. In other words, the present invention can use the power transmission mechanism of the motor and the rack to drive the lifting mode, but the implementation is not limited thereto, and other transmission methods such as: belt, gear, screw or other mechanical equivalent can be used. transfer method.

Referring to FIG. 5, the first driving device (32) includes a bottom frame disposed at the bottom end of the lifting mechanism (2) to engage the driven rack (45) and can drive the driven rack (45). a first chain gear (321) that is actuated; a first shaft (322) pivotally connected to the first chain gear (321) and connected at both ends to the two sides of the bottom end of the lifting mechanism (2); a second sprocket (323) disposed on the first shaft (322); a first motor (324) disposed on a side of the bottom end of the lifting mechanism (2); and a first motor ( 324) a third sprocket (325) at one end; and a first chain (326) having one end engaged with the third sprocket (325) and the other end engaged with the second sprocket (323). Thereby, the first motor (324) Driving the third sprocket (325) to rotate to drive the first chain (326) to rotate, and driving the second sprocket (323) to rotate, and simultaneously driving the first sprocket (321) to rotate, so that the first A chain gear (321) drives the driven rack (45) to move, and then moves the belt device (4) horizontally before and after.

Referring to FIG. 5, the pulley mechanism (42) includes a wheel base (421) disposed at a top end of the second base (41); and a plurality of wheel bases (421) are pivotally connected to the wheel base (421). And a longitudinally arranged wheel body (422); and a belt (423) surrounding the wheel body (422), and the second driving device (43) includes a wheel base (421) a second motor (431); a fourth sprocket (432) disposed at one end of the second motor (431); a wheel pedestal (421) disposed between the wheel base and the wheel body (422) a pivoted second shaft (433); a set of fifth sprocket (434) disposed on the second shaft (433); and one end engaging the fourth sprocket (432), and A second chain (435) that engages the fifth sprocket (434). Thereby, the second motor (431) drives the fourth sprocket (432) to rotate to drive the second chain (435) to rotate, and the fifth sprocket (434) is driven to rotate, and simultaneously drives the second The shaft (433) is rotated to cause the pulley mechanism (42) pivotally connected to the second shaft (433) to be driven.

The structure, features and effects of the present invention are described in detail above with reference to the embodiments shown in the drawings. However, the above description is only a preferred embodiment of the present invention, but the present invention does not limit the scope of implementation as shown in the drawings. Modification changes consistent with the meaning of the present invention are intended to fall within the scope of the present invention as long as they are within the scope of equal effect.

Claims (7)

An automatic conveyor belt transfer device comprising: a frame body (1) having an accommodation space (11) therein; a lifting mechanism (2) disposed in the accommodation space (11); a transmission device (3) in the lifting mechanism (2) and combined with the lifting mechanism (2); and a device disposed at the top end of the transmission device (3) and capable of being driven by the transmission device (3) for front and rear levels a moving conveyor device (4); the transmission device (3) comprises two rows of pulley blocks (31) arranged symmetrically and spaced apart from each other and longitudinally arranged at the top end of the lifting mechanism (2); and a pulley disposed on the pulley a first driving device (32) between the seats (31) for driving the conveyor belt device (4) horizontally before and after; the pulley block (31) is respectively disposed on the lifting mechanism (2) a first base (311) of the top end; and a pulley (312) respectively disposed at four corners of the first base (311), and a pulley passage (313) is formed between the pulleys (312) The conveyor belt device (4) includes a second base (41) disposed at a top end of the pulley base (31); and a skin longitudinally disposed on both sides of the top end of the second base (41) a pulley mechanism (42); a second driving device (43) disposed between the pulley mechanisms (42) for driving the pulley mechanism (42); and a second base (41) a slide rail (44) disposed on both sides of the bottom end and slidingly disposed in the pulley passage (313); and a center disposed at a bottom end of the second base (41) to engage with the first driving device (32), And driven by the first driving device (32) to pull the driven rack (45) horizontally before and after the second base (41). The automated conveyor belt transfer device of claim 1, wherein the first driving device (32) includes a bottom end disposed at the bottom of the lifting mechanism (2) to engage the driven rack (45) and a first sprocket (321) that drives the driven rack (45); a pivotal connection with the first sprocket (321), and a first shaft (322) connected at both ends to both sides of the bottom end of the lifting mechanism (2); a second sprocket (323) disposed on the first shaft (322); a first motor (324) on one side of the bottom end of the mechanism (2); a third sprocket (325) disposed at one end of the first motor (324); and an end engaging the third sprocket (325) And a first chain (326) that is engaged with the second sprocket (323). The automatic conveyor belt transfer device of claim 1, wherein the pulley mechanism (42) includes a wheel base (421) disposed at a top end of the second base (41); and the wheel The body base (421) is pivotally connected to the longitudinally arranged wheel body (422); and a belt (423) surrounding the wheel body (422). The automatic conveyor belt transfer device of claim 3, wherein the second driving device (43) includes a second motor (431) disposed between the wheel bases (421); a fourth sprocket (432) at one end of the second motor (431); a second shaft (433) disposed between the wheel base (421) and pivotally connected to the wheel body (422) at both ends a set of fifth sprocket (434) disposed on the second shaft (433); and one end engaging the fourth sprocket (432) and the other end engaging the fifth sprocket (434) The second chain (435). The automatic conveyor belt transfer device according to claim 1, wherein the lifting mechanism (2) includes a lifting frame (21) disposed in the accommodating space (11); and a lifting frame (21) a third driving device (22) connected and capable of driving the lifting frame (21) to rise or fall. The automatic conveyor belt transfer device according to claim 5, wherein the inner wall surfaces of the two side walls of the lifting frame (21) respectively protrude inward with a positioning post (211). The automated conveyor belt transfer device of claim 5, wherein the third driving device (22) is a third motor (221) disposed on a side of the crane (21); and The third motor (221) and the lifting frame (21) are connected to each other and are driven by the third motor (221) to drive the rack (222) for raising or lowering the lifting frame (21).