TWM657258U - Circulating linear vibration material feeder - Google Patents

Abstract

The invention relates to a circulating linear vibrating feeder, which comprises: a feeding vibrator, a return vibrator, a feeding body, a discharging body, a return body, a first cantilever body and a second cantilever body; the feeding body and the discharging body are assembled on the feeding vibrator, the return body is assembled on the return vibrator, the first cantilever body is arranged at the tail end of the discharging body and protrudes above the head end of the return body, the second cantilever body is arranged at the tail end of the discharging body and protrudes above the head end of the return body, The arm body is arranged at the rear end of the return body and protrudes above the head end of the feed body; the feed body has a feed track and a material drop channel, and a material drop gap is provided between the feed track and the material drop channel; the discharge body has a discharge channel, and the discharge channel is connected to the material drop channel; the return body has a return channel; the first cantilever body has an extended discharge channel; and the second cantilever body has an extended return channel. Thus, a circulating linear vibration feeder is provided, which has the effect of preventing the material from jumping out.

Description

Circular Linear Vibrating Feeder

The invention relates to a circulating linear vibrating feeder, and in particular to a circulating linear vibrating feeder designed to prevent material from jumping out and machine interference.

Generally, in the production line process of small materials (such as electronic components), linear vibrating feeders are used to arrange and transport materials. In addition, two linear vibrating feeders are reversely arranged and integrated into a circulating linear vibrating feeder, and the materials that cannot be arranged into a feeding posture are reversely sent back to arrange and transport the materials again (circulate). However, due to the different vibration postures of the two linear vibrating feeders of the circulating linear vibrating feeder, the arrangement and integration between the two linear vibrating feeders requires special attention to the problems of machine interference and material jumping out.

The main purpose of the present invention is to provide a circulating linear vibration feeder which has the effect of preventing materials from jumping out.

Another purpose of the present invention is to avoid mechanical interference.

In order to achieve the above-mentioned effect, the technical features of the present invention include: a feeding vibrator, a return vibrator, a feeding body, a discharging body, a return body, a first cantilever body and a second cantilever body; the return vibrator is arranged in parallel on one side of the feeding vibrator, the feeding body and the discharging body are assembled on the feeding vibrator, the return body is assembled on the return vibrator, the first cantilever body is arranged at the tail end of the discharging body and protrudes above the head end of the return body, the second cantilever body is arranged at the tail end of the return body and protrudes above the head end of the return body The feeding body protrudes above the head end of the feeding body; the feeding body has a feeding track and a material dropping chute, the feeding track is higher than the material dropping chute, and a material dropping gap is provided between the feeding track and the material dropping chute; the discharging body has a discharging chute, which is connected to the material dropping chute; the returning body has a returning chute; the first cantilever body has an extended discharging chute, which is connected to the discharging chute; the second cantilever body has an extended returning chute, which is connected to the returning chute.

In addition, the material supply body and the material discharge body are assembled on the material supply vibrator via a base. The first cantilever body is arranged on the base, and the second cantilever body and the material return body are formed in one piece. The height of the material discharge channel is lower than that of the material drop channel. The head end of the material return body forms a material return body gap relative to the first cantilever body, and the head end of the material discharge body forms a material discharge body gap relative to the second cantilever body. A high wall portion is arranged at the head end of the material supply body relative to the hanging end of the second cantilever body.

First, please refer to Figures 1 to 7. The present invention includes: A feeding vibrator 10; A return vibrator 20, which is arranged in parallel on one side of the feeding vibrator 10; A feeding body 30, which is assembled to the feeding vibrator 10 by a base 31, and the feeding body 30 has a feeding track 32 and a blanking channel 33, the feeding track 32 is higher than the blanking channel 33, and there is a blanking gap 34 between the feeding track 32 and the blanking channel 33; A discharge body 40, which is assembled to the feeding vibrator 10 by the base 31, and the discharge body 40 has a discharge channel 41, the discharge channel 41 is connected to the blanking channel 33, and the height of the discharge channel 41 is lower than the blanking channel 33; A return material body 50, assembled on the return material vibrator 20, the return material body 50 has a return material channel 51; A first cantilever body 60, arranged at the tail end of the discharge material body 40 (can be arranged on the base 31) and protruding above the head end of the return material body 50, the first cantilever body 60 has an extended discharge material channel 61, the extended discharge material channel 61 continues the discharge material channel 41, and the head end of the return material body 50 forms a return material body notch 52 relative to the first cantilever body 60; and A second cantilever body 70 is disposed at the rear end of the return material body 50 (may be formed integrally with the return material body 50) and protrudes above the head end of the feed material body 30. The second cantilever body 70 has an extended return material channel 71, which is connected to the return material channel 51. The head end of the discharge body 40 forms a discharge body notch 42 relative to the second cantilever body 70. The head end of the feed material body 30 is provided with a high wall portion 35 relative to the suspended end of the second cantilever body 70.

Furthermore, the definition of the head end and the tail end of the material supply body 30/the material discharge body 40/the material return body 50 is based on the conveying direction of the material, that is, the material is conveyed from the head end to the tail end of the material supply body 30/the material discharge body 40/the material return body 50.

Based on such a structure, the present invention transports the materials from the head end to the tail end of the feeding track 32 of the feeding body 30 through the vibration of the feeding vibrator 10, and the materials that cannot be arranged into a feeding posture will fall from the material dropping notch 34 to the material dropping chute 33, and the materials in the material dropping chute 33 will gradually shift to the material discharge chute 41 of the material discharge body 40 along with the vibration, and the materials in the material discharge chute 41 will then gradually shift to the extended material discharge chute 61 of the first cantilever body 60 along with the vibration. The material is then allowed to fall from the suspended end of the first cantilever body 60 to the return material chute 51 of the return material body 50; thereafter, the material is transported from the head end to the tail end of the return material chute 51 through the vibration of the return material vibrator 20, and the material in the return material chute 51 is then gradually shifted to the extended return material chute 71 of the second cantilever body 70 as the vibration occurs, and then the material is allowed to fall from the suspended end of the second cantilever body 70 to the feed track 32 of the feed body 30, and the material is re-arranged and transported (circulated).

However, since the first cantilever body 60 protrudes above the head end of the return material body 50 and the second cantilever body 70 protrudes above the head end of the feed material body 30 during the circulation of the material in the present invention, the material can be effectively prevented from jumping out of the return material body 50 and the feed material body 30 when falling. The high wall portion 35 provided at the hanging end of the feed material body 30 relative to the second cantilever body 70 can further prevent the material from jumping out when falling, thus having the effect of preventing the material from jumping out. In addition, in order to avoid interference between parts due to different vibration postures of the feed vibrator 10 and the return material vibrator 20, a return material body notch 52 is formed at the head end of the return material body 50 relative to the first cantilever body 60, and a discharge material body notch 42 is formed at the head end of the discharge material body 40 relative to the second cantilever body 70, which can effectively avoid interference between the return material body 50 and the first cantilever body 60/the discharge material body 40 and the second cantilever body 70, and has the effect of avoiding interference between parts.

In summary, the technical means disclosed in this new model do meet the new patent requirements such as "novelty", "progressiveness" and "availability for industrial application". We pray that the Bureau of Justice will grant us a patent to encourage new models without any sense of gratitude.

However, the above disclosed drawings and descriptions are only preferred embodiments of the present invention. Any modifications or equivalent changes made by those skilled in the art within the spirit and scope of the present invention should still be included in the scope of the patent application of the present invention.

10: Feed vibrator 20: Return vibrator 30: Feed body 31: Base 32: Feed track 33: Drop channel 34: Drop notch 35: High wall 40: Discharge body 41: Discharge channel 42: Discharge body notch 50: Return body 51: Return channel 52: Return body notch 60: First cantilever body 61: Extended discharge channel 70: Second cantilever body 71: Extended return channel

Figure 1 is a structural appearance diagram of the first viewing angle of the new model. Figure 2 is a structural appearance diagram of the second viewing angle of the new model. Figure 3 is a top view of the structure of the new model. Figure 4 is a main structural decomposition diagram of the first viewing angle of the new model. Figure 5 is a main structural decomposition diagram of the second viewing angle of the new model. Figure 6 is a structural illustration diagram of the first cantilever body of the new model protruding above the head end of the return body. Figure 7 is a structural illustration diagram of the second cantilever body of the new model protruding above the head end of the feed body.

30: Feeder

40: Discharge body

50: Return material body

60: First cantilever body

70: Second cantilever body

Claims (6)

A circulating linear vibrating feeder includes: a feeding vibrator, a return vibrator, a feeding body, a discharging body, a return body, a first cantilever body and a second cantilever body; The return vibrator is arranged in parallel on one side of the feeding vibrator, the feeding body and the discharging body are assembled on the feeding vibrator, the return body is assembled on the return vibrator, the first cantilever body is arranged at the tail end of the discharging body and protrudes above the head end of the return body, and the second cantilever body is arranged at the tail end of the return body and protrudes above the head end of the feeding body; The feed body has a feed track and a material drop channel, the feed track is higher than the material drop channel, and there is a material drop gap between the feed track and the material drop channel; the discharge body has a discharge channel, which is connected to the material drop channel; the return body has a return channel; the first cantilever body has an extended discharge channel, which is connected to the discharge channel; the second cantilever body has an extended return channel, which is connected to the return channel. A circulating linear vibrating feeder as described in claim 1, wherein the feeding body and the discharging body are assembled on the feeding vibrator via a base. The circulating linear vibrating feeder as described in claim 2, wherein the first cantilever body is disposed on the base, and the second cantilever body and the return material body are integrally formed. A circulating linear vibrating feeder as described in any one of claims 1 to 3, wherein the discharge chute is lower in height than the blanking chute. A circulating linear vibrating feeder as described in any one of claims 1 to 3, wherein the head end of the return material body forms a return material body gap relative to the first cantilever body, and the head end of the discharge material body forms a discharge material body gap relative to the second cantilever body. A circulating linear vibrating feeder as described in any one of claims 1 to 3, wherein a high wall portion is provided at the head end of the feed body relative to the suspended end of the second cantilever body.

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