TWM540295U - Synchronous inspection device - Google Patents

Description

Synchronous detection device

The novel type is a synchronous detecting device that records and transmits a message indicating whether the object to be tested is a good product by a corresponding labeling member.

In the prior art, in the circular transparent diaphragm production process, for example, the circular transparent diaphragm is a contact lens, and the circular transparent diaphragm must be tested to determine whether it is a qualified product before the packaging is completed, please refer to the figure. 4 and FIG. 5, that is, when the feeding zone 61 located in the machine table 60 is transferred to the discharge zone 63, the detection of each circular transparent diaphragm is performed by the detector 80; the aforementioned circular transparent diaphragms After being formed, it is placed on a carrier 70. The carrier 70 includes a body 71 and a cup body 74. The top surface of the body 71 has a concave receiving hole 72. The cup 74 is placed therein. Positioned in the receiving hole 72, a concave chamber 741 is formed at the top end of the cup 74, and the circular transparent diaphragm to be detected is placed in the chamber 741.

A sensing member 73 is protruded from an outer side of each of the foregoing carriers 70. When the carrier 70 carrying the object to be tested passes through the detector 80, a plurality of carriers 70 are synchronously transferred to the detector 80. The detection is carried out. The specific embodiment in the figure is five carriers 70. If the articles carried by the partial carrier 70 are detected by the detector 80 as belonging to the unqualified object, the carrier 70 will be marked and The message is transmitted to the sorting phase-out zone 62. When the batch of carriers 70 is transferred to the sorting-out zone 62, the carrier 70 placed as a non-conforming object will be moved away by the corresponding putter set by the sorting-out zone 62. The transfer path is removed and the non-conforming object will be rejected and the empty carrier 70 will be transferred to the feed zone 61 to provide for the re-loading of the finished circular transparent diaphragm.

Since the bearing block 70 for carrying the circular transparent diaphragm must have a sensing member 73 mounted on the outer wall surface of each of the carrier seats 70, the structure is complicated, and the load required in the entire production process and the inspection process is required. The fact that the number of seats 70 is large and the manufacturing cost of the carrier 70 is increased is a problem and a disadvantage of the prior art.

In order to solve the above problems and shortcomings of the prior art, the detecting device of the present invention connects the labeling member for indicating the non-conforming product with the lever, and records the batch of the unqualified product and transmits it to the sorting elimination zone and is operated by the lever. In order to perform the culling operation, the overall detection structure is simple and the cost is low.

The present invention provides a synchronous detecting device, which comprises a machine table, a plurality of carriers, a detector, a lever and a detecting indicator; the machine has a a circulating track, the circulating track is divided into a feeding zone, a sorting elimination zone and a discharging zone, wherein the sorting elimination zone is between the feeding zone and the discharging zone; each of the bearing blocks has one for each bearing seat a body and a cup body, the cup body is disposed on the seat body; the detector is disposed on the machine table and located at a circulating track position between the feeding zone and the sorting elimination zone; the lever is disposed at the machine a plurality of carriers, wherein a part of the carrier is pushed to the detector position by the lever at the same time; the detection indicator rod has a rod body and a plurality of synchronous trigger signal components, and each of the synchronous triggers The signal components are mounted on the rod body, and each of the synchronous trigger signal elements respectively corresponds to each of the carriers of the same batch.

The synchronous detecting device, wherein the circulating track comprises a first track and a second track, the first track and the second track are configurable at two parallel positions of the machine, and the feeding area is at the first One end of the track and the second track connection, the discharge zone is at the other end, and the sorting elimination zone is located at the middle position and is provided with a plurality of push rods, the number of the push rods corresponding to the number of the transferred transfer carriers.

By means of the implementation of the foregoing technical means, the present invention can be configured by providing a detection indicator, and the complex synchronous trigger signal component provided on the detection indicator component is corresponding to the synchronous detection of a plurality of complex carriers, and the detector can be The object to be tested that is detected as unqualified is marked, and has the advantages of simple overall structure and low manufacturing cost.

Referring to FIG. 1 and FIG. 2, the synchronous detecting device of the present invention utilizes a production process installed on a circular transparent diaphragm (for example, a contact lens), which includes a machine table 10, a plurality of carriers 20, and a detector. 30. A lever 40 and a detection indicator 50.

The machine base 10 is provided with a circulating track, and each of the carrying bases 20 can be sequentially transferred in the path of the circulating track, and each transfer is carried out by a plurality of carrying blocks 20 as shown in the figure. The number of transfers per batch for the examples was five. The circular track can be divided into a first track 11 and a second track 12, and the first track 11 and the second track 12 can be disposed at two parallel positions of the machine 10, and the first track 11 and the One end of the connection of the second rail 12 is formed as a feeding zone 101, and at the other end is formed as a discharging zone 103, and a sorting elimination zone 102 is formed at the middle section, and the sorting elimination zone 102 is provided with a plurality of putters, the plural The number of push rods corresponds to the number of carriers 20 that are transferred in each batch, as shown in the embodiment shown as having five push rods.

Referring to FIG. 3, each of the carrier 20 includes a body 21 and a cup 22 disposed at the top end of the base 21. The top of the cup 22 is formed with a concave chamber to provide a circular shape. Place the transparent diaphragm and cleaning solution.

The detector 30 is disposed at the machine table 10 and located at a position of the first track 11 between the feeding zone 101 and the sorting elimination zone 102. When the carrier 20 is passed by the first track 11, the detection is performed. The device 30 can perform detection of whether the flat transparent film placed on the carrier 20 is a good product.

The lever 40 is disposed on the machine table 10 and reciprocally movable relative to the machine table 10. The lever 40 can shift the plurality of carriers 20 located on the first track 11 to the position of the detector 30. At this time, it is also possible to transfer the previous batch of the plurality of carriers 20 to the position of the sorting elimination zone 102, and the number of each batch of the carrier shown in the figure is five.

The detecting indicator 50 has a rod 500 and a plurality of synchronous triggering signal elements. One end of the rod 500 is connected to the lever 40, so that the detecting indicator 50 moves synchronously while the lever 40 moves. The synchronous trigger signal component is mounted on the rod body 500. The number of the synchronous trigger signal components is corresponding to the number of the carriers 20 that are transferred by each batch. The embodiment shown in the figure is provided with five synchronous triggers. The signal elements are such that each of the synchronous trigger signal elements corresponds to a carrier 20, and each of the synchronous trigger signal elements can be labeled as a first synchronous trigger signal element 51, a second synchronous trigger signal element 52, and a third synchronous trigger signal. Element 53, fourth sync trigger signal element 54, and fifth sync trigger signal element 55.

In actual use, the carrier 20 of the circular transparent diaphragm and the cleaning liquid is placed at the feeding zone 101, and five carriers 20 are provided for each batch on the first rail 11 by the push rod 40. The batch carrier 40 is displaced toward the detector 30. At this time, the detector 30 detects the circular transparent diaphragm placed on each of the carriers 20, and if the circular transparent diaphragm placed is a defective product, Then, the number information of the non-conforming product corresponding to the synchronous trigger signal component of the detection indicator bar 50 is transmitted to the putter corresponding to the sorting elimination zone 102. For example, if the number 2 of the carrier 20 is detected. And the circular transparent diaphragm in the carrier 20 of the number 4 is a defective product, and the unqualified message is respectively transmitted to the corresponding one via the second synchronous trigger signal component 52 and the fourth synchronous trigger signal component 54. At the push rod, after the carrier 20 of the batch is transferred to the positioning, the push rods of No. 2 and No. 4 can push the corresponding carrier 20 toward the sorting elimination zone 102, and the objects of the defective products are removed. The carrier 20 is transferred to the second track 12 and moved to the entrance Region 101, in order to carry objects to be detected again.

The invention is provided with a detection indicator 50 connected to the lever 40, and a plurality of synchronous trigger signal components sequentially numbered on the detection indicator 50, each of the synchronization trigger signal components being corresponding to a batch placed on different bearers The object to be detected of the seat 20 is simple and low in cost due to the provision of a detecting indicator 50.

10‧‧‧ machine
101‧‧‧Feeding area
102‧‧‧Classification phase-out zone
103‧‧‧Drawing area
11‧‧‧First track
12‧‧‧second track
20‧‧‧Hosting
21‧‧‧ body
22‧‧‧ cup body
30‧‧‧Detector
40‧‧‧ lever
50‧‧‧Detection markings
500‧‧‧ rod body
51‧‧‧First Synchronous Trigger Signal Element
52‧‧‧Second synchronous trigger signal component
53‧‧‧ Third Synchronous Trigger Signal Element
54‧‧‧4th synchronous trigger signal component
55‧‧‧ fifth synchronous trigger signal component
60‧‧‧ machine
61‧‧‧Feeding area
62‧‧‧Classification phase-out zone
63‧‧‧Drawing area
64‧‧ ‧bar
70‧‧‧ bearing seat
71‧‧‧ body
72‧‧‧ accommodating holes
73‧‧‧Accepted pieces
74‧‧‧ cup body
741‧‧ ‧ room
80‧‧‧Detector

Figure 1 is a schematic diagram of the implementation of the novel in the production process. Figure 2 is an enlarged view of a portion of the production process of the present invention. Figure 3 is an external view of the carrier of the present invention. 4 is a schematic diagram of a production process of the prior art. Figure 5 is an exploded perspective view of a prior art carrier.

11‧‧‧First track

20‧‧‧Hosting

22‧‧‧ cup body

30‧‧‧Detector

40‧‧‧ lever

50‧‧‧Detection markings

500‧‧‧ rod body

51‧‧‧First Synchronous Trigger Signal Element

52‧‧‧Second synchronous trigger signal component

53‧‧‧ Third Synchronous Trigger Signal Element

54‧‧‧4th synchronous trigger signal component

55‧‧‧ fifth synchronous trigger signal component

Claims (2)

A synchronous detecting device includes a machine table, a plurality of carriers, a detector, a lever and a detecting indicator; the machine has a circulating track, and the circulating track is divided into a feeding zone and a sorting elimination a zone and a discharge zone, the classification elimination zone is located between the feed zone and the discharge zone; each of the carrier seats, each carrier has a body and a cup body, the cup body is disposed on the seat body; The detector is disposed at the machine and is located at a circulating track position between the feeding zone and the sorting elimination zone; the lever is disposed on the machine, and the plurality of carriers are a part of the carrier The batch is simultaneously pushed and transferred to the detector position by the lever; the detection indicator rod has a rod body and a plurality of synchronous trigger signal components, and each of the synchronous trigger signal components is mounted on the rod body, and each of the synchronous trigger signal components respectively Corresponding to each of the carriers of the same batch. The synchronization detecting device of claim 1, wherein the circulating track comprises a first track and a second track, the first track and the second track being configurable at two parallel positions of the machine, the feeding area At one end of the first rail and the second rail connection, the discharge zone is at the other end, and the sorting elimination zone is located at the middle section and is provided with a plurality of push rods, the number of the push rods and the carrier of each batch of transferred carriers The number corresponds.