TWM638227U - Detection device with protective end and detection platform using same - Google Patents

Abstract

This creation provides a detection platform, which includes a detection board, a detection seat, a driving component and a detection device. The detection device of the detection platform has a technical feature of a protective end, so that the probe base of the detection device and the The guard ends are all moving towards the direction of an electronic product to be tested until the guard end of the detection device is above the electrical detection area of the electronic product, thus effectively preventing the electronic product from being electrically tested. Inadvertent tilting or displacement occurs during sex connection, thereby improving the detection yield.

Description

Detection device with protective end and detection platform using the detection device

This creation is related to the testing technology of electronic products, in particular, it refers to a testing device with a protective end suitable for testing electronic products, and a testing platform using the testing device.

There are many types of electronic product testing modules currently in use. In order to further ensure that the product can operate normally and completely after the completion of the manufacturing, it is necessary to go through a certain program of electrical testing before the electronic product is shipped, so Then design a detection device that meets specific electronic products. That is, the "liquid crystal panel detection probe module" disclosed in the applicant's Republic of China New Patent Announcement No. TWM437459U No. B (the following symbols in the prior art are all quoted in the symbols listed in the aforementioned patent case examples) As shown in the figures, that is, the horizontally movable probe facing downward module (3), the bottom of which is provided with a module base (31) (as shown in the second and third figures of the aforementioned patent ), and a plurality of linear slide rails (32) are arranged at intervals above the module base (31) and are screwed under a slide base (34), and the module base (31) is fastened A horizontal slide table cylinder (33) is provided and is connected to one side of the slide table base (34). In this way, when the horizontal slide table cylinder (33) receives external air pressure, it gives way to the slide table base ( The plurality of probe bases (35) above 34) can reciprocate along with the slide table base (34) on the plurality of linear slide rails (32) almost synchronously.

However, since the plurality of probe bases (35) above the sliding table base (34) are all synchronously moving, therefore, the probes to be tested are carried out through the horizontally moving probe downward module (3). When the electrical properties of the object are detected, the object under test will be exerted a downward pressure almost perpendicular to the direction of the object under test by the plurality of probe bases (35), causing the object under test to be pressed relative to the plurality of probes. The other side of the needle base (35) is often tilted or displaced. In severe cases, the object under test cannot be electrically tested or damaged. Therefore, it needs to be improved.

And in order to solve the problems described in the prior art, this invention provides a kind of detection platform, by a detection device of the detection platform has the technical characteristics of a protective end, make the detection device continue towards the direction of an electronic product to be tested Close until the guard end of the detection device is above the electrical detection area of the electronic product, thereby effectively preventing the electronic product from being lifted or displaced.

In order to achieve the above purpose, the invention provides a detection platform, which includes a detection board, a detection base, a driving assembly and a detection device; and the detection base is set on the detection board, and the detection base is provided with a detection area and a bearing area; and the drive assembly is arranged on one side of the detection board, the drive assembly has a cylinder and a support arm, and one end of the support arm is pivotally connected to the cylinder and received by the The cylinder is driven to reciprocate on one side of the test board.

The detection device includes a base, a first slide rail group, a pillar, a second slide rail group, a protective arm and a probe base; and one end of the base is pivoted with a roller, And the base is pivoted on the first slide rail group; It is arranged at the other end of the base and is set opposite to the rollers of the base, so that the pillar can slide back and forth along with the base based on the first slide rail set in the opposite direction; and the second slide The rail set is set on the load-bearing area of the detection seat; and the protective support arm is pivoted on the second slide rail set and reciprocally slides in the opposite direction based on the second slide rail set, so that the protective support One end of the arm is connected to the pillar, and the other end of the protective arm has a protective end; and the probe base includes a first dial, an electrical detection circuit board, a second dial, an actuating parts and at least one fixing column, the first dial is provided with a plurality of conductive metal probes, the second dial is provided with a plurality of conductive metal probes, and the electrical detection circuit board is set on the first needle between the dial and the second dial, and respectively form an electrical connection with one end of the conductive metal probes of the first dial and one end of the conductive metal probes of the second dial, wherein , the other end of the conductive metal probes of the first dial corresponds to the position of the bearing area of the detection seat, and the other end of the conductive metal probes of the second dial faces the direction of the pillar; One end of the at least one fixed column is assembled on the load-bearing area of the detection seat, and the other end of the at least one fixed column is pivoted through the first dial, the second dial and the actuator, and makes the The first dial, the second dial and the actuator can slide back and forth on the at least one fixed column; wherein, the actuator has an inclined section corresponding to the roller of the base.

And the first slide rail assembly of the detection device is set on the detection board, and the first dial of the probe holder of the detection device and the protective end of the protective support arm are all close to the detection area of the detection base. position, and the other end of the support arm of the drive component is connected and fixed to the pillar of the detection device; wherein, when the support arm of the drive component is driven by the cylinder to move, the probe base of the detection device The first dial and the protective end of the protective support arm approach or move away from the detection area of the detection seat as the base moves back and forth on the first slide rail set.

In this invention, the detection device of the detection platform has a technical feature of the protection end, so that the first dial of the probe base of the detection device and the protection end of the protection support arm face toward the electronic product to be tested. The direction continues to approach until the protective end of the detection device is above the electrical detection area of the electronic product. In this way, it will be able to effectively prevent the electronic product from being tilted or displaced inadvertently during electrical connection. Improve detection yield.

1: Detection platform

2: Detection board

3: Detection seat

301: column

302: detection area

303: Auxiliary board

304: Positioning Department

305: bearing area

4: Drive components

401: Cylinder

403: support arm

5: Positioning seat

501: positioning arm

9: Electronic products

901: detection area

100: detection device

10: base

11:Roller

20: The first slide rail group

30: Pillar

31: Concave

33: Spring

40: Carrier

41: The first group set up department

43: The second group set up department

45: pinhole part

50: The second slide rail group

60: Protective arm

61: Concave

63: Protective end

70: probe seat

71: The first dial

711: vertical conductive metal probe

72:Electrical detection circuit board

73: Second dial

731: Bending type conductive metal probe

74:Actuator

741: Inclined section

75: fixed column

753: locking part

76: Fine-tuning components

761: Trimmer

763: Urgent parts

Fig. 1 is a three-dimensional schematic diagram of a preferred embodiment of the invention, which mainly discloses a state of a testing platform before electrical testing is performed.

Fig. 2 is a schematic perspective view similar to Fig. 1, which mainly discloses the relative position of the detection platform and a positioning seat, and the state when the electrical detection has been carried out.

FIG. 3 is a schematic perspective view similar to FIG. 2, which mainly discloses another angle of the testing platform and the state when electrical testing has been performed.

FIG. 4 is a three-dimensional schematic diagram of some components in FIG. 1 , which mainly discloses a structure in which a detection device of the detection platform is provided with a bearing member.

Fig. 5 is an exploded and three-dimensional schematic view of some components similar to Fig. 3, which mainly discloses the state of the detection device and its sub-components.

Fig. 6 is an enlarged and cross-sectional schematic view of some components similar to Fig. 1, which mainly reveals that the detection device is in a state before electrical testing is expected.

FIG. 7 is an enlarged and three-dimensional schematic view of some components similar to FIG. 6 , which mainly discloses the first state of the detection device when performing electrical detection.

Fig. 8 is an enlarged and schematic cross-sectional view of some components similar to Fig. 7, which mainly discloses the second state of the detection device when performing electrical detection.

FIG. 9 is a schematic cross-sectional view of FIG. 6, which mainly discloses a state in which a base of the detection device and an actuator are in an initial position.

FIG. 10 is a schematic cross-sectional view of FIG. 7, which mainly discloses the state in which the base and the actuator of the detection device are located at the second position.

FIG. 11 is a schematic cross-sectional view of FIG. 8, which mainly discloses the state where the base and the actuator of the detection device are located at the third position.

Fig. 12 is an enlarged schematic view of some components similar to Fig. 8, mainly revealing the relative position of the probe base of the detection device and the detection area of an electronic product.

FIG. 13 is a perspective view of some components similar to FIG. 9 , mainly revealing the state of the base of the detection device and the actuator at the initial position from another angle.

FIG. 14 is a perspective view of some components similar to FIG. 10 , which mainly discloses the state of the base of the detection device and the actuator at the second position from another angle.

FIG. 15 is a perspective view of some components similar to FIG. 11 , which mainly reveals the state of the base of the detection device and the actuator at the third position from another angle.

The applicant first explains here that in the entire specification, including the embodiments described below and the claims of the scope of the patent application, the nouns related to direction are all represented by the figures listed in this case [simple description of illustrations] Orientation is the basis. Secondly, in the embodiments and drawings to be introduced below, the same component numbers represent the same or similar components or their structural features. sign. Moreover, the detailed structure, characteristics, assembly or use, and manufacturing methods of this creation will be described in the subsequent detailed description of the implementation. However, those with ordinary knowledge in the field of this creation should understand that these detailed descriptions And the examples listed in this creation are only used to support and illustrate the actual realization of this creation, and are not used to limit the scope of patent applications for this creation.

Please refer to Fig. 1 to Fig. 4 first, it is a detection platform 1 disclosed in the preferred embodiment of this invention, which is suitable for detecting an electronic product (for example: display or panel, etc.), the detection platform 1 includes a plate-shaped body A detection plate 2, a detection seat 3, a driving assembly 4 that can be composed of a pneumatic cylinder group, an oil pressure cylinder group, or an equal matching structure, a positioning seat 5, and four detection devices 100; the detection seat 3 is borrowed A plurality of columns 301 arranged at intervals are vertically fixed on the detection board 2, and the detection seat 3 is recessed to form a detection area 302, which is used to provide the electronic product 9 to be tested to be placed therein. One of the detection seats 3 The side system is provided with two auxiliary boards 303 arranged at intervals to assist in positioning one side of the electronic product 9 to be detected. Of course, only one auxiliary board 303 may be provided as the case may be, and the outer periphery of the detection seat 3 It has a positioning part 304. Preferably, the positioning part 304 of the detection seat 3 is a hypotenuse and is adjacent to the position of one of the auxiliary plates 303. One side of the detection seat 3 is provided with four The bearing areas 305 arranged at intervals, preferably, the bearing areas 305 of the detection seat 3 are all corresponding to the positions of the two auxiliary boards 303; and the positioning seat 5 is assembled on the detection board 2 and Consistent with the position of the positioning part 304 of the detection seat 3, a telescopic and movable positioning support arm 501 of the positioning seat 5 is used to clamp one side or one end of the electronic product 9 to be detected, preferably Ground, the positioning seat 5 can be controlled by the driving assembly 4 or an external pneumatic cylinder group, hydraulic cylinder group or its equivalent structure, so that the positioning arm 501 can be matched after a predetermined process. On one side or one end of the electronic product 9 to be detected, the clamping motion is reciprocated; The moving assembly 4 is arranged on one side of the detection board 2, and the driving assembly 4 is basically composed of a cylinder 401 and a support arm 403, and one end of the support arm 403 is pivotally connected to the cylinder 401 and is driven by the cylinder 401 to reciprocate on one side of the detection board 2, the other end of the support arm 403 is respectively connected and fixed to the four detection devices 100, and the detection devices 100 are are all adjacent to the detection area 302 of the detection seat 3, wherein when the support arm 403 of the drive component 4 is driven by the cylinder 401 to move, the detection devices 100 follow the support of the drive component 4 The arm 403 is driven by the cylinder 401 to reciprocate close to or away from the detection area 302 of the detection base 3 . It is worth mentioning that these detection devices 100 are corresponding to the position of the auxiliary plate 303 of the detection seat 3 and are pivotally mounted on the detection board 2. Of course, only one of the Detection device 100.

Please refer to Fig. 1 to Fig. 6, Fig. 9 and Fig. 13 together again, and any this detecting device 100 comprises a base 10, a first slide rail group 20, a pillar 30, a carrier 40, a second The slide rail set 50 , a protective support arm 60 and a probe base 70 .

And the base 10 is pivotally arranged on the first slide rail group 20, and the first slide rail group 20 is used to be assembled on the detection plate 2 of the detection platform 1, so that the base 10 can be mounted on the detection plate 2 of the detection platform 1. The first slide rail set 20 reciprocates and slides in opposite directions. Preferably, any of the detection devices 100 is set between the detection area 302 and the detection seat 3 by the first slide rail set 20. Between the two components of the support arm 403 of the drive assembly 4, the first sliding rail group 20 of any one of the detection devices 100 is arranged to be almost parallel and spaced apart from each other, and they all face the detection area 302 of the detection seat 3 direction, and then allow the bases 10 to reciprocate and slide in the same relative direction on the corresponding pivoted first slide rail set 20, wherein one end of the base 10 is pivoted with a roller 11; The pillar 30 is erected and fixed on the other end of the base 10, and is formed with the roller 11 of the base 10 It is arranged oppositely, and the end of the pillar 30 is recessed to form a recess 31, so that one end of a spring 33 is accommodated therein, wherein, the other end of the support arm 403 of the drive assembly 4 is respectively connected and fixed to the detection devices 100 For the support 30 , preferably, the connection position between the recess 31 of the support 30 and the support arm 403 of the driving component 4 is located on two opposite sides of the support 30 . It is worth mentioning that the roller 11 of the base 10 of any of the detection devices 100 can be made of bearings, balls, supporting shafts, linear motion bearings or their equivalent structures, as long as they can achieve reciprocating The effect of the pivoting motion is sufficient.

And the bearing member 40 is a main body roughly in the shape of a plate, which is used to connect and fix at any one of the bearing areas 305 of the testing seat 3. Of course, it can also be limited to the testing as exemplified in this embodiment. Any one of the carrying areas 305 of the seat 3 is a main body of a board shape, and the above-mentioned technical features are those who have common knowledge in the technical field and can easily Considering, therefore, none of them are used to limit the technical characteristics of this creation, so let’s describe them first. In addition, the carrier 40 has a first set part 41, a second set part 43 and a pinhole part 45, the first set part 41 is closer to the post 30, the second set The setting part 43 and the pinhole part 45 are relatively far from the position of the pillar 30. Preferably, the second setting part 43 is between the first setting part 41 and the pinhole part 45. ; Wherein, the second slide rail group 50 is set on the first set part 41, and the protective support arm 60 is pivotally mounted on the second slide rail set 50, so that the protective support arm 60 can be placed on the The second sliding rail group 50 slides back and forth in the opposite direction. Preferably, one end of the protective arm 60 is connected to the end of the pillar 30. More preferably, the protective arm 60 is recessed. A concave portion 61 is corresponding to the position of the concave portion 31 of the pillar 30, and is used to house the other end of the spring 33 of the pillar 30, so that the protective arm 60 and the pillar 30 are connected by the spring 33 connect to each other This forms a predetermined compressible distance. In addition, the protective arm 60 has a protective end 63 corresponding to the position of the concave portion 61; The position of the second set part 43. What is worth mentioning is that the installation direction of the second slide rail group 50 of any of the detection devices 100 is the same as the installation direction of the first slide rail group 20, and the first slide rail group 20 and the second slide rail group The rail set 50 can be made of a linear slide rail, a guide post or an equivalent matching structure thereof, so that the base 10 is correspondingly pivoted at the junction of the first slide rail set 20 and the protective support arm 60 is pivotally arranged at the corresponding joint of the first slide rail set 20 The joints of the second slide rail set 50 can cooperate with the first slide rail set 20 and the second slide rail set 50 to be constituted by linear sliders, guide bushes, bushes or their equivalent matching structures.

And this probe seat 70 system comprises a first dial 71, an electrical detection circuit board 72, a second dial 73, an actuator 74, four fixed columns 75 and four fine-tuning assemblies 76; The sex detection circuit board 72 is set between the first dial 71 and the second dial 73, and one end of the first dial 71 is pierced with a plurality of vertical conductive metal probes arranged at intervals. 711, and one end of these vertical conductive metal probes 711 is electrically connected to one end of the electrical detection circuit board 72, and the other end of these vertical conductive metal probes 711 is corresponding to the carrier 40 The position of the pinhole portion 45, one end of the second dial 73 is pierced with a plurality of curved conductive metal probes 731 arranged at intervals, and one end of these curved conductive metal probes 731 is electrically conductive. Connected to the other end of the electrical detection circuit board 72, and the other end of the bending type conductive metal probes 731 is towards the direction of the pillar 30, wherein the vertical conductive metal probes of the first dial 71 The probes 711 and the bent conductive metal probes 731 of the second dial 73 are arranged oppositely based on the electrical detection circuit board 72; the actuator 74 is assembled on the second dial 73, The second dial 73 is interposed between the two components of the electrical detection circuit board 72 and the actuator 74, wherein the actuator 74 has a slope section 741, which is relatively Corresponding to the roller 11 of the base 10; the probe base 70 is fixed at the position of the second assembly part 43 of the carrier 40 by one end of the fixing columns 75, and the fixing columns 75 The other end is fixed on the detection plate 2 of the detection platform 1 after passing through the first dial 71, the second dial 73 and the actuator 74 respectively, so that the first dial 71, the second dial 71 Components such as the dial 73 and the actuator 74 can slide back and forth on the fixed posts 75 almost synchronously; Composition, and the actuator 74 and any one of the fixed columns 75 are respectively clamped by the fine-tuning parts 761 of the fine-tuning components 76. Preferably, in this embodiment, the fine-tuning parts 761 of the fine-tuning components 76 They are respectively clamped at the four corners below the moving part 74, and are used as a support for the moving part 74 in overall view; wherein, the pressing part 763 of the fine-tuning assembly 76 passes through the fine-tuning part 761 from the outside Afterwards, it is firmly fixed on the locking part 753 of the corresponding fixing column 75; and it is worth mentioning that the vertical conductive metal probes 711 of the first dial 71 and the second dial 73 The curved conductive metal probe 731 series can also be replaced with FFC probe set (Flexible Flat Cable, software flat cable) or FPC probe set (Flex Printed Circuit, flexible printed circuit board) with the same conductive effect according to the actual situation. In addition, depending on the actual situation, only one fixing column 75 and one matching fine-tuning assembly 76 can be set; certainly, the above-mentioned technical features listed above are all those who have common knowledge in the technical field. The best embodiment can be easily thought of, or is only a simple change in quantity, therefore, it is not used as a technical feature to limit the claims of this creation, and it will be described first.

The above are the technical features of the detection platform 1 and its sub-components disclosed in the preferred embodiment of this creation, and will continue to disclose the electrical testing of electronic products through the detection platform 1 disclosed in the preferred embodiment of this creation. The main action and the effect it intends to achieve:

One, please refer to Fig. 1 to Fig. 7, Fig. 10 and Fig. 14 together again, at first, place the electronic product 9 for electrical testing on the detection area 302 of the detection seat 3 of the detection platform 1 The position, preferably, is to allow the electrical detection area 901 of the electronic product 9 to face the direction of the detection devices 100 and to face the direction of the detection area 302 of the detection seat 3 of the detection platform 1. At this time, The cylinder 401 of the driving assembly 4 of the detection platform 1 generates a force sufficient to drive the support arm 403 to push the detection devices 100 based on the corresponding pivoting device by activating an external power system such as air pressure or oil pressure. The technical feature of starting to move on the first slide rail group 20, so that the bases 10 of the detection devices 100 pushed by the support arm 403 of the drive assembly 4 are on the corresponding first slide rail group 20. The rail set 20 shows the effect of gradually sliding and approaching from the initial position toward the electrical detection area 901 of the electronic product 9 almost synchronously, until the roller 11 on the base 10 of any detection device 100 is aligned. It abuts against the slope section 741 of the actuator 74 of the probe base 70 and generates a blocking force to stop.

Second, please refer to Fig. 7, Fig. 10 and Fig. 14 together again, and when the driving assembly 4 of the detection platform 1 and the positioning seat 5 all continue to receive external power such as air pressure or oil pressure from the outside, the At this time, any one of the pillars 30 of the detection device 100 will be continuously pushed by the arm 403 of the drive assembly 4, so that it is located between the recess 31 of the pillar 30 and the recess 61 of the protective arm 60 The technical feature of the spring 33 gradually producing compression deformation is to continue to drive the protective support arm 60 toward the electrical detection area 901 of the electronic product 9 based on the corresponding pivoted second slide rail set 50 The direction continues to approach until the protective end 63 of the protective arm 60 of any of the detection devices 100 is located directly above the electrical detection area 901 of the electronic product 9, thereby effectively preventing the electronic product 9 from being tilted or displaced. , preferably, the positioning support arm 501 of the positioning seat 5 extends from the initial position and is clamped on the electronic product The technical characteristics of one side or one end of the product 9, in this way, will more effectively improve the stability of the electronic product 9 placed on the detection seat 3 of the detection platform 1 when performing electrical testing.

Thirdly, please refer to Fig. 8, Fig. 11, Fig. 12 and Fig. 15 together, and when the driving assembly 4 of the detection platform 1 continues to receive external power such as air pressure or oil pressure from the outside, at this time, With the technical feature that the roller 11 on the base 10 of any one of the detection devices 100 gradually moves from the high end of the slope section 741 of the corresponding actuator 74 of the probe holder 70 toward the low end, In this way, the first dial 71 , the second dial 73 , and the actuator 74 of the probe base 70 are moved along the fixed columns 75 toward the electrical detection area 901 of the electronic product 9 The direction presents a vertical upward movement until the vertical conductive metal probes 711 of the first dial 71 of the probe base 70 protrude from the corresponding position of the pinhole portion 45 of the carrier 40, and are electrically It is connected to the position of the detection area 901 of the electronic product 9, and then achieves the effect of performing electrical tests on the detection area 901 of the electronic product 9 by backside or reverse needle sticking. In the same way, it can be seen that when the driving component 4 of the detection platform 1 no longer receives external power such as air pressure or oil pressure from the outside, the support arm 403 of the driving component 4 will drive the probe bases of the detection devices 100 The vertical conductive metal probes 711 of 70 are released from the detection area 901 of the electronic product 9 first, so that the rollers 11 on the base 10 of any detection device 100 are gradually released from the corresponding probes. The low end of the slope section 741 of the actuator 74 of the seat 70 moves toward the initial direction of the high end, so that the protective end 63 of the protective arm 60 of any detection device 100 is gradually moved away from the electrical detection area of the electronic product 9 901, until the detection devices 100 are pulled back to the initial position by the support arm 403 of the drive assembly 4. In this way, the effect of repeated electrical tests on several electronic products can be achieved.

Fourthly, please refer to Fig. 5, Fig. 9 and Fig. 12 together again, the other ends of the curved conductive metal probes 731 of the second dial 73 of the probe base 70 can be electrically connected respectively. The technical feature of setting and being controlled by an external control device will allow the operator to directly control the bending type conductive metal probes of the second dial 73 of the probe base 70 electrically through the external control device. The electrical state of the needle 731, the electrical detection circuit board 72 and the vertical conductive metal probes 711 of the first needle plate 71, thereby achieving a more efficient electrical test for the detection area 901 of the electronic product 9 effect.

Fifth, please refer to Fig. 5 to Fig. 15 again, the micro-adjustment assemblies 76 provided on the probe base 70 of any one of the detection devices 100 are respectively stuck in the four corners below the actuator 74 And the technical feature used to support the moving part 74 will allow the operator to selectively adjust or loosen the pressing parts 763 of the fine-tuning assemblies 76 or one of the pressing parts 763 of the fine-tuning assemblies 76 and its other parts according to the actual situation. After the locking portion 753 of the corresponding fixed column 75, the whole or a part of the actuator 74 can be reciprocated and fine-tuned on the corresponding fixed column 75 until any one of the fixed columns Until the vertical conductive metal probes 711 of the first dial 71 of the probe base 70 of the detection device 100 and the detection area 901 of the electronic product 9 are in a better electrical conduction state again.

1: Detection platform

2: Detection board

301: column

302: detection area

303: Auxiliary board

304: Positioning Department

4: Drive components

401: Cylinder

403: support arm

5: Positioning seat

501: positioning arm

9: Electronic products

100: detection device

Claims (10)

A detection device (100), comprising: a base (10), a first slide rail group (20), a pillar (30), a carrier (40), a second slide rail group (50), A protective arm (60) and a probe base (70); and one end of the base (10) is pivoted with a roller (11), and the base (10) is pivoted on the first slide rail group (20); and the pillar (30) is erected on the other end of the base (10), and is set opposite to the roller (11) of the base (10), and the pillar (30) is followed by The base (10) slides back and forth in opposite directions based on the first slide rail group (20); and the carrier (40) includes a first set part (41), a second set part (43) and a pinhole part (45), the first set part (41) is closer to the position of the pillar (30), the second set part (43) is between the first set part ( 41) and the pinhole part (45); the second slide rail group (50) is set on the first set part (41) of the carrier (40); the protective support arm (60) is Pivoted on the second slide rail set (50) and reciprocatingly sliding in opposite directions based on the second slide rail set (50), one end of the protective support arm (60) is connected to the pillar (30), The other end of the guard arm (60) has a guard end (63); and the probe base (70) includes a first dial (71), an electrical detection circuit board (72), a first Two dials (73), an actuator (74) and at least one fixed post (75); the first dial (71) is provided with a plurality of conductive metal probes (711) and the second dial (73) is There are a plurality of conductive metal probes (731), and the electrical The detection circuit board (72) is assembled between the first dial (71) and the second dial (73), and is respectively connected with the conductive metal probes ( 711) and one end of the conductive metal probes (731) of the second dial (73) form an electrical connection, wherein the conductive metal probes (711 of the first dial (71) ) and corresponding to the position of the pinhole portion (45) of the carrier (40), the other end of the conductive metal probes (731) of the second dial (73) is towards the pillar (30 ) direction; one end of the at least one fixed column (75) is set on the second assembly part (43) of the carrier (40), and the other end of the at least one fixed column (75) is pivoted through the After the first dial (71), the second dial (73) and the actuator (74), and make the first dial (71), the second dial (73) and the actuator (74) ) can slide back and forth on the at least one fixed column (75); wherein, the actuator (74) has a sloped section (741) corresponding to the roller (11) of the base (10). The detection device (100) as claimed in claim 1, wherein the end of the pillar (30) is provided with a recess (31), and the protective arm (60) is provided with a recess (61) corresponding to the pillar ( The position of the recess (31) of 30) makes the two ends of a spring (33) accommodate respectively in the recess (31) of the pillar (30) and the recess (61) of the guard arm (60). The detection device (100) according to claim 2, wherein the probe base (70) further includes at least one fine-tuning component (76), which is clamped between the actuator (74) and the at least one fixed column ( 75) between. The detection device (100) according to claim 3, wherein the at least one fine-tuning component (76) of the probe base (70) has a fine-tuning member (761) and a pressing member (763), and the fine-tuning member (761) is clamped between the actuator (74) and the at least one fixed post (75), and the urging member (763) is pivoted through the fine-tuning member (761) and fixed on the corresponding A locking part (753) of at least one fixing post (75). A detection platform (1), comprising: a detection board (2); a detection seat (3), which is arranged on the detection board (2), and the detection seat (3) is provided with a detection area (302) ; a drive assembly (4), is arranged on one side of the detection plate (2), and the drive assembly (4) has a cylinder (401) and an arm (403), the arm (403 ) is pivotally connected to the cylinder (401) and driven by the cylinder (401) to reciprocate on one side of the detection plate (2); and any one of claims 1 to 4 The detection device (100) described in the item is set on the detection board (2) by the first slide rail group (20) of the detection device (100), and the probe seat of the detection device (100) The first dial (71) of (70) and the protective end (63) of the protective arm (60) are all close to the position of the detection area (302) of the detection seat (3), and the drive assembly (4) The other end of the support arm (403) is connected to the pillar (30) of the detection device (100); wherein, when the support arm (403) of the drive unit (4) is driven by the cylinder (401) to move , so that the first probe holder (70) of the detection device (100) The dial (71) and the protective end (63) of the protective arm (60) approach or move away from the detection seat as the base (10) slides back and forth on the first slide rail group (20) (3) The position of the detection area (302). A detection platform (1), comprising: a detection board (2); a detection seat (3), which is arranged on the detection board (2), and the detection seat (3) is provided with a detection area (302) And a loading area (305); a driving assembly (4), is arranged on one side of the detection board (2), and the driving assembly (4) has a cylinder (401) and an arm (403 ), one end of the arm (403) is pivotally connected to the cylinder (401) and driven by the cylinder (401) to reciprocate on one side of the detection plate (2); and a detection device (100), comprising: a base (10), a first slide rail group (20), a pillar (30), a second slide rail group (50), a protective support arm (60) and a probe Needle seat (70); and one end of the base (10) is pivoted with a roller (11), and the base (10) is pivoted on the first slide rail group (20); and the pillar (30 ) is erected on the other end of the base (10), and is set opposite to the roller (11) of the base (10), and the pillar (30) is based on the first base (10) The slide rail group (20) slides back and forth toward the opposite direction; the second slide rail group (50) is set on the bearing area (305) of the detection seat (3); the protective support arm (60) is pivoted Set on the second slide rail set (50) and slide back and forth in opposite directions based on the second slide rail set (50), the protective support arm One end of (60) is connected with this support (30), and the other end of this guard support arm (60) has a guard end (63); And this probe base (70) system comprises a first dial (71) , an electrical detection circuit board (72), a second dial (73), an actuator (74) and at least one fixed column (75); the first dial (71) is provided with a plurality of conductive metal probes needle (711), the second dial (73) is provided with a plurality of conductive metal probes (731), and the electrical detection circuit board (72) is assembled between the first dial (71) and the second Between the two dials (73), and respectively with one end of the conductive metal probes (711) of the first dial (71) and the conductive metal probes (73) of the second dial (73) 731) to form an electrical connection, wherein the other end of the conductive metal probes (711) of the first dial (71) corresponds to the position of the bearing area (305) of the detection seat (3) , the other end of the conductive metal probes (731) of the second dial (73) is facing the direction of the pillar (30); one end of the at least one fixed pillar (75) is set on the detection seat ( 3) in the bearing area (305), after the other end of the at least one fixed post (75) is pivoted through the first dial (71), the second dial (73) and the actuator (74), And the first dial (71), the second dial (73) and the actuator (74) can slide back and forth on the at least one fixed column (75); wherein, the actuator (74) It has an inclined section (741), which is corresponding to the roller (11) of the base (10); wherein, the first slide rail group (20) of the detection device (100) is set on the detection plate ( 2), and let the first probe holder (70) of the detection device (100) The guard end (63) of the dial (71) and the guard arm (60) is all close to the position of the detection zone (302) of the test seat (3), and the position of the support arm (403) of the drive assembly (4) The other end is connected and fixed to the pillar (30) of the detection device (100); wherein, when the support arm (403) of the drive assembly (4) is driven by the cylinder (401) to move, the detection device ( The first dial (71) of the probe seat (70) of 100) and the protective end (63) of the protective arm (60) are along with the base (10) in the first slide rail group ( 20) Sliding up and down to approach or move away from the position of the detection area (302) of the detection seat (3). The detection platform (1) as described in claim 6, wherein, the end of the pillar (30) of the detection device (100) is provided with a recess (31), and the protective arm (60) is provided with a recess (61) And corresponding to the position of the recess (31) of the pillar (30), the two ends of a spring (33) are respectively accommodated in the recess (31) of the pillar (30) and the recess of the protective arm (60) (61). The detection platform (1) as described in claim 7, wherein the probe base (70) of the detection device (100) further includes at least one fine-tuning component (76), which is clamped between the actuator (74) and Between the at least one fixed column (75). The detection platform (1) as described in claim 8, wherein, the at least one fine adjustment component (76) of the probe base (70) of the detection device (100) has a fine adjustment member (761) and a pressing member ( 763), the trimmer (761) is clamped between the actuating member (74) and the at least one fixed column (75), and the pressing member (763) is tightened after pivoting through the trimmer (761). It is fixed to one locking portion (753) of the corresponding at least one fixing column (75). The detection platform (1) as described in any one of claims 6 to 9, which further includes a positioning seat (5), and the outer periphery of the detection seat (3) has a positioning portion (304), wherein, The positioning seat (5) is assembled on the detection board (2) and conforms to the position of the positioning portion (304) of the detection seat (3).

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