CN204564605U - Atomizer resistance Automatic Test Equipment - Google Patents
Atomizer resistance Automatic Test Equipment Download PDFInfo
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- CN204564605U CN204564605U CN201420754242.5U CN201420754242U CN204564605U CN 204564605 U CN204564605 U CN 204564605U CN 201420754242 U CN201420754242 U CN 201420754242U CN 204564605 U CN204564605 U CN 204564605U
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Abstract
The blanking device that the atomizer the utility model discloses a kind of atomizer resistance Automatic Test Equipment, described tester comprises controller, being used for vibrating device to bring for the vibrating device sent in an orderly manner by atomizer, the side that is arranged at vibrating device continues downstream transport, the discharge end being arranged at blanking device are used for testing the resistance of atomizer and the test suite sorted out the atomizer after detecting; Described controller is electrically connected with vibrating device, test suite, for obtaining switching signal, vibrating device vibration is controlled according to switching signal, sequentially pass through described blanking device and slip into test suite one by one after atomizer in vibrating device is vibrated and carry out resistance test, described controller is also sorted out the atomizer after detection for controlling test suite according to resistance test result.The utility model replaces manual operation substantially, can batch feeding, and collection resistance test with screening range one, greatly can enhance productivity, reduce costs.
Description
Technical field
The utility model relates to electronic cigarette field tests, more particularly, relates to a kind of atomizer resistance Automatic Test Equipment.
Background technology
Electronic cigarette comprises atomizer and battery rod, as shown in Figure 1, the atomizing component that atomizer comprises atomization cover 110 and is arranged in atomization cover 110, wherein, atomizing component comprise the atomization seat 104, the Huang that axially arrange along atomization cover 110 receive pipe 105, oil storage cotton 107, be arranged on the heat generating member 106 that Huang receives in pipe 103.Atomizer also comprises and is arranged on the sealing ring 108 that atomization cover 110 one end and oil storage cotton 107 abuts and the suction nozzle cover 109 be arranged on outside sealing ring 108, is also provided with interior second electrode 103, dead ring 102 and the first electrode 101 for being threaded with battery rod at the other end being atomized cover 110.
In prior art, the test of atomizer resistance can only, artificially with hand feeding, survey resistance, screening non-defective unit and defective products one by one, need time and the manpower of at substantial, and manual test efficiency be very low.
Therefore, design a kind of atomizer resistance Automatic Test Equipment to be necessary very much.
Utility model content
The technical problems to be solved in the utility model is, for prior art defect, provides a kind of production efficiency high and the atomizer resistance Automatic Test Equipment that cost is low.
The utility model solves the technical scheme that its technical problem adopts: construct a kind of atomizer resistance Automatic Test Equipment, atomizer described in each includes heating wire for being atomized tobacco tar and the first electrode be electrically connected with the two ends of described heating wire respectively and the second electrode, described first electrode and the second electrode be arranged at described atomizer end and for being electrically connected with battery component, described tester comprises controller, for the vibrating device that described atomizer is sent in an orderly manner, the blanking device of downstream transport is continued in the side being arranged at described vibrating device for the atomizer brought by described vibrating device, the discharge end being arranged at described blanking device is for the resistance tested between described first electrode and described second electrode and the test suite sorted out the described atomizer after detecting,
Described controller is electrically connected with described vibrating device, test suite, described controller is for obtaining switching signal, the vibration of described vibrating device is controlled according to described switching signal, sequentially pass through described blanking device and slip into described test suite one by one after making the described atomizer vibration in vibrating device and carry out resistance test, described controller is also sorted out the described atomizer after detection for controlling described test suite according to resistance test result.
In atomizer resistance Automatic Test Equipment described in the utility model, described tester also comprises the gauge tap be connected with described controller, described gauge tap is for generating described switching signal, described test suite comprises the area assembly to be measured being distributed in district to be measured, and described area assembly to be measured comprises district to be measured trigger element and district to be measured driver part; And being distributed in the test section assembly including resistance test board of test section, described test section assembly also comprises test section trigger element and test section driver part;
The atomizer in district to be measured is also transported to described test section for district to be measured driver part described in the district to be measured actuated signal control that detects according to district to be measured trigger element by described controller, and test section driver part pushes described atomizer according to the test section actuated signal control of test section trigger element, the first electrode of described test section atomizer and the second electrode is made to be tight against described resistance test board, to carry out resistance test to described atomizer;
Described controller is also for generating resistance test result according to actual resistance test value, and acceptance or rejection atomizer for receiving described resistance test result, and is carried by different route classification according to described resistance test result by described test section driver part.
In atomizer resistance Automatic Test Equipment described in the utility model, described tester also comprises the display module be electrically connected with described controller, and described display module is for showing the test result of described test suite.
In atomizer resistance Automatic Test Equipment described in the utility model, described district to be measured driver part comprises drive unit and the fixed head with notch, described upper drive unit drives with described fixed head and is connected, described district to be measured trigger element is for detecting in described notch whether have described atomizer, described controller for receiving the testing result of described district to be measured trigger element, and control when described atomizer enters described notch described on drive unit promote described fixed head and the atomizer in described notch pushed described test section.
In atomizer resistance Automatic Test Equipment described in the utility model, the test circuit that described resistance test board comprises two testing needles and is electrically connected with described testing needle, described testing needle is used for abutting rear electrical contact respectively with the first electrode and the second electrode; Described test circuit is electrically connected with described controller, and test result is sent to described controller.
In atomizer resistance Automatic Test Equipment described in the utility model, described test section driver part comprises the left drive unit being positioned at left, described test section, be positioned at the right drive unit of right, described test section, the left pushing block be connected is driven with described left drive unit, the right pushing block be connected is driven with described right drive unit, and be positioned at the rear drive equipment at rear, described test section, described left pushing block and described right pushing block arrange in opposite directions and under the driving of described left drive unit and described right drive unit, support synthesis respectively for accepting the circular test trough of the described atomizer glided from described test section to be measured, described left drive unit, left pushing block, right pushing block and right drive unit are all parallel with fixed head with described upper drive unit, described rear drive equipment aims at described circular test trough, described controller is used for detecting that described atomizer controls described rear drive equipment and promotes described atomizer when entering described circular test trough at described test section trigger element, two testing needles of described first electrode of described atomizer and described second electrode and described resistance test board are tight against, thus test the resistance of described atomizer.
In atomizer resistance Automatic Test Equipment described in the utility model, described test section driver part also comprise be connected to described rear drive equipment towards one end of described circular test trough and under the driving of drive unit in the rear, described atomizer is pushed to described testing needle rear pushing block, for fixing described rear drive equipment fixed block and to be arranged on described fixed block and to be used for the limited block of the stroke limiting described rear drive equipment;
Described tester also comprises and is arranged on the defective products chute abutted below described resistance test board and with described left pushing block and the non-defective unit chute abutted with described right pushing block, described defective products chute is separated by described left pushing block and described circular test trough, described non-defective unit chute is separated by described right pushing block and described circular test trough, described controller is used for controlling described right drive unit when the resistance of described atomizer is in described threshold range and opens described right pushing block, and described atomizer is slided from described non-defective unit chute; Described controller is used for controlling described left drive unit when the resistance of described atomizer is not in described threshold range and opens described left pushing block, and described atomizer is slided from described defective products chute.
In atomizer resistance Automatic Test Equipment described in the utility model, described blanking device comprises the drawing mechanism be connected with described vibrating device, passage, survey resistance leading portion block, one end of described passage is connected with described drawing mechanism, the other end of described passage is connected with described survey resistance leading portion block, described passage becomes an angle being less than 90 degree with horizontal plane, described survey resistance leading portion block abuts with described upper drive unit away from one end of described passage, groove is offered in described survey resistance leading portion block, described atomizer enters described passage from described vibrating device vibration by described drawing mechanism, and described groove is slid into from described passage,
One end of described passage and described drawing mechanism seamless connection, the other end of described passage and the resistance leading portion block seamless connection of described side.
In atomizer resistance Automatic Test Equipment described in the utility model, described passage is provided with the proximity switch be electrically connected with described controller, described controller be used for described proximity switch detected atomizer control when entering described passage described on drive unit reset, one end of described notch is abutted with one end of described groove, and described atomizer slips into described notch from described groove under the promotion of a rear atomizer.
In atomizer resistance Automatic Test Equipment described in the utility model, described tester also comprises the first level board for fixing described test suite, for the second level board of fixing described first level board, described blanking device and described vibrating device, and for fixing the holder of described second level board, described first horizontal plate portions gives prominence to described second level board, and described controller is arranged in described holder.
Implement a kind of atomizer resistance Automatic Test Equipment of the present utility model, there is following beneficial effect: first, by arranging a kind of atomizer resistance Automatic Test Equipment, making this tester substantially replace manual operation, can batch feeding, greatly can enhance productivity, reduce costs; Secondly, by arranging non-defective unit chute and defective products chute on tester, the atomizer after testing can be slided from non-defective unit chute or defective products chute, thus realize sorting out, and resistance test ranges one with screening, can enhance productivity further, reduce costs; Finally, by by the two ends of passage respectively with drawing mechanism and surveys the seamless connection of resistance leading portion block, can prevent atomizer from the process of passage, occurring the linking situation causing backgauge not in place.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the structural representation of prior art atomizer;
Fig. 2 is the perspective view of the atomizer resistance Automatic Test Equipment of the utility model embodiment;
Fig. 3 is the enlarged drawing of a-quadrant in Fig. 2;
Fig. 4 is the upper drive unit of the utility model embodiment and the perspective view of fixed head;
Fig. 5 is the front view of the atomizer resistance Automatic Test Equipment of the utility model embodiment;
Fig. 6 is the rear drive equipment of the utility model embodiment and the perspective view of rear pushing block;
Fig. 7 is the right view of the atomizer resistance Automatic Test Equipment of the utility model first embodiment;
Fig. 8 is the perspective view of the survey resistance leading portion block of the utility model embodiment;
Fig. 9 is the right view of the atomizer resistance Automatic Test Equipment of the utility model second embodiment;
Figure 10 is the control system block diagram of the utility model embodiment.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be understood that, specific embodiment described herein only for explaining the utility model, and is not used in restriction the utility model.
As shown in Figure 1, each atomizer includes heating wire for atomizing cigarette oil and the first electrode 101 and the second electrode 103 of being electrically connected with the two ends of heating wire respectively, wherein, the first electrode 101 and the second electrode 103 are arranged with the end of atomizer and for being electrically connected with battery component.Atomizer resistance Automatic Test Equipment of the present utility model is for testing the resistance value of the heating wire between the first electrode 101 and the second electrode 103.
As shown in Figure 2, atomizer resistance Automatic Test Equipment involving vibrations device 10 of the present utility model, blanking device 20, test suite 30, defective products chute 40, non-defective unit chute 50, first level board 60, second level board 70 and holder 80.Wherein, one end of blanking device 20 is connected with vibrating device 10, the other end of blanking device 20 is connected with test suite 30, defective products chute 40 and non-defective unit chute 50 are connected to the below of test suite 30 respectively and are arranged on the both sides of test suite 30, the atomizer of batch is vibrated by vibrating device 10 and enters blanking device 20 one by one, slipped down in test suite 30 by blanking device 20 again and test, after test, test suite 30 is sorted out the atomizer after detection, non-defective unit and defective products can be divided into, wherein, non-defective unit slides from non-defective unit chute 50, defective products slides from defective products chute 40.
In addition, test suite 30 is fixed on the first level board 60, and the first level board 60, blanking device 20 and vibrating device 10 are fixed on the second level board 70, and the second level board 70 is fixed on holder 80.In the utility model, first level board 60 and the second level board 70 are all flat boards of horizontal positioned, and outstanding second level board 70 of the first level board 60 part, main purpose conveniently sorts out atomizer, defective products chute 40 and non-defective unit chute 50 are arranged on the first level board 60 of outstanding second level board 70, and be positioned at the below of the first level board 60, and test suite 30 is positioned at the top of the first level board 60, atomizer is sorted out after test suite 30 is tested by defective products chute 40 and non-defective unit chute 50.
Further, atomizer resistance Automatic Test Equipment of the present utility model also comprises controller 100 (as shown in Figure 10), described controller 100 is electrically connected with vibrating device 10 and test suite 30 respectively, and vibrate for controlling vibrating device 10, and control test suite 30 pairs of atomizers and test, also control test suite 30 simultaneously and the atomizer after detecting is sorted out.In the utility model, controller 100 is arranged in holder 80.Particularly, controller 100 for obtaining switching signal, and vibrates according to switching signal control vibrating device 10, sequentially passes through blanking device 20 and slips into test suite 30 one by one and carry out resistance test after the atomizer in vibrating device 10 is vibrated.In the utility model, controller 100 can be PLC or the microprocessor such as single-chip microcomputer or DSP.
Further, tester also comprises the gauge tap be connected with controller 100, and this gauge tap is for the production of switching signal, particularly, gauge tap can be arranged on holder 80, and gauge tap can be switch conventional in prior art, and no further details to be given herein.
Further, as shown in Figure 3, test suite 30 comprises district to be measured and test section, specifically comprises the area assembly to be measured being distributed in district to be measured, and is distributed in the test section assembly comprising resistance test board 31 of test section.Wherein, area assembly to be measured comprises district to be measured trigger element 200 (as shown in Figure 10) and district to be measured driver part, and test section assembly also comprises test section trigger element 300 and test section driver part.The atomizer in district to be measured is transported to test section by the to be measured district actuated signal control to be measured district driver part of controller 100 also for detecting according to district to be measured trigger element 200, and push described atomizer according to actuated signal control test section, the test section driver part of test section trigger element 300, the first electrode 101 (as shown in Figure 1) of test section atomizer and the second electrode 103 is made to be tight against resistance test board 31, to carry out resistance test to atomizer.Described controller 100 is also for generating resistance test result according to actual resistance test value, acceptance or rejection atomizer for receiving described resistance test result, and is carried by different route classification according to described resistance test result by described test section driver part.Particularly, controller 100 can pre-set a standard resistance threshold range, and actual resistance test value and this standard resistance threshold range is compared and draw resistance test result.In the utility model, district to be measured trigger element 200 and test section trigger element 300 are sensor or proximity switch.
Wherein, test section is positioned at the below of test section to be measured, and test section can be communicated with blanking device 20, after making atomizer enter test section to be measured from blanking device 20, then enters test section from test section to be measured and tests.
Wherein, the non-defective unit value of the resistance of the heating wire between the first electrode 101 of standard resistance threshold range and atomizer and the second electrode 103.
Further, tester also comprises display module (not shown), and this display module and controller 100 are electrically connected, and for showing the test result of test suite 30, can also show the categorization results of atomizer simultaneously.
In order to test the resistance of the heating wire between the first electrode 101 of atomizer and the second electrode 103, test circuit (not shown) resistance test board 31 being provided with two testing needles 311 and being electrically connected with testing needle 311, described testing needle 311 is for abutting rear point cantact respectively with the first electrode 101 and the second electrode 103 thus testing the resistance of atomizer.Test circuit is also electrically connected with controller 100, and test result is sent to controller 100, and in the utility model, belong to prior art for the test circuit testing atomizer resistance, no further details to be given herein.
Further, district to be measured driver part comprises drive unit 32, drives with upper drive unit 32 fixed head 33 be connected.Wherein, upper drive unit 32 and fixed head 33 are all arranged in district to be measured, and upper drive unit 32 is all parallel with test section with fixed head 33.Controller 100 is electrically connected (as shown in Figure 10) with upper drive unit 32 and district to be measured trigger element 200 respectively, when district to be measured trigger element 200 detect district to be measured has atomizer time, controller 100 controls upper drive unit 32 and promotes fixed head 33 and atomizer is pushed test section.
Particularly, as shown in Figure 4, upper drive unit 32 drives with fixed head 33 and is connected, and is also provided with notch 331 in fixed head 33, and wherein, notch 331 is downward, and district to be measured trigger element 200 is for detecting in notch 331 whether have atomizer.When district to be measured trigger element 200 detect in notch 331 have atomizer time, controller 100 controls upper drive unit 32 and promotes fixed head 33, thus the atomizer of 331 li, notch is pushed test section.In the utility model, district to be measured is positioned at the upper right side of test section, and therefore, the upper right side of atomizer from test section is pushed into directly over test section by upper drive unit 32, and falls into test section from the through hole directly over test section.Wherein, upper drive unit 32 is electrically connected with controller 100, and in the utility model, upper drive unit 32 can be the drive unit such as cylinder or motor.
Further, as shown in Figure 5, test section driver part comprises left drive unit 34, right drive unit 35, left pushing block 36, right pushing block 37, and rear drive equipment 38 (as shown in Figure 6).Wherein, left drive unit 34 is positioned at the left of test section, right drive unit 35 is positioned at the right of test section, rear drive equipment 38 is positioned at the rear of test section, left pushing block 36 drives with left drive unit 34 and is connected, right pushing block 37 drives with right drive unit 35 and is connected, and left pushing block 36 is arranged in opposite directions with right pushing block 37, left pushing block 36 and right pushing block 37 is made under the driving of left drive unit 34 and right drive unit 35, to support the circular test trough 361 of synthesizing for accepting the atomizer slided from test section to be measured respectively, described left drive unit 34, left pushing block 36, right pushing block 37 and right drive unit 35 are on the same line, and it is parallel with fixed head 33 with upper drive unit 32, described rear drive equipment 38 pairs of quasi-circular test trough 361.Described controller 100 is electrically connected (as shown in Figure 10) with described left drive unit 34, right drive unit 35, rear drive equipment 38 and test section trigger element 300 respectively, and detect that atomizer controls described rear drive equipment 38 and promotes atomizer when entering circular test trough 361 at test section trigger element 300, first electrode 101 of atomizer and the second electrode 103 are tight against with the testing needle of two on resistance test board 31 311 respectively, thus the resistance of test atomizer.In utility model, left drive unit 34 and right drive unit 35 can be the drive units such as cylinder or motor.
Further, controller 100 receives the test result of test circuit transmission and judges, when the resistance of atomizer is in threshold range, controller 100 controls right drive unit 35 and resets and open right pushing block 37, and atomizer is slided from non-defective unit chute 50; When the resistance not Time Controller in threshold range of atomizer, controller 100 controls left drive unit 34 and resets and open left pushing block 36, and atomizer is slided from defective products chute 40.In the utility model, non-defective unit chute 50 and defective products chute 40 separate with circular test trough 361 respectively by right pushing block 37 and left pushing block 36, when right pushing block 37 or left pushing block 36 are opened, non-defective unit chute 50 or defective products chute 40 are communicated with circular test trough 361, thus the atomizer in circular test trough 361 is slided from non-defective unit chute 50 or defective products chute 40, thus sort out.
Further, as shown in Figure 6, test section driver part also comprise be connected to rear drive equipment 38 towards one end of described circular test trough 361 and for push testing needle 311 at the driving decline atomizer of rear drive equipment 38 rear pushing block 39, for fixing rear drive equipment 38 fixed block 41 and to be arranged on fixed block 41 and for the limited block 42 of the stroke that limits rear drive equipment 38.Wherein, rear pushing block 39 abuts with atomizer one end away from the second electrode 103 under the driving of rear drive equipment 38, and limited block 42 to advance forward too much stroke thus clash into resistance test board 31 and cause the testing needle 311 on resistance test board 31 to damage for preventing rear drive equipment 38.In the utility model, rear drive equipment 38 can be the drive unit such as cylinder or motor.
Further, as shown in Figure 7, in the first embodiment of the present utility model, blanking device 20 comprises drawing mechanism 21, passage 22 and surveys resistance leading portion block 23.Wherein, one end of passage 22 is connected with drawing mechanism 21, the other end of passage 22 is connected with survey resistance leading portion block 23, and drawing mechanism 21 is connected with vibrating device 10 away from one end of passage 22, and described survey resistance leading portion block 23 abuts with upper drive unit 32 away from one end of passage 22.In the present embodiment, vibrating device 10 is vibrating disk, and one end of vibrating disk offers the outlet be communicated with drawing mechanism 21, can place multiple atomizer in vibrating device 10, atomizer vibrates and enters drawing mechanism 21 one by one under the driving of controller 100 in vibrating device 10.Passage 22 is arranged on the below of drawing mechanism 21 and is communicated with drawing mechanism 21, and particularly, passage 22 becomes to be less than the angle of 90 degree with horizontal plane, can glide after making atomizer enter passage 22 from drawing mechanism 21 along passage 22.
As shown in Figure 8, survey in resistance leading portion block 23 and offer groove 231, atomizer vibrates from vibrating device 10 and enters passage 22 by drawing mechanism 21, and slides into groove 231 22 from passage.
In addition, passage 22 is provided with the proximity switch 400 (as shown in Figure 10) be electrically connected with controller 100, control module 500 has received at proximity switch 400 and has controlled drive unit 32 when atomizer enters passage 22 and reset, when upper drive unit 32 resets, one end of notch 331 in described fixed head 33 abuts with one end of this groove 231, makes previous atomizer slip into notch 331 from groove 231 under the promotion of a rear atomizer.
As shown in Figure 9, in the second embodiment of the present utility model, be with the difference of the first embodiment: one end of passage 22 and drawing mechanism 21 seamless connection, the other end of passage 22 and side resistance leading portion block 23 seamless connection.Particularly, the first groove is changed with survey resistance leading portion block 23 into the part that passage 22 is connected mutually at drawing mechanism 21, and the inclined-plane with certain angle is arranged at passage 22 two ends, thus fixed by the first groove and the two ends of spacing passage 22, make the two ends of passage 22 respectively with drawing mechanism 21 with surveys the seamless connection of resistance leading portion block 23, can prevent atomizer from the process of passage 22, occurring the linking situation causing backgauge not in place.
Implement a kind of atomizer resistance Automatic Test Equipment of the present utility model, there is following beneficial effect: first, by arranging a kind of atomizer resistance Automatic Test Equipment, making this tester substantially replace manual operation, can batch feeding, greatly can enhance productivity, reduce costs; Secondly, by arranging non-defective unit chute 50 and defective products chute 40 on tester, the atomizer after testing can be slided from non-defective unit chute 50 or defective products chute 40, thus realize sorting out, and resistance test ranges one with screening, can enhance productivity further, reduce costs; Finally, by by the two ends of passage 22 respectively with drawing mechanism 21 with surveys the seamless connection of resistance leading portion block 23, can prevent atomizer from the process of passage 22, occurring the linking situation causing backgauge not in place.
By reference to the accompanying drawings embodiment of the present utility model is described above; but the utility model is not limited to above-mentioned detailed description of the invention; above-mentioned detailed description of the invention is only schematic; instead of it is restrictive; those of ordinary skill in the art is under enlightenment of the present utility model; do not departing under the ambit that the utility model aim and claim protect, also can make a lot of form, these all belong within protection of the present utility model.
Claims (10)
1. an atomizer resistance Automatic Test Equipment, atomizer described in each includes heating wire for being atomized tobacco tar and the first electrode (101) be electrically connected with the two ends of described heating wire respectively and the second electrode (103), described first electrode (101) and the second electrode (103) be arranged at described atomizer end and for being electrically connected with battery component, it is characterized in that, described tester comprises controller (100), for the vibrating device (10) that described atomizer is sent in an orderly manner, the atomizer that the side being arranged at described vibrating device (10) is used for described vibrating device (10) to bring continues the blanking device (20) of downstream transport, the discharge end being arranged at described blanking device (20) is for the resistance tested between described first electrode (101) and described second electrode (103) and the test suite (30) sorted out the described atomizer after detecting,
Described controller (100) and described vibrating device (10), test suite (30) is electrically connected, described controller (100) is for obtaining switching signal, described vibrating device (10) vibration is controlled according to described switching signal, sequentially pass through described blanking device (20) and slip into described test suite (30) one by one after making the described atomizer vibration in vibrating device (10) and carry out resistance test, described controller (100) is also sorted out the described atomizer after detection for controlling described test suite (30) according to resistance test result.
2. atomizer resistance Automatic Test Equipment according to claim 1, it is characterized in that, described tester also comprises the gauge tap be connected with described controller (100), described gauge tap is for generating described switching signal, described test suite (30) comprises the area assembly to be measured being distributed in district to be measured, and described area assembly to be measured comprises district to be measured trigger element (200) and district to be measured driver part; And being distributed in the test section assembly including resistance test board (31) of test section, described test section assembly also comprises test section trigger element (300) and test section driver part;
The atomizer in district to be measured is also transported to described test section for district to be measured driver part described in the district to be measured actuated signal control that detects according to district to be measured trigger element (200) by described controller (100), and test section driver part pushes described atomizer according to the test section actuated signal control of test section trigger element (300), first electrode (101) of described test section atomizer and the second electrode (103) is made to be tight against described resistance test board (31), to carry out resistance test to described atomizer;
Described controller (100) is also for generating resistance test result according to actual resistance test value, acceptance or rejection atomizer for receiving described resistance test result, and is carried by different route classification according to described resistance test result by described test section driver part.
3. atomizer resistance Automatic Test Equipment according to claim 2, it is characterized in that, described tester also comprises the display module be electrically connected with described controller (100), and described display module is for showing the test result of described test suite (30).
4. atomizer resistance Automatic Test Equipment according to claim 2, it is characterized in that, described district to be measured driver part comprises drive unit (32) and the fixed head (33) with notch (331), described upper drive unit (32) drives with described fixed head (33) and is connected, described district to be measured trigger element (200) is for detecting in described notch (331) whether have described atomizer, described controller (100) is for receiving the testing result of described district to be measured trigger element (200), and control described upper drive unit (32) when described atomizer enters described notch (331) and promote described fixed head (33) and the atomizer in described notch (331) is pushed described test section.
5. atomizer resistance Automatic Test Equipment according to claim 4, it is characterized in that, the test circuit that described resistance test board (31) comprises two testing needles (311) and is electrically connected with described testing needle (311), described testing needle (311) is for abutting rear electrical contact respectively with the first electrode (101) and the second electrode (103); Described test circuit is electrically connected with described controller (100), and test result is sent to described controller (100).
6. atomizer resistance Automatic Test Equipment according to claim 5, it is characterized in that, described test section driver part comprises the left drive unit (34) being positioned at left, described test section, be positioned at the right drive unit (35) of right, described test section, the left pushing block (36) be connected is driven with described left drive unit (34), the right pushing block (37) be connected is driven with described right drive unit (35), and be positioned at the rear drive equipment (38) at rear, described test section, described left pushing block (36) and described right pushing block (37) arrange in opposite directions and under the driving of described left drive unit (34) and described right drive unit (35), support synthesis respectively for accepting the circular test trough (361) of the described atomizer glided from described test section to be measured, described left drive unit (34), left pushing block (36), right pushing block (37) and right drive unit (35) are all parallel with fixed head (33) with described upper drive unit (32), described rear drive equipment (38) aims at described circular test trough (361), described controller (100) is for detecting that in described test section trigger element (300) described atomizer controls described rear drive equipment (38) and promotes described atomizer when entering described circular test trough (361), described first electrode (101) of described atomizer and described second electrode (103) are tight against with two testing needles (311) of described resistance test board (31), thus test the resistance of described atomizer.
7. atomizer resistance Automatic Test Equipment according to claim 6, it is characterized in that, described test section driver part also comprises and is connected to the rear pushing block (39) of described rear drive equipment (38) towards one end of described circular test trough (361) and for described atomizer being pushed under the driving of drive unit (38) in the rear to described testing needle (311), for fixing described rear drive equipment (38) fixed block (41) and to be arranged on described fixed block (41) upper and for the limited block (42) of the stroke that limits described rear drive equipment (38),
Described tester also comprise be arranged on described resistance test board (31) below and the defective products chute (40) abutted with described left pushing block (36) and the non-defective unit chute (50) abutted with described right pushing block (37), described defective products chute (40) is separated by described left pushing block (36) and described circular test trough (361), described non-defective unit chute (50) is separated by described right pushing block (37) and described circular test trough (361), described controller (100) opens described right pushing block (37) for controlling described right drive unit (35) when the resistance of described atomizer is in described threshold range, described atomizer is slided from described non-defective unit chute (50), described controller (100) for the resistance at described atomizer not in described threshold range time control described left drive unit (34) and open described left pushing block (36), described atomizer is slided from described defective products chute (40).
8. atomizer resistance Automatic Test Equipment according to claim 4, it is characterized in that, described blanking device (20) comprises the drawing mechanism (21) be connected with described vibrating device (10), passage (22), survey resistance leading portion block (23), one end of described passage (22) is connected with described drawing mechanism (21), the other end of described passage (22) is connected with described survey resistance leading portion block (23), described passage (22) becomes an angle being less than 90 degree with horizontal plane, described survey resistance leading portion block (23) abuts with described upper drive unit (32) away from one end of described passage (22), groove (231) is offered in described survey resistance leading portion block (23), described atomizer enters described passage (22) from described vibrating device (10) vibration by described drawing mechanism (21), and described groove (231) is slid into from described passage (22),
One end of described passage (22) and described drawing mechanism (21) seamless connection, the other end of described passage (22) and resistance leading portion block (23) seamless connection of described side.
9. atomizer resistance Automatic Test Equipment according to claim 8, it is characterized in that, described passage (22) is provided with the proximity switch (400) be electrically connected with described controller (100), described controller (100) is for having detected that at described proximity switch (400) atomizer controls the reset of described upper drive unit (32) when entering described passage (22), one end of described notch (331) is abutted with one end of described groove (231), described atomizer slips into described notch (331) from described groove (231) under the promotion of a rear atomizer.
10. atomizer resistance Automatic Test Equipment according to claim 1, it is characterized in that, described tester also comprises the first level board (60) for fixing described test suite (30), for fixing described first level board (60), second level board (70) of described blanking device (20) and described vibrating device (10), and for fixing the holder (80) of described second level board (70), outstanding described second level board (70) of described first level board (60) part, described controller (100) is arranged in described holder (80).
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| CN201420754242.5U CN204564605U (en) | 2014-12-03 | 2014-12-03 | Atomizer resistance Automatic Test Equipment |
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| CN201420754242.5U CN204564605U (en) | 2014-12-03 | 2014-12-03 | Atomizer resistance Automatic Test Equipment |
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| CN204564605U true CN204564605U (en) | 2015-08-19 |
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| CN105642567A (en) * | 2016-04-01 | 2016-06-08 | 唐山国芯晶源电子有限公司 | Crystal RPP (resistance pin-to-pin) electric performance parameter testing and sorting device and method |
| CN106345703A (en) * | 2016-08-29 | 2017-01-25 | 芜湖辉灿电子科技有限公司 | Sorting device for sound systems of mobile phones |
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| CN106824823A (en) * | 2015-12-04 | 2017-06-13 | 江苏和传电气有限公司 | Automatic letter sorting machine |
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| CN108051678A (en) * | 2017-12-13 | 2018-05-18 | 格力电器（武汉）有限公司 | A kind of electrical equipment detection device |
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