CN202025052U - Alternating current capacitor engergization sorting device - Google Patents
Alternating current capacitor engergization sorting device Download PDFInfo
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- CN202025052U CN202025052U CN 201120037778 CN201120037778U CN202025052U CN 202025052 U CN202025052 U CN 202025052U CN 201120037778 CN201120037778 CN 201120037778 CN 201120037778 U CN201120037778 U CN 201120037778U CN 202025052 U CN202025052 U CN 202025052U
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Abstract
The utility model relates to an alternating current capacitor engergization sorting device which can automatically energize an alternating current capacitor and sort the capacitor. The device comprises a rack, a testing frame, a rotating disc, a divider, fixtures, an upper support plate, a lower support plate, an unaccepted product blanking cylinder, an accepted product blanking cylinder and a feeding cylinder, wherein the divider is fixed on the rack, the rotating disc is fixed on the divider; six fixtures are uniformly arranged on the rotating disc along the peripheral direction; and six stations, namely, a feeding station, a position testing station, an engergization station, a testing station, an unaccepted product blanking station, and an accepted product blanking station are uniformly arranged at the periphery of the rotating disc along the peripheral direction, and the six stations are respectively correspond to the six fixtures. The device is ingenious and reasonable in structure, and can realize completely automatic actions of engergization and sorting, thus improving the working efficiency and reducing the labor cost.
Description
Technical field
The utility model relates to the capacitor sorting unit of energizing, and is used for ac capacitor is energized and sorting electric capacity quality automatically, belongs to the capacitor testing apparatus field.
Background technology
Capacitor (abbreviation electric capacity) is one of a large amount of electronic components that use in the electronic equipment, and it is widely used in every aspects such as straight, coupling, bypass, filtering, resonant tank, energy conversion and control circuits.The quality of electric capacity quality concerning electronic equipment is most important.After capacitance group installs, need its test, sub-electing the electric capacity quality, the sorting mechanism of energizing of electric capacity in the past is: the jaw cylinder is installed on pneumatic guide rail, testing capacitance is clamped by the jaw cylinder during work, be sent to the proving installation place through pneumatic guide rail and energize, detect, owing to can only carry an electric capacity at every turn, round trip is time-consuming, inefficiency, and mechanism mainly is that control accuracy is low by pneumatic guide rail control, causes accuracy of detection to reduce.
Summary of the invention
The purpose of this utility model is to overcome the deficiencies in the prior art, ingenious, the rational AC capacitor of a kind of structure sorting unit of energizing is provided, this separator can realize to the electric capacity full automation energize, sorting action, enhance productivity, for capacitance detecting provides a kind of novel technology.
The technical scheme that provides according to the utility model: the AC capacitor sorting unit of energizing is characterized in that: comprise frame, testing jig, rotating disc, dispenser, anchor clamps, mounting plate, bottom plate, unacceptable product blanking cylinder, certified products blanking cylinder and material loading cylinder; Dispenser is fixed on the frame, rotating disc is fixed on the dispenser, six anchor clamps along the circumferential direction evenly are installed on the rotating disc, along the circumferential direction be evenly distributed with the material loading station around the rotating disc, test a station, the station of energizing, detect station, unacceptable product blanking station, certified products blanking station totally six stations, these six stations are corresponding one by one with described six anchor clamps respectively; The testing jig lower cover is fixed on the frame, and the lower end of first guide pole, second guide pole vertically is fixed on the testing jig lower cover, and the testing jig upper cover plate is fixed on the upper end of first guide pole, second guide pole; Mounting plate and bottom plate are contained on first guide pole, second guide pole, be equipped with on the described mounting plate upper sensor, on energize cylinder, on detect cylinder, be equipped with on the described bottom plate lower sensor, down energize cylinder, detect cylinder down; Described upper sensor is relative up and down with lower sensor, is between they the two and tests a station; Energize on described cylinder with under the cylinder of energizing relative up and down, on energize cylinder, the energize tailpiece of the piston rod of cylinder is separately installed with the electrode of energizing, the electrode of energizing down down, on energize electrode and under energize and be the station of energizing between the electrode; Describedly go up to detect cylinder and to detect cylinder down relative up and down, on detect cylinder, the tailpiece of the piston rod that detects cylinder down is separately installed with test electrode, following test electrode, is the detection station between last test electrode and the following test electrode; Described unacceptable product blanking cylinder, certified products blanking cylinder, material loading cylinder are installed on the frame by connecting link respectively, piston rod the place ahead of unacceptable product blanking cylinder is unacceptable product blanking station, piston rod the place ahead of certified products blanking cylinder is certified products blanking station, and piston rod the place ahead of material loading cylinder is the material loading station.
As further improvement of the utility model, described anchor clamps comprise first guide rod, the first jig arm pawl, first jig arm, the second jig arm pawl, second jig arm, dwang, second guide rod, drive block, web joint, first bearing pin, transmission shaft, second bearing pin, anchor clamps base plate and spring; The anchor clamps base plate is fixed on the rotating disc, is fixed with first contiguous block, second contiguous block in the both sides of anchor clamps plate upper surface, and drive block is placed on the anchor clamps base plate, and first jig arm, second jig arm are placed on the drive block; Described first guide rod is through in first jig arm and utilizes first bearing pin to connect, and first bearing pin inserts first on the drive block downwards and has strong market potential in the hole, and the first guide rod two ends are located in first contiguous block, second contiguous block and can move axially; Described second guide rod is through in second jig arm and utilizes second bearing pin to connect, and second bearing pin inserts second on the drive block downwards and has strong market potential in the hole, and the second guide rod two ends are located in first contiguous block, second contiguous block and can move axially; Described spring one end is connected with gib screw on first jig arm, and the other end is connected with gib screw on first contiguous block, and spring provides holding force for first jig arm and second jig arm; Described web joint is fixed on first contiguous block and the second contiguous block top, and transmission shaft is vertically mounted on web joint and the anchor clamps base plate by head bearing, lower bearing, and described drive block and transmission shaft are fixed, and described dwang is fixed on the transmission shaft upper end; The tailpiece of the piston rod of described unacceptable product blanking cylinder, certified products blanking cylinder, material loading cylinder all is equipped with push pedal, and push pedal is used to promote described dwang and rotates; The first jig arm pawl, the second jig arm pawl are separately fixed on first jig arm, second jig arm.
As further improvement of the utility model, described upper sensor, on energize cylinder, on detect cylinder respectively by the upper sensor installing plate, on energize cylinder bracket, on detect cylinder bracket and be fixed on the mounting plate; Described lower sensor, down energize cylinder, down detect cylinder respectively by the lower sensor installing plate, down energize cylinder bracket, detect cylinder bracket down and be fixed on the bottom plate.
As further improvement of the utility model, also be provided with the height adjustment mechanism that is used to regulate distance between mounting plate and the bottom plate on the described separator.
As further improvement of the utility model, described height adjustment mechanism comprises regulates screw mandrel and servomotor, described adjusting screw mandrel vertically is installed on testing jig upper cover plate and the testing jig lower cover rotationally by Bearning mechanism, the upper and lower side of regulating screw mandrel is respectively equipped with different left-handed thread section of rotation direction and right-handed thread section, mounting plate and bottom plate are installed in to be regulated on the screw mandrel, mounting plate forms the screw thread transmission with left-handed thread section and cooperates, and bottom plate forms the screw thread transmission with right-handed thread section and cooperates; Described servomotor utilizes the motor support bar to be installed in the frame bottom, and the output shaft of servomotor is connected with the adjusting screw mandrel by shaft coupling; When servomotor drive to be regulated screw mandrel and is rotated, mounting plate relative with bottom plate near or oppositely away from.
As further improvement of the utility model, described Bearning mechanism comprises that apical axis holds, first base bearing, second base bearing and bearing holder (housing, cover), adjusting screw mandrel upper end takes up by apical axis and fits on the testing jig upper cover plate, regulating the screw mandrel lower end is assemblied in the bearing holder (housing, cover) by first base bearing and second base bearing, by upper end cover and bottom end cover encapsulation, bearing holder (housing, cover) is fixed on the testing jig lower cover respectively for first base bearing and second base bearing.
The utility model is compared with existing, and advantage is: structure is ingenious, reasonable, can realize that full automation is energized, the sorting action to the electric capacity of different sizes, has improved production efficiency, reduces cost of labor, for capacitance detecting provides a kind of novel technology.
Description of drawings
Fig. 1 is a structural front view of the present utility model.
Fig. 2 is the B portion enlarged diagram among Fig. 1.
Fig. 3 is a structure vertical view of the present utility model.
Fig. 4 is the structure enlarged diagram of anchor clamps among Fig. 3.
Fig. 5 is that C-C among Fig. 4 is to cut-open view.
Fig. 6 is that A among Fig. 1 is to view.
Description of reference numerals: A-material loading station, B-a test station, C-the station of energizing, D-detection station, E-unacceptable product blanking station, F-certified products blanking station, 1-frame, 2-testing jig upper cover plate, 3-apical axis holds, 4-adjusting screw mandrel, 4a-left-handed thread section, 4b-right-handed thread section, 5-the first base bearing, 6-electric capacity to be detected, 7-rotating disc, 8-connecting link, 9-unacceptable product blanking cylinder, 10-dispenser, 11-mounting plate, 12a-upper sensor, 12b-lower sensor, 13-the first guide pole, 14-on the cylinder of energizing, 15-following the cylinder of energizing, 16a-on the electrode of energizing, 16b-the electrode of energizing down, 17-the second guide pole, 18-on detect cylinder, 19-on detect cylinder bracket, 20a-last test electrode, 20b-following test electrode, 21-down detect cylinder bracket, 22-down detect cylinder, 23-testing jig lower cover, 24-bottom plate, 25-upper end cover, 26-bearing holder (housing, cover), 27-the second base bearing, 28-shaft coupling, 29-servomotor, 30-bottom end cover, 31-motor support bar, 32-the first guide rod, 33-the first jig arm pawl, 34-the first jig arm, 35-the second jig arm pawl, 36-the second jig arm, 37-the second contiguous block, 38-dwang, 39-the second guide rod, 40-drive block, 40a-first hole of having strong market potential, 40b-second hole of having strong market potential, 41-web joint, 42-the first bearing pin, 43-lower bearing, 44-transmission shaft, 45-the second bearing pin, 46-upper sensor installing plate, 47-on the cylinder bracket of energizing, 48-material loading cylinder, 49-certified products blanking cylinder, 50-lower sensor installing plate, 51-following the cylinder bracket of energizing, 52-anchor clamps base plate, 53-the first contiguous block, 54-head bearing, 55-gib screw, 56-spring, 57-gib screw.
Embodiment
The utility model is described in further detail below in conjunction with concrete drawings and Examples.
As shown in the figure: the described AC capacitor sorting unit of energizing mainly is made up of parts such as frame 1, testing jig, rotating disc 7, dispenser 10, anchor clamps, mounting plate 11, bottom plate 24, unacceptable product blanking cylinder 9, certified products blanking cylinder 49 and material loading cylinders 48.Dispenser 10 is fixed on the frame 1, rotating disc 7 is fixed on the dispenser 10, six anchor clamps along the circumferential direction evenly are installed on the rotating disc 7, along the circumferential direction be evenly distributed with material loading station A around rotating disc 7, test a station B, the station C that energizes, detect station D, unacceptable product blanking station E, certified products blanking station F totally six stations, these six stations are corresponding one by one with described six anchor clamps respectively.
Shown in Fig. 1,2,3,6, testing jig lower cover 23 utilizes screw retention on frame 1, the lower end of first guide pole 13, second guide pole 17 utilizes screw vertically to be fixed on the testing jig lower cover 23, and testing jig upper cover plate 2 utilizes the upper end of screw retention at first guide pole 13, second guide pole 17; Mounting plate 11 and bottom plate 24 are contained on first guide pole 13, second guide pole 17, on the described mounting plate 11 by upper sensor installing plate 46 be equipped with upper sensor 12a, by on the cylinder bracket 47 of energizing the cylinder 14 of energizing is installed, is equipped with by last detection cylinder bracket 19 and detects cylinder 18, on the described bottom plate 24 by lower sensor installing plate 50 be equipped with lower sensor 12b, by under energize cylinder bracket 51 be equipped with down the cylinder 15 of energizing, by under detect cylinder bracket 21 detection cylinder 22 be installed down; Described upper sensor 12a is relative up and down with lower sensor 12b, is between they the two and tests a station B; Energize on described cylinder 14 with under the cylinder 15 of energizing relative up and down, on energize cylinder 14, the energize tailpiece of the piston rod of cylinder 15 is separately installed with the electrode 16a that energizes, the electrode 16b that energizes down down, on energize electrode 16a and under energize and be the station C that energizes between the electrode 16b; The described detection cylinder 18 of going up is relative up and down with following detection cylinder 22, last detection cylinder 18, the tailpiece of the piston rod that detects cylinder 22 down are separately installed with test electrode 20a, test electrode 20b down, are detection station D between last test electrode 20a and the following test electrode 20b; Described unacceptable product blanking cylinder 9, certified products blanking cylinder 49, material loading cylinder 48 are installed on the frame 1 by connecting link 8 respectively, piston rod the place ahead of unacceptable product blanking cylinder 9 is unacceptable product blanking station E, piston rod the place ahead of certified products blanking cylinder 49 is certified products blanking station F, and piston rod the place ahead of material loading cylinder 48 is material loading station A.
Shown in Fig. 4,5, described anchor clamps mainly are made up of parts such as first guide rod 32, the first jig arm pawl 33, first jig arm 34, the second jig arm pawl 35, second jig arm 36, dwang 38, second guide rod 39, drive block 40, web joint 41, first bearing pin 42, transmission shaft 44, second bearing pin 45, anchor clamps base plate 52 and springs 56; Anchor clamps base plate 52 is fixed on the rotating disc 7, is fixed with first contiguous block 53, second contiguous block 37 in the both sides of anchor clamps base plate 52 upper surfaces, and drive block 40 is placed on the anchor clamps base plate 52, and first jig arm 34, second jig arm 36 are placed on the drive block 40; Described first guide rod 32 is through in first jig arm 34 and utilizes first bearing pin 42 to connect, and first bearing pin 42 inserts first on the drive blocks 40 downwards and has strong market potential in the 40a of hole, and first guide rod, 32 two ends are located in first contiguous block 53, second contiguous block 37 and can move axially; Described second guide rod 39 is through in second jig arm 36 and utilizes second bearing pin 45 to connect, and second bearing pin 45 inserts second on the drive blocks 40 downwards and has strong market potential in the 40b of hole, and second guide rod, 39 two ends are located in first contiguous block 53, second contiguous block 37 and can move axially; Described spring 56 1 ends are connected with gib screw 55 on first jig arm 34, and the other end is connected with gib screw 57 on first contiguous block 53, and spring 56 provides holding force for first jig arm 34 and second jig arm 36; Described web joint 41 is fixed on first contiguous block 53 and second contiguous block, 37 tops, transmission shaft 44 is vertically mounted on web joint 41 and the anchor clamps base plate 52 by head bearing 54, lower bearing 43, described drive block 40 utilizes screw retention with transmission shaft 44, and described dwang 38 utilizes screw retention in transmission shaft 44 upper ends; The tailpiece of the piston rod of described unacceptable product blanking cylinder 9, certified products blanking cylinder 49, material loading cylinder 48 all is equipped with push pedal, and push pedal is used to promote described dwang 38 and rotates; The described first jig arm pawl 33, the second jig arm pawl 35 utilize screw retention respectively on first jig arm 34, second jig arm 36.The operating principle of described anchor clamps is as follows: be not subjected to external force at dwang 38 and do the time spent, first jig arm 34 and second jig arm 36 rely on the elastic force of spring 56 to keep closing up clamp position; When being subjected to expulsive force, dwang 38 rotates, dwang 38 rotates again and drives drive block 40 rotations by transmission shaft 44, drive block 40 is first bearing pin 42 by the portion of inserting into the inner and second bearing pin 45 drives first guide rods 32 and second guide rod 39 moves axially again, first guide rod 32, second guide rod 39 drives first jig arm 34 respectively when moving axially and second jig arm 36 is opened, thereby the first jig arm pawl 33 and the second jig arm pawl 35 are opened.
Shown in Fig. 1,2,3,6,, also be provided with the height adjustment mechanism that is used to regulate distance between mounting plate 11 and the bottom plate 24 on the separator of the present utility model for adapting to the electric capacity of different size.Described height adjustment mechanism comprises regulates screw mandrel 4 and servomotor 29, described adjusting screw mandrel 4 vertically is installed on testing jig upper cover plate 2 and the testing jig lower cover 23 rotationally by Bearning mechanism, the structure of described Bearning mechanism such as Fig. 1, shown in Figure 2, it mainly holds 3 by apical axis, first base bearing 5, second base bearing 27 and bearing holder (housing, cover) 26 are formed, adjusting screw mandrel 4 upper ends are held 3 by apical axis and are assemblied on the testing jig upper cover plate 2, regulating screw mandrel 4 lower ends is assemblied in the bearing holder (housing, cover) 26 by first base bearing 5 and second base bearing 27, by upper end cover 25 and bottom end cover 30 encapsulation, bearing holder (housing, cover) 26 is fixed on the testing jig lower cover 23 respectively for first base bearing 5 and second base bearing 27.The upper and lower side of described adjusting screw mandrel 4 is respectively equipped with different left-handed thread section 4a of rotation direction and right-handed thread section 4b, mounting plate 11 and bottom plate 24 are installed in to be regulated on the screw mandrel 4, mounting plate 11 forms the screw thread transmission with left-handed thread section 4a and cooperates, and bottom plate 24 forms the screw thread transmission with right-handed thread section 4b and cooperates; Described servomotor 29 utilizes motor support bar 31 to be installed in frame 1 bottom, and the output shaft of servomotor 29 is connected with adjusting screw mandrel 4 by shaft coupling 28; When servomotor 29 drives and regulates screw mandrels 4 and rotate, mounting plate 11 and bottom plate 24 relative near or oppositely away from.
The course of work of the present utility model and principle of work are as follows:
Station of dispenser 10 rotation, clamping have the anchor clamps of electric capacity 6 to be detected to forward to test a station B, and whether test the upper sensor 12a of a station B and position that lower sensor 12b detects electric capacity 6 to be detected on the anchor clamps suitable; If do not clip during electric capacity 6 material loadings to be detected, exceeding anchor clamps, to be more or less than very much anchor clamps very low, will bump against upper sensor 12a or lower sensor 12b, thereby dispenser 10 is stopped the rotation, and bumps against the parts on the station of back to prevent electric capacity 6 to be detected;
After charging electricity, dispenser 10 rotates a station once more, clamping has the anchor clamps of electric capacity 6 to be detected to forward to detect station D, on the piston rod that detects cylinder 18 and detect cylinder 22 down stretch out, test electrode 20a detects electric capacity 6 to be detected with following test electrode 20b in promotions;
After detection finishes, if testing result is a unacceptable product, then dispenser 10 rotates a station again, promptly rotate to unacceptable product blanking station E, the piston rod of unacceptable product blanking cylinder 9 stretches out, and the push pedal of tailpiece of the piston rod promotes the dwang 38 on the anchor clamps, the anchor clamps action, the first jig arm pawl 33 and the second jig arm pawl 35 on the anchor clamps open, thereby make the electric capacity blanking of test failure; If testing result is certified products, then dispenser 10 rotates two stations more continuously, promptly directly rotate to certified products blanking station F, the piston rod of certified products blanking cylinder 49 stretches out, the push pedal of tailpiece of the piston rod promotes the dwang 38 on the anchor clamps, the anchor clamps action, the first jig arm pawl 33 and the second jig arm pawl 35 on the anchor clamps open, thereby make the electric capacity blanking of test passes.
The above steps circulation can be carried out serialization to electric capacity and detect.
Claims (6)
1. the AC capacitor sorting unit of energizing is characterized in that: comprise frame (1), testing jig, rotating disc (7), dispenser (10), anchor clamps, mounting plate (11), bottom plate (24), unacceptable product blanking cylinder (9), certified products blanking cylinder (49) and material loading cylinder (48); Dispenser (10) is fixed on the frame (1), rotating disc (7) is fixed on the dispenser (10), six anchor clamps along the circumferential direction evenly are installed on the rotating disc (7), along the circumferential direction be evenly distributed with material loading station (A) on every side at rotating disc (7), test a station (B), the station of energizing (C), detect station (D), unacceptable product blanking station (E), certified products blanking station (F) totally six stations, these six stations are corresponding one by one with described six anchor clamps respectively; Testing jig lower cover (23) is fixed on the frame (1), the lower end of first guide pole (13), second guide pole (17) vertically is fixed on the testing jig lower cover (23), and testing jig upper cover plate (2) is fixed on the upper end of first guide pole (13), second guide pole (17); Mounting plate (11) and bottom plate (24) are contained on first guide pole (13), second guide pole (17), be equipped with on the described mounting plate (11) upper sensor (12a), on energize cylinder (14), on detect cylinder (18), be equipped with on the described bottom plate (24) lower sensor (12b), down energize cylinder (15), detect cylinder (22) down; Described upper sensor (12a) is relative up and down with lower sensor (12b), is between they the two and tests a station (B); Energize on described cylinder (14) with under the cylinder (15) of energizing relative up and down, on energize cylinder (14), the energize tailpiece of the piston rod of cylinder (15) is separately installed with the electrode of energizing (16a), the electrode (16b) of energizing down down, on energize electrode (16a) and under energize and be the station of energizing (C) between the electrode (16b); The described detection cylinder (18) of going up is relative up and down with following detection cylinder (22), last detection cylinder (18), the tailpiece of the piston rod that detects cylinder (22) down are separately installed with test electrode (20a), test electrode (20b) down, are detection station (D) between last test electrode (20a) and the following test electrode (20b); Described unacceptable product blanking cylinder (9), certified products blanking cylinder (49), material loading cylinder (48) are installed on the frame (1) by connecting link (8) respectively, piston rod the place ahead of unacceptable product blanking cylinder (9) is unacceptable product blanking station (E), piston rod the place ahead of certified products blanking cylinder (49) is certified products blanking station (F), and piston rod the place ahead of material loading cylinder (48) is material loading station (A).
2. the AC capacitor as claimed in claim 1 sorting unit of energizing, it is characterized in that: described anchor clamps comprise first guide rod (32), the first jig arm pawl (33), first jig arm (34), the second jig arm pawl (35), second jig arm (36), dwang (38), second guide rod (39), drive block (40), web joint (41), first bearing pin (42), transmission shaft (44), second bearing pin (45), anchor clamps base plate (52) and spring (56); Anchor clamps base plate (52) is fixed on the rotating disc (7), be fixed with first contiguous block (53), second contiguous block (37) in the both sides of anchor clamps base plate (52) upper surface, drive block (40) is placed on the anchor clamps base plate (52), and first jig arm (34), second jig arm (36) are placed on the drive block (40); Described first guide rod (32) is through in first jig arm (34) and utilizes first bearing pin (42) to connect, first bearing pin (42) inserts first on the drive block (40) downwards and has strong market potential in the hole (40a), and first guide rod (32) two ends are located in first contiguous block (53), second contiguous block (37) and can move axially; Described second guide rod (39) is through in second jig arm (36) and utilizes second bearing pin (45) to connect, second bearing pin (45) inserts second on the drive block (40) downwards and has strong market potential in the hole (40b), and second guide rod (39) two ends are located in first contiguous block (53), second contiguous block (37) and can move axially; Described spring (56) one ends are connected with gib screw (55) on first jig arm (34), and the other end is connected with gib screw (57) on first contiguous block (53), and spring (56) provides holding force for first jig arm (34) and second jig arm (36); Described web joint (41) is fixed on first contiguous block (53) and second contiguous block (37) top, transmission shaft (44) is vertically mounted on web joint (41) and the anchor clamps base plate (52) by head bearing (54), lower bearing (43), described drive block (40) is fixing with transmission shaft (44), and described dwang (38) is fixed on transmission shaft (44) upper end; The tailpiece of the piston rod of described unacceptable product blanking cylinder (9), certified products blanking cylinder (49), material loading cylinder (48) all is equipped with push pedal, and push pedal is used to promote described dwang (38) and rotates; The first jig arm pawl (33), the second jig arm pawl (35) are separately fixed on first jig arm (34), second jig arm (36).
3. the AC capacitor as claimed in claim 1 sorting unit of energizing is characterized in that: described upper sensor (12a), on energize cylinder (14), on detect cylinder (18) respectively by upper sensor installing plate (46), on energize cylinder bracket (47), on detect cylinder bracket (19) and be fixed on the mounting plate (11); Described lower sensor (12b), down energize cylinder (15), down detect cylinder (22) respectively by lower sensor installing plate (50), down energize cylinder bracket (51), detect cylinder bracket (21) down and be fixed on the bottom plate (24).
4. the AC capacitor as claimed in claim 1 sorting unit of energizing, it is characterized in that: the described AC capacitor sorting unit of energizing also comprises separator, also is provided with the height adjustment mechanism that is used to regulate distance between mounting plate (11) and the bottom plate (24) on the described separator.
5. the AC capacitor as claimed in claim 4 sorting unit of energizing, it is characterized in that: described height adjustment mechanism comprises regulates screw mandrel (4) and servomotor (29), described adjusting screw mandrel (4) vertically is installed on testing jig upper cover plate (2) and the testing jig lower cover (23) rotationally by Bearning mechanism, the upper and lower side of regulating screw mandrel (4) is respectively equipped with different left-handed thread section of rotation direction (4a) and right-handed thread section (4b), mounting plate (11) and bottom plate (24) are installed in to be regulated on the screw mandrel (4), mounting plate (11) forms the screw thread transmission with left-handed thread section (4a) and cooperates, and bottom plate (24) forms the screw thread transmission with right-handed thread section (4b) and cooperates; Described servomotor (29) utilizes motor support bar (31) to be installed in frame (1) bottom, and the output shaft of servomotor (29) is connected with adjusting screw mandrel (4) by shaft coupling (28); When servomotor (29) drive to be regulated screw mandrel (4) and is rotated, mounting plate (11) relative with bottom plate (24) close or oppositely away from.
6. the AC capacitor as claimed in claim 5 sorting unit of energizing, it is characterized in that: described Bearning mechanism comprises that apical axis holds (3), first base bearing (5), second base bearing (27) and bearing holder (housing, cover) (26), adjusting screw mandrel (4) upper end is held (3) by apical axis and is assemblied on the testing jig upper cover plate (2), regulating screw mandrel (4) lower end is assemblied in the bearing holder (housing, cover) (26) by first base bearing (5) and second base bearing (27), by upper end cover (25) and bottom end cover (30) encapsulation, bearing holder (housing, cover) (26) is fixed on the testing jig lower cover (23) respectively for first base bearing (5) and second base bearing (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120037778 CN202025052U (en) | 2011-02-14 | 2011-02-14 | Alternating current capacitor engergization sorting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201120037778 CN202025052U (en) | 2011-02-14 | 2011-02-14 | Alternating current capacitor engergization sorting device |
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| Publication Number | Publication Date |
|---|---|
| CN202025052U true CN202025052U (en) | 2011-11-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201120037778 Expired - Lifetime CN202025052U (en) | 2011-02-14 | 2011-02-14 | Alternating current capacitor engergization sorting device |
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| CN (1) | CN202025052U (en) |
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2011
- 2011-02-14 CN CN 201120037778 patent/CN202025052U/en not_active Expired - Lifetime
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Owner name: WUXI LEAD AUTO EQUIPMENT CO., LTD. Free format text: FORMER NAME: WUXI XIANDAO AUTOMATION EQUIPMENT CO., LTD. |
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| CP03 | Change of name, title or address |
Address after: 214028 Jiangsu city of Wuxi province National Development Zone New Xi Road No. 20 Patentee after: Wuxi Lead Auto Equipment Co., Ltd. Address before: 214028 Singapore Industrial Park, new national technology development zone, Wuxi New District, Jiangsu Province, No. four, No. 7 Patentee before: Wuxi Lead Auto Equipment Co., Ltd. |
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| C56 | Change in the name or address of the patentee | ||
| CP03 | Change of name, title or address |
Address after: 214028 Jiangsu city in Wuxi Province, Wuxi national hi tech Industrial Development Zone, new Xi Road No. 20 Patentee after: WUXI LEAD INTELLIGENT EQUIPMENT CO., LTD. Address before: 214028 Jiangsu city of Wuxi province National Development Zone New Xi Road No. 20 Patentee before: Wuxi Lead Auto Equipment Co., Ltd. |
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| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20111102 |