Full-automatic condom electric detection equipment

Abstract

The full-automatic condom electric detection equipment is characterized in that the full-automatic condom electric detection equipment comprises a condom feeding conveying part and a guiding conveying part which are connected front and back, the condom feeding conveying part is used for conveying condoms to the guiding conveying part in a hanging state, and the guiding conveying part is used for guiding the condoms to be in a hanging conveying state with openings facing upwards; a condom feeding part is arranged at the position of the condom feeding conveying part and used for conveying condoms to the condom feeding conveying part, a transition conveying part is arranged at the output end of the guiding conveying part and used for sequentially conveying the condoms to the switching part in a spaced arrangement state, and the switching part conveys the condoms to the electric detection part. The automatic condom feeding device can achieve guide condom feeding, condom feeding and electric detection operation of condoms, achieves automation in the whole process, is high in working efficiency and good in stability, and can achieve gas saving operation.

Description

Technical Field

[0001] The utility model relates to condom production equipment, in particular to full-automatic condom electrical testing equipment. Background Art

[0002] Condoms are barrier devices that can be used during sexual intercourse, which can effectively reduce the spread of sexually transmitted diseases and achieve contraceptive functions. During the production and processing of condoms, it is necessary to use an electric inspection machine to detect whether the condoms are damaged. Traditional electric inspection machines use manual operation to put condoms on the electric inspection rod, and then perform electric inspection operations. The labor intensity of workers is very high, and the efficiency of putting on the condoms is not high. Each electric inspection machine needs to be equipped with at least one worker to cooperate in the electric inspection, and the labor cost is also very high. In addition, some electric inspection machines on the market can realize automatic condom delivery, such as the Chinese patent document (publication number: CN107510538A; publication date: December 26, 2017) discloses an automatic condom electric inspection machine, which is characterized in that it includes a condom delivery component, a condom-applying component and an electric inspection component. The condom delivery component includes a vertical tube and a sleeve suction tube. The vertical tube has a tube hole that matches the outer diameter of the condom. The side of the vertical tube is provided with a sleeve inlet, and the sleeve suction tube is connected to the sleeve inlet. The connecting part with the inlet has a downward inclined design, the suction sleeve is provided with an inlet to extract the condom, the top of the vertical tube is provided with an upper outlet, the bottom of the vertical tube is provided with a lower outlet, the upper sleeve component is arranged at the bottom of the lower outlet, the condom coming out of the lower outlet is clamped and put on the penis rod of the electric inspection component, the suction sleeve is provided with a first blowing port, the first blowing port blows the condom to the vertical tube, the vertical tube is provided with a second blowing port, the second blowing port blows the condom to the upper outlet, and a photoelectric switch for detecting the position of the condom is provided at the upper outlet; when the photoelectric switch detects that the sperm storage vesicle end of the condom is facing upward, the blowing port stops blowing, and the condom falls to the upper sleeve component in a parachute manner, and when the photoelectric switch detects that the port ring of the condom is facing upward, the blowing port increases the blowing, and the condom is blown away from the vertical tube from the upper outlet.

[0003] The above-mentioned electric inspection machine has a sleeve delivery component that uses a suction tube structure to suck and deliver condoms. This structure consumes a huge amount of gas during actual use, cannot achieve energy-saving production, and is difficult to ensure the stability and reliability of the condom delivery. Utility Model Content

[0004] In view of the shortcomings of the background technology, the technical problem to be solved by the present invention is to provide a fully automatic condom electrical inspection device for solving the above-mentioned problems.

[0005] To this end, the utility model is implemented by adopting the following scheme:

[0006] The fully automatic condom electrical inspection equipment is characterized by comprising an upper sleeve conveying component and a guiding conveying component connected front and back, the upper sleeve conveying component is used to convey the condoms in a hanging state to the guiding conveying component, the guiding conveying component is used to guide the condoms to a hanging conveying state with the opening facing upward, a sleeve feeding component is provided at the upper sleeve conveying component to convey the condoms to the upper sleeve conveying component, a transition conveying component is provided at the output end of the guiding conveying component, the transition conveying component is used to convey the condoms in a spaced arrangement state in sequence to the transfer component, and the transfer component conveys the condoms to the electrical inspection component.

[0007] The upper sleeve conveying component includes a hanging conveyor belt and a supporting conveyor belt which transmit in the same direction during operation. The hanging conveyor belt and the supporting conveyor belt are arranged adjacent to each other. The hanging conveyor belt and the supporting conveyor belt receive the condoms sent by the sleeve component at the loading station. The condoms are supported by the hanging conveyor belt and the supporting conveyor belt for transportation. When the hanging conveyor belt leaves the supporting conveyor belt, the condoms whose center of gravity deviates fall from the hanging conveyor belt, and the remaining condoms are hung on the hanging conveyor belt for continued transportation. The hanging conveyor belt is a narrow belt.

[0008] Two material-supporting conveyor belts are provided, and the material-hanging conveyor belt is located between the two material-supporting conveyor belts.

[0009] The guiding and conveying component includes two feeding belts arranged on the left and right, and a guiding plate is arranged corresponding to the feeding belt. The guiding plate can contact and guide the condoms hung on the feeding belts, so that the condoms are in an open-upward state and hung on the two feeding belts for conveyance, or the condoms that are not guided into place fall from the feeding belts.

[0010] An adsorption tube and a sensor are provided corresponding to the feeding belt, and the adsorption tube and the sensor are located on the rear side of the guide component. The sensor can detect and sense the condoms transported on the feeding belt, and the sensor can control the negative pressure component to make the adsorption tube generate adsorption force to absorb the condoms transported on the feeding belt and not guided into place.

[0011] The adapter component includes a rotating frame, an open ring, a support sleeve claw and a linear motor. A movable seat is provided on the rotating frame, and the movable seat is connected to the first movable driving component. A clamping claw mechanism is provided on the movable seat. The front end of the open ring has a notch. A plurality of support sleeve claws are provided on the inner ring of the open ring. Each support sleeve claw is connected to a small support sleeve cylinder, and the small support sleeve cylinder is fixedly installed on the outer ring of the open ring. The open ring is connected to the slider of the linear motor. The linear motor is arranged on the swing frame. The swing frame is hinged to one end of the transmission arm, and the other end of the transmission arm is eccentrically hinged to the driving wheel.

[0012] The condom feeding component includes a roller, the upper condom conveying component is partially located in the roller, and a feeding plate is provided on the inner wall of the roller. The feeding plate can move the condoms in the roller to the top of the upper condom conveying component, so that the condoms naturally fall onto the upper condom conveying component.

[0013] The discharge ends of the two feeding belts pass around the corresponding pulleys, and the two pulleys are rotatably set on the corresponding moving seats. The two moving seats are connected to the second moving drive assembly to drive the two moving seats to move so that the two pulleys approach or move away from each other. It also includes limiting wheels arranged on both sides of the near ends of the two feeding belts, and the limiting wheels are arranged near the middle and rear sections of the feeding belts.

[0014] The transition conveying component comprises transition feeding belts arranged on the left and right, the two transition feeding belts are wound around corresponding transition belt wheels, and each transition belt wheel is drivingly connected to a servo motor.

[0015] Two transition conveying rods are arranged obliquely between the guiding conveying component and the transition conveying component. The transition conveying rods are arranged on a vibration seat, and the bottom of the vibration seat is connected to the vibrator.

[0016] The fully automatic condom electrical inspection equipment of the above technical solution can realize the backward conveying of condoms with the opening facing upward by setting the guiding conveying component, and realizes automatic conveying throughout the process without the need for human assistance, which greatly reduces the labor intensity of workers and saves labor costs, while improving the efficiency of condom delivery. The upper condom conveying component and the guiding conveying component do not need to suck and exhaust air, which effectively reduces the required gas consumption, greatly reduces the gas cost, and realizes energy-saving operation. In addition, by co-setting the transition conveying component and the adapter component, it can be ensured that the whole set is quickly and stably delivered to the electrical inspection component for electrical inspection, thereby realizing fully automatic electrical inspection operation. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] The utility model has the following drawings:

[0018] Figure 1 It is a schematic diagram of the structure of the utility model;

[0019] Figure 2 This is a structural diagram of one side of the roller discharging end of the utility model;

[0020] Figure 3 It is a side view schematic diagram of the condom of the utility model when being transported on the feeding belt and the conveyor belt;

[0021] Figure 4 It is a top view schematic diagram of the condom of the utility model when being transported on the feeding belt;

[0022] Figure 5 It is a structural diagram of the transition conveying component and the flipping and pinching conveying component of the utility model;

[0023] Figure 6 It is a structural diagram of the upper set component of the utility model. DETAILED DESCRIPTION

[0024] As shown in the figure, the fully automatic condom electric inspection equipment disclosed by the utility model comprises an upper condom conveying component and a guiding conveying component connected front and back. The upper condom conveying component is used to send the condoms to the guiding conveying component in a hanging state. Specifically, the upper condom conveying component comprises a hanging conveyor belt 4 and a supporting conveyor belt 2 which perform the same direction transmission when working. The hanging conveyor belt 4 and the supporting conveyor belt 2 are arranged adjacent to each other. The hanging conveyor belt 4 and the supporting conveyor belt 2 receive the condoms sent by the condom component at the loading station. The condoms are jointly supported by the hanging conveyor belt 4 and the supporting conveyor belt 2 for transportation. When the hanging conveyor belt 4 leaves the supporting conveyor belt 2, the condoms with deviated center of gravity fall from the hanging conveyor belt 4, and the remaining condoms are hung on the hanging conveyor belt 4 for continuous transportation. The hanging conveyor belt 4 is a narrow belt. Furthermore, two supporting conveyor belts 2 are provided, and the hanging conveyor belt 4 is located between the two supporting conveyor belts 2, so that more condoms can first fall on the supporting conveyor belt 2 and then be driven by the hanging conveyor belt 4 for hanging and transportation. The guiding conveying component is used to guide the condoms to a hanging conveying state with the opening facing upwards. The upper conveying component is provided with a sleeve feeding component to deliver the condoms to the upper conveying component. The sleeve feeding component includes a roller 1. The upper conveying component is partially located in the roller 1. The inner wall of the roller 1 is provided with a feeding plate 27. The feeding plate 27 can move the condoms in the roller 1 to the top of the upper conveying component so that the condoms naturally fall onto the upper conveying component. A guide plate 26 is also provided on the inner wall of the roller 1. The guide plate 26 is located at both sides of the feeding plate 27 and is inclined. The guide plate 26 can guide more condoms to the feeding plate 27. A return belt 7 is provided below the feeding belt 5. One end of the return belt 7 extends into the roller. The return belt 7 can receive the condoms dropped from the feeding belt 4 and deliver the condoms to the roller 1, so as to facilitate the collection of the condoms that have not been delivered to the right place. The guiding and conveying component includes two feeding belts 5 arranged on the left and right, and a guiding plate 6 is arranged corresponding to the feeding belts 5. The guiding plate 6 can contact and guide the condoms hung on the feeding belts 5, so that the condoms are in an open-upward state 30 and hung on the two feeding belts 5 for conveying, or the condoms that are not guided to the right place fall from the feeding belts 5. Adsorption tubes 9 and sensors 8 are arranged corresponding to the feeding belts 5. The adsorption tubes 9 and the sensors 8 are located at the rear side of the guiding component. The sensors 8 can detect and sense the condoms conveyed on the feeding belts. The sensors 8 can control the negative pressure component to make the adsorption tubes 9 generate adsorption force to absorb the condoms conveyed on the feeding belts 5 and not guided to the right place.Furthermore, the discharge ends of the two feeding belts 5 pass around the corresponding pulleys 11, and the two pulleys 11 are rotatably set on the corresponding moving seats 36. The two moving seats 36 are connected to the second moving drive assembly to drive the two moving seats 36 to move, so that the two pulleys 11 are close to or away from each other. It also includes limit wheels 10 arranged on both sides of the near ends of the two feeding belts 5. The limit wheels 10 are arranged near the middle and rear sections of the feeding belts 5. Specifically, the second moving drive assembly includes a driving motor 34, and the output end of the driving motor 34 is connected to the driving screw 35. The driving screw 35 is provided with a first thread segment and a second thread segment with opposite spiral directions. The first thread segment is screwed to one of the moving seats, and the second thread segment is screwed to the other moving seat. Guide columns 37 are passed through the two moving seats 36. By controlling the driving motor 34 to drive the driving screw 35 to rotate, the first and second threaded sections can drive the two moving seats to move closer or farther from each other, and adjust the spacing between the two pulleys 11. Of course, in addition to the screw drive method, common linear drive mechanisms such as cylinders, linear motors, and gear racks can also be used to drive the two moving seats to move, and also include limit wheels 10 arranged on both sides of the near ends of the two feeding belts 5. The limit wheels 10 are arranged near the middle and rear sections of the feeding belts 5. In actual use, if it is found that there are too many condoms arranged and transported on the feeding belt 5, the mobile driving mechanism can be controlled to move. The moving assembly drives the two moving seats 36 and the two pulleys 11 away from each other, thereby increasing the distance between the two feeding belts 5 near the ends, causing the condoms transported on the feeding belt 5 to lose support and fall onto the return belt, thereby avoiding the accumulation of condoms during subsequent transportation and affecting the transportation quality. At the same time, due to the existence of the limiting wheel 10, the position of the feeding belt 5 at this location is limited to ensure that the feeding belt 5 will not be pulled apart again, and to ensure that the distance from the feed end of the two feeding belts 5 to the limiting wheel 10 will not change, thereby ensuring that the front-end transportation, guiding and screening operations of the condoms can be carried out stably. A transition conveying component is provided at the output end of the guiding conveying component, and the transition conveying component is used to sequentially deliver the condoms in an interval arrangement to the transfer component. Specifically, the transition conveying component includes left and right transition feeding belts 52, and the two transition feeding belts 52 are wound around corresponding transition pulleys 38, and each transition pulley 38 is connected to the servo motor in a transmission manner. A shifting pin 43 is provided at the discharge end of the transition feeding belt 52, and the shifting pin 43 is provided on the piston rod of the driving cylinder 42. The cylinder body of the driving cylinder 42 is provided on the mounting seat 41, and the mounting seat 41 is connected to the slider of the linear motor 40, and a storage rack 44 is provided on the side corresponding to the shifting pin 43.The adapter component delivers the condom to the electrical inspection component. Specifically, the adapter component includes a rotating frame 17, an open ring 51, a support sleeve claw 46 and a linear motor 19. A movable seat 50 is provided on the rotating frame 17, and the movable seat 50 is connected to the first movable drive component. A clamping claw mechanism 15 is provided on the movable seat 50. The front end of the open ring 51 has a notch. A plurality of support sleeve claws 46 are provided on the inner ring of the open ring 51. Each support sleeve claw 46 is connected to a small support sleeve cylinder 45. The small support sleeve cylinder 45 is fixedly installed on the outer ring of the open ring 51. The open ring 51 is connected to the slider 47 of the linear motor 19. The linear motor 19 is arranged on the swing frame 18. The swing frame 18 is hinged to one end of the transmission arm 48, and the other end of the transmission arm 48 is eccentrically hinged to the driving wheel 49. There are two inclined transition conveying rods 14 between the guiding conveying component and the transition conveying component. The transition conveying rods 14 are arranged on the vibration seat 13. The bottom of the vibration seat 13 is connected to the vibrator 12 to realize the vibration and falling conveying of the condom. The electric inspection component includes an electric inspection turntable 21 that rotates at a certain angle. The outer circumference of the electric inspection turntable 21 is provided with functional stations including a sleeve-on station, a dry electric inspection station, a genuine sleeve-collecting station, a reject sleeve-collecting station and a sleeve-collecting inspection station. The electric inspection turntable 21 is provided with a plurality of penis rods 20 corresponding to the functional stations. The penis rod 20 is installed outwardly and inclined. The open ring 51 is correspondingly arranged at the sleeve-on station. When the sleeve-on component is working, the condom is sleeved into the penis rod 20. The dry electric inspection station is correspondingly provided with an electric inspection device 22. When the electric inspection device 22 is working, it checks the damage of the condom. The electric inspection device 22 is a common structure on the market and belongs to the prior art, so it will not be described in detail. The genuine The collecting station is provided with a genuine condom collecting component 24, which rolls up the genuine condom and separates it from the penis rod when it is working. Specifically, the genuine condom collecting component 24 includes a first condom collecting belt, which contacts the genuine condom on the penis rod and drives the condom to roll up and separate from the penis rod. The waste collecting station is provided with a waste condom collecting component 25, which includes a second condom collecting belt, which contacts the waste condom on the penis rod and drives it to roll up and separate from the penis rod. The collecting inspection station is provided with a condom inspection photoelectric component 54, which checks whether there is a condom on the penis rod when it is working. Through the above design, after the electric inspection turntable rotates one circle, the genuine condoms are automatically collected in the genuine box, and the waste condoms are automatically collected in the waste box, with high working efficiency.

[0025] The working principle of the utility model is as follows: the condoms to be electrically inspected are poured into the drum 1, and as the drum 1 rotates, the feeding plate 27 of the drum 1 drives the condoms to be sent to the supporting conveyor belt 2 and the hanging conveyor belt 4, and as the supporting conveyor belt 2 and the hanging conveyor belt 4 move, the condoms are driven to be transported. When the condoms are sent to the discharge end of the supporting conveyor belt 2, if the condoms are placed entirely on any supporting conveyor 2, they will directly fall from the discharge end of the supporting conveyor belt 2 to the return belt 7 and be sent back to the drum 1. Only the condoms in the state of being hung on the hanging conveyor belt 4 will be driven by the hanging conveyor belt 4 to be transported to the feeding belt 5. When being transported on the conveyor belt 5, the condoms first pass through the guide plate 6. Under the action of the guide plate 6, the condoms will be turned over and corrected, so that some condoms can be opened upward and placed on the two feeding belts 5. Another part of the condoms that are not turned over will fall onto the return belt 7 and be sent back to the drum 1. Then, as the feeding belt 5 drives the condoms to continue to be transported backward, the sensor 8 will sense and detect the condoms on the feeding belt 5. If it is found that some condoms are in the state 31, 32 of hanging on any feeding belt 5 or the state 33 of two condoms stacked together, etc., the adsorption tube 9 will be controlled to absorb the corresponding condoms and re-feed them into the drum 1. In the inside, it is further ensured that only the condoms with the opening facing upward 30 can be conveyed backward on the feeding belt 5, and then the condoms 28 fall to the transition conveying rod 14, and the vibrator 12 drives the transition conveying rod 14 to vibrate, so that the condoms 28 are delivered to the transition feeding belt 52, and the arrangement and conveying of the condoms can be realized. When the condoms are delivered to the discharge end of the transition feeding belt 52, the needle 43 moves the condoms to the storage rack 44, and then the clamping claw mechanism 15 clamps the condoms with the opening facing upward, and then controls the rotating rack 17 to rotate 180 degrees, so that the clamped condoms have their openings facing downward, and then the linear motor 19 drives the open ring 51 to move toward the condoms. At this time, the support claws 46 are close to each other and can just extend into the opening of the condom. Then the support small cylinder 45 drives the corresponding support claws 46 to move away from each other, expanding the opening of the condom. The driving wheel 49 rotates and transmits through the transmission arm 48, driving the swing frame 18 to swing, so that the angle of the opening end of the condom is aligned with the penis rod 20. Then the linear motor drives the open ring 51 to move, put the condom on the penis rod 20 and separate it from the support claws 46. The electric inspection turntable 21 drives the penis rod 20 to rotate to the electric inspection station for electric inspection. If the electric inspection is qualified, it will be collected by the genuine collection component 24. If the electric inspection is unqualified, it will be collected by the waste collection component 25.

[0026] The structure of the utility model can realize the backward conveying of condoms with the opening facing upwards by arranging the guiding conveying component, and realize automatic conveying in the whole process without the need for human assistance, which greatly reduces the labor intensity of workers and saves labor costs, and at the same time improves the efficiency of conveying the condoms, and the upper condom conveying component and the guiding conveying component do not need to suck and exhaust air, which effectively reduces the required gas consumption, greatly reduces the gas cost, and realizes energy-saving operation; in addition, by co-arranging the transition conveying component and the adapter component, it can be ensured that the whole condom is quickly and stably delivered to the electric inspection component for electric inspection, thereby realizing fully automatic electric inspection operation.

Claims

1. Fully automatic condom electrical inspection equipment, characterized by: It includes an upper sleeve conveying component and a guiding conveying component connected front and back. The upper sleeve conveying component is used to convey the condoms in a hanging state to the guiding conveying component. The guiding conveying component is used to guide the condoms to a hanging conveying state with the opening facing upward. The upper sleeve conveying component is provided with a sleeve feeding component to convey the condoms to the upper sleeve conveying component. The output end of the guiding conveying component is provided with a transition conveying component. The transition conveying component is used to convey the condoms in a spaced arrangement state in sequence to the transfer component. The transfer component conveys the condoms to the electrical inspection component.

2. The fully automatic condom electrical inspection device according to claim 1, characterized in that: The upper sleeve conveying component comprises a hanging conveyor belt (4) and a supporting conveyor belt (2) which transmit in the same direction during operation. The hanging conveyor belt (4) and the supporting conveyor belt (2) are arranged adjacent to each other. The hanging conveyor belt (4) and the supporting conveyor belt (2) receive the condoms sent by the sleeve component at the loading station. The condoms are supported by the hanging conveyor belt (4) and the supporting conveyor belt (2) for conveyance. When the hanging conveyor belt (4) leaves the supporting conveyor belt (2), the condoms whose center of gravity deviates fall from the hanging conveyor belt (4), and the remaining condoms are hung on the hanging conveyor belt (4) for continued conveyance. The hanging conveyor belt (4) is a narrow belt.

3. The fully automatic condom electrical inspection device according to claim 2 is characterized in that Two material-supporting conveyor belts (2) are provided, and the material-hanging conveyor belt (4) is located between the two material-supporting conveyor belts (2).

4. The fully automatic condom electrical inspection device according to claim 1, characterized in that The guiding and conveying component comprises two feeding belts (5) arranged on the left and right, and a guiding plate (6) is arranged corresponding to the feeding belts (5). The guiding plate (6) can contact and guide the condoms hung on the feeding belts (5), so that the condoms are in an open upward state (30) and hung on the two feeding belts (5) for conveyance, or condoms that are not guided into place fall from the feeding belts (5).

5. The fully automatic condom electrical inspection device according to claim 4, characterized in that An adsorption tube (9) and a sensor (8) are provided corresponding to the feeding belt (5). The adsorption tube (9) and the sensor (8) are located at the rear side of the guide component. The sensor (8) can detect and sense the condoms transported on the feeding belt. The sensor (8) can control the negative pressure component so that the adsorption tube (9) generates an adsorption force to absorb the condoms transported on the feeding belt (5) and not guided into place.

6. The fully automatic condom electrical inspection device according to claim 1, characterized in that The transfer component comprises a rotating frame (17), an open ring (51), a support sleeve claw (46) and a linear motor (19). A movable seat (50) is arranged on the rotating frame (17). The movable seat (50) is connected to a first movable drive assembly. A clamping claw mechanism (15) is arranged on the movable seat (50). The front end of the open ring (51) has a notch. A plurality of support sleeve claws (46) are arranged on the inner ring of the open ring (51). Each support sleeve claw (46) is connected to a support sleeve small cylinder (45). The support sleeve small cylinder (45) is fixedly installed on the outer ring of the open ring (51). The open ring (51) is connected to a slider (47) of the linear motor (19). The linear motor (19) is arranged on a swing frame (18). The swing frame (18) is hinged to one end of a transmission arm (48). The other end of the transmission arm (48) is eccentrically hinged to a driving wheel (49).

7. The fully automatic condom electrical inspection device according to claim 1, characterized in that The condom feeding component comprises a roller (1), the upper condom conveying component is partially located inside the roller (1), and a feeding plate (27) is provided on the inner side wall of the roller (1). The feeding plate (27) can move the condoms in the roller (1) to the top of the upper condom conveying component, so that the condoms naturally fall onto the upper condom conveying component.

8. The fully automatic condom electrical inspection device according to claim 1, characterized in that The discharge ends of the two feeding belts (5) pass around corresponding pulleys (11), and the two pulleys (11) are rotatably arranged on corresponding movable seats (36). The two movable seats (36) are connected to a second movable drive assembly to drive the two movable seats (36) to move so that the two pulleys (11) move closer to or farther from each other. The two feeding belts (5) also include limit wheels (10) arranged on both sides of the near ends of the two feeding belts (5), and the limit wheels (10) are arranged near the middle and rear sections of the feeding belts (5).

9. The fully automatic condom electrical inspection device according to claim 1, characterized in that The transition conveying component comprises transition feeding belts (52) arranged on the left and right, the two transition feeding belts (52) being wound around corresponding transition belt wheels (38), and each transition belt wheel (38) being transmission-connected to a servo motor.

10. The fully automatic condom electrical inspection device according to claim 1 or 9, characterized in that Two transition conveying rods (14) are arranged obliquely between the guiding conveying component and the transition conveying component. The transition conveying rods (14) are arranged on a vibration seat (13). The bottom of the vibration seat (13) is connected to the vibrator (12).

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