CN211904581U - Device for enabling condom to be sleeved before electric examination rod to have gesture consistency - Google Patents
Device for enabling condom to be sleeved before electric examination rod to have gesture consistency Download PDFInfo
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- CN211904581U CN211904581U CN201921549470.8U CN201921549470U CN211904581U CN 211904581 U CN211904581 U CN 211904581U CN 201921549470 U CN201921549470 U CN 201921549470U CN 211904581 U CN211904581 U CN 211904581U
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Abstract
The utility model discloses a make condom suit have gesture uniformity's device before stick is examined to electricity, including condom feed bin, condom conveying pipe and suit unit, the one end opening of condom conveying pipe is towards the condom feed bin, and the condom conveying pipe is equipped with a set of swing joint's condom jiao kou bumping post, and the other end and the cylindrical cavity body intercommunication of condom conveying pipe, cylindrical cavity body coupling negative pressure suction sleeve pipe, cylindrical cavity body pipe are equipped with the gas blow pipe, mobilizable closing plate, suction-blow condom pipe, are equipped with capacitive sensor on the suction-blow condom pipe, the suit unit includes the electric examination carousel, and the electric examination stick of being equipped with a set of upwards erectting on the electric examination carousel, the stick is examined just to the electricity to cylindrical cavity body pipe decurrent port, is equipped with the condom bracing piece between cylindrical cavity pipe decurrent port and the electric examination stick. The device has the advantages of low manufacturing cost, high control precision and long service life, and can improve the efficiency of condom detection.
Description
Technical Field
The utility model relates to a condom detection technology specifically is a device that makes condom cover dress have gesture uniformity before the bar is examined to the electricity.
Background
In the process of condom dry-method electric inspection, because the condom is soft in texture, the condom needs to be manually sleeved on the electric inspection rod by hands, so that a large amount of manpower is needed, and the production efficiency of the condom is influenced. In order to conveniently and automatically sleeve the condom on the electric examination rod, the condom needs to keep consistent in posture and orientation, namely the condom needs to keep in a posture position with a rubber opening facing downwards and a seminal vesicle facing upwards.
SUMMERY OF THE UTILITY MODEL
The utility model aims at the defects of the prior art and provides a device which enables the condom cover to have consistent posture before the electric examination rod. The device has the advantages of low manufacturing cost, high control precision and long service life, and can improve the efficiency of condom detection.
Realize the utility model discloses the technical scheme of purpose is:
a device for enabling a condom to be mounted in front of an electric examination rod to have gesture consistency is different from the prior art and comprises a condom bin with a condom grabbing suction rod, a condom feeding pipe and a mounting unit, wherein an opening at one end of the condom feeding pipe faces the condom bin, a group of condom rubber mouth blocking columns which can movably extend into the condom feeding pipe are arranged on a section of pipe wall of the condom feeding pipe which extends inwards from a port facing the condom bin at intervals, the other end of the condom feeding pipe is communicated with a vertical cylindrical cavity pipe, an upward opening end of the cylindrical cavity pipe is connected with a negative pressure suction sleeve, a gas blowing pipe is arranged at the joint of the upward opening end of the cylindrical cavity pipe and the negative pressure suction sleeve, a movable sealing plate is arranged at the downward port of the cylindrical cavity pipe, and suction and blowing condoms are arranged between the downward port of the cylindrical cavity pipe and the cylindrical cavity communication part of the condom feeding pipe, a capacitance sensor is arranged 20-30mm above the suction-blowing condom tube, the sleeving unit comprises an electric detection rotary disc, a group of electric detection rods which are erected upwards are arranged on the electric detection rotary disc, the downward port of the cylindrical cavity tube is right opposite to the electric detection rods, and a condom support rod is arranged between the downward port of the cylindrical cavity tube and the electric detection rods.
The condom rubber mouth blocking column penetrates through the outer wall of the condom feeding pipe, the distance between the condom rubber mouth blocking column and the inner wall of the condom feeding pipe is adjustable so as to meet the requirement that condoms of different specifications penetrate through, the blocking column has no blocking effect on a seminal vesicle of the condom and has a blocking effect on a condom rubber mouth ring, the condom penetrates through the condom feeding pipe under the effect of pressure difference between two ends of the condom, if the condom seminal vesicle is in front of the movement direction, a condom body penetrates through the blocking column, the condom rubber mouth ring is blocked, the pressure difference between the condom rubber mouth end and the seminal vesicle end of the condom is increased along with continuous suction of the negative-pressure suction sleeve, the deformation of the condom rubber mouth ring is increased, and the condom rubber mouth ring penetrates through the blocking column; if the seminal vesicle of the condom is behind the movement direction, the rubber mouth ring of the condom is blocked, and the condom body of the condom is softer than the condom rubber mouth of the condom, and instead passes through the baffle column firstly under the action of pressure difference at the two ends of the condom; when the seminal vesicle of the condom is in front of the movement direction, the negative pressure suction sleeve continuously sucks air, the pressure difference between the condom rubber port end and the condom seminal vesicle end is continuously increased, the deformation of the rubber ring is increased, so that the condom rubber ring passes through the baffle column, the uniformity of the condom in the direction is realized, the condom continuously moves forwards on the condom feeding pipe after passing through the baffle column under the action of the pressure difference between the two ends of the condom, and finally reaches the front end port of the negative pressure suction sleeve, and the posture position of the condom rubber port downwards and the seminal vesicle upwards is realized.
The minimum distance between the highest point position of the connecting position of the condom feeding pipe and the cylindrical cavity body pipe and the air blowing pipe is more than 200mm, so that the whole condom can enter the cylindrical cavity body pipe.
The number of the condom rubber mouth stop posts is at least 3.
The number of the electric detection rods is at least 3.
The rotary table is in the prior art, is used for fixing the electric examination rod, and can do rotary motion and linear motion.
And a stirring blade connected with a motor is arranged in the condom material bin.
The device in the technical scheme has the following use process: the condom is placed into a condom bin manually or in other ways, and under the control of an external control unit PLC, in order to ensure that the condom suction rod is prevented from being sucked into the condom at all times, a stirring blade connected with a motor is driven to rotate in the condom bin through the rotation of the motor, so that the condoms are uniformly distributed in the bin; the condom grabbing suction rod sucks and grabs the condom in a negative pressure mode, then the condom is conveyed to the inlet of the condom feeding pipe, the negative pressure of the condom grabbing suction rod is reduced to zero, the condom is released, meanwhile, the lower port of the cylindrical cavity pipe is closed by the closing plate, the negative pressure suction sleeve sucks air, suction is generated at the inlet of the condom feeding pipe through the cylindrical cavity pipe and the condom feeding pipe, the condom is sucked into the condom feeding pipe, the condom moves forwards in the condom feeding pipe through the pressure difference at the two ends of the condom, when the condom meets the condom rubber mouth blocking column in the advancing process, the rubber mouth of the condom is blocked by the condom rubber mouth blocking column, the seminal vesicle is arranged in the front and arranged in the back under the action of the pressure difference at the two ends of the condom, the pressure difference between the condom rubber mouth end and the seminal vesicle end is continuously increased along with the continuous suction of the negative pressure suction sleeve, the deformation of the condom ring is increased, so that the condom rubber mouth ring passes through the blocking column, the condom continuously moves forwards on the condom feeding pipe and finally reaches the front end opening of the negative pressure suction sleeve, the posture position that the condom rubber mouth is downward and the seminal vesicle is above is realized in the cylindrical cavity pipe, after the process is finished, the sealing plate is withdrawn, the lower end opening of the cylindrical cavity pipe is opened, then the negative pressure drop in the negative pressure suction sleeve is zero, the air blowing pipe blows air to the seminal vesicle, so that the condom is separated from the negative pressure suction sleeve, the condom falls freely, the condom falls through the detection of the capacitive sensor, when the seminal vesicle of the condom falls to the position of the suction and blowing condom, the suction and blowing condom sucks air to grasp the condom, the rotating disc rotates to the position which does not interfere with the ascending of the condom supporting rod when the condom supporting rod falls to the lower position, the condom supporting rod moves upwards and to the upper position, the rotary disc rotates, and the next electric detection rod is located at the downward positive port of the cylindrical cavity tube, so that the automatic sleeving process of the condom is completed.
The device has the advantages of low manufacturing cost, high control precision and long service life, and can improve the efficiency of condom detection.
Drawings
Fig. 1 is a schematic structural diagram in the embodiment.
In the figure, 1, a condom bin 2, a stirring blade 3, a motor 4, a condom feeding pipe 5, a condom glue port blocking column 6, a capacitive sensor 7, a condom grabbing suction rod 8, a negative pressure suction sleeve 9, a suction and blowing condom sleeve 10, a sealing plate 11, an air blowing pipe 12, a condom 13, a cylindrical cavity pipe 14, a condom supporting rod 15, an electric detection rod 16 and a turntable.
Detailed Description
The contents of the present invention will be further described with reference to the accompanying drawings and examples, but the present invention is not limited thereto.
Example (b):
referring to fig. 1, a device for enabling a condom to be sleeved in an electric examination stick and have gesture consistency comprises a condom bin 1 with a condom grabbing suction rod 7, a condom feeding pipe 4 and a sleeving unit, wherein an opening at one end of the condom feeding pipe 4 faces the condom bin 1, a group of condom rubber mouth blocking columns 5 which are movably connected and extend into the condom feeding pipe 4 are arranged on a section of pipe wall of the condom feeding pipe 4 extending inwards from a port facing the condom bin 1 at intervals, the other end of the condom feeding pipe 4 is communicated with a vertical cylindrical cavity pipe 13, an upward opening end of the cylindrical cavity pipe 13 is connected with a negative pressure suction sleeve pipe 8, a blowing pipe 11 is arranged at the joint of the upward opening end of the cylindrical cavity pipe 13 and the negative pressure suction sleeve pipe 8, a movable closing plate 10 is arranged at the downward port of the cylindrical cavity pipe 13, and a suction blowing pipe 13 is arranged between the downward port of the cylindrical cavity pipe 13 and the joint of the condom feeding pipe 4 and the cylindrical cavity pipe 13 The tube 9 and the position 20-30mm above the suction-blowing contraceptive sleeve 9 are provided with the capacitive sensor 6, the sleeving unit comprises an electrical detection turntable 16, the electrical detection turntable 16 is provided with a group of electrical detection rods 15 which are erected upwards, the downward port of the cylindrical cavity tube 13 is over against the electrical detection rods 15, and a condom support rod 14 is arranged between the downward port of the cylindrical cavity tube 13 and the electrical detection rods 15.
The condom rubber mouth baffle column 5 penetrates through the outer wall of the condom feeding pipe 4, the distance between the condom rubber mouth baffle column 5 and the inner wall of the condom feeding pipe 4 is adjustable so as to meet the requirement of penetration of condoms of different specifications, the baffle column 5 has no blocking effect on seminal vesicles of the condom 12 and has a blocking effect on rubber mouth rings of the condom 12, the condom 12 penetrates through the condom feeding pipe 4 under the action of pressure difference between two ends of the condom 12, if the seminal vesicles of the condom are in front of the movement direction, the condom 12 penetrates through the baffle column 5, the condom rubber mouth rings are blocked, the pressure difference between the rubber mouth end of the condom 12 and the seminal vesicle end of the condom 12 is increased continuously along with continuous suction of the negative pressure suction sleeve 8, the deformation of the rubber mouth rings of the condom 12 is increased, so that the rubber mouth rings of the condom 12 penetrate through the baffle column 5; if the seminal vesicle of the condom 12 is behind the movement direction, the rubber mouth ring of the condom 12 is blocked, and because the condom body of the condom 12 is softer than the condom rubber mouth of the condom 12, under the action of the pressure difference at the two ends of the condom 12, the condom body of the condom 12 instead firstly passes through the baffle column 5; when the seminal vesicle of the condom 12 is in front of the movement direction, the negative pressure suction sleeve 8 continuously sucks air, the pressure difference between the condom rubber port end and the condom seminal vesicle end is continuously increased, the deformation of the rubber ring is increased, so that the condom rubber ring passes through the baffle column 5, the uniformity of the condom in the direction is realized, after the condom 12 passes through the baffle column 5 under the action of the pressure difference between the two ends of the condom, the condom continues to move forwards on the condom feeding pipe 4, and finally reaches the front end port of the negative pressure suction sleeve 8, and the posture position of the condom with the downward rubber port and the seminal vesicle on is realized.
The minimum distance between the highest point position of the connection part of the condom feeding pipe 4 and the cylindrical cavity pipe 13 and the air blowing pipe 11 is more than 200mm, so that the whole condom 12 enters the cylindrical cavity pipe 13.
The number of the condom rubber mouth stop posts 5 is at least 3.
The number of the electric detection rods 15 is at least 3.
The turntable is in the prior art, is used for fixing the electric examination rod 15, and can do rotary motion and linear motion.
And a stirring blade 2 connected with a motor 3 is arranged in the condom bin 1.
The device in the technical scheme has the following use process: the condom 12 is placed into the condom bin 1 manually or in other ways, and under the control of an external control unit PLC, in order to ensure that the condom suction rod 7 is prevented from being sucked into the condom 12 at any time, the motor 3 rotates to drive the stirring blade 2 connected with the motor to rotate in the condom bin 1, so that the condoms 12 are uniformly distributed in the bin; the condom grabbing suction rod 7 sucks and grabs the condom 12 in a negative pressure mode, then the condom is conveyed to the inlet of the condom feeding pipe 4, the negative pressure of the condom grabbing suction rod 7 is reduced to zero, the condom 12 is released, meanwhile, the lower port of the cylindrical cavity pipe 13 is closed by the closing plate 10, the negative pressure suction sleeve 8 sucks air, suction is generated at the inlet of the condom feeding pipe 4 through the cylindrical cavity pipe 13 and the condom feeding pipe 4, the condom 12 is sucked into the condom feeding pipe 4, and the condom 12 moves forwards in the condom feeding pipe 4 through the pressure difference between the two ends of the condom. In the advancing process, when the condom 12 meets the condom rubber mouth blocking column 5, the rubber mouth of the condom 12 is blocked by the condom rubber mouth blocking column 5, the seminal vesicle is in the front and the rubber mouth is in the rear under the action of the pressure difference at the two ends of the condom 12, the pressure difference between the condom rubber mouth end and the condom seminal vesicle end is continuously increased along with the continuous air suction of the negative pressure suction sleeve 8, the deformation of the rubber mouth ring is increased, so that the condom rubber mouth ring passes through the blocking column 5, the condom 12 continuously advances in the condom feeding pipe 4 and finally reaches the front end of the negative pressure suction sleeve 8, the posture positions that the condom rubber mouth is downward and the seminal vesicle is upward are realized in the cylindrical cavity pipe 13, after the process is finished, the sealing plate 10 is withdrawn, the lower end mouth of the cylindrical cavity pipe 13 is opened, then the negative pressure in the negative pressure suction sleeve 8 is zero, the air blowing pipe 11 blows towards the seminal vesicle, so that the condom 12 is separated from the negative pressure suction sleeve 8, and the condom 12 falls freely, through the detection of the capacitive sensor 6, when a seminal vesicle of the condom 12 falls to the suction-blowing condom 9, the suction-blowing condom 9 sucks air to grasp the condom 12, waiting for an instruction to blow air to enable the condom 12 to fall on the condom supporting rod 14, after the condom 12 falls on the condom supporting rod 14, the condom supporting rod 14 drives the condom 12 to move downwards, so that the condom 12 is sleeved on the electric examination rod 15, when the condom supporting rod 14 falls to the lower position, the rotary disc 16 rotates to a position which does not interfere with the ascending of the condom supporting rod 14, the condom supporting rod 14 ascends and moves to the upper position, the rotary disc 16 rotates, the next electric examination rod 15 is positioned at the downward positive port of the cylindrical cavity 13, and the automatic condom sleeving process is completed.
Claims (6)
1. A device for enabling a condom to be sleeved in an electric examination rod and having gesture consistency is characterized by comprising a condom bin with a condom grabbing suction rod, a condom feeding pipe and a sleeving unit, wherein an opening at one end of the condom feeding pipe faces the condom bin, a group of condom rubber mouth blocking columns movably connected and extending into the condom feeding pipe are arranged on a section of pipe wall of the condom feeding pipe extending inwards from a port facing the condom bin at intervals, the other end of the condom feeding pipe is communicated with a vertical cylindrical cavity pipe, an upward opening end of the cylindrical cavity pipe is connected with a negative pressure suction sleeve, a gas blowing pipe is arranged at the joint of the upward opening end of the cylindrical cavity pipe and the negative pressure suction sleeve, a movable sealing plate is arranged at the downward port of the cylindrical cavity pipe, and a suction and blowing sleeve is arranged between the downward port of the cylindrical cavity pipe and the connection of the condom feeding pipe and the cylindrical cavity pipe, a capacitance sensor is arranged 20-30mm above the suction-blowing condom tube, the sleeving unit comprises an electric detection rotary disc, a group of electric detection rods which are erected upwards are arranged on the electric detection rotary disc, the downward port of the cylindrical cavity tube is right opposite to the electric detection rods, and a condom support rod is arranged between the downward port of the cylindrical cavity tube and the electric detection rods.
2. The apparatus according to claim 1, wherein the condom glue port stop post passes through the outer wall of the condom feeding tube, and the distance between the condom glue port stop post and the inner wall of the condom feeding tube is adjustable.
3. The apparatus according to claim 1, wherein the minimum distance between the highest point where the feeding tube of the condom communicates with the cylindrical cavity tube and the blowing tube is greater than 200 mm.
4. The device for conforming a condom prior to application to an electrical dipstick of claim 1 wherein the number of condom adhesive posts is at least 3.
5. The device for conforming a condom prior to application to an electrical dipstick of claim 1 wherein the number of dipsticks is at least 3.
6. The apparatus according to claim 1, wherein the condom hopper has a mixing blade connected to a motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921549470.8U CN211904581U (en) | 2019-09-18 | 2019-09-18 | Device for enabling condom to be sleeved before electric examination rod to have gesture consistency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921549470.8U CN211904581U (en) | 2019-09-18 | 2019-09-18 | Device for enabling condom to be sleeved before electric examination rod to have gesture consistency |
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| Publication Number | Publication Date |
|---|---|
| CN211904581U true CN211904581U (en) | 2020-11-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201921549470.8U Active CN211904581U (en) | 2019-09-18 | 2019-09-18 | Device for enabling condom to be sleeved before electric examination rod to have gesture consistency |
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| CN (1) | CN211904581U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110514372A (en) * | 2019-09-18 | 2019-11-29 | 胡智强 | It is a kind of so that sheath is sleeved on electric-examination stick before with posture consistency device |
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2019
- 2019-09-18 CN CN201921549470.8U patent/CN211904581U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110514372A (en) * | 2019-09-18 | 2019-11-29 | 胡智强 | It is a kind of so that sheath is sleeved on electric-examination stick before with posture consistency device |
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