CN106184938B - A kind of gloves air-leakage test and palming system - Google Patents
A kind of gloves air-leakage test and palming system Download PDFInfo
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- CN106184938B CN106184938B CN201610696222.0A CN201610696222A CN106184938B CN 106184938 B CN106184938 B CN 106184938B CN 201610696222 A CN201610696222 A CN 201610696222A CN 106184938 B CN106184938 B CN 106184938B
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Abstract
The invention belongs to gloves air-leakage test and packing technique fields, are related to a kind of gloves air-leakage test and palming system.Including rack (2), servo motor (3), track (13), driving shaft (5), air-leakage test and palming device (1), pneumoelectric slip ring (4), vacuum pump, air compressor.The air-leakage test includes chassis (6), the second gas chamber (8), the first gas chamber (7), solenoid valve (11), air-leakage test and palming equipment (9), pressure test device (12) with palming device (1).Beneficial effects of the present invention are：Traditional method is changed, realizes automation, saves labour；Simple in structure, precision is high, speed is fast, at low cost, and qualification rate is high；Simplify production technology；Reduce the generation of electrostatic；Reliability is high；High degree of automation, performance are stable, easy to adjust.
Description
Technical field
The invention belongs to gloves air-leakage test and packing technique fields, are related to a kind of gloves air-leakage test and palming system
System.
Background technology
Present gloves are widely used in the every field of live and work, in different fields for gloves
The requirements of the various aspects such as material, quality, size, processing technology also differ.For example, medical gloves, forceful electric power operation insulation
Gloves etc. are required to higher air-tightness,, may be in gloves due to the needs of craftsmanship in addition in glove finishing process
Portion is inflated, and therefore, also has higher requirement to the air-tightness of gloves.There are various air-leakage tests in present actual production
Method, but because it is generally of less demanding to air-tightness, therefore also without preferable air-tightness detection method.Especially for doctor
With gloves etc., the requirement of air-tightness is not achieved in traditional detection method.
In addition, during glove package, majority is all that gloves are directly transferred to packaging, leads to as longer gloves such as wrist
Required Package size is larger, and out-of-flatness after packing, and influences beauty, to vanning, transport, putting etc. for shelf is brought not
Just.Therefore, drawbacks described above can be improved by wrist palming packaging for the longer gloves of wrist during packaging, still, gloves at present
Air-leakage test and palming process all by worker by hand carry out one by one.Particularly with medical gloves, medical aseptic gloves
It is with the difference of ordinary glove maximum, the wrist portion of medical aseptic gloves needs to turn down shape from inside to outside in advance before packing
Into turn-up portion, when in use, after inner packing is taken out from hermetic bag, the internal lining paper effect of inner packing is the sterile of gloves for protection
Performance, by opening internal lining paper, user need to only be affectedly bashful sterile gloves turn-up portion can wearing gloves, reach the appearances of gloves
Face is constantly in contactless germ-free condition.Due to the soft texture of medical gloves, elasticity is big, and palming length is up to 9cm or so,
Palming difficulty is big, low production efficiency.
Chinese invention patent CN201510597618.5 discloses a kind of insulating glove gas leakage simple detection device.The device
Including air-tightness clamping plate and pressure inflator；The Sealing jaw is divided into upper plate and lower plate, and the upper plate and lower plate pass through hinge
Connection, and the one end of the upper plate far from hinge is equipped with fastening bolt, the lower plate is equipped with and the corresponding screw of fastening bolt
Hole；The pressure inflator includes air bag, resetting spring is equipped in the air bag, and the air bag is equipped with one-way air inlet mouth and unidirectionally goes out
Gas port, the unidirectional gas outlet are connected with air hose；The other end of the air hose has plunger, and the plunger includes
Pedestal and needle body, the pedestal is interior to be equipped with check-valves.The air-tightness clamping plate of the invention is fixed simply by hinge and fastening bolt
Clamping plate both ends, intermediate position does not have any security measure, can not although taking seal approach especially near plunger
Ensure to fasten the gap between gloves and plunger well, be very easy to gas leakage.Therefore high gloves are required for air-tightness,
Gas leakage cannot be detected well.
Invention content
In view of the deficiencies of the prior art, it is an object of the present invention to provide a kind of gloves air-leakage tests and palming system.With
The air-leakage test inside gloves, and gloves wrist is overturn, the system comprises：
Rack；
Servo motor：It is installed on the rack；
Track：With protrusion and three with upper support leg, the track becomes one structure with the stabilizer blade, by described
The track is fixed on the rack by stabilizer blade；
Check bit：Installation at least four is uniformly distributed in the rail base；
Driving shaft：It is fixed on the rack by bearing；
Pneumoelectric slip ring：It is installed on the driving shaft lower end；
Vacuum pump：It is connect by pipeline with the pneumoelectric slip ring；
Air compressor：It is connect by pipeline with the pneumoelectric slip ring；
Air-leakage test and palming device：It is fixed on the driving shaft, and is set to the top of the track, by institute
It states servo motor and drives the driving shaft, so as to which the air-leakage test be driven to be rotated with palming device, the air-leakage test
Include with palming device：
Chassis：It is installed on the driving shaft, has using the center chassis as the center of circle, radial equally distributed length
Shape hole；
Second gas chamber：It is set at the center on the chassis, is connect by pipeline with the air compressor；
First gas chamber：It is set at the center on the chassis, and is superimposed on the top of second gas chamber, pass through pipeline
It is connect with the vacuum pump；
Solenoid valve：It is uniformly provided in the concentric circumferences in first gas chamber and the outside of the second gas chamber at least one described
Solenoid valve, each solenoid valve are connected by two tracheaes being arranged radially with first gas chamber and the second gas chamber respectively
It is logical；
Air-leakage test and palming equipment：It is described to set including apparatus body, stent, connecting rod, sliding block and action control equipment
Standby ontology is fixed on the stent, and the sliding block connect by the connecting rod with the stent, and pass through the elongated hole and
The track is slidably connected, and each equipment is connected with the solenoid valve by tracheae, is installed in the cradle top
There is the action control equipment, the action control equipment is connect with the apparatus body；
Gas leakage detection device：Be installed on the solenoid valve on the chassis and the air-leakage test and palming equipment it
Between.
Further, the gas leakage detection device is the equipment for detecting gloves profile variations.
Further, the air-leakage test and palming device are in the form of annular discs.
Further, first gas chamber is in circular ring shape.
Further, second gas chamber is in circular ring shape.
Further, the action control equipment is cylinder, is set by piston rod piece with the air-leakage test with palming
Standby ontology connects.
Beneficial effects of the present invention are：
1. the method that the present apparatus changes the artificial gas leakage detection of traditional medical latex glove and palming, realizes medical breast
Rubber gloves gas leakage detection and the automation of palming, a large amount of labour of saving.
2. replacing the manual palming process of gloves by the way of pneumatic, simple in structure, precision is high, speed is fast, at low cost,
Qualification rate is high.
3. realizing two processes of gas leakage detection and palming on same air-leakage test and palming equipment, production work is simplified
Skill.
4. air-leakage test and the material of palming equipment use polytetrafluoroethylene (PTFE), reduce the generation of electrostatic, air-tightness inspection
It surveys low with palming equipment cost.
It is 5. simple in structure, reliability is high, easy to detect, accurate, quick using the form of disk.
6. gas circuit and the design of circuit are simplified using pneumoelectric slip ring, and with extreme high reliability.
7. the mode of gas chamber is used to supply respectively with palming equipment for each air-leakage test to provide a convenient.
8. each air-leakage test is run with palming equipment in track, the essence of air-leakage test and palming equipment is realized
Standard is stretched out and is retracted, and simplifies technological process, and reliability is high.
9. whole device provides power using servo motor, PLC carries out circuit control, high degree of automation, performance be stable,
It is easy to adjust.
Description of the drawings
Fig. 1 is the gloves air-leakage test of the present invention and the front view of palming system.
Fig. 2 is the gloves air-leakage test of the present invention and the stereogram of palming device.
Fig. 3 is the front view on chassis.
Fig. 4 is the stereogram of track.
Fig. 5 is air-leakage test and the stereogram of palming equipment.
Fig. 6 is gas circuit schematic diagram of the present invention.
In figure：1- air-leakage tests and palming device, 2- racks, 3- servo motors, 4- pneumoelectric slip rings, 5- driving shafts, 6-
Chassis, the first gas chambers of 7-, the second gas chambers of 8-, 9- air-leakage tests and palming equipment, 10- tracheaes, 11- solenoid valves, 12- gas leakage inspection
Measurement equipment, 13- tracks, 14- elongated holes, 15- action control equipments, 16- stents, 17 apparatus bodies, 18- connecting rods, 19- sliding blocks,
20- protrusions, 21- stabilizer blades, 22- check bits, 23- vacuum pumps, 24- air compressors.
Specific embodiment
With reference to the accompanying drawings and detailed description, the present invention is further illustrated.
As shown in Figure 1, the gloves air-leakage test includes with palming system
Rack 2；
Servo motor 3：It is installed on the rack 2；
Track 13：As shown in figure 4, with protrusion 20 and three with upper support leg 21, the track 13 and the stabilizer blade 21
It becomes one structure, the track 13 is fixed in the rack 2 by the stabilizer blade 21；
Check bit：Installation at least four is uniformly distributed in the rail base；
Driving shaft 5：It is fixed in the rack 2 by bearing；
Pneumoelectric slip ring 4：It is installed on 5 lower end of driving shaft；
Vacuum pump 23：It is connect by pipeline with the pneumoelectric slip ring 4；
Air compressor 24：It is connect by pipeline with the pneumoelectric slip ring 4；
Air-leakage test and palming device 1：It is fixed on the driving shaft 5, and is set to the top of the track 13,
It is in the form of annular discs, the driving shaft 5 is driven by the servo motor 3, so as to drive 1 turn of the air-leakage test and palming device
It is dynamic；
As shown in Fig. 2, the air-leakage test includes with palming device 1,
Chassis 6：It is installed on the driving shaft 5, as shown in figure 3, with using 6 center of chassis as the center of circle, in radiation
The equally distributed elongated hole 14 of shape；
Second gas chamber 8：It is set at the center on the chassis 6, in circular ring shape, passes through pipeline and the air compressor 24
Connection；
First gas chamber 7：It is set at the center on the chassis 6, and is superimposed on the top of second gas chamber 8, in circle
Annular is connect by pipeline with the vacuum pump 23；
Solenoid valve 11：It is uniformly provided in the concentric circumferences in the outside of 7 and second gas chamber 8 of the first gas chamber at least one
The solenoid valve 11, each solenoid valve 11 by two tracheaes 10 being arranged radially respectively with first gas chamber 7
It is connected with the second gas chamber 8；
Air-leakage test and palming equipment 9：As shown in figure 5, including apparatus body 17, stent 16, connecting rod 18,19 and of sliding block
Action control equipment 15, the apparatus body 17 are fixed on the stent 16, the sliding block 19 by the connecting rod 18 with it is described
Stent 16 connects, and is slidably connected across the elongated hole 14 with the track 13, each equipment 9 and the electricity
Magnet valve 11 is connected by the tracheae 10, and the action control equipment 15, the action control are equipped at 16 top of stent
Control equipment 15 is connect with the apparatus body 17；
Gas leakage detection device 12：The solenoid valve 11 for being installed on the chassis 6 is set with the air-leakage test with palming
Between standby 9.
When carrying out air-leakage test with palming process, the driving shaft 4 is driven to rotate by the servo motor 3, so as to band
It moves the air-leakage test to rotate with palming device 1 so that described in rotating to when each air-leakage test and palming equipment 9
During two protrusions 20 of track 13, along the elongated hole 14, the Slideslip outside disk stretches out the equipment 9, by gloves set
It is detected in the equipment 9 and palming process.During detection, as shown in fig. 6, from the pneumoelectric slip ring 4 to the vacuum pump
24 and 23 supply gas of air compressor, and respectively connected the vacuum pump with first gas chamber 7 by pipeline, to institute
It states the first gas chamber 7 to be evacuated, the air compressor is connected with second gas chamber 8, gas is pressed into second gas chamber 8
Body.Described in two connected with 7 and second gas chamber 8 of the first gas chamber respectively by the air-leakage test and palming equipment 9
Tracheae 10 is controlled by the solenoid valve 11 and is evacuated and be pressed into air to the air-leakage test and palming equipment 9.
The method that air-tightness and palming are detected by this system is as follows：
When the air-leakage test and palming device 1 go to the working position of set gloves, due to the effect of the track 13,
The air-leakage test and palming equipment 9 can overhanging 15cm, so as to toward covering gloves on the air-leakage test and palming equipment 9,
After gloves are put on, the air-leakage test and 9 retraction home position of palming equipment, corresponding 11 execution of the solenoid valve action pair
The air-leakage test and the outer lower portion stomata of palming equipment 9 are evacuated, at this point, under the air-leakage test and palming equipment 9
Portion is sucked and to clamp gloves air tight between gloves and the air-leakage test and palming equipment 9 to ensure, corresponding later described
11 execution of solenoid valve action is inflated the air-leakage test and the inside of palming equipment 9, so as to be carried out to gloves inside
Inflation, the air pressure inside gloves reach pressurize 20-30 seconds after setting value, pass through the gas leakage detection device in the check bit 22
12 detection gloves whether gas leakage, if gas leakage, 11 execution of solenoid valve action is to the air-leakage test and palming equipment 9
Outer lower portion stomata is inflated, and gloves are blown off naturally.
Detected by pressure maintaining period, confirm it is gastight, by it is described control solenoid valve 11 to the air-leakage test with
So as to which the gas inside gloves be extracted out, gloves wrist is turned over for the internal air exhausting of palming equipment 9.The gloves for turning over good hand's wrist arrive
During up to rewinding position, due to the effect of the track 13, the air-leakage test understands overhanging 15cm again with palming equipment 9, then
By the way that the solenoid valve 11 is controlled to be inflated the air-leakage test and the stomata of the outer lower portion of palming equipment 9 so that
The wrist side of gloves is blown down from set glove region, and then (difference 0.5 second) is by controlling the solenoid valve 11 to examine the air-tightness
It surveys and is slightly inflated with the inside of palming equipment 9, the gloves for having turned over wrist are blown off by nature onto rewinding belt, described airtight
Property detection with palming equipment 9 be retracted into home position again.So far, it the air-leakage test of gloves and turns over bowl process and all realizes.
Each air-leakage test and palming equipment 9 move in circles work successively, realize the airtight of medical latex glove
Property detection and palming automation.
Further, the gas leakage detection device 12 is preferably the equipment for detecting gloves profile variations, by gloves
Profile is detected, and is judged as gloves gas leakage if reduced profile is more than setting value,
Other, also can be used the variation of gloves air pressure inside is such as detected by baroceptor come judge inside gloves whether
There are the methods of gas leakage etc..No matter using any detection method, if be capable of detecting when gloves whether gas leakage, belong to the present invention
Range.
Further, the air-leakage test and palming device are in the form of annular discs.
Further, first gas chamber is in circular ring shape.
Further, second gas chamber is in circular ring shape.
Further, the action control equipment is cylinder, is set by piston rod piece with the air-leakage test with palming
Standby ontology connects.
Present invention is not limited to the embodiments described above, in the case of without departing substantially from substantive content of the present invention, art technology
Any deformation, improvement, the replacement that personnel are contemplated that each fall within protection scope of the present invention.
Claims (6)
1. a kind of gloves air-leakage test and palming system, which is characterized in that including
Rack (2)；
Servo motor (3)：It is installed on the rack (2)；
Track (13)：With protrusion (20) and three with upper support leg (21), the track (13) becomes with the stabilizer blade (21)
The track (13) is fixed in the rack (2) by integral structure by the stabilizer blade (21)；
Check bit (22)：Installation at least four is uniformly distributed in the track (13) bottom；
Driving shaft (5)：It is fixed in the rack (2) by bearing；
Pneumoelectric slip ring (4)：It is installed on the driving shaft (5) lower end；
Vacuum pump (23)：It is connect by pipeline with the pneumoelectric slip ring (4)；
Air compressor (24)：It is connect by pipeline with the pneumoelectric slip ring (4)；
Air-leakage test and palming device (1)：It is fixed on the driving shaft (5), and is set to the upper of the track (13)
Side drives the driving shaft (5) by the servo motor (3), so as to which the air-leakage test be driven to turn with palming device (1)
It is dynamic；
The air-leakage test includes with palming device (1),
Chassis (6)：It is installed on the driving shaft (5), has using the chassis (6) center as the center of circle, it is radial uniformly to divide
The elongated hole (14) of cloth；
Second gas chamber (8)：It is set at the center of the chassis (6), is connect by pipeline with the air compressor (24)；
First gas chamber (7)：It is set at the center of the chassis (6), and is superimposed on the top of second gas chamber (8), lead to
Piping is connect with the vacuum pump (23)；
Solenoid valve (11)：At least one is uniformly provided in the concentric circumferences in first gas chamber (7) and the outside of the second gas chamber (8)
A solenoid valve (11), each solenoid valve (11) is by two tracheaes (10) being arranged radially respectively with described the
One gas chamber (7) is connected with the second gas chamber (8)；
Air-leakage test and palming equipment (9)：Including apparatus body (17), stent (16), connecting rod (18), sliding block (19) and action
Control device (15), the apparatus body (17) are fixed on the stent (16), and the sliding block (19) passes through the connecting rod (18)
It connect with the stent (16), and is slidably connected across the elongated hole (14) with the track (13), it is each described
Air-leakage test is connected with palming equipment (9) with the solenoid valve (11) by the tracheae (10), is pushed up in the stent (16)
Portion is equipped with the action control equipment (15), and the action control equipment (15) connect with the apparatus body (17)；
Gas leakage detection device (12)：It is installed on the solenoid valve (11) on the chassis (6) and the air-leakage test and palming
Between equipment (9).
2. gloves air-leakage test according to claim 1 and palming system, which is characterized in that the gas leakage detection device
(12) equipment for detection gloves profile variations.
3. gloves air-leakage test according to claim 1 and palming system, which is characterized in that the air-leakage test with
Palming device (1) is in the form of annular discs.
4. gloves air-leakage test according to claim 1 and palming system, which is characterized in that first gas chamber (7)
In circular ring shape.
5. gloves air-leakage test according to claim 1 and palming system, which is characterized in that second gas chamber (8)
In circular ring shape.
6. gloves air-leakage test according to claim 1 and palming system, which is characterized in that the action control equipment
(15) it is cylinder, is connect by piston rod piece with the apparatus body (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610696222.0A CN106184938B (en) | 2016-08-19 | 2016-08-19 | A kind of gloves air-leakage test and palming system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610696222.0A CN106184938B (en) | 2016-08-19 | 2016-08-19 | A kind of gloves air-leakage test and palming system |
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| Publication Number | Publication Date |
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| CN106184938A CN106184938A (en) | 2016-12-07 |
| CN106184938B true CN106184938B (en) | 2018-06-15 |
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Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107264899B (en) * | 2017-07-15 | 2023-03-21 | 杭州天琅自动化设备有限公司 | Automatic folding and discharging machine for horizontal gloves and folding and discharging method thereof |
| CN107505099B (en) * | 2017-07-26 | 2018-10-12 | 河南亚都实业有限公司 | Health care glove line automatic detection device |
| CN110375929A (en) * | 2019-08-28 | 2019-10-25 | 北京泽宇星科技有限公司 | A kind of gloves air-leakage test and palming automated system |
| CN113108991B (en) * | 2021-02-26 | 2022-12-09 | 台山维邦医疗器械有限公司 | Inflatable full-automatic glove detection device |
| CN115307829B (en) * | 2022-10-10 | 2022-12-16 | 张家港宝翔机械有限公司 | Butyronitrile gloves quality testing device |
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| CN101140195A (en) * | 2006-09-06 | 2008-03-12 | 气体运输技术公司 | Tightness testing method, specimen and test bench |
| CN203163944U (en) * | 2013-03-29 | 2013-08-28 | 杨文杰 | Disposable glove automatic detection machine |
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| CN106184938A (en) | 2016-12-07 |
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