CN205500418U - Automatic collator of gauze - Google Patents
Automatic collator of gauze Download PDFInfo
- Publication number
- CN205500418U CN205500418U CN201620031791.9U CN201620031791U CN205500418U CN 205500418 U CN205500418 U CN 205500418U CN 201620031791 U CN201620031791 U CN 201620031791U CN 205500418 U CN205500418 U CN 205500418U
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- China
- Prior art keywords
- pinion
- rack
- air pump
- suction tube
- sector
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Abstract
The utility model discloses an automatic collator of gauze, including frame, air pump, suction pipe, gearshift and finishing device, the frame includes bottom plate, air pump support and inhales the pipe holder that the air pump support is all fixed on the bottom plate with the suction pipe holder, the air pump is fixed on the air pump support, sucks the pipe and fixes on sucking the pipe holder, and gearshift and finishing device all fix on the bottom plate, the air pump pass through the gearshift respectively with suck the pipe and be connected with finishing device, gearshift switching air pump manage with the suction and air pump and finishing device between be connected, suction guan chengmen style of calligraphy sucks the mouth down setting of pipe both ends, and the port that the suction was managed is the sunction inlet, and another port that sucks the pipe is falling the mouth, sucks the pipe and upward is equipped with the picture peg near mouthful department of falling, finishing device corresponds the whereabouts mouth that inhales the pipe to be fixed on the bottom plate, and finishing device is certain angle slope setting. In this way, the utility model discloses can with one round and round mixed and disorderly gauze arrange in order out and flatten wholely to reuse.
Description
Technical field
This utility model relates to mechanical engineering field, particularly relates to a kind of gauze automatic finisher.
Background technology
Need substantial amounts of gauze when making dried tofu, but used gauze is disorderly and unsystematic, if not carrying out arrangement to influence whether use next time.It is known that mixed and disorderly gauze is also the work taken time and effort when arranging, need manually to go picking up and flattening of slices, extremely inefficient.
Utility model content
This utility model is mainly solving the technical problems that provide a kind of gauze automatic finisher, it is possible to the gauze that is the most mixed and disorderly is arranged out and is flattened, in order to reuses, it is not necessary to waste of manpower, and efficiency is higher, easy to use.
For solving above-mentioned technical problem, the technical scheme that this utility model uses is: provide a kind of gauze automatic finisher, including: frame, air pump, suction tube, gearshift and collating unit；Described frame includes that base plate, air pump support and suction tube support, air pump support and suction tube support are each attached on base plate；Described air pump is fixed on described air pump support, described suction tube is fixed on described suction tube support, described gearshift and collating unit are each attached on described base plate, air pump is connected with suction tube and collating unit respectively by gearshift, the connection between gearshift switching air pump and suction tube and air pump and collating unit；Described suction tube is door type, and suction tube two-port is arranged down, and the Single port of suction tube is suction inlet, and the another port of suction tube is whereabouts mouth, and suction tube is provided with at the mouth of whereabouts plate, and plate is closed and opened whereabouts mouth；The whereabouts mouth of the corresponding described suction tube of described collating unit is fixed on described base plate, and collating unit is obliquely installed at an angle.
Preferably, described gearshift includes conduit, the first motor, the first sector-shape rack-and-pinion mechanism, the first pinion and rack, the second pinion and rack, belt and deep bead；The middle part of described conduit is V-shape, it is connected with described air pump in the middle part of conduit and communicates, the upper end of conduit is plugged on described suction tube, conduit is positioned at the top of whereabouts mouth place end on suction tube with the junction of suction tube, and the upper port of conduit is provided with gauze, the lower end of conduit communicates with described collating unit；Described deep bead is spindle rotationally arranged in the middle part of conduit, and deep bead controls air pump and communicates with upper end or the lower end of conduit；The described sector gear axle center of the first sector-shape rack-and-pinion mechanism is connected with the output shaft of the first motor, first electric machine rotation drives the sector gear of described first sector-shape rack-and-pinion mechanism to rotate, the tooth bar of the first sector-shape rack-and-pinion mechanism and the fixing connection of the tooth bar of the first pinion and rack, the tooth bar of the first sector-shape rack-and-pinion mechanism moves and drives the tooth bar of the first pinion and rack to move, the rotary gear shaft of the first pinion and rack and the rotary gear shaft linkage of the second pinion and rack, the pinion rotation of the first pinion and rack drives the pinion rotation of the second pinion and rack, the tooth bar of the second pinion and rack is connected with described plate, the tooth bar of the second pinion and rack moves control plate either on or off whereabouts mouth；Described belt sleeve is located in the rotary gear shaft of the first pinion and rack and the rotating shaft of deep bead, and the rotary gear shaft of the first pinion and rack rotates through belt drive deep bead and rotates.
Preferably, described collating unit includes suction disc, bevel gear transmission, the 3rd pinion and rack, the second sector-shape rack-and-pinion mechanism and the second motor；The described sector gear axle center of the second sector-shape rack-and-pinion mechanism is connected with the output shaft of the second motor, second electric machine rotation drives the sector gear of described second sector-shape rack-and-pinion mechanism to rotate, the tooth bar of the second sector-shape rack-and-pinion mechanism and the fixing connection of the tooth bar of the 3rd pinion and rack, the tooth bar of the second sector-shape rack-and-pinion mechanism moves and drives the tooth bar of the 3rd pinion and rack to move, the gear of the 3rd pinion and rack and the bevel pinion of bevel gear transmission are fixed in same rotating shaft, the pinion rotation of the 3rd pinion and rack drives the bevel pinion of bevel gear transmission to rotate, it is provided with thread groove on the bevel gear wheel upper surface of bevel gear transmission；Described suction disc is connected with the lower port of described conduit, suction disc upper surface is provided with some suckers, suction disc lower surface is provided with arcuate thread groove, suction disc is arranged on the bevel gear wheel upper surface of bevel gear transmission, the arcuate thread groove of suction disc lower surface matches with the thread groove of bevel gear wheel upper surface, and the bevel gear wheel of bevel gear transmission rotates and drives suction disc to carry out the action launching Yu regaining around axle.
The beneficial effects of the utility model are: the gauze that is the most mixed and disorderly can be arranged out and flatten by this utility model, in order to reuse.
Accompanying drawing explanation
Fig. 1 is that the master of this utility model a kind of gauze automatic finisher one preferred embodiment regards perspective structure schematic diagram；
Fig. 2 is the plan structure enlarged diagram of the dressing mechanism of this utility model a kind of gauze automatic finisher.
In accompanying drawing, the labelling of each parts is as follows: 1, frame；2, suction tube；3, air pump；4, plate；5, the second pinion and rack；6, the first pinion and rack；7, the first sector-shape rack-and-pinion mechanism；8, the first motor；9, belt；10, deep bead；11, conduit；12, gauze；13, the second motor；14, the second sector-shape rack-and-pinion mechanism；15, the 3rd pinion and rack；16, bevel gear transmission；17, suction disc.
Detailed description of the invention
Below in conjunction with the accompanying drawings preferred embodiment of the present utility model is described in detail, so that advantage of the present utility model and feature can be easier to be readily appreciated by one skilled in the art, thus protection domain of the present utility model is made apparent clear and definite defining.
Referring to Fig. 1 and Fig. 2, this utility model embodiment includes:
A kind of gauze automatic finisher, including: frame 1, air pump 3, suction tube 2, gearshift and collating unit；Described frame 1 includes that base plate, air pump support and suction tube support, air pump support and suction tube support are each attached on base plate；Described air pump 3 is fixed on described air pump support, described suction tube 2 is fixed on described suction tube support, described gearshift and collating unit are each attached on described base plate, air pump 3 is connected with suction tube 2 and collating unit respectively by gearshift, the connection between gearshift switching air pump 3 and suction tube 2 and air pump 3 and collating unit；Gearshift can control air pump 3 for suction tube 2 and one of them offer suction of collating unit；The suction of air pump 3 can regulate, and can regulate suction according to the weight of gauze, make suction tube 2 once can only suck one piece of gauze.Described suction tube 2 is in door type, and suction tube 2 two-port is arranged down, and the Single port of suction tube 2 is suction inlet, it is possible to is sucked from suction inlet by gauze, can place mixed and disorderly gauze under suction inlet, in order to sucks and arranges；The another port of suction tube 2 is whereabouts mouth, and suction tube 2 is provided with at the mouth of whereabouts plate 4, and plate 4 is closed and opened whereabouts mouth；Suction tube 2 can once suck a gauze, in order to arranges.The whereabouts mouth of the corresponding described suction tube 2 of described collating unit is fixed on described base plate, and collating unit is obliquely installed at an angle, it is possible to be easy to the automatic landing of gauze put in order, in order to arrange next block gauze；Suction tube 2 is equivalent to one piece of gauze of automatically taking, and gauze is delivered to collating unit, collating unit arrange.Described gearshift includes conduit the 11, first motor the 8, first sector-shape rack-and-pinion mechanism the 7, first pinion and rack the 6, second pinion and rack 5, belt 9 and deep bead 10；The middle part of described conduit 11 is V-shape, it is connected with described air pump 3 in the middle part of conduit 11 and communicates, the upper end of conduit 11 is plugged on described suction tube 2, conduit 11 is positioned at the top of whereabouts mouth place end on suction tube 2 with the junction of suction tube 2, and the upper port of conduit 11 is provided with gauze, the lower end of conduit 11 communicates with described collating unit；Described deep bead 10 is spindle rotationally arranged in the middle part of conduit 11, and deep bead 10 controls air pump 3 and communicates with upper end or the lower end of conduit 11；Air pump 3 can provide suction by conduit 11 for suction tube 2 or collating unit, and deep bead 10 can close one of them outlet of conduit 11 so that air pump 3 is only suction tube 2 or collating unit provides suction.The sector gear axle center of described first sector-shape rack-and-pinion mechanism 7 is connected with the output shaft of the first motor 8, first motor 8 rotates and drives the sector gear of described first sector-shape rack-and-pinion mechanism 7 to rotate, the tooth bar of the first sector-shape rack-and-pinion mechanism 7 and the fixing connection of the tooth bar of the first pinion and rack 6, sector-shape rack-and-pinion mechanism 7 is indexing mechanism, sector-shape rack-and-pinion mechanism 7 can drive the tooth bar of the first pinion and rack 6 to do moving back and forth in rectilinear direction, so that the suction completing a cycle provides, ensure to suck after a gauze arranges and discharge, may be repeated gauze to suck.The tooth bar of the first sector-shape rack-and-pinion mechanism 7 moves and drives the tooth bar of the first pinion and rack 6 to move, the rotary gear shaft of the first pinion and rack 6 and the rotary gear shaft linkage of the second pinion and rack 5, the pinion rotation of the first pinion and rack 6 drives the pinion rotation of the second pinion and rack 5, the tooth bar of the second pinion and rack 5 is connected with described plate 4, and the tooth bar of the second pinion and rack 5 moves control plate 4 either on or off whereabouts mouth；Described belt 9 is set in the rotary gear shaft of the first pinion and rack 6 and the rotating shaft of deep bead 10, and the rotary gear shaft of the first pinion and rack 6 rotates through belt 9 and drives deep bead 10 to rotate.Described collating unit includes suction disc 17, bevel gear transmission the 16, the 3rd pinion and rack the 15, second sector-shape rack-and-pinion mechanism 14 and the second motor 13；The sector gear axle center of described second sector-shape rack-and-pinion mechanism 14 is connected with the output shaft of the second motor 13, second motor 13 rotates and drives the sector gear of described second sector-shape rack-and-pinion mechanism 14 to rotate, the tooth bar of the second sector-shape rack-and-pinion mechanism 14 and the fixing connection of the tooth bar of the 3rd pinion and rack 15, the tooth bar of the second sector-shape rack-and-pinion mechanism 15 moves and drives the tooth bar of the 3rd pinion and rack 15 to move, second sector-shape rack-and-pinion mechanism 14 is indexing mechanism, second sector-shape rack-and-pinion mechanism 14 can drive the tooth bar of the 3rd pinion and rack 15 to do moving back and forth in rectilinear direction, so that the gauze completing a cycle arranges, may be repeated gauze to arrange.The gear of the 3rd pinion and rack 15 and the bevel pinion of bevel gear transmission 16 are fixed in same rotating shaft, the pinion rotation of the 3rd pinion and rack 15 drives the bevel pinion of bevel gear transmission 16 to rotate, and the bevel gear wheel upper surface of bevel gear transmission 16 is provided with thread groove；Described suction disc 17 is connected with the lower square opening of described conduit 11, the upper surface of suction disc 17 is provided with some suckers, arcuate thread groove it is provided with on the lower surface of suction disc 17, suction disc 17 is arranged on the bevel gear wheel upper surface of bevel gear transmission 16, the arcuate thread groove of suction disc lower surface matches with the thread groove of bevel gear wheel upper surface, the bevel gear wheel of bevel gear transmission 16 is when rotating, by the arcuate thread slot fit transmission of the thread groove of bevel gear wheel upper surface Yu suction disc 17 lower surface, thus realize driving suction disc 17 to carry out the action launching Yu regaining around axle.
During use, the suction of air pump 3 can be controlled in advance well, make suction can only pick up one piece of gauze every time；During original state, air pump 3 provides suction for suction tube 2, and mixed and disorderly pockets of gauze is entered in suction tube 2 by suction inlet under the effect of air pump 3 suction, is eventually attracted on gauze 12；At this moment, first start motor 4, motor 4 rotation control deep bead 10 rotates gearshift and makes air pump 3 be changed into collating unit offer suction, meanwhile, control to be inserted in the plate 4 at the mouth of suction tube whereabouts and move extraction, absorption gauze on gauze loses suction and drops on suction disc 17 from the whereabouts mouth of suction tube 2, and provides suction owing to air pump 3 is changed into collating unit, so the gauze dropped on suction disc 17 adsorbs on suction disc 17；Then starting the second motor 13, the second motor 13 rotates and suction disc 17 is launched to surrounding with gauze under the effect of thread groove, and then gauze is flattened；Afterwards, device can return to beginning state, in order to the arrangement of a piece of gauze under carrying out；Circulate with this.
The gauze that one is the most mixed and disorderly can be arranged out and flatten by this utility model, in order to reuse, it is not necessary to waste of manpower, and efficiency is higher, easy to use.
The foregoing is only embodiment of the present utility model; not thereby the scope of the claims of the present utility model is limited; every equivalent structure utilizing this utility model description and accompanying drawing content to be made or equivalence flow process conversion; or directly or indirectly it is used in other relevant technical fields, the most in like manner it is included in scope of patent protection of the present utility model.
Claims (3)
1. a gauze automatic finisher, it is characterised in that including: frame, air pump, suction tube, gearshift and collating unit；Described frame includes that base plate, air pump support and suction tube support, air pump support and suction tube support are each attached on base plate；Described air pump is fixed on described air pump support, described suction tube is fixed on described suction tube support, described gearshift and collating unit are each attached on described base plate, air pump is connected with suction tube and collating unit respectively by gearshift, the connection between gearshift switching air pump and suction tube and air pump and collating unit；Described suction tube is door type, and suction tube two-port is arranged down, and the Single port of suction tube is suction inlet, and the another port of suction tube is whereabouts mouth, and suction tube is provided with at the mouth of whereabouts plate, and plate is closed and opened whereabouts mouth；The whereabouts mouth of the corresponding described suction tube of described collating unit is fixed on described base plate, and collating unit is obliquely installed at an angle.
A kind of gauze automatic finisher the most according to claim 1, it is characterised in that: described gearshift includes conduit, the first motor, the first sector-shape rack-and-pinion mechanism, the first pinion and rack, the second pinion and rack, belt and deep bead；The middle part of described conduit is V-shape, it is connected with described air pump in the middle part of conduit and communicates, the upper end of conduit is plugged on described suction tube, conduit is positioned at the top of whereabouts mouth place end on suction tube with the junction of suction tube, and the upper port of conduit is provided with gauze, the lower end of conduit communicates with described collating unit；Described deep bead is spindle rotationally arranged in the middle part of conduit, and deep bead controls air pump and communicates with upper end or the lower end of conduit；The described sector gear axle center of the first sector-shape rack-and-pinion mechanism is connected with the output shaft of the first motor, first electric machine rotation drives the sector gear of described first sector-shape rack-and-pinion mechanism to rotate, the tooth bar of the first sector-shape rack-and-pinion mechanism and the fixing connection of the tooth bar of the first pinion and rack, the tooth bar of the first sector-shape rack-and-pinion mechanism moves and drives the tooth bar of the first pinion and rack to move, the rotary gear shaft of the first pinion and rack and the rotary gear shaft linkage of the second pinion and rack, the pinion rotation of the first pinion and rack drives the pinion rotation of the second pinion and rack, the tooth bar of the second pinion and rack is connected with described plate, the tooth bar of the second pinion and rack moves control plate either on or off whereabouts mouth；Described belt sleeve is located in the rotary gear shaft of the first pinion and rack and the rotating shaft of deep bead, and the rotary gear shaft of the first pinion and rack rotates through belt drive deep bead and rotates.
A kind of gauze automatic finisher the most according to claim 2, it is characterised in that: described collating unit includes suction disc, bevel gear transmission, the 3rd pinion and rack, the second sector-shape rack-and-pinion mechanism and the second motor；The described sector gear axle center of the second sector-shape rack-and-pinion mechanism is connected with the output shaft of the second motor, second electric machine rotation drives the sector gear of described second sector-shape rack-and-pinion mechanism to rotate, the tooth bar of the second sector-shape rack-and-pinion mechanism and the fixing connection of the tooth bar of the 3rd pinion and rack, the tooth bar of the second sector-shape rack-and-pinion mechanism moves and drives the tooth bar of the 3rd pinion and rack to move, the gear of the 3rd pinion and rack and the bevel pinion of bevel gear transmission are fixed in same rotating shaft, the pinion rotation of the 3rd pinion and rack drives the bevel pinion of bevel gear transmission to rotate, it is provided with thread groove on the bevel gear wheel upper surface of bevel gear transmission；Described suction disc is connected with the lower port of described conduit, suction disc upper surface is provided with some suckers, suction disc lower surface is provided with arcuate thread groove, suction disc is arranged on the bevel gear wheel upper surface of bevel gear transmission, the arcuate thread groove of suction disc lower surface matches with the thread groove of bevel gear wheel upper surface, and the bevel gear wheel of bevel gear transmission rotates and drives suction disc to carry out the action launching Yu regaining around axle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620031791.9U CN205500418U (en) | 2016-01-14 | 2016-01-14 | Automatic collator of gauze |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620031791.9U CN205500418U (en) | 2016-01-14 | 2016-01-14 | Automatic collator of gauze |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205500418U true CN205500418U (en) | 2016-08-24 |
Family
ID=56723057
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620031791.9U Withdrawn - After Issue CN205500418U (en) | 2016-01-14 | 2016-01-14 | Automatic collator of gauze |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205500418U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105523425A (en) * | 2016-01-14 | 2016-04-27 | 苏州市职业大学 | Automatic gauze sorting machine |
-
2016
- 2016-01-14 CN CN201620031791.9U patent/CN205500418U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105523425A (en) * | 2016-01-14 | 2016-04-27 | 苏州市职业大学 | Automatic gauze sorting machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160824 Effective date of abandoning: 20170524 |