CN203750865U - Automatic blade measuring and grouping machine - Google Patents
Automatic blade measuring and grouping machine Download PDFInfo
- Publication number
- CN203750865U CN203750865U CN201320810883.3U CN201320810883U CN203750865U CN 203750865 U CN203750865 U CN 203750865U CN 201320810883 U CN201320810883 U CN 201320810883U CN 203750865 U CN203750865 U CN 203750865U
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- China
- Prior art keywords
- blade
- grouping
- plate
- shaped adjustment
- sizer
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- Withdrawn - After Issue
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Abstract
The utility model discloses an automatic blade measuring and grouping machine which comprises a fixed support, wherein a blade feeding device, a blade thickness measuring device, a blade interception grouping device, a blade collection and storage device and a program controller are arranged on the fixed support; the blade feeding device is connected with one end of the blade thickness measuring device; the other end of the blade thickness measuring device is connected with one end of the blade interception grouping device; and the other end of the blade interception grouping device is connected with the blade collection and storage device. The automatic blade measuring and grouping machine has the advantages of simple structure, convenient operation, ingenious design, safety, reliability, low equipment cost and high application value, the blades are measured, grouped and collected by means of mechanical equipment, the working efficiency can be improved, the manpower and material resources are saved, and the blade grouping and measuring accuracy is improved.
Description
Technical field
A kind of blade of the present utility model is measured sizer automatically, belongs to parts measurement group technology field.
Background technology
At present, China's compressor of air conditioner output has broken through 1.2 hundred million, and wherein rotator type compressor of air conditioner accounts for 80%.Blade is the nucleus movement part of rotator type compressor of air conditioner, and the key indexs such as its part quality direct relation compressor efficiency, life-span, noise, generally adopt high rigidity, high-wearing feature, resistant material to make; Part has higher size and shaped position precision: depth of parallelism perpendicularity < 5 μ m, size grouping 2-5 μ m, grouping precision < 1 μ m, each size and dimension position accuracy demand of producing Leaf all needs exhaustive test.Compressor of air conditioner belongs to be produced in enormous quantities, in compressor production, user generally specifies group manufacture, and therefore compressor blade dimensional tolerance just only has the 2-5 μ m of size grouping, exceeds dimensional tolerance and just means stock, this has just caused the manufacture difficulty of blade large, and testing amount is huge.
In prior art, adopt and manually blade is carried out to hand dipping grouping, each blade need detect and judge according to grouping decision principle multiple spot size, all by artificial conveyance part at every turn, after blade is measured one by one according to the specification differentiation of classifying, because blade is compared with little and quantity is large, fatiguability and grouping erroneous judgement in the time that manual measurement divides into groups, the problems such as artificial grouping exists measure error large, and efficiency is low, cost of labor is high, so the method for existing measurement part is still perfect not.
Utility model content
The purpose of this utility model is: provide a kind of simple in structure, practical, equipment cost is low, applicability is strong, simple to operate, measure accurately, operating efficiency is high, can use manpower and material resources sparingly, improve the operating efficiency of blade grouping, improve a kind of blade of the accuracy of blade grouping mea-sure and automatically measured sizer, to overcome the deficiencies in the prior art.
The utility model is to form like this: a kind of blade is measured sizer automatically, comprise hold-down support, blade pay-off, vane thickness measurement mechanism, blade intercept type apparatus for grouping, blade collection storage device and cyclelog are set on hold-down support, blade pay-off is connected with one end of vane thickness measurement mechanism, the other end of vane thickness measurement mechanism is connected with one end of blade intercept type apparatus for grouping, and the other end of blade intercept type apparatus for grouping is collected storage device with blade and is connected.
Described blade pay-off includes chute feeder, notch place at chute feeder is provided with material folding plate, between chute feeder and material folding plate, be provided with type groove, in chute feeder, be provided with expeller, expeller is connected with gravity block by lifting rope, in type groove, be provided with scraping wings, scraping wings is connected with pusher cylinder.
Gravity block is arranged on the notch bottom of chute feeder, and chute feeder can move left and right by two and the flitch of adjustable width forms, and the lifting rope retaining screw being arranged on flitch of having mercy on is connected with gravity block.
Described vane thickness measurement mechanism comprises that two are adjusted clamping plate, adjust clamping plate bottom at two and be provided with guide rail, be provided with U-shaped adjustment plate in the both sides of adjusting clamping plate, two terminations at U-shaped adjustment plate top are respectively arranged with inductance probe and contact, inductance probe is arranged on by the first lock-screw on a termination of U-shaped adjustment plate, the medial surface of the measurement termination of inductance probe and another termination of U-shaped adjustment plate joins, one end of contact is connected with another termination of U-shaped adjustment plate, the other end of contact is through being arranged on the top of adjusting the measurement through hole on clamping plate and being arranged on guide rail.
Be provided with 2～4 U-shaped adjustment plates in the bilateral symmetry of adjusting clamping plate, U-shaped adjustment plate is fixedly mounted on hold-down support by the second lock-screw.
Blade intercept type apparatus for grouping comprises the power wheel that feeding frame, motor and motor are connected, in feeding frame, be provided with drive, interception dispensing unit and the plate that connects material, the line shaft of drive and power wheel is connected, on drive, be provided with feeding belt, interception dispensing unit comprises and promotes up and down cylinder and front and back promote cylinder, before and after being provided with, promote cylinder on the cylinder rod that promotes up and down cylinder, promote in front and back to be provided with and to isolate baffle plate and scraping wings on cylinder.
On blade intercept type apparatus for grouping, be provided with 1～8 interception dispensing unit, in feeding frame, be provided with blade damper, on power wheel, be provided with driving belt.
Blade is collected storage device and is comprised motor and framework, on framework, be provided with blade and collect storage element, blade is collected storage element and is included driving wheel, driven pulley and feeder, between driving wheel and driven pulley, be connected by belt, a side at framework is provided with feeder, the output shaft of motor is connected with the power transmission shaft of driving wheel, blade is collected storage device and is connected to form by 1～8 blade collection storage element, between the belt of two adjacent blades collection storage elements, is provided with division board.
Owing to having adopted technique scheme, when the utility model work, blade detects the master body adopting through detecting metering and compares and measures, blade first pushes measurement mechanism by master body by pay-off while detection automatically, measurement data is fed back to cyclelog by inductance probe by measurement mechanism, then cyclelog school zero, in collection storage device feeder, take out master body, then blade to be detected is pushed to vane thickness measurement mechanism automatically by blade pay-off, measurement data is fed back to cyclelog by inductance probe by vane thickness measurement mechanism, cyclelog is compared to detecting data by setting program, determine tested blade group, cyclelog again by command transfer to blade intercept type apparatus for grouping, by blade intercept type apparatus for grouping, tested blade is pushed to the corresponding feeder of blade collection storage device, thereby Auto-grouping and measurement to blade are realized, improve the operating efficiency of blade grouping, improve the accuracy of blade grouping mea-sure, the utility model compared with prior art, the utility model not only has simple in structure, easy to operate advantage, and design ingenious, safe and reliable, equipment cost is low, rely on plant equipment that blade is measured, divided into groups to collect, can increase work efficiency, uses manpower and material resources sparingly, has higher use value, improved the advantage such as accuracy of blade grouping mea-sure.
Brief description of the drawings
Fig. 1 is the schematic perspective view of the utility model structure;
Fig. 2 is the structural representation of the utility model blade pay-off;
Fig. 3 is the structural representation of the utility model vane thickness measurement mechanism;
Fig. 4 is the structural representation of the utility model blade intercept type apparatus for grouping;
Fig. 5 is the structural representation that the utility model blade is collected storage device;
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Embodiment of the present utility model: a kind of automatic measurement group technology of blade, the automatic measurement group technology of blade is automatically measured sizer by blade and has been divided into groups, blade is automatically measured sizer and is comprised blade pay-off, vane thickness measurement mechanism, blade intercept type apparatus for grouping, blade is collected storage device and cyclelog, blade detects the master body adopting through detecting metering and compares and measures, blade first pushes measurement mechanism by master body by pay-off while detection automatically, measurement data is fed back to cyclelog by inductance probe by measurement mechanism, then cyclelog school zero, in collection storage device feeder, take out master body, then blade to be detected is pushed to vane thickness measurement mechanism automatically by blade pay-off, measurement data is fed back to cyclelog by inductance probe by vane thickness measurement mechanism, cyclelog is compared to detecting data by setting program, determine tested blade group, cyclelog again by command transfer to blade intercept type apparatus for grouping, by blade intercept type apparatus for grouping, tested blade is pushed to the corresponding feeder of blade collection storage device, thereby Auto-grouping and measurement to blade are realized, improve the operating efficiency of blade grouping, improve the accuracy of blade grouping mea-sure.
Described cyclelog adopts PLC programming Control, the startup of cyclelog control blade automatic grouping machine, move, stop, the comparison of blade grouping targetedly program that it is integrated, electric automatic control program, all operations button concentrates on cyclelog panel.
A kind of blade is measured sizer automatically, comprise hold-down support 1, blade pay-off 2, vane thickness measurement mechanism 3, blade intercept type apparatus for grouping 4, blade collection storage device 5 and cyclelog 6 are set on hold-down support 1, blade pay-off 2 is connected with one end of vane thickness measurement mechanism 3, the other end of vane thickness measurement mechanism 3 is connected with one end of blade intercept type apparatus for grouping 4, and the other end of blade intercept type apparatus for grouping 4 is collected storage device 5 with blade and is connected.
Described blade pay-off 2 includes chute feeder 6, notch place at chute feeder 6 is provided with material folding plate 7, between chute feeder 6 and material folding plate 7, be provided with type groove 8, in chute feeder 6, be provided with expeller 9, expeller 9 is connected with gravity block 11 by lifting rope 10, in type groove 8, be provided with scraping wings 12, scraping wings 12 is connected with pusher cylinder 13.
Gravity block 11 is arranged on the notch bottom of chute feeder 6, and chute feeder 6 can move left and right by two and the flitch 19 of adjustable width forms, and lifting rope 10 retaining screw 20 being arranged on flitch 19 of having mercy on is connected with gravity block 11.
Described vane thickness measurement mechanism 3 comprises that two are adjusted clamping plate 14, adjust clamping plate 14 bottoms at two and be provided with guide rail 15, be provided with U-shaped adjustment plate 15 in the both sides of adjusting clamping plate 14, two terminations at U-shaped adjustment plate 15 tops are respectively arranged with inductance probe 16 and contact 17, inductance probe 16 is arranged on by the first lock-screw 18 on a termination of U-shaped adjustment plate 15, the medial surface of the measurement termination of inductance probe 16 and U-shaped adjustment plate 15 another terminations joins, one end of contact 17 is connected with another termination of U-shaped adjustment plate 15, the other end of contact 17 is through being arranged on the top of adjusting the measurement through hole 18 on clamping plate 14 and being arranged on guide rail 15.
Be provided with 2～4 U-shaped adjustment plates 15 in the bilateral symmetry of adjusting clamping plate 14, U-shaped adjustment plate 15 is fixedly mounted on hold-down support 1 by the second lock-screw 21.
Sheet intercept type apparatus for grouping 4 comprises the power wheel 24 that feeding frame 22, motor 23 and motor 23 are connected, in feeding frame 22, be provided with drive 25, interception dispensing unit 26 and the plate 27 that connects material, drive 25 is connected with the line shaft of power wheel 24, on drive 25, be provided with feeding belt 28, interception dispensing unit 26 comprises and promotes up and down cylinder 29 and front and back promote cylinder 30, before and after being provided with, promote cylinder 30 on the cylinder rod that promotes up and down cylinder 29, promote in front and back to be provided with and to isolate baffle plate 31 and scraping wings 32 on cylinder 30.
On blade intercept type apparatus for grouping, be provided with 1～8 interception dispensing unit 26, in feeding frame 22, be provided with blade damper 33, on power wheel 24, be provided with driving belt 34.
Blade is collected storage device 5 and is comprised motor 23 and framework 35, on framework 35, be provided with blade and collect storage element 36, blade is collected storage element 36 and is included driving wheel 37, driven pulley 38 and feeder 39, between driving wheel 37 and driven pulley 38, be connected by belt 40, a side at framework 35 is provided with feeder 41, the output shaft of motor 23 is connected with the power transmission shaft of driving wheel 37, blade is collected storage device and is connected to form by 1～8 blade collection storage element 36, between the belt 40 of two adjacent blades collection storage elements 36, is provided with division board 42.
A kind of preparation method of blade pay-off, pay-off comprises chute feeder, material folding plate and pusher cylinder, in the groove of chute feeder, be manufactured with the expeller sliding before and after can be in groove, expeller is connected with gravity block by lifting rope, notch place at chute feeder is provided with material folding plate, between material folding plate and chute feeder, form the type groove that can allow blade carry to front slide, a side at type groove is manufactured with scraping wings, scraping wings is connected with pusher cylinder, by blades installation in the groove of chute feeder, utilize gravity block to pull expeller and blade is promoted forward, in the time that blade arrives the type groove forming between material folding plate and chute feeder, pusher cylinder drives scraping wings to promote blade and moves to the other direction of type groove, enter vane thickness measurement mechanism.
Chute feeder can move left and right by two and the flitch of adjustable width forms.
Gravity block is arranged on the notch bottom of chute feeder.
A kind of blade pay-off, is provided with material folding plate at the notch place of chute feeder, between chute feeder and material folding plate, is provided with type groove, in chute feeder, be provided with expeller, expeller is connected with gravity block by lifting rope, in type groove, is provided with scraping wings, and scraping wings is connected with pusher cylinder.
Gravity block is arranged on the notch bottom of chute feeder.
Chute feeder can move left and right by two and the flitch of adjustable width forms, and can regulate according to the thickness of different leaves.
Be provided with chute feeder base at feeding slot part.
The lifting rope retaining screw being arranged on flitch of having mercy on is connected with gravity block.
Chute feeder base and material folding plate are arranged on hold-down support by screw.
When the utility model work, first multiple blades being lined up to a vertical setting of types puts in chute feeder, one end of blade abuts against on material folding plate, the other end of blade abuts against one end of expeller 5, after placement completes, utilize gravity block to pull expeller and blade is promoted forward, in the time that blade arrives the type groove forming between material folding plate and chute feeder 2, pusher cylinder 9 drives scraping wings to promote blade and moves to the other direction of type groove, blade is ceaselessly delivered into vane thickness measurement mechanism like this, after being placed on blade in chute feeder and having carried, being supplemented new blade by operator and put into and carry out work in chute feeder.
Feeding action for fear of blade pay-off affects certainty of measurement, between blade pay-off and blade measuring device, leaves gap.
A kind of preparation method of vane thickness measurement mechanism, this measurement mechanism comprises that two are adjusted clamping plate, adjust between clamping plate and be manufactured with guide rail at two, be manufactured with U-shaped adjustment plate two both sides of adjusting clamping plate, two terminations at the top of U-shaped adjustment plate are separately installed with inductance probe and contact, the medial surface of the measurement termination of the inductance probe of U-shaped adjustment plate one end and another termination of U-shaped adjustment plate joins, one end of contact is connected with the termination, top of U-shaped adjustment plate, the other end of contact is through adjusting clamping plate and being arranged on two guide rail tops of adjusting clamping plate, the measurement termination of the contact arranging on U-shaped adjustment plate is all in a vertical survey plane, when entering into two, blade to be measured adjusts between clamping plate on guide rail and while moving forward, the variation of vane thickness size is delivered on inductance probe by the contact being fixed on U-shaped adjustment plate, inductance probe feeds back to cyclelog by metrical information again, measurement data is carried out to collating sort.
U-shaped adjustment plate has elasticity, for detection of time blade enter the contact automatic centering clamping blade that is fixed on U-shaped adjustment plate behind measuring position.
Described cyclelog adopts PLC programming Control, the startup of cyclelog control blade automatic grouping machine, move, stop, the comparison of blade grouping targetedly program that it is integrated, electric automatic control program, all operations button concentrates on cyclelog panel.
A kind of vane thickness measurement mechanism, comprise that two are adjusted clamping plate, adjust clamping plate bottom at two and be provided with guide rail, be provided with U-shaped adjustment plate in the both sides of adjusting clamping plate, two terminations at U-shaped adjustment plate top are respectively arranged with inductance probe and contact, inductance probe is arranged on by the first lock-screw on a termination of U-shaped adjustment plate, the medial surface of the measurement termination of inductance probe and another termination of U-shaped adjustment plate joins, one end of contact is connected with another termination of U-shaped adjustment plate, the other end of contact is through being arranged on the top of adjusting the measurement through hole on clamping plate and being arranged on guide rail.
Be provided with 2～4 U-shaped adjustment plates in the bilateral symmetry of adjusting clamping plate, U-shaped adjustment plate is fixedly mounted on hold-down support by the second lock-screw.
U-shaped adjustment plate has elasticity, for detection of time blade enter the contact automatic centering clamping blade that is fixed on U-shaped adjustment plate behind measuring position.
Adjusting the guide rail arranging between clamping plate and two adjustment clamping plate for two is connected by the 3rd lock-screw.
Inductance probe and contact are all existing a kind of survey tools, and certainty of measurement is high.
U-shaped adjustment plate is provided with 2～4 and be symmetrically distributed in and adjust the both sides of clamping plate, be fixed on hold-down support by the second lock-screw, U-shaped adjustment plate 4 is with certain elasticity, its elastic characteristic requires consistent, for detection of time blade enter the contact automatic centering clamping blade that is fixed on U-shaped adjustment plate behind measuring position;
Inductance probe is clamped on U-shaped adjustment plate by the first lock-screw 7, the measurement termination precompressed of inductance probe is on U-shaped adjustment plate medial surface, when work, the variation of blade dimensions is delivered on inductance probe by being fixed on the contact of U-shaped adjustment plate, inductance probe feeds back to cyclelog by metrical information again, and U-shaped adjustment plate also plays protection inductance probe simultaneously;
When work in the time that blade pushes measurement mechanism detection position by pay-off along guide rail, be fixed on the contact automatic centering clamping blade of U-shaped adjustment plate, and vane thickness change in size is delivered on inductance probe, inductance probe feeds back to cyclelog by metrical information again, cyclelog is compared according to blade grouping comparison program, and after judgement group, cyclelog sends to intercept type apparatus for grouping to carry out the interception of this blade interception order again.
A kind of preparation method of blade intercept type apparatus for grouping, blade intercept type apparatus for grouping comprises feeding frame, in feeding frame, be manufactured with feeding belt, plate and interception dispensing unit connect material, feeding belt is driven by driving belt by motor and turns round, interception dispensing unit comprises and promotes up and down cylinder and front and back promote cylinder, before and after being provided with, promote cylinder on the cylinder rod that promotes up and down cylinder, promote in front and back to be manufactured with and to isolate baffle plate and scraping wings on cylinder, when work, motor drives feeding belt not stop transport and turn by driving belt, blade after detection falls connecting material on plate and dropping on the feeding belt of advancing forward, at this moment cyclelog will be tackled command transfer to interception dispensing unit according to blade grouping information, promote up and down cylinder and drive isolation baffle plate interception blade, front and back promote cylinder and drive scraping wings that blade is pushed in collection storage device and completes grouping.
In feeding frame, be provided with 1～8 interception dispensing unit, the blade of each interception dispensing unit interception same size.
A kind of blade intercept type apparatus for grouping, comprise the power wheel that feeding frame, motor and motor are connected, in feeding frame, be provided with drive, interception dispensing unit and the plate that connects material, the line shaft of drive and power wheel is connected, on drive, be provided with feeding belt, interception dispensing unit comprises and promotes up and down cylinder and front and back promote cylinder, before and after being provided with, promotes cylinder on the cylinder rod that promotes up and down cylinder, promotes to be provided with on cylinder isolation baffle plate and scraping wings in front and back.
On blade intercept type apparatus for grouping, be provided with 1～8 interception dispensing unit.
On the cylinder rod of front and back promotion cylinder, be provided with scraping wings.
In feeding frame, be provided with blade damper.
On power wheel, be provided with driving belt.
A kind of blade is collected storage device, comprise motor and framework, on framework, be provided with blade and collect storage element, blade is collected storage element and is included driving wheel, driven pulley and feeder, between driving wheel and driven pulley, be connected by belt, a side at framework is provided with feeder, and the output shaft of motor is connected with the power transmission shaft of driving wheel.
The angle a that belt and feeder form is 20 °～35 °.
The height that the height that driving wheel arranges arranges higher than driven pulley.
This blade is collected storage device and is connected to form by 1～8 blade collection storage element, between the belt of two adjacent blades collection storage elements, is provided with division board.
Belt 5 is 20 °～35 ° with the angle a that feeder 6 forms.
The height that the height that driving wheel 3 arranges arranges higher than driven pulley 4.
This blade is collected storage device and is connected to form by 1～8 blade collection storage element 8, between the belt 5 of two adjacent blades collection storage elements 8, is provided with division board 7.
The vanes of each group is sent to blade collection storage device after crossing measurement, each blade is collected the feeder 6 of storage device and is collected the blade of different classes of size, when row of blades enters corresponding feeder 6, be pushed on belt 5 by the intercept type apparatus for grouping of a upper job step, and be slipped in corresponding feeder 6, complete to collect storing.
When work, blade is put into pay-off hopper, blade is pushed in pay-off material folding board slot by expeller under gravity block effect, at this moment cyclelog is started working, the pusher cylinder of pay-off pushes measurement mechanism by blade by material folding board slot, measurement data is fed back to control system by contact inductance probe by measurement mechanism, cyclelog is compared to detecting data by setting program, determine tested blade group, cyclelog again by command transfer to intercept type apparatus for grouping, by this device, tested part is pushed to the corresponding feeder of collecting storage device, thereby Auto-grouping and measurement to blade are realized, improve the operating efficiency of blade grouping, improve the accuracy of blade grouping mea-sure.
Claims (8)
1. a blade is measured sizer automatically, comprise hold-down support (1), it is characterized in that: blade pay-off (2) is set on hold-down support (1), vane thickness measurement mechanism (3), blade intercept type apparatus for grouping (4), blade is collected storage device (5) and cyclelog (6), blade pay-off (2) is connected with one end of vane thickness measurement mechanism (3), the other end of vane thickness measurement mechanism (3) is connected with one end of blade intercept type apparatus for grouping (4), the other end of blade intercept type apparatus for grouping (4) is collected storage device (5) with blade and is connected.
2. blade according to claim 1 is measured sizer automatically, it is characterized in that: described blade pay-off (2) includes chute feeder (6), be provided with material folding plate (7) at the notch place of chute feeder (6), between chute feeder (6) and material folding plate (7), be provided with type groove (8), in chute feeder (6), be provided with expeller (9), expeller (9) is connected with gravity block (11) by lifting rope (10), in type groove (8), be provided with scraping wings (12), scraping wings (12) is connected with pusher cylinder (13).
3. blade according to claim 1 is measured sizer automatically, it is characterized in that: gravity block (11) is arranged on the notch bottom of chute feeder (6), chute feeder (6) can move left and right by two and the flitch (19) of adjustable width forms, and lifting rope (10) retaining screw (20) being arranged on flitch (19) of having mercy on is connected with gravity block (11).
4. blade according to claim 1 is measured sizer automatically, it is characterized in that: described vane thickness measurement mechanism (3) comprises that two are adjusted clamping plate (14), adjust clamping plate (14) bottom at two and be provided with guide rail (43), be provided with U-shaped adjustment plate (15) in the both sides of adjusting clamping plate (14), be respectively arranged with inductance probe (16) and contact (17) in two terminations at U-shaped adjustment plate (15) top, inductance probe (16) is arranged on by the first lock-screw (18) on a termination of U-shaped adjustment plate (15), the medial surface of the measurement termination of inductance probe (16) and another termination of U-shaped adjustment plate (15) joins, one end of contact (17) is connected with another termination of U-shaped adjustment plate (15), the other end of contact (17) is through being arranged on the top of adjusting the measurement through hole (18) on clamping plate (14) and being arranged on guide rail (43).
5. blade according to claim 1 is measured sizer automatically, it is characterized in that: be provided with 2～4 U-shaped adjustment plates (15) in the bilateral symmetry of adjusting clamping plate (14), U-shaped adjustment plate (15) is fixedly mounted on hold-down support (1) by the second lock-screw (21).
6. blade according to claim 1 is measured sizer automatically, it is characterized in that: blade intercept type apparatus for grouping (4) comprises feeding frame (22), the power wheel (24) that motor (23) is connected with motor (23), in feeding frame (22), be provided with drive (25), interception dispensing unit (26) and the plate that connects material (27), drive (25) is connected with the line shaft of power wheel (24), on drive (25), be provided with feeding belt (28), interception dispensing unit (26) comprises and promotes up and down cylinder (29) and front and back promotion cylinders (30), before and after being provided with, promote cylinder (30) on the cylinder rod that promotes up and down cylinder (29), promote in front and back to be provided with and to isolate baffle plate (31) and scraping wings (32) on cylinder (30).
7. blade according to claim 1 is measured sizer automatically, it is characterized in that: on blade intercept type apparatus for grouping, be provided with 1～8 interception dispensing unit (26), in feeding frame (22), be provided with blade damper (33), on power wheel (24), be provided with driving belt (34).
8. blade according to claim 1 is measured sizer automatically, it is characterized in that: blade is collected storage device (5) and comprised motor (23) and framework (35), on framework (35), be provided with blade and collect storage element (36), blade is collected storage element (36) and is included driving wheel (37), driven pulley (38) and feeder (39), between driving wheel (37) and driven pulley (38), be connected by belt (40), be provided with feeder (41) in a side of framework (35), the output shaft of motor (23) is connected with the power transmission shaft of driving wheel (37), blade is collected storage device and is connected to form by 1～8 blade collection storage element (36), between the belt (40) of adjacent two blades collection storage elements (36), be provided with division board (42).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320810883.3U CN203750865U (en) | 2013-12-11 | 2013-12-11 | Automatic blade measuring and grouping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320810883.3U CN203750865U (en) | 2013-12-11 | 2013-12-11 | Automatic blade measuring and grouping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203750865U true CN203750865U (en) | 2014-08-06 |
Family
ID=51246176
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320810883.3U Withdrawn - After Issue CN203750865U (en) | 2013-12-11 | 2013-12-11 | Automatic blade measuring and grouping machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203750865U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104190635A (en) * | 2013-12-11 | 2014-12-10 | 贵州西南工具(集团)有限公司 | An automatic blade measuring and grouping machine and a measuring and grouping method thereof |
| WO2018010329A1 (en) * | 2016-07-11 | 2018-01-18 | 江门市江海区长久机电有限公司 | Apparatus for automatic angle adjustment and weighing of blade frame |
-
2013
- 2013-12-11 CN CN201320810883.3U patent/CN203750865U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104190635A (en) * | 2013-12-11 | 2014-12-10 | 贵州西南工具(集团)有限公司 | An automatic blade measuring and grouping machine and a measuring and grouping method thereof |
| WO2018010329A1 (en) * | 2016-07-11 | 2018-01-18 | 江门市江海区长久机电有限公司 | Apparatus for automatic angle adjustment and weighing of blade frame |
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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 |
Granted publication date: 20140806 Effective date of abandoning: 20170908 |
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| AV01 | Patent right actively abandoned |