CN203650595U - Propionic anhydride cutoff machine - Google Patents
Propionic anhydride cutoff machine Download PDFInfo
- Publication number
- CN203650595U CN203650595U CN201320679272.XU CN201320679272U CN203650595U CN 203650595 U CN203650595 U CN 203650595U CN 201320679272 U CN201320679272 U CN 201320679272U CN 203650595 U CN203650595 U CN 203650595U
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- Prior art keywords
- acid anhydride
- type matrix
- table plate
- hole
- transmission shaft
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Abstract
The utility model discloses a propionic anhydride cutoff machine. The propionic anhydride cutoff machine comprises a rack, a working table plate, a feeding table plate, a power device, a propionic anhydride cutoff device, an automatic feeder and an electric control device, wherein the working table plate and the feeding table plate are arranged on the rack; the power device is arranged below the working table plate; the propionic anhydride cutoff device is arranged on the working table plate; the automatic feeder is arranged on the feeding table plate; the electric control device is arranged below the feeding table plate; one side, close to the automatic feeder, of the working table plate is a higher point, and is inclined to the other side of the working table plate; the propionic anhydride cutoff device is fixed on an inclined surface table and mainly comprises a master transmission shaft, a slave transmission shaft, a sliding mechanism, a character die base and two pressing plates; two cams are fixedly arranged in the middle of the master transmission shaft; the convex edges of the two cams are symmetrically arranged with an angle of 180 degrees; one end of each pressing plate props against the corresponding cam, and the other end of each pressing plate props against an axis with a pressing spring on the sliding mechanism. The propionic anhydride cutoff machine is simple in structure, low in cost, high in efficiency, safe, and easy to maintain, and can be operated in a fully automatic mode.
Description
Technical field
The utility model relates to a kind of automatic the third acid anhydride cutting machine, relates to more specifically a kind of automatic washboard marking machine of crosspointer that the third acid anhydride cuts off in pipe/cup-shaped work piece.
Background technology
On the electrical part surface of some tubuloses, cup-shaped, need to rub with the hands, beat, stamp the signs such as corresponding mark, model, title and specification, these work mostly adopt manual operation or adopt semi-automatic equipment and complete, and production efficiency is low, and quality is unstable.
Industry, for raising the efficiency, has adopted a kind of automatic pipe, cap to beat mark machine, and this frame for movement is too complicated, generally formed by tens axles, if defective in quality being not easy in axle center find, be prone to quality of lot problem, and cost is high, maintenance difficult, is not used by large-scale popularization.
Utility model content
In order to solve the existing above-mentioned deficiency of existing marking machine, the purpose of this utility model is, provides a kind of simple in structure, cheap, and efficiency is high, and the full-automatic third acid anhydride cutting machine of safe easy care.
For achieving the above object, the technical scheme adopting is the utility model:
A kind of the third acid anhydride cutting machine, it comprises working plate and feeding platen in frame and frame, be arranged on the power set under working plate, be arranged on the third acid anhydride shearing device on working plate, be arranged on the auto-feeder on feeding platen and be arranged on the electrical control gear under feeding table; Described working plate is that high point tilts to another side by one side of auto-feeder, and the third acid anhydride shearing device is fixed on this benchboard; The third described acid anhydride shearing device comprises final drive shaft, from power transmission shaft, slide mechanism, type matrix seat and two pressing plates, final drive shaft one end is connected with power set, the other end is connected with the one end from power transmission shaft, and centre position is installed with two cams, and the chimb of two cams is done 180 ° of symmetrical installations; Driving wheel is installed from one end of power transmission shaft, and an oscillating bearing is arranged on the position that driving wheel departs from center certain distance, and the oscillating bearing that another oscillating bearing is parallel on driving wheel is installed on nigh slide mechanism, and two oscillating bearings connect by a connecting rod; On described slide mechanism, be provided with perpendicular to the core seat from power transmission shaft, core seat is longitudinally provided with two through hole, through hole is respectively arranged with axle center, thrust bearing, cap bearring, axle center stage clip and some bearings from top to bottom, core seat bottom is provided with two locating pieces, be connected with slide block, slide block is arranged on slide rail, and slide rail peace is connected on core seat supporting base; Type matrix base is installed in parallel on the inner side workbench of core seat supporting base, the type matrix seat of honour is arranged on this type matrix base, two type matrixes press code to be arranged on the type matrix seat of honour by type matrix, and the centre of this two type matrix is provided with chute feeder holder, and stock chest is arranged on chute feeder holder; The front end platen of stock chest is provided with inlet orifice; Two described pressing plate spread configurations, middle part is provided with supporting base, and the bottom surface at its proximal end face place, two ends contacts with two axle center on core seat with two cams;
Described final drive shaft and being fixed on benchboard by rolling bearing units from power transmission shaft, its one end shows right angle by bevel gear respectively and connects; Slide mechanism and final drive shaft be arranged in parallel; The motor of final drive shaft and power set be arranged in parallel, and connects by belt or chain.
On the working plate of described type matrix seat bottom, be respectively equipped with in length and breadth two slotted holes, type matrix seat by this hole with screw adjustment or fixed position.
Described pressing plate supporting base top is provided with opening, and opening two side is provided with the hole of bearing; Two pressing plate middle parts are laterally provided with through hole, and every block pressur plate is provided with two bearings at through hole two ends, is arranged on the bearing of supporting base through two pressing plate bearings by a pivot pin; Two pressing plates are provided with band spiral through hole by spindle end, and two screw rods is arranged on through hole, and this screw rod bottom is connected with bearing and props up two cams.
On described pressing plate and core seat, near contact position, axle center, guide notch, position is respectively arranged with a safety guard; On stock chest, be provided with one and lack material arresting gear; The control panel of described electric apparatus control apparatus is provided with a crawl press button, half automatic button switch, and an automatic button switch, a feeding speed governing press button, one rubs word speed regulator, a total power switch, an emergency stop switch with the hands.
The front end platen of described deflector chute is provided with two inlet orifices, and this inlet orifice bottom is connected with respectively the fuel shuffling tube that rightabout stretches out laterally.
The aobvious tubular of described auto-feeder, inwall is provided with screw type chute feeder, and bottom is provided with supporting base, and this supporting base is provided with upper and lower adjusting device.
The utility model has the advantage of: because workbench of the present utility model is benchboard, workpiece inertia enters in stock chest by discharge nozzle following current automatically, has omitted the device of feeding; Pressing plate, by a simple lever construction, by the rotation of main shaft band moving cam, makes pressing plate do upper and lower reciprocating motion and forces axle center to do upper and lower working in reciprocating mode, the work that realizes axle center insertion and extract workpiece out, and structure is very simple and practical; On pressing plate and core seat, a safety guard is established in contact position, axle center, extremely play the effect of autostop if any workpiece discharge, near the safety guard that position arranges guide notch plays batch turning, feeding autostop when abnormal occurs, and is also provided with one and lacks material arresting gear on stock chest; Complete machine structure is simple to operation, use safety, easy care, realizes full-automatic operation, reduces personnel, and efficiency is high.
Brief description of the drawings
Fig. 1 is the utility model schematic perspective view;
Fig. 2 is the front view of Fig. 1;
?fig. 3 is the top view of Fig. 1;
?fig. 4 is the assembly drawing of Fig. 1 the third acid anhydride shearing device.
Detailed description of the invention
Embodiment: referring to Fig. 1～Fig. 4, a kind of the third acid anhydride cutting machine, it comprises the working plate 2 phase feeding platens in frame 1 and frame 1, be arranged on power set 6 under working plate 2, be arranged on the third acid anhydride shearing device 3 on working plate 2, be arranged on the auto-feeder 5 on feeding platen 4 and be arranged on the electrical control gear 11 under feeding table 4; Described working plate 2 is that high point tilts to another side by one side of auto-feeder 5, and the third acid anhydride shearing device 3 is fixed on this benchboard; The third acid anhydride shearing device is mainly by final drive shaft 335, form from power transmission shaft 318, slide mechanism, type matrix seat and two pressing plates 323/330; Final drive shaft 335 one end connect driven pulley 332, this driven pulley 332 is connected with the driving wheel 12 on power set 6 by belt 7, the other end of final drive shaft 335 be respectively equipped with the aobvious right angle of bevel gear 319 from one end of power transmission shaft 318 and be connected, centre position is installed with the chimb of two cam 334, two cams 334 and does 180 ° of symmetrical installations; From more one end of power transmission shaft 318, driving wheel 315 is installed; Final drive shaft 335 be fixed on working plate 2 by band order bearing 318 respectively from power transmission shaft 318; Oscillating bearing 311 is arranged on the position that driving wheel 315 departs from center certain distance by screw 310, the oscillating bearing 311 that another oscillating bearing 313 is parallel on driving wheel 315 is installed on nigh slide mechanism by screw 344, and two oscillating bearings connect by a connecting rod 312; On described slide mechanism, be provided with perpendicular to the core seat 305 from power transmission shaft 318, core seat 305 is longitudinally provided with two through hole, through hole is respectively arranged with axle center 310, thrust bearing 309, axle center stage clip 308, lid and bearing 307/306 and some bearings 304 from top to bottom, core seat 305 bottoms are provided with two locating pieces 303, be connected with slide block 302, slide block 302 is arranged on slide rail 301, and slide rail 301 peaces are connected on core seat supporting base 345; Type matrix base 346 is installed in parallel in the inner side of core seat supporting base 345, the type matrix seat of honour 339 is arranged on this type matrix base 316, two type matrixes 343 press code 344 to be arranged on the type matrix seat of honour 339 by type matrix, the centre of this two type matrix 343 is provided with chute feeder holder 338, stock chest 337 is arranged on chute feeder holder 338, and the front end platen of stock chest 337 is provided with inlet orifice; Two described pressing plate 323 spread configurations, middle part is provided with supporting base 320, and the bottom surface at its proximal end face place, two ends contacts with two axle center 310 on core seat 305 with two cams 319.
Described slide mechanism and final drive shaft 321 be arranged in parallel; Final drive shaft 321 be arranged in parallel with the motor of power set 6.
On the working plate of described type matrix seat bottom, be respectively equipped with in length and breadth two slotted holes, type matrix base 346 by this hole with screw adjustment or fixed position.
Described pressing plate supporting base 320 tops are provided with opening, and opening two side arranges porose; Two pressing plate 323 middle parts are laterally provided with through hole, and every block pressur plate 323 is provided with two bearings 322 at through hole two ends, are arranged on the hole of supporting base 320 through two pressing plate bearings 322 by a pivot pin 321; Two pressing plates 323 are provided with band spiral through hole by final drive shaft 345 ends, and two screw rods 347 is arranged on through hole, and these screw rod 347 bottoms are connected with bearing 348 and prop up two cams 334.
On described pressing plate 323 and core seat 305, near 337 mouthfuls of 310 contact positions, axle center and stock chests, position is respectively arranged with a safety guard; On stock chest 337, be provided with one and lack material arresting gear; The control panel of described electric apparatus control apparatus mouth is provided with a crawl press button, half automatic button switch, and an automatic button switch, a feeding speed governing press button, one rubs word speed regulator, a total power switch, an emergency stop switch with the hands;
Described inlet orifice bottom is connected with respectively the fuel shuffling tube 10 that rightabout stretches out laterally.
The aobvious tubular of described auto-feeder, inwall is provided with screw type chute feeder 9, and bottom is provided with supporting base 8, and this supporting base is provided with upper and lower adjusting device.
The operation principle of this intramolecular anhydride cutting machine: first workpiece is placed on to taking over a business in 4 of auto-feeder 5, aligns to give through these auto-feeder 5 vibration screenings and enter in stock chest 337, prepare until effect is treated on locating piece 303 sides in precalculated position.Again type matrix 343 is arranged on corresponding position, the type matrix seat of honour 339, makes it literal corresponding with axle center 310, then be rotated counterclockwise final drive shaft 335, the machine catenating slider 302 move to left terminal edge, namely stock chest 337 exits; The effect of tilting at auto-feeder 5 and workbench 2, work is automatically in stock chest slips into the right locating slot locating piece 303, continue rotation final drive shaft 335, cam 334 by bevel gear 319 when a little rises, gradually pressing plate 323 jack-up, because the effect handle of lever leans on the axle center 310 of driving wheel 315 directions to depress the workpiece of Inserting Tube/cup-shaped.Simultaneously adjacent cam 334 declines gradually, and more a pressing plate 323 resets axle center 310 under the effect of axle center stage clip 308, and pipe/cup-shaped work piece is scraped and fallen into discharge nozzle 10 and derive by conducting oneself with dignity and being located at de-material circle on locating piece 303.Along with mechanical interlock, driving wheel 315 drags slide block mechanism by link rod 312, make the workpiece that is inserted in pipe/cup-shaped through type matrix 343, now regulate type matrix 343 to contact, push with pipe/cup-shaped work piece, to the required degree of depth, slide block 302 moves to and leans on from power transmission shaft 318 end, and namely stock chest 337 exits, with the position of the left locating slot on locating piece 303; Equally, pipe/cup-shaped work piece slips in groove, then does with the adjacent type matrix debugging work of above installation.Errorless smooth and easy through trying, open semi-automatic press button inspection, the working condition of a circulation is confirmed errorless, opens automatic switch, the machine starts automatic circulating operation.
Claims (7)
1. an acid anhydride cutting machine, it comprises working plate and feeding platen in frame and frame, be arranged on the power set under working plate, be arranged on the third acid anhydride shearing device on working plate, be arranged on the auto-feeder on feeding platen and be arranged on the electrical control gear under feeding table, it is characterized in that: described working plate is put to another side for high by one side of auto-feeder, and the third acid anhydride shearing device is fixed on this benchboard; The third described acid anhydride shearing device comprises final drive shaft, from power transmission shaft, slide mechanism, type matrix seat and two pressing plates, final drive shaft one end is connected with power set, the other end is connected with the one end from power transmission shaft, and centre position is installed with two cams, and the chimb of two cams is done 180 ° of symmetrical installations; Driving wheel is installed from one end of power transmission shaft, and an oscillating bearing is arranged on the position that driving wheel departs from center certain distance, and the oscillating bearing that another oscillating bearing is parallel on driving wheel is installed on nigh slide mechanism, and two oscillating bearings connect by a connecting rod; On described slide mechanism, be provided with perpendicular to the core seat from power transmission shaft, core seat is longitudinally provided with two through hole, through hole is respectively arranged with axle center, thrust bearing, cap bearring, axle center stage clip and some bearings from top to bottom, core seat bottom is provided with two locating pieces, be connected with slide block, slide block is arranged on slide rail, and slide rail peace is connected on core seat supporting base; Type matrix base is installed in parallel on the inner side workbench of core seat supporting base, the type matrix seat of honour is arranged on this type matrix base, two type matrixes press code to be arranged on the type matrix seat of honour by type matrix, and the centre of this two type matrix is provided with chute feeder holder, and stock chest is arranged on chute feeder holder; The front end platen of stock chest is provided with inlet orifice; Two described pressing plate spread configurations, middle part is provided with supporting base, and the bottom surface at its proximal end face place, two ends contacts with two axle center on core seat with two cams.
2. the third acid anhydride cutting machine according to claim 1, is characterized in that: described final drive shaft and being fixed on benchboard by rolling bearing units from power transmission shaft, and its one end shows right angle by bevel gear respectively and connects; Slide mechanism and final drive shaft be arranged in parallel; The motor of final drive shaft and power set be arranged in parallel, and connects by belt or chain.
3. the third acid anhydride cutting machine according to claim 1, is characterized in that: on the working plate of described type matrix seat bottom, be respectively equipped with in length and breadth two slotted holes, type matrix seat by this hole with screw adjustment or fixed position.
4. the third acid anhydride cutting machine according to claim 1, is characterized in that: described pressing plate supporting base top is provided with opening, and opening two side is provided with the hole of bearing; Two pressing plate middle parts are laterally provided with through hole, and every block pressur plate is provided with two bearings at through hole two ends, is arranged on the bearing of supporting base through two pressing plate bearings by a pivot pin; Two pressing plates are provided with band spiral through hole by spindle end, and two screw rods is arranged on through hole, and this screw rod bottom is connected with bearing and props up two cams.
5. the third acid anhydride cutting machine according to claim 1, is characterized in that: on described pressing plate and core seat, near contact position, axle center, guide notch, position is respectively arranged with a safety guard; On stock chest, be provided with one and lack material arresting gear; The control panel of described electric apparatus control apparatus is provided with a crawl press button, half automatic button switch, and an automatic button switch, a feeding speed governing press button, one rubs word speed regulator, a total power switch, an emergency stop switch with the hands.
6. the third acid anhydride cutting machine according to claim 5, is characterized in that: the front end platen of described deflector chute is provided with two inlet orifices, and this inlet orifice bottom is connected with respectively the fuel shuffling tube that rightabout stretches out laterally.
7. the third acid anhydride cutting machine according to claim 1, is characterized in that: the aobvious tubular of described auto-feeder, and inwall is provided with screw type chute feeder, and bottom is provided with supporting base, and this supporting base is provided with upper and lower adjusting device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320679272.XU CN203650595U (en) | 2013-10-31 | 2013-10-31 | Propionic anhydride cutoff machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320679272.XU CN203650595U (en) | 2013-10-31 | 2013-10-31 | Propionic anhydride cutoff machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203650595U true CN203650595U (en) | 2014-06-18 |
Family
ID=50917031
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320679272.XU Expired - Fee Related CN203650595U (en) | 2013-10-31 | 2013-10-31 | Propionic anhydride cutoff machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203650595U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106505026A (en) * | 2016-11-23 | 2017-03-15 | 东莞朗诚微电子设备有限公司 | The confession pipe method and tube supplying device of expects pipe in integrated antenna package equipment |
-
2013
- 2013-10-31 CN CN201320679272.XU patent/CN203650595U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106505026A (en) * | 2016-11-23 | 2017-03-15 | 东莞朗诚微电子设备有限公司 | The confession pipe method and tube supplying device of expects pipe in integrated antenna package equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140618 Termination date: 20141031 |
|
| EXPY | Termination of patent right or utility model |