CN104546487B - Full-automatic capsulae enterosolubilis production line - Google Patents

Abstract

A kind of full-automatic capsulae enterosolubilis production line, belongs to capsule production equipment technical field.Including platform machine, automatic machine, oiler, glue dipping machine, suction waste system, upper drying tunnel, lower drying tunnel and master control system, air supply duct and return air duct are arranged at intervals on the lower drying tunnel, two seed-coating machines are also arranged at intervals with the lower drying tunnel, the seed-coating machine is respectively placed in insulating space, and insulating space is connected with vacuum extractor.The present invention absorbs the volatile materials in coating solution by setting seed-coating machine in two closed insulating spaces by vacuum extractor, prevents from being dispersed into workshop and runs into naked light and explode.The capsule that the present invention is produced is adapted to enteric standard, and capsule wall thin and thick is uniform, and quality is good.

Description

Full-automatic capsulae enterosolubilis production line

Technical field

The invention belongs to capsule production equipment technical field, more particularly to a kind of full-automatic capsulae enterosolubilis production line.

Background technology

Because capsulae enterosolubilis needs the chance akaline liquid in enteron aisle just to dissolve, and hydrochloric acid in gastric juice is acid, therefore capsule exists It will not be dissolved in stomach.If capsulae enterosolubilis dissolves under one's belt, it is possible to that stomach can be caused damage on the contrary.So in capsulae enterosolubilis In production process, gelatine capsule is coated.Existing capsulae enterosolubilis production line, is manual production, by manually again Dip in glue, factory building blow-by can produce volatile materials during glue due to dipping in again, injure human body.

The content of the invention

For above-mentioned technical problem, the present invention provides a kind of for the production of full-automatic capsulae enterosolubilis capsulae enterosolubilis Line.It can realize automatic continuous production, and its seed-coating machine is placed in closed insulating space, and volatile materials will not be distributed and occurred It is dangerous.

The purpose of the present invention is achieved through the following technical solutions：

The present invention includes platform machine, automatic machine, oiler, glue dipping machine, suction waste system, upper drying tunnel, lower drying tunnel, afterbody and put down Air supply duct and return air duct are arranged at intervals on platform and master control system, the lower drying tunnel, it is characterised in that：On the lower drying tunnel Two seed-coating machines are also arranged at intervals with, the First seed-coating machine is arranged in afterbody platform front end, second seed-coating machine is set Between First seed-coating machine and platform machine, the seed-coating machine is respectively placed in isolation, and vacuum extractor is connected between isolation.

Further, the seed-coating machine includes input supporting plate, output end supporting plate, rear box, preceding middle casing, two rear side casees Body, two front side casings, hoistable platform, disk switching mechanism, glue dipping machine, reset disk mechanism, Bo Tiao mechanisms and ejecting mechanism, institute State forward and backward casing to be set up in parallel, front side casing and rear side casing are respectively symmetrically set in forward and backward casing both sides, on the back shell Mould bar position sets hoistable platform on correspondence input supporting plate, sets disk to overturn in the hoistable platform lateral location on rear box Mechanism, sets and is symmetrically set on glue dipping machine, two rear side casings and two front side casings respectively between the rear box and two rear side casings It is equipped with reset disk mechanism, two front side casings and is respectively arranged with Bo Tiao mechanisms, two groups of bars are inter-agency on preceding middle casing is set There is ejecting mechanism, mould bar is dipped in after glue, resetted through resetting disk mechanism, then output end support is pushed out to through Bo Tiao mechanisms and ejecting mechanism Plate.

Further, the disk switching mechanism include two sets overturn disc assemblies, on pawl mechanism and under pawl mechanism, Two sets of upsets disc assembly is located at the side position of hoistable platform two, and close to glue dipping machine side, it is flat that mechanism of above pawling is arranged on lifting On platform, pawl thereon end moved along hoistable platform, under pawl mechanism install on the back shell, promote mould bar when, end of pawling thereon Or under pawl end be in contact respectively with mould bar.

Further, the upset disc assembly includes two upset disk, the upsets for being symmetricly set on hoistable platform both sides Disc seat and connection two overturn the first connecting shaft of disk, and first connecting shaft is installed on the back shell, and defeated with its motor Shaft is connected, and upset disc seat is placed on the outside of upset disk, in the first connecting shaft, is symmetrically opened on two upset disks There are the bar-shaped trough for the one end open for accommodating mould bar base, the notch end correspondence hoistable platform end of the bar-shaped trough.

Further, mechanism of being pawled on described includes rotating shaft and two symmetrically arranged bearings, first gear, two group of first tooth The second connecting shaft is connected with bar, two bearing, rotating shaft two ends connect first gear respectively, and two group of first rack is respectively along liter Drop platform both sides to set, every group of first rack is two up and down, is engaged with homonymy first gear respectively, up and down the of bearing both sides Be respectively mounted and pawl between one rack, it is described on pawl and be threadedly coupled with the first rack, moved along the first rack, the second connecting shaft Its correspondence motor output shaft is connected by the first belt wheel.

Further, mechanism of being pawled under described including two groups of symmetrically arranged first guide rails, the second rack, under pawl and the Two gears, two group of first guide rail is symmetrically installed on the back shell, and every group of second rack is respectively symmetrical two, passes through sliding block It is symmetrical arranged, is pawled in the case where the second rack is set close to upset disk end along the first guide rail, second be meshed with the second rack Gear is connected on its motor output shaft by rotating shaft.

Further, the reset disk mechanism includes resetting disc assembly, the first leading screw, the second guide rail and servo electricity Machine, the reset disc assembly is connected on rear side casing and two back side panels of front side casing, two front side boards by the second guide rail, Reset disc assembly and the first leading screw is connected, along the first guide screw movement, first leading screw one end is connected to the end of rear side casing On plate, and it is connected with servo motor output shaft, the first leading screw other end is connected on the end plate of front side casing.

Further, the reset disc assembly includes two symmetrically arranged reset disks, resets disc seat and connection two The 3rd connecting shaft of disk is resetted, the reset disk is installed in reset disc seat, reset disc seat both sides and set second to lead Rail sliding block, resets disc seat bottom and installs the first leading screw, is symmetrically provided with two reset disks and accommodates the elongated of mould bar base Bar-shaped trough, the position on disc seat is resetted before and after the correspondence elongated bar-shaped trough upset is provided with two open slots, two opening Groove corresponds to mould bar input.

Further, the Bo Tiao mechanisms include support frame, rail brackets, the 3rd guide rail, the second leading screw, the second motor, Second belt wheel and pawl, support frame as described above, rail brackets right-angled intersection are arranged on the casing of front side, the vertical production line of rail brackets Direction is connected to below support frame, and two the 3rd guide rails are connected to two below the crossbeams of rail brackets, the cunning being connected with the 3rd guide rail It is fixed with and pawls on block, the second leading screw is connected between the connecting rod of rail brackets two, the screw being connected with the second leading screw is with pushing away Pawl is connected, and second leading screw one end connects the second motor by the second belt wheel.

Further, the ejecting mechanism includes the 3rd leading screw, the 3rd belt wheel and the second push rod, the 3rd leading screw connection On the biside plate of preceding middle casing, and one end is connected with its motor by the 3rd belt wheel, and the second push rod is two, corresponds to put respectively Mould bar position is put, two second push rods are both connected on the screw coordinated with the 3rd leading screw.

Further, the hoistable platform includes platform, cam, support column, connecting plate and motor, and the support column is at least For two, one end connection support platform, the other end is connected by connecting plate, the cam being connected with motor output shaft and connecting plate phase Contact, drives lifting platform.

Further, the solution tank of the glue dipping machine be coated fluid circulation, the described circulatory system include water pump, Solution tank, drain pipe and liquid back pipe, the solution tank connect the inlet of solution tank by feed tube, connect molten by liquid back pipe Second liquid return hole of liquid bath, the inlet of the solution tank is higher than the second liquid return hole, less than first time liquid of liquid outlet of solution tank Mouthful, connect connecting valve on water pump, liquid back pipe on the feed tube.

Further, the solution tank includes Inner grooves and water jacket, and Inner grooves are suspended in water jacket, and Inner cell walls are higher than water jacket Abacus is set in wall, Inner grooves, and feed tube is stretched between Inner slot orifice plates and Inner trough floors, is provided with the feed tube for stretching into Inner grooves multiple Fluid hole, liquid back pipe is connected to water jacket less than inlet position.

Further, liquid supplementation pipe is also associated with the solution tank, liquid supplementation pipe is connected with fluid infusion bucket, and the fluid infusion is higher than First liquid return hole of solution tank.

Further, tap hole is also provided with the solution barrel soleplate, liquid discharging tube is connected thereon.

Further, it is additionally provided with liquid level gauge in the solution tank.

Further, it is also associated with being also equipped with the pull bar of convenient pull-out, solution barrel soleplate on the solution tank universal Wheel.

Beneficial effects of the present invention are：

1. the present invention is by setting seed-coating machine in two closed insulating spaces, absorbed by vacuum extractor in coating solution Volatile materials, will not distribute and be exploded to factory building.

2. each mechanism in seed-coating machine of the present invention coordinates drive connection so that capsulae enterosolubilis production is automatic, continuous, production Capsule product quality is good, meets production requirement.By being symmetrical arranged two groups of upset disc assemblies, make capsule body mould bar and capsule cap Mould bar is run in production line simultaneously, mould bar is overturn 180 degree by overturning disc assembly, and realize the straight line fortune of different height It is defeated.By resetting disc assembly, enable to dip in the die of capsule bar after glue and overturn 180 degree reset, by lead screw transmission, coordinate guide rail It is mobile, realize smooth transport between mould bar production line station.Bo Tiao mechanisms respectively by above pawl mechanism and under pawl mechanism, by mould Bar is pushed into and released upset disk, by motor driven gear and on pawl, under pawl and moved along its rack, guide rail, realize straight The purpose of line motion.Operated by stepper motor band movable belt pulley, driving leading screw, screw transmission drive and pawling that mould bar is contacted Promote mould bar to be moved along guide rail frame, its is simple in construction, coordinate close.By stepper motor positive and negative rotation, it is reciprocal that realization is pawled Motion, realizes the purpose of automatic push mould bar.Capsule through seed-coating machine production process of the present invention, the ejecting mechanism through the present invention is pushed away Go out to next station.

3. the capsule that the present invention is produced is adapted to enteric standard, capsule wall thin and thick is uniform, and quality is good.

Brief description of the drawings

Fig. 1 is structural representation of the invention.

Fig. 2 is the structural representation of seed-coating machine in the present invention.

Fig. 3 is Fig. 2 top view.

Fig. 4 is the scheme of installation that Fig. 2 overturns disk mechanism.

Fig. 5 is Fig. 4 schematic top plan view.

Fig. 6 is the partial structural diagram that Fig. 4 overturns disc assembly.

Fig. 7 is the mounting structure schematic diagram that Fig. 2 resets disk mechanism.

Fig. 8 is Fig. 7 A-A sectional views.

Fig. 9 is Fig. 8 left view.

Figure 10 is group bar structural scheme of mechanism in Fig. 2.

Figure 11 is Figure 10 B-B diagrammatic cross-sections.

Figure 12 is Figure 10 left view partial schematic sectional view.

Figure 13 is the circulating system structure figure of solution tank in Fig. 2.

In figure：

1. the first seed-coating machine, 1 ' second seed-coating machine,

11. hoistable platform, 1101. platforms, 1102. cams, 1103. support columns, 1104. connecting plates；

12. disk mechanism is overturn, 121. upset disc assemblies, 1211. upset disks, 1212. first connecting shafts, 1213. upset disc seats, 1214. bar-shaped troughs；122. on pawl mechanism, 1221. bearings, 1222. first gears, 1223. first Rack, pawls on 1224., 1225. second connecting shafts, 1226. first belt wheels；123. under pawl mechanism, 1231. first guide rails, 1232. second gears, 1233. second racks are pawled under 234., 1235. rotating shafts；

13. disk mechanism is resetted, 131. servomotors, 132. reset disc assembly, and 1321. reset disk, and 1322. answer Position disc seat, 1323. elongated bar-shaped troughs, 1324. open slots, 1325. the 3rd connecting shafts, 133. first leading screws, 134. second lead Rail；

14. Bo Tiao mechanisms, 141. support frames, 1411. columns, 1412. longerons, 142. rail bracketses, 1421. crossbeams, 1422. connecting rods, 143. the 3rd guide rails, 144. second leading screws, 145. screws, 146. pawl, 1461. connecting rods, and 1462. first push away Bar, 147. second belt wheels.

15. ejecting mechanism, 151. the 3rd leading screws, 152. screws, 153. second push rods, 154. the 3rd belt wheels；

16. it is coated fluid circulation：161. solution tanks, 1611. liquid outlets, 1612. tap holes, 1613. universal wheels, 1614. bungs, 1615. pull bars, 1616. fluid infusions, 1617. first liquid return holes, 162. water pumps, 163. feed tubes, 164. solution Groove, 1641. inlets, 1642. fluid holes, 1643. orifice plates, 1644. Inner grooves, 1645. water jackets, 1646. second liquid return holes, 165. Liquid back pipe, 1651. valves, 166. liquid supplementation pipes, 167. fluid infusion bucket；

17. before in casing, 18. rear side casings, 181. back side edges, 19. front side casings, 191. front side boards, 110. inputs Supporting plate, 111. output end supporting plates, 112. glue dipping machine hangers, 113. rear box, 114. mould bars；115. air conditioner, 116. ajutages Road, 117. air-supply spaces, 118. return air spaces.

2. between isolation, 3. times drying tunnels, drying tunnel, 5. return air ducts, 6. platform machines, 7. automatic machines, 8. oilers, 9. on 4. Glue dipping machine, 10. inhale waste system.

Embodiment

Below by embodiment and accompanying drawing, the invention will be further described.

Embodiment：As shown in Figure 1 and Figure 2, the present invention includes platform machine 6, automatic machine 7, oiler 8, glue dipping machine 9, waste suction material The He of air supply duct 116 is arranged at intervals on system 10, upper drying tunnel 4, lower drying tunnel 3, afterbody platform and master control system, the lower drying tunnel 3 Return air duct 5, is also arranged at intervals with two seed-coating machines on the lower drying tunnel 3, and the First seed-coating machine 1 is arranged in afterbody Platform front end, second seed-coating machine 1 ' is arranged between First seed-coating machine 1 and platform machine 6, and described two seed-coating machines are put respectively In 2 between isolation, 2 are connected with vacuum extractor between isolation, with prevent coating solution electuary evaporate into it is indoor explode, and isolation Between 2 relative seed-coating machine mould bar groups enter out position and be provided with the import and export of mould bar group.The spacing of two seed-coating machine according to producer coating Liquid drying time determines that the distance of the template die bar group of this example interval ten is 24 mould bars per template die bar group.

The seed-coating machine includes input supporting plate 110, output end supporting plate 111, rear box 161, the preceding middle rear side of casing 17, two Casing 18, two front side casings 19, hoistable platform 11, disk switching mechanism 12, glue dipping machine 12, reset disk mechanism 13, group bar machine Structure 14 and ejecting mechanism 15, the preceding middle casing 17, rear box 113 are set up in parallel, right respectively in forward and backward casing 17,161 both sides Claim to set front side casing 19 and rear side casing 18, the position of mould bar 114 is set on correspondence input supporting plate 110 on rear box 161 Hoistable platform 11, disk switching mechanism 12, the rear box 113 are set in the lateral location of hoistable platform 11 on rear box 161 And two set between rear side casing 18 reset circle be symmetrically arranged with glue dipping machine, two rear side casings 18 and two front side casings 19 respectively Bo Tiao mechanisms 14 are respectively arranged with disc mechanism 13, two front side casings 19, are provided between the preceding Shang Liangbotiao mechanisms 14 of casing 17 Ejecting mechanism 15, mould bar 114 is dipped in after glue, is resetted through resetting disk mechanism 13, then released through Bo Tiao mechanisms 14 and ejecting mechanism 15 To output end supporting plate 111.

The hoistable platform 11 includes platform 1101, eccentric cam 1102, support column 1103, connecting plate 1104 and motor, The support column 1,103 at least two, one end connection support platform 1101, the other end is connected by connecting plate 1104, with motor The cam 1102 of output shaft connection is in contact with connecting plate 1104, and band moving platform 1101 is lifted.Rotated by eccentric cam 1102, Band moving platform 1101 is lifted.

As shown in Figure 3-Figure 5, present invention upset disk mechanism 12 include two sets overturn disc assemblies 121, on pawl mechanism 122 and under pawl mechanism 123, two sets upsets disc assembly 121 is located at the side position of hoistable platform two, close glue dipping machine side, On pawl mechanism installed in rear box 113 hoistable platform 11 on, 1224 ends of pawling thereon are moved along hoistable platform 11, under pawl Mechanism 123 be arranged on rear box 113 on, promote mould bar 114 when, pawl thereon 1224 ends or under pawl 1234 ends respectively with mould bar 114 are in contact.

As shown in Figure 4, Figure 5, the upset disc assembly 121 includes two upsets for being symmetricly set on the both sides of hoistable platform 11 Disk 1211, upset disc seat 1213 and connection two overturn the first connecting shaft 1212 of disk, and first connecting shaft 1212 is pacified It is connected on rear box 113, and with its motor output shaft, upset disc seat 1213 is placed in the outside of upset disk 1211, installs In the first connecting shaft 1212, the bar for the one end open for accommodating the base of mould bar 114 is symmetrically provided with two upset disks 1211 Shape groove 1214, preceding working condition, notch end correspondence hoistable platform 11 end of the bar-shaped trough 214 are overturn in mould bar 4.

As shown in Figure 3, Figure 4, mechanism 122 of being pawled on described includes the second connecting shaft 1225 and two symmetrically arranged bearings 1221st, first gear 1222, two group of first rack 1223, two bearing 1221 are placed on hoistable platform 1, between be connected with Two connecting shafts 1225, the two ends of the second connecting shaft 1225 connect first gear 1222 respectively, and two group of first rack 1223 is respectively along liter Drop the both sides of platform 1 to set, every group of first rack 1223 is two up and down, is engaged with homonymy first gear 1222 respectively, bearing Be respectively mounted between the first rack 1222 up and down of 1221 both sides and pawl 1224, it is described on pawl 1224 and the spiral shell of the first rack 1223 Line is connected, and is moved along the first rack 1223, and the second connecting shaft 225 connects its correspondence motor output shaft by the first belt wheel 1226.

As shown in Figure 3, Figure 4, mechanism 123 of being pawled under described includes two groups of symmetrically arranged first guide rails 1231, second teeth Bar 1233, under pawl 1234 and second gear 1232, two group of first guide rail 1231 is symmetrically mounted on rear box 113, often The second rack 1233 of group is respectively symmetrical two, is symmetrical arranged, is leaned in the second rack 1233 along the first guide rail 1231 by sliding block Nearly upset disk 11 end pawls 1234 under setting, the second gear 1232 being meshed with the second rack 1233 is connected by rotating shaft 1235 It is connected on its correspondence motor output shaft.1234 are pawled under described for rod-like structure, the second rack 1233 is connected to close to upset circle The end of disk 1211.

The glue dipping machine is existing structure, including dips in glue hanger 112 and solution tank 161, and mould is hung by dipping in glue hanger 12 Bar 114 dips in glue in solution tank 161, is then transported in the reset station of disk mechanism 13, its solution tank 161 and contains coating solution.

As shown in figure 12, the solution tank 161 of glue dipping machine includes water pump with fluid circulation 16, the circulatory system is coated 162nd, solution tank 164, feed tube 163 and liquid back pipe 165, the solution tank 161 connect solution tank 164 by feed tube 163 Inlet 1641, the second liquid return hole 46 of solution tank 164 is connected by liquid back pipe 165, and the inlet 1641 of the solution tank 4 is high In the second liquid return hole 1646, the liquid outlet 1611 of solution tank 1, which is less than on the first liquid return hole 1617, the feed tube 163, connects water Connecting valve 1651 on pump 162, liquid back pipe 165.

The solution tank 164 includes Inner grooves 1644 and water jacket 1645, and Inner grooves 1644 are suspended in water jacket 1645, and Inner grooves 1644 walls, which are higher than in the wall of water jacket 1645, Inner grooves 1644, sets abacus 1643, and feed tube 163 stretches into Inner slot orifice plates 1643 and Inner grooves Between 1644 bottom plates, stretch into and multiple fluid holes 1642 are provided with the feed tube 163 of Inner grooves 1644, make coating solution outflow gentle, return liquid Pipe 165 is connected to water jacket 1645 less than the position of inlet 1641.The effect of orifice plate 1643 is to prevent coating solution to fluctuate, and makes upper strata Coating solution flowing is steady, and glue is dipped in beneficial to mould bar.

Liquid supplementation pipe 166 is also associated with the solution tank 161, liquid supplementation pipe 166 is connected with fluid infusion bucket 167, the fluid infusion 1616 are higher than the first liquid return hole 1617 of solution tank 1.Fluid infusion bucket 167 is outsourcing existing structure.

Tap hole 1612 is also provided with the bottom plate of solution tank 161, liquid discharging tube is connected thereon.

It is also associated with being also equipped with the pull bar 1615 of convenient pull-out, the bottom plate of solution tank 161 on the solution tank 161 universal Wheel 1613.

Liquid level gauge, display solution position are additionally provided with the solution tank 161.Solution tank 161 is provided with bung 1614, prevents Debris is fallen into, conveniently cleans, change glue.

It is operationally first closed valve 1651, worked by water pump 162, solution is full of the Inner grooves of solution tank 164 1644.Then valve 1651 is opened, coating solution flows into solution tank 1 by liquid back pipe, as water pump 162 ceaselessly works, is formed The normal circulation of solution tank 161- feed tube 163- solution tank 164- liquid back pipes 165, prevents the solute in coating solution from precipitating, influence Mould bar coating effect.When being coated liquid measure deficiency, pass through fluid infusion bucket 167 and liquid supplementation pipe 166 carries out fluid infusion.

As Figure 6-Figure 8, reset disk mechanism 13 to be installed on rear side casing 18 and front side casing 19, including reset circle Disk component 132, the first leading screw 133, the second guide rail 134 and servomotor 131, the reset disc assembly 132 are led by second Rail 134 is connected on rear side casing 18 and two back side panels 181 of front side casing 19, two front side boards 181, resets disc assembly 132 It is connected, is moved along the first leading screw 133 with the first leading screw 133, the one end of the first leading screw 133 is connected to the end plate of rear side casing 18 On, and be connected with the output shaft of servomotor 131, the other end of the first leading screw 133 is connected on the end plate of front side casing 19.

As shown in Figure 7, Figure 8, the reset disc assembly 132 includes two symmetrically arranged reset disks 1321, resets circle Disk seat 1322 and connection two reset the 3rd connecting shaft 1325 of disk 1321, and the reset disk 1321 is installed on reset disc seat In 1322, reset the both sides of disc seat 1322 and the sliding block of second guide rail 134 is set, reset the bottom of disc seat 1322 and first leading screw is installed 133, the elongated bar-shaped trough 1323 for accommodating mould bar base is symmetrically provided with two reset disks 1321, disc seat 1322 is being resetted Position before and after the upper correspondence elongated bar-shaped trough 123 is overturn is provided with two open slots 1324, and two open slot 1324 is corresponded to Mould bar input, i.e. glue dipping machine end, one end of the 3rd connecting shaft 1325 connect the output shaft of stepper motor.As shown in figure 8, resetting circle Disk 1321 is made up of two parts, and the disc structure with elongated bar-shaped trough 1323 is formed after two parts combination.

As Figure 9-Figure 11, the Bo Tiao mechanisms 14 include support frame 141, rail brackets 142, the 3rd guide rail 143, silk Thick stick 144, stepper motor, the second belt wheel 145 and pawl 146, support frame as described above 141, the right-angled intersection of rail brackets 142 are set, and are led The vertical production line direction of rail support 142 is connected to the lower section of support frame 41, and two guide rails 143 are connected to two crossbeams of rail brackets 142 1421 lower sections, are connected with the sliding block being connected with the 3rd guide rail 143 and pawl 146, leading screw 144 is connected to 142 liang of companies of rail brackets Between extension bar 1422,146 it is connected with the screw that the second leading screw 4 is connected with pawling, the one end of the second leading screw 144 passes through belt wheel 145 Connect stepper motor.

As shown in figure 11, described pawl 146 is made up of the push rod 1462 of connecting rod 1461 and two first, the connection of the side of connecting rod 1461 Two the first push rods 1462 contacted with mould bar, the screw that opposite side connection coordinates with the second leading screw 144, the two ends of connecting rod 1461 lead to Sliding block is crossed to be connected on the 3rd guide rail 143.

As shown in Fig. 9, Figure 11, support frame as described above 141 is made up of two longerons 1412 and two columns 1411 symmetrically connected, institute State two crossbeams 1421 that two longerons 1412 connect rail brackets 142 respectively.

As shown in figure 9, the rail brackets 142 is made up of two crossbeams 1421 symmetrically connected and two connecting rods 1422, two Crossbeam 1421 is connected respectively with two longerons 1412 of support frame 141, and the second leading screw 144 is connected in two connecting rods 1422.

As shown in figure 1, the ejecting mechanism 5 includes the 3rd leading screw 151, the second push rod 153, the 3rd belt wheel and motor, institute State before the 3rd leading screw 151 is connected on the biside plate of casing 7, and one end is connected with its motor by the 3rd belt wheel 155, second pushes away Bar 153 is two, corresponds to place the position of mould bar 114 respectively, and two second push rods 53 are both connected to the silk coordinated with the 3rd leading screw 151 On mother 156.Second push rod therein is strip plate, more than or equal to 14 groups of width of mould bar with being pushed.

Platform machine 6, automatic machine 7, oiler 8, glue dipping machine 9, suction waste system 10, upper drying tunnel 4, lower drying tunnel in the present invention 3 and afterbody platform be existing structure, mould bar 114 through it is initial dip in glue after be sent to upper drying tunnel 4 and dry, be then sent to lower drying tunnel 3, carry out secondary dipping in glue into first seed-coating machine 1；The secondary mould bar dipped in after glue dries a period of time and row through lower drying tunnel 3 Journey, into second seed-coating machine 1, carries out dipping in glue three times, and capsulae enterosolubilis finally is made through the drying of lower drying tunnel 3 again.

The wherein course of work of seed-coating machine：

As Figure 1-Figure 5, die of capsule bar of the present invention is inputted to hoistable platform 1 through input supporting plate 110, passes through lifting Platform 11 lifts the position of bar-shaped trough 1214 for making the base of mould bar 114 reach upset disk 1211, by overturning in disk mechanism 12 The first motor driving of mechanism of pawling 122, drives the second connecting shaft 1225 to rotate, and makes to pawl and 1224 is moved along the first rack 1223 It is dynamic, promote mould bar 114 to enter the bar-shaped trough 1214 of upset disk 1211,1212 turns of the first connecting shaft of driving upset disk 1211 Dynamic 180 degree, then the motor-driven rotatable shaft 1235 for mechanism 13 of pawling under are rotated, and drive the be meshed with the second rack 1233 Two gears 1232 are rotated, and 234 promotion mould bars 114 of being pawled under making, which enter, dips in glue station.

As shown in figure 1, mould bar 114 dips in solution tank of the suspension mould of glue hanger 12 bar 114 in solution tank 161 through glue dipping machine 164 dip in glue, are then transported to the reset station of disk mechanism 13.

As Figure 6-Figure 8, disk mechanism 13 is resetted operationally, the elongated bar-shaped trough 1323 for resetting disk 1321 is placed in Lower position, is inputted to the mould bar group resetted in disk 1321 by a upper station, and the 3rd connection is driven through stepper motor Axle 1325 is rotated, and is driven and is resetted the upset 180 degree reset of disk 1321；Start servomotor 131, drive the first leading screw 133 to rotate, So as to drive the reset disc seat 132 being connected with it to be moved along the first leading screw 133, meanwhile, in the effect of the second guide rail 134 Under, reset disc assembly 132 and be moved to next station with dynamic model bar group.

As Figure 9-Figure 11, Bo Tiao mechanisms 14 operationally, drive the second belt wheel 47 to rotate by stepper motor, so that Drive the screw 145 coordinated with the second leading screw 144 drive to pawl 146 to move along the 3rd guide rail 143 on rail brackets 142, push away Before dynamic model bar 114 is moved on the platform of casing 17.Inverted by stepper motor, realize that screw 145 drives to pawl and 146 along the 3rd lead The opposite direction of rail 143 move, realize pawl 146 reciprocating motion.So that Bo Tiao mechanisms 14 of the present invention are moved back and forth, realize automatic Transport the purpose of mould bar 114.

Motor most afterwards through ejecting mechanism 15 drives its 3rd belt wheel 154 to drive the 3rd leading screw 151 to rotate, and drives and mother Second push rod 153 of 152 connections is moved along preceding casing 17, and 114 groups of launch mode bar carries out next station to output end supporting plate 111.

Claims (13)

1. a kind of full-automatic capsulae enterosolubilis production line, including platform machine, automatic machine, oiler, glue dipping machine, inhale waste system, on Air supply duct and return air duct, its feature are arranged at intervals on drying tunnel, lower drying tunnel, afterbody platform and master control system, the lower drying tunnel It is：Two seed-coating machines are also arranged at intervals with the lower drying tunnel, the First seed-coating machine is arranged at before afterbody platform End, second seed-coating machine is arranged between First seed-coating machine and platform machine, and the seed-coating machine is respectively placed in isolation, isolation Between be connected with vacuum extractor；

The seed-coating machine includes input supporting plate, output end supporting plate, rear box, preceding middle casing, two rear side casings, two front side cases Body, hoistable platform, disk switching mechanism, glue dipping machine, reset disk mechanism, Bo Tiao mechanisms and ejecting mechanism, the preceding middle casing, Rear box is set up in parallel, and front side casing and rear side casing is respectively symmetrically set in preceding middle casing, rear box both sides, on the back shell Mould bar position sets hoistable platform on correspondence input supporting plate, sets disk to overturn in the hoistable platform lateral location on rear box Mechanism, sets and is symmetrically set on glue dipping machine, two rear side casings and two front side casings respectively between the rear box and two rear side casings It is equipped with reset disk mechanism, two front side casings and is respectively arranged with Bo Tiao mechanisms, two groups of bars are inter-agency on preceding middle casing is set There is ejecting mechanism, mould bar is dipped in after glue, resetted through resetting disk mechanism, then output end support is pushed out to through Bo Tiao mechanisms and ejecting mechanism Plate；

The disk switching mechanism include two sets upset disc assemblies, on pawl mechanism and under pawl mechanism, described two sets overturn Disc assembly is located at the side position of hoistable platform two, close to glue dipping machine side, and mechanism of above pawling is arranged on hoistable platform, is pawled thereon End moved along hoistable platform, under pawl mechanism install on the back shell, promote mould bar when, pawl thereon end or under pawl end difference It is in contact with mould bar；

The reset disk mechanism includes resetting disc assembly, the first leading screw, the second guide rail and servomotor, the reset disk Component is connected on rear side casing and two back side panels of front side casing, two front side boards by the second guide rail, reset disc assembly with First leading screw is connected, along the first guide screw movement, and first leading screw one end is connected on the end plate of rear side casing, and electric with servo Machine output shaft is connected, and the first leading screw other end is connected on the end plate of front side casing；

The disc assembly that resets resets the 3rd of disk including two symmetrically arranged reset disks, reset disc seat and connection two Connecting shaft, the reset disk is installed in reset disc seat, is resetted disc seat both sides and is set the second guide rail slide block, resets disk The first leading screw is installed in seat bottom, and the elongated bar-shaped trough for accommodating mould bar base is symmetrically provided with two reset disks, circle is being resetted Position on disk seat before and after the correspondence elongated bar-shaped trough upset is provided with two open slots, and two open slot corresponds to the input of mould bar End.

2. full-automatic capsulae enterosolubilis production line according to claim 1, it is characterised in that：The upset disc assembly includes two Upset disk, upset disc seat and the connection two for being symmetricly set on hoistable platform both sides overturn the first connecting shaft of disk, described First connecting shaft is installed on the back shell, and is connected with its motor output shaft, and upset disc seat is placed on the outside of upset disk, is installed In the first connecting shaft, the bar-shaped trough for the one end open for accommodating mould bar base, the bar are symmetrically provided with two upset disks The notch end correspondence hoistable platform end of shape groove.

3. full-automatic capsulae enterosolubilis production line according to claim 1, it is characterised in that：Mechanism of being pawled on described includes rotating shaft And two symmetrically arranged bearings, first gear, two group of first rack, the second connecting shaft, rotating shaft two are connected with two bearing End connects first gear respectively, and two group of first rack is set along hoistable platform both sides respectively, and every group of first rack is two up and down, Engaged respectively with homonymy first gear, be respectively mounted and pawl between the first rack up and down of bearing both sides, it is described on pawl and the One rack is threadedly coupled, and is moved along the first rack, and the second connecting shaft connects its correspondence motor output shaft by the first belt wheel.

4. full-automatic capsulae enterosolubilis production line according to claim 1, it is characterised in that：Mechanism of being pawled under described includes two groups Symmetrically arranged first guide rail, the second rack, under pawl and second gear, two group of first guide rail is symmetrically mounted on rear box On, every group of second rack is respectively symmetrical two, is symmetrical arranged by sliding block along the first guide rail, is justified in the second rack close to upset Disk end is pawled under setting, and the second gear being meshed with the second rack is connected on its motor output shaft by rotating shaft.

5. full-automatic capsulae enterosolubilis production line according to claim 1, it is characterised in that：The Bo Tiao mechanisms include support Frame, rail brackets, the 3rd guide rail, the second leading screw, the second motor, the second belt wheel and pawl, support frame as described above, rail brackets cross Arranged in a crossed manner on the casing of front side, the vertical production line direction of rail brackets is connected to below support frame, and two the 3rd guide rails are connected to It is fixed with and pawls on two below the crossbeams of rail brackets, the sliding block being connected with the 3rd guide rail, the second leading screw is connected to rail brackets Between two connecting rods, the screw being connected with the second leading screw is connected with pawling, and second leading screw one end connects the by the second belt wheel Two motors.

6. full-automatic capsulae enterosolubilis production line according to claim 1, it is characterised in that：The ejecting mechanism includes the 3rd Thick stick, the 3rd belt wheel and the second push rod, the 3rd leading screw are connected on the biside plate of preceding middle casing, and one end passes through with its motor 3rd belt wheel is connected, and the second push rod is two, corresponds to place mould bar position respectively, two second push rods are both connected to and the 3rd leading screw On the screw of cooperation.

7. full-automatic capsulae enterosolubilis production line according to claim 1, it is characterised in that：The hoistable platform include platform, Cam, support column, connecting plate and motor, the support column at least two, one end connection support platform, the other end pass through connection Plate is connected, and the cam being connected with motor output shaft is in contact with connecting plate, drives lifting platform.

8. full-automatic capsulae enterosolubilis production line according to claim 1, it is characterised in that：The solution tank of the glue dipping machine is carried Fluid circulation is coated, the described circulatory system includes water pump, solution tank, drain pipe and liquid back pipe, and the solution tank is by entering Liquid pipe connects the inlet of solution tank, and the second liquid return hole of solution tank is connected by liquid back pipe, and the inlet of the solution tank is high In the second liquid return hole, the liquid outlet of solution tank, which is less than on the first liquid return hole of solution tank, the feed tube, connects water pump, liquid back pipe Upper connecting valve.

9. full-automatic capsulae enterosolubilis production line according to claim 8, it is characterised in that：The solution tank includes Inner grooves and outer Groove, Inner grooves are suspended in water jacket, and Inner cell walls are higher than external groove sidevall, set abacus in Inner grooves, feed tube stretch into Inner slot orifice plates with Between Inner trough floors, multiple fluid holes are provided with the feed tube for stretching into Inner grooves, liquid back pipe is connected to water jacket less than inlet position.

10. full-automatic capsulae enterosolubilis production line according to claim 8, it is characterised in that：It is also associated with the solution tank Liquid supplementation pipe, liquid supplementation pipe is connected with fluid infusion bucket, and the fluid infusion is higher than the first liquid return hole of solution tank.

11. full-automatic capsulae enterosolubilis production line according to claim 8, it is characterised in that：Also opened on the solution barrel soleplate There is tap hole, liquid discharging tube is connected thereon.

12. full-automatic capsulae enterosolubilis production line according to claim 8, it is characterised in that：Liquid is additionally provided with the solution tank Position meter.

13. full-automatic capsulae enterosolubilis production line according to claim 8, it is characterised in that：It is also associated with the solution tank Universal wheel is also equipped with the convenient pull bar pulled out, solution barrel soleplate.