TWI765797B - Beverage Can Filling Machine - Google Patents

Abstract

A beverage can filling machine, comprising a main body, a feeding and discharging unit, a feeding unit, a A push unit, a control unit and an activation unit. The feeding unit includes a fixing plate, two clamping fixing bases, two feeding rods and a pushing group. The pushing unit pushes the feeding unit to feed the material, and the feeding and discharging unit has a discharge pipe to discharge the material. The control unit is used to control the pressure of the propulsion unit and the intake and release of pressure. The starting unit is connected with the control unit and the feeding and discharging unit. Thereby, the feeding and discharging unit starts stirring and extruding the beverage block to the feeding unit from the starting unit, and then the pushing unit pushes the set pusher group with a certain amount of adjustment rods and cooperates with the feeding rods to actuate , so as to notify the discharge pipe of the feeding and discharging unit to discharge the material, so that a plurality of beverage cans are used outside the discharge pipe to receive the beverage that has been set quantitatively and quickly squeezed out.

Description

Beverage Can Filling Machine

The present invention relates to a filling machine, especially a beverage can filling machine.

At present, beverage cans with granules sold in tourist attractions are all filled manually. If multiple beverage cans are manually filled and then placed for use by tourists for purchase, the beverage can easily seep out during the manual filling process, resulting in a slow filling time. , resulting in the limited sales of beverage cans and other problems, thus causing a lot of inconvenience to the industry.

The main purpose of the present invention is to solve the problems derived from the existing beverage can filling machine.

In order to achieve the above purpose, the present invention provides a beverage can filling machine, which includes a main body, the main body includes an upper frame, which are respectively connected to the four corners of the bottom end of the upper frame and extend downward respectively with four vertical frames, one and the other. A lower frame connected to each other between the vertical frames, a frame extending towards the front end of the lower frame, a horizontal frame located at the rear end of the two vertical frames in front of the main body and connected to the lower frame, two facing the front of the main body respectively A front bracket extending outward from the middle of the two vertical frames, and a conveying part above the two front brackets for placing a plurality of beverage cans; a feeding and discharging unit, the feeding and discharging unit is arranged on the upper frame of the main body Above, the feeding and discharging unit includes a pushing part, two discharging parts respectively fixed under the pushing part, and two feeding pipes respectively arranged under the discharging part, wherein the pushing part includes a feeding part with a a beverage barrel in the accommodating space, a push screw disposed in the accommodating space of the beverage barrel, and A power member installed on one side of the beverage bucket and capable of driving the push screw to actuate, wherein a liquid inlet for placing a beverage block is arranged on the top of the beverage bucket, and a liquid inlet from the beverage bucket to the The bottom taper extends to a liquid outlet on the bottom side; the ejector screw has a main screw and a secondary screw, the main screw has a plurality of ejectors respectively connected to the outer periphery of the main screw and respectively inclined at intervals relative to each other, the auxiliary screw The screw has an auxiliary pusher connected to the outer periphery of the auxiliary screw and inclined outward, and the auxiliary pusher and the pushers of the main screw are arranged at relative intervals; the discharge parts respectively include a discharge seat The main body, an upper connecting pipe facing the upper part of the discharge seat bodies and connected with the liquid outlets of the beverage buckets, an upper connecting pipe arranged inside the discharge seat bodies and connected with the upper connecting pipes and the The lower ends of the discharge seat bodies pass through a mandrel, a pull rod facing the ends of the mandrels and driving the mandrels to rotate, and a discharge pipe connected to the front end of the discharge block bodies; the material pipe is provided with a feeding unit, the feeding unit is arranged above the lower frame of the main body, and the feeding unit includes a feeding unit arranged on the main body The fixing plate above the lower frame, two clamping fixing bases on the upper sides of the fixing plate respectively, two feeding rods inside the clamping fixing bases respectively clamped, and one inside the clamping fixing bases The push-pull group; wherein the clamping fixing bases respectively have a seat, a clamping rod pivotally connected to the inside of the bases, and a quantitative adjustment rod screwed to the lower part of the middle of the fixing plate; a pushing unit, The pushing unit includes a first pushing portion disposed below the upper frame of the main body and used for the forward and backward displacement of the conveying portions, and the feeding rods disposed at the front end of the lower frame of the main body and used for the feeding unit A second pusher that moves up and down inside the material tubes, a third pusher that is disposed at the rear end of the lower frame of the main body and allows the spindles to rotate inside the discharge seat bodies, respectively, A fixed group arranged at the front end above the upper frame of the main body and for the third pusher to form a pivot connection, a fourth pusher arranged at the front end of the upper frame of the main body and used for the up and down displacement of the discharge pipes part, and a fifth push part disposed above the conveying part and used for positioning and filling the beverage cans and withdrawing from vertical displacement after the beverage cans are discharged, wherein the fixing group includes two corresponding ones and are respectively fixed on the host A fixed seat body at the front end of the body, and a drive part connected to the vertical position of the outer periphery of the pull rod; a control unit, the control unit is arranged on the vertical frame on the right side of the main body, and the control unit is connected to and controls the first the actuation of the pushing part, the second pushing part, the third pushing part, the fourth pushing part and the fifth pushing part; and a starting unit, the starting unit includes a pneumatic power control group, a micro switch group, a A push-type start switch, and a pressure group, wherein the pneumatic power control group is arranged on the bottom end face of the upper frame of the main body, the pneumatic power control group is electrically connected with the control unit, and the micro switch group is connected with the pneumatic power control group The group is electrically connected, and the opening and closing of the discharge pipe is controlled by the micro switch group, one end of the push-type start switch is connected to the control unit, and one end of the pressure group is connected to the control unit to deliver pressure to the first push part, the The second push portion, the third push portion, the fourth push portion and the fifth push portion make the first push portion, the second push portion, the third push portion, the fourth push portion and the first push portion Five push the action.

Further, the upper frame is provided with an elongated through hole and two circular through holes located on both sides of the elongated through hole near the middle of the front end, and a T-shaped positioning is arranged in the middle of the front end of the upper frame. seat, and two rear receiving seats opposite to the two sides of the positioning seat, the rear of the positioning seat is connected with a sloping plate, the front of the positioning seat is provided with a concave hole, and the interior of these rear receiving seats is respectively provided with a first circle Arc groove; wherein, one end of the vertical frame facing the front left side of the main body is provided with a protruding shaft, and the protruding shaft is pivotally connected to an actuating member, and the actuating member includes a fixing seat and one end vertically connected to the fixing seat respectively A first contact block and a second contact block located at both ends of the actuating member form an up-down action; wherein, the front bracket is provided with a hole for the activation unit at the front end facing the front right side of the main body; wherein , the conveying part is for placing two of the beverage cans, the conveying part includes a plate body and a fixed angle bar below the plate body, and the plate body has two upper sides of the plate body respectively. And relative to the front sockets of the rear sockets, two first holes respectively located in the plate body and relative to the center of the front sockets, a second hole in the middle of the front end of the board, and a second hole On the plate body and adjacent to the left side of the third front socket Holes, wherein the inside of the front sockets are respectively provided with a second arc groove opposite to the first circular arc grooves, for the beverage can to abut into the front sockets and the rear sockets, respectively, The fixed angle bar has two guide bars located on both sides of the lateral surface of the fixed angle bar and opposite to the first holes, and two convex blocks respectively connected to the top of the guide bars, and one is connected to the lateral surface of the fixed angle bar. A protruding body at the front end of the surface, and a protruding rod connected to the left side of the lateral surface of the fixed angle bar and opposite to the third hole, the convex body has a fourth hole opposite to the second hole.

Further, the discharge seat bodies are rectangular bodies, and there is a chamber in the interior with through holes respectively opened toward the two sides of the discharge seat bodies, and the upper ends of the chambers are respectively connected with the upper ends. An upper through hole of the connecting pipe, and a lower through hole at the lower end of the discharge seat bodies and opposite to the upper through holes, the discharge seat bodies are respectively provided with a inner side of the through holes facing the right side Internal threaded holes and a set of washers arranged in the through holes, the discharge seat bodies are respectively connected to a locking end toward the front end, and the lower through holes at the lower end of the discharge seat bodies are connected to the upper frame. The through holes and the upper ends of the upper connecting pipes are connected to the liquid outlets of the beverage bucket, and the mandrels respectively include a set of shafts disposed in the chambers of the discharge seat bodies, and a shaft facing the beverage barrel. There are O-rings sleeved on the right and left sides of some shaft rods, and a cover that is locked and closed in the through holes of the discharge seat body, and the shaft rods are respectively provided with a The through holes and the lower through holes pass through the concave arc through holes, and the shaft rods are respectively provided with a protruding rod protruding toward the right side of the through holes, and an end away from the protruding rods and respectively on the outside An embedded rod with an embedded groove, the outer diameters of the protruding rods are smaller than the outer diameters of the shaft rods and the embedded rods, and the outer diameter of the embedded rods is smaller than the outer diameter of the shaft rods , the inside of the covers are respectively provided with a recess for the protruding rods to be placed in, and an external thread segment that is screwed and fixed with the internal threaded holes of the discharge seat body, and the two ends of the pull rods are respectively A convex insert is extended, and the two convex inserts are respectively inserted into the two insert grooves of the two mandrels and combined, so that the pull rods are rotated while the two mandrels are respectively facing the two chambers of the two discharge seat bodies. Rotating, the discharge pipes respectively comprise a discharge part engaging the locking ends, a discharge part in the discharge parts An elastic member inside the upper part of the discharge part and a mandrel inserted into the discharge parts and displaced up and down, the upper ends of the discharge parts are respectively provided with a convex wall with an inner ring groove, and the inner ring grooves are respectively provided for The elastic pieces are inserted, the discharge parts are respectively provided with a through hole, the through holes in the discharge parts are respectively used for the up and down displacement of the ejector rods, and the discharge parts face the inner rings respectively The opposite direction of the groove is a discharge port, and one end of the discharge parts is vertically arranged to be locked with the locking ends, the elastic members are O-rings, and the top rods are respectively provided with adjacent upper ends. There is a groove; wherein, the inside of the two material pipes is hollow, and one end of the two material pipes is respectively communicated with the lower through holes of the discharge seat bodies.

Further, the bases are respectively provided with an elongated gap above the bases, two shaft holes located on both sides of the bases for the locking rods to penetrate, and a connection with the bases The protrusions under the body; wherein, the latching rods respectively have a convex rod segment pivotally connected to the axial holes of the base bodies, and the convex rod segments have a head end facing one side of the base bodies respectively , an elastic element is sleeved inside the head ends, the elastic elements are springs, and the outer peripheral edges of the protruding rod segments arranged inside the seats respectively extend a protruding block segment outwards, and the protruding blocks One end of the rod segment away from the head ends respectively extends an oblique rod segment for the rotation of the locking rods; wherein, the length and the short height of the quantitative adjustment rod are matched with the different capacity settings inside the beverage cans , there is an external thread section below the quantitative adjustment rod to replace the quantitative adjustment rod of different heights and screw it in the screw hole of the fixing plate; wherein, the upper ends of the feeding rods are respectively provided with a Pistons that are displaced up and down inside the tube and a set of O-rings arranged on the outer periphery of the pistons, the lower ends of the feeding rods are respectively provided with a convex block inserted into the elongated notches of the bases, so as to For these feeding rods to move up and down inside the material pipes; wherein, the pushing group includes a solid body connected to the bottom end face of the upper frame and having two through holes, and a solid body fixed on one side of the solid body And there is a top contact rod with a top contact section, and two connecting rods which are respectively fixed on the inner side of the clamping fixing bases of the fixing plate, and the connecting rods are respectively sleeved toward the through holes of the solid body. into, as these seats The support in the up and down path, and at the same time, the top contact section is used as the notification for the top contact of the starting unit when the top contact rod is in the up and down path.

Further, the micro switch group includes a first switch arranged on the right side of the main body under the front end of the front bracket, a second switch arranged on the left side of the cross frame, and a second switch arranged on the upper frame adjacent to the elongated through hole A third switch on one side, a fourth switch arranged above the inclined plate of the positioning seat, a fifth switch arranged on the left side of the solid body, and a front end of the top contact segment arranged on one side of the solid body The sixth switch, wherein the first switch provides the conveying part to touch on the moving stroke, the second switch provides the discharge parts to touch on the moving stroke, the third switch and the fourth switch provide the drive The fifth switch provides the feeding rods to touch on the moving stroke, and the sixth switch provides the fixed angle bar of the conveying part to touch on the moving stroke.

Further, the first pushing portion, the second pushing portion, the third pushing portion, the fourth pushing portion and the fifth pushing portion are pneumatic cylinders, wherein the first pushing portion has a first cylinder shaft, the The first cylinder shaft is connected to the rear end of the plate body of the conveying part to drive the front bearing seats to move back and forth and to abut or separate from the rear bearing seats; wherein, the second pushing part has a second cylinder shaft , the second cylinder shaft is connected to the middle of the fixed plate adjacent to the rear end to drive the feeding rods to move up and down inside the material pipes, and the second cylinder shaft drives the fixed plate down to adjust the rod with the quantitative adjustment Touching the first contact block of the actuating member, the first contact block descends and relatively moves the second contact block upward and pushes against the second switch of the starting unit; wherein, the third push portion has a The third cylinder shaft of the draw rod is pivotally connected to drive the corresponding mandrel to rotate, and the concave arc through hole of the mandrel is rotated to pass through the discharge pipe; wherein, a shaft is respectively provided inside the fixed bases The hole is used for the pull rod to be pivoted. The driving part has a top connecting section connected to the outer periphery of the pull rod. The third switch or the fourth switch of the starting unit is connected by one end of the transverse segment to a longitudinal segment that is perpendicular to each other, and the longitudinal segment is provided with a shaft pivotally connected to the third cylinder shaft for the third Cylinder shaft moves up and down A movable socket body; wherein, the fourth push part has a fourth cylinder shaft and a bearing body connected to the upper part of the fourth cylinder shaft, the fourth cylinder shaft is connected to the positioning seat to drive the bearing body to move up and down, The receiving body has two clamping grooves adjacent to two sides of the receiving body respectively, and the clamping grooves are respectively used for the grooves of the ejector rods to be inserted into the clamping catches, so that the supporting body can move up and down and the catches are relatively locked in the supporting body. The top rods of the body move up and down; wherein, the fifth push part has a fifth cylinder shaft, and the fifth cylinder shaft is connected in the second hole of the plate body to drive the plate body to move up and down and relatively fix it The guide rods of the fixed corner bar move up and down.

Further, the beverage bucket is further provided with two outlet pipes and two double-ring fasteners, the two outlet pipes are respectively located at the bottom ends of the two liquid outlets and communicate with each other, and the bottom side of the beverage bucket forms an outward-to-inward and the beverage bucket is provided with a convex shaft end above the two inner sides of the accommodating space near the bottom side, and one end of the convex shaft end located on the left side of the accommodating space is provided with a semi-circular rod , and the inside of the other convex shaft end on the right side of the accommodating space is provided with a shaft hole, the two double-ring fasteners are arranged on the outside of the two outlet nozzles, and one end of the two double-ring fasteners respectively has a shaft, a One end away from the fulcrum is a locking rod for the two double-ring fasteners to abut inwards or to extend outwards respectively, and a washer arranged on the outer periphery of the liquid outlets.

Further, the number of the pushing members of the main screw is three and they are respectively arranged at an angle of 180 degrees relative to the main screw, and the pushing members respectively have an inner concave arc groove, and the main screw forms a first One end and a second end opposite to the first end, the first end is a semicircular rod, the plane of the first end is butted with the plane of the semicircular rod at one end of the convex shaft end, the second end There is a shaft hole in the inside of the other protruding shaft end, and the main screw is provided with a guide rod adjacent to the first end, and the auxiliary screw is provided with a hollow and sleeved on the first end of the main screw The sleeve rod, and an auxiliary pusher extending outward from one end of the sleeve rod, the sleeve rod is provided with a guide groove for the guide rod to be embedded in, and the auxiliary pusher is adjacent to the first screw of the main screw. The inclination angles of the ejector members are different from each other and are respectively inclined from the inside to the outside, and the inclination angles of the second and third ejector members adjacent to the first one of the main screw rods are different. to and from Not inclined from the inside to the outside, the auxiliary pusher and the pushers of the main screw each have the inner concave arc groove for the first pusher and the main pusher of the auxiliary pusher and the main screw. The second and third pushers of the screw respectively move the beverage block in the accommodating space to stir, so that the beverage block rotates along the inclination of the pushers and the auxiliary pusher angle, and the beverage block is pushed in to the two liquid outlets and brought out.

Further, the pressure group is an air pressure cylinder.

Furthermore, the power member is a motor.

Through the aforesaid disclosure of the present invention, compared with the existing ones, it has the following characteristics:

1. The design of the pushing screw of the beverage can filling machine of the present invention uses the pushing screw to actuate and the auxiliary pushing member and the pushing members of the main screw each have the inner concave arc groove for the auxiliary pushing member. The pushing piece, the first pushing piece of the main screw, and the second and third pushing pieces of the main screw respectively move the beverage block in the accommodating space to stir, so that the beverage block is stirred. The shape of the body can be affected by the toggle action of the auxiliary pusher and the pushers, so that the beverage block body can follow the inclination and rotation angle of the pushers and the auxiliary pusher, and the beverage block The liquid formed by the pushing and squeezing of the body continues to be pushed in to the two liquid outlets and brought out, and can cooperate to achieve the quantitative operation of the beverage cans. sex.

2. The overall structure of the feeding and discharging unit of the present invention is easy to disassemble and clean, so as to maintain the overall hygiene of the feeding and discharging unit, and can control the easy discharge of the beverage block after stirring and control the material of the beverage can used. It can be used to greatly reduce its manufacturing cost and reduce the cost burden of related businesses.

1: Beverage can filling machine

2: main body

21: Upper frame

210: long through hole

211: Through hole

212: Positioning seat

2121: Inclined Plate

2122: Recessed hole

213: Rear socket

2131: The first arc groove

22: Stand the frame

23: Lower frame

24: Frame

25: Cross frame

251: Convex

252: Actuator

253: Fixed seat

254: First touch block

255: Second touch block

26: Front bracket

261: Hole

27: Conveying Department

271: Board body

2711: Front socket

2712: The second arc groove

2713: The first hole

2714: The second hole

2715: The third hole

272: Fixed corner strips

2721: Guide rod

2722: bump

2723: convex body

2724: Fourth hole

2725: Protruding rod

3: In and out unit

31: Pusher

311: Beverage barrel

3110: accommodating space

3111: Liquid inlet

3112: Liquid outlet

3113: Bottom side

3114: Bevel

3115: Export Takeover

3116: Double Ring Fastener

3117: Pivot

3118: Locking lever

31180: Gasket

3119: Convex end

31191: Half Round Rod

31192: Shaft hole

312: push screw

3121: Main screw

3122: Secondary screw

3123: Pusher

3124: Concave arc groove

3125: First End

3126: Second end

3127: Guide rod

3128: Set of rods

31281: Auxiliary ejector

3129: Guide groove

313: Power Parts

32: Discharge Department

321: Discharge seat body

3211: Room

3212: Through hole

3213: Upper through hole

3214: Lower through hole

3215: Internal thread hole

3216: Gasket

3217: Locking end

322: Upper connecting pipe

323: Mandrel

3230: Groove

3231: Shaft

3232: O-ring

3233: Cover

3234: concave arc through hole

3235: Protruding rod

3236: Embedded rod

3237: Alcove

3238: External thread segment

324: Pull rod

3241: Raised inserts

325: Discharge pipe fittings

3250: Through hole

3251: Discharge Department

3252: Elastic

3253: Ejector

3254: convex wall

3255: Inner ring groove

3256: Outlet

3257: one end

3258: Groove

33: Feed tube

4: Feeding unit

40: Fixed plate

401: screw hole

41: Clip holder

411: Seat

4110: Shaft hole

4111: Long Gap

4112: bump

412: Detent lever

4121: Protruding rod segment

4122: head end

4123: Elastic element

4124: convex block segment

4125: Diagonal section

413: Quantitative adjustment lever

4131: Male thread segment

42: Feed rod

421: Piston

422: O-ring

423: convex block

43: Top push group

431: Set of solids

4311: Through hole

432: Ejector rod

4321: Top touch segment

433: connecting rod

5: Push the unit

50: The first push department

501: First cylinder shaft

51: Second push department

511: Second cylinder shaft

52: The third push department

521: Third cylinder shaft

53: Fixed group

531: Fixed seat

5311: Shaft hole

532: Drive Department

5321: Top Connection

5322: Transverse segment

5323: Longitudinal segment

533: Socket

54: Fourth push department

541: Fourth cylinder shaft

542: Receiver

5421: Card slot

55: Fifth push department

551: Fifth cylinder shaft

6: Control unit

7: Start the unit

71: Pneumatic power control group

72: Micro switch group

721: First switch

722: Second switch

723: The third switch

724: Fourth switch

725: Fifth switch

726: Sixth Switch

73: Push-to-start switch

74: Stress Group

8: Beverage cans

Fig. 1 is a perspective view of the beverage can filling machine of the present invention.

Figure 2: It is an exploded perspective view (1) of the beverage can filling machine in Figure 1.

Figure 3: It is an exploded perspective view (2) of the beverage can filling machine in Figure 1.

Fig. 4 is a bottom perspective exploded view of the beverage can filling machine in Fig. 1 .

Fig. 5 is an assembled top view of the ejector screw of the beverage can filling machine of Fig. 1 .

Figure 6: It is a combined cross-sectional view of the concave arc through hole of the mandrel of the pushing part in Figure 1 corresponding to the discharge port.

Figures 7 to 12 are schematic diagrams (1) to (6) of the quantitative extrusion action of the beverage can filling machine of the present invention.

Figure 13 is a schematic diagram of the quantitative extrusion and discharge action of the beverage can filling machine of the present invention.

The following describes in detail how the structures of the present invention are combined and used in conjunction with the accompanying drawings, which should make it easier to understand the purpose, technical content, features and effects of the present invention.

Please refer to Figures 1 to 4 in conjunction with Figures 5 and 6, the present invention is a beverage can filling machine, the beverage can filling machine 1 comprises a main body 2, a feeding and discharging unit 3, a feeding unit 4, A push unit 5 , a control unit 6 , and an activation unit 7 .

The main body 2 includes an upper frame 21 , four vertical frames 22 respectively connected to the bottom corners of the upper frame 21 and extending downward respectively, a lower frame 23 interconnected with the vertical frames 22 , and a lower frame 23 . A frame 24 extending toward the front end of the lower frame 23 in a ㄇ shape, a horizontal frame 25 located at the rear end of the two vertical frames 22 in front of the main body 2 and connected to the lower frame 23 , and two vertical frames 25 facing the front of the main body 2 respectively. A front bracket 26 extending outward from the middle of the frame 22, and a conveying portion 27 for placing a plurality of beverage cans 8 is formed above the two front brackets 26. In this embodiment, the conveying portion 27 is used for the beverage cans 8. Place for two. The upper frame 21 is provided with an elongated through hole 210 and two circular through holes 211 located on both sides of the elongated through hole 210 near the middle of the front end of the upper frame 21, and a T-shaped through hole 211 is disposed in the middle of the front end of the upper frame 21 A type of positioning seat 212, and two rear receiving seats 213 opposite to the two sides of the positioning seat 212, the rear of the positioning seat 212 is connected to an inclined plate 2121 , a concave hole 2122 is formed in the front of the positioning seat 212 , and a first arc groove 2131 is respectively formed in the rear receiving seat 213 . One end of the horizontal frame 25 facing the front left side of the main body 2 of the vertical frame 22 is provided with a protruding shaft 251. The protruding shaft 251 is pivotally connected to an actuating member 252. The actuating member 252 includes a fixing seat 253 and is vertically connected to the A first contact block 254 and a second contact block 255 are located at one end of the fixed seat 253 and at both ends of the actuating member 252 , so that the actuating member 252 is pivotally connected to the protruding shaft 251 of the horizontal frame 25 as a pivot point , so that the first contact block 254 and the second contact block 255 form an up-down action like a seesaw. A hole 261 for the activation unit 7 is provided at the front end of the front bracket 26 toward the front right side of the main body 2 . The conveying part 27 includes a plate body 271 and a fixed angle bar 272 below the plate body 271 . The front sockets 2711, two first holes 2713 respectively located in the plate body 271 and opposite to the center of the front sockets 2711, a second hole 2714 in the middle of the front end of the plate body 271, and one in the The plate body 271 is adjacent to the third hole 2715 of the front socket 2711 on the left side, wherein the front sockets 2711 are respectively provided with a second circular arc groove 2712 opposite to the first circular arc grooves 2131, which can be used when The beverage cans 8 are filled against the front receiving seats 2711 and the rear receiving seats 213 respectively. The fixed angle bar 272 has two guide bars 2721 located on both sides of the lateral surface of the fixed angle bar 272 and opposite to the first holes 2713 , and two protrusions 2722 respectively connected to the top of the guide bars 2721 , a A protruding body 2723 connected to the front end of the lateral surface of the fixed angle bar 272, and a protruding rod 2725 connected to the left side of the lateral surface of the fixed angle bar 272 and opposite to the third hole 2715, the convex body 2723 has a relative to the third hole 2715. The fourth hole 2724 of the two holes 2714.

The feeding and discharging unit 3 is disposed above the upper frame 21 of the main body 2. Please refer to FIG. 1 to FIG. 6 again. The discharging part 32 below the discharging part 31 and the two feeding pipes 33 are respectively arranged under the discharging part 32 . The pushing portion 31 includes a beverage bucket 311 with an accommodating space 3110 , a pushing screw 312 disposed in the accommodating space 3110 of the beverage bucket 311 , and a beverage bucket 312 installed in the accommodating space 3110 . 311 side and can drive the push screw 312 to act The power unit 313. The beverage bucket 311 is provided with a liquid inlet 3111 and a liquid outlet 3112 that tapers downward from the beverage bucket 311 and extends to a bottom side. The liquid inlet 3111 is for injecting a beverage block into the accommodating space 3110 , the two liquid outlets 3112 are for the beverage block to be discharged from the accommodating space 3110 after being stirred.

In one embodiment, the liquid inlet 3111 is disposed at the top of the beverage barrel 311 , the two liquid outlets 3112 are disposed on a bottom side 3113 of the beverage barrel 311 away from the liquid inlet 3111 , and the The bottom side 3113 forms a sloped surface 3114 from the outside to the inside, so that the liquid can be discharged from the accommodating space 3110 . The beverage bucket 311 is respectively provided with a protruding shaft end 3119 above the two inner sides of the accommodating space 3110 near the bottom side 3113 , and one of the protruding shaft ends 3119 located on the left side of the accommodating space 3110 One end is provided with a semi-circular rod 31191, and the other convex shaft end 3119 located on the right side of the accommodating space 3110 is provided with a shaft hole 31192 inside.

On top of that, the beverage barrel 311 is further provided with two outlet pipes 3115 and two double-ring fasteners 3116, the two outlet pipes 3115 are located at the bottom ends of the two liquid outlets 3112 and communicate with each other, and one end of the two double-ring fasteners 3116 respectively has A support shaft 3117, a locking rod 3118 at one end away from the support shafts 3117, and a gasket 31180 disposed on the outer periphery of the liquid outlets 3112 and preventing the beverage in the liquid outlets 3112 from leaking out through the The supporting shafts 3117, the two sides of the two double-ring fasteners 3116 are respectively leaned inward, and the locking rods 3118 are respectively locked on the outside of the two outlet pipes 3115 of the beverage bucket 311, or the locking rods 3118. After the fixing rods 3118 are loosened respectively, the two double-ring fasteners 3116 can be stretched outward respectively, so that the two outlet nozzles 3115 and the two double-ring fasteners 3116 are disengaged, so that the beverage barrel 311 can be removed for cleaning.

In this embodiment, the pushing screw 312 has a main screw 3121 and a secondary screw 3122. The main screw 3121 is provided with a plurality of pushing pieces 3123 respectively connected to the outer periphery of the main screw 3121 and extending outward. In this embodiment, the pushing members 3123 are preferably set to three and are respectively arranged at an angle of 180 degrees relative to the main screw 3121, and the pushing members 3123 respectively have an inner concave arc groove 3124. in addition, The main screw 3121 forms a first end 3125 and a second end 3126 opposite to the first end 3125, the first end 3125 is a semi-circular rod, the plane of the first end 3125 and one of the convex shaft ends 3119 The plane of the semi-circular rod 31191 at one end is butted against the plane, the second end 3126 is connected with a shaft hole 31192 in the inside of the other convex shaft end 3119, and the main screw 3121 is provided with a guide adjacent to the first end 3125 Rod 3127. The auxiliary screw 3122 is provided with a sleeve rod 3128 that is hollow and sleeved on the first end 3125 of the main screw rod 3121, and an auxiliary pusher 31281 extending outward from one end of the sleeve rod 3128. The sleeve rod 3128 is provided with There is a guide groove 3129 for the guide rod 3127 to be embedded in. When the first end 3125 of the main screw 3121 is first butted with the semicircular rod 31191 of one of the convex shaft ends 3119, the sleeve rod 3128 is pushed outward and The outer cover covers the first end 3125 of the main screw 3121 and one of the protruding shaft ends 3119, and is clamped on the guide groove 3129 through the guide rod 3127 to prevent the push screw 312 from rotating. The main screw 3121 and the auxiliary screw 3122 are separated. The auxiliary pushing member 31281 and the pushing members 3123 of the main screw 3121 are arranged at a relative interval. The inclination angles of the auxiliary pusher 31281 and the first pusher 3123 adjacent to the main screw 3121 are different from each other and are respectively inclined from the inside to the outside, while the first pusher 3123 adjacent to the main screw 3121 The inclination angles of the second and third pushing members 3123 are different from each other and are respectively inclined from the inside to the outside. The auxiliary pushing member 31281 and the pushing members 3123 of the main screw 3121 also have the inner concave arc The groove 3124 enables the auxiliary pusher 31281 and the first pusher 3123 of the main screw 3121 and the second and third pushers 3123 of the main screw 3121 to move the accommodating space 3110 respectively The beverage block inside is stirred, and the beverage block is made to follow the inclination and rotation angle of the pushers 3123 and the auxiliary pusher 31281, and the beverage block continues to advance to the two liquid outlets 3112 Bring out.

In this embodiment, the power member 313 is a motor, which is externally installed on one side of the beverage bucket 311 and drives the pushing members 3123 and the auxiliary pushing member 31281 of the pushing screw 312 to act.

For the discharging parts 32 , please refer to FIG. 1 again for the description of the structure of one discharging part 32 . The discharge part 32 includes a discharge seat body 321 , an upper connecting pipe 322 facing the upper part of the discharge seat body 321 and connected to the liquid outlet 3112 of the beverage bucket 311 , an upper connection pipe 322 disposed on the discharge seat body Inside 321 and with the upper connecting pipe 322 and the mandrel 323 passing through the lower end of the discharge seat body 321, a pull rod 324 facing the end of the mandrel 323 and driving the mandrel 323 to rotate, and a The discharge pipe 325 at the front end of the seat body 321. Referring back to Figure 1, Figure 3, Figure 4 and Figure 6, the discharge seat body 321 is a rectangular body, and its interior has a through hole 3212 opened on both sides of the discharge seat body 321 respectively. The upper end of the chamber 3211 is respectively provided with an upper through hole 3213 which communicates with the upper connecting pipe 322, and a lower through hole 3213 at the lower end of the discharge seat body 321 and opposite to the upper through hole 3213. 3214, the inner side of the through hole 3212 facing the right side of the discharge seat body 321 is provided with an internal thread hole 3215 and a set of gaskets 3216 set in the through hole 3212, the discharge seat body 321 is connected to a locking end towards the front end 3217. The lower through hole 3214 at the lower end of the outlet body 321 is connected to the through hole 211 of the upper frame 21 , and the upper end of the upper connecting pipe 322 is connected to the liquid outlet 3112 of the beverage bucket 311 . The mandrel 323 includes a set of shaft rods 3231 disposed in the chamber 3211 of the discharge base body 321 , two O-rings 3232 respectively set towards the right and left sides of the shaft rod 3231 , and a set of O-rings 3232 set towards the right and left sides of the shaft rod 3231 . A cover 3233 that is locked and closed in the through hole 3212 of the material holder body 321 is provided. The shaft rod 3231 is provided with a concave arc through hole 3234 which communicates with the upper through hole 3213 and the lower through hole 3214. The shaft rod 3231 is provided with a convex rod 3235 extending toward the right side of the through hole 3212. and an embedded rod 3236 which is far away from the protruding rod 3235 and has an embedded groove 3230 on the outside. The outer diameter of the rod 3236 is smaller than the outer diameter of the shaft rod 3231, and the O-rings 3232 are respectively sleeved on the outer peripheries of the protruding rod 3235 and the embedded rod 3236. Using the O-rings 3232, It can prevent the liquid of the beverage block from leaking when it is input from the upper connecting pipe 322 and output through the concave arc through hole 3234 of the shaft 3231 . Inside the cover 3233 is a recess 3237 for the protruding rod 3235 to be inserted, and a recess 3237 to be screwed with the internal threaded holes 3215 of the discharge base body 321 The fixed external thread segment 3238 is screwed and fixed by the external thread segment 3238 of the cover 3233 and the internal thread hole 3215 of the discharge base body 321, and the mandrel 323 can be loosened when cleaning the mandrel 323. The outer threaded section 3238 of the cover 3233 is separated from the inner threaded hole 3215 of the discharge base body 321, and the shaft 3231 and the Os sleeved on the outer periphery of the protruding rod 3235 and the embedded rod 3236 are taken out. The rings 3232 are cleaned one by one, so that the discharging part 32 can be easily disassembled and cleaned, so as to keep the mandrel 323 hygienic. Two ends of the pull rod 324 extend a convex insert 3241 respectively, wherein the two convex inserts 3241 are respectively inserted into the two insert grooves 3230 of the two mandrels 323 and combined, when the pull rod 324 rotates, the two mandrels 323 Rotate toward the two accommodating chambers 3211 of the two discharge base bodies 321 respectively. The discharge pipe member 325 includes a discharge portion 3251 engaged with the locking end 3217, an elastic member 3252 above the discharge portion 3251, and a push rod 3253 inserted into the discharge portion 3251 and displaced up and down. The upper end of the discharge part 3251 is provided with a convex wall 3254 with an inner ring groove 3255; the discharge part 3251 has a through hole 3250 inside, and the through hole 3250 in the discharge part 3251 is used for the top rod 3253 to go up and down Displacement, and the opposite direction of the discharge portion 3251 to the inner ring groove 3255 is a discharge port 3256 for discharging the liquid of the beverage block, and one end 3257 of the discharge portion 3251 is perpendicular to the The locking end 3217 is locked. The elastic member 3252 is an O-ring, which is inserted into the inner ring groove 3255 of the bulge 3254, so that when the ejector rod 3253 is displaced up and down in the through hole 3250, the elastic member 3252 forms a close contact to prevent the The liquid in the beverage block flows out from the gap between the through hole 3250 and the top rod 3253. When cleaning the discharge pipe 325, the top rod 3253 and the inner ring concave set on the convex wall 3254 can be directly taken out. The elastic member 3252 and the discharging portion 3251 in the groove 3255 are cleaned one by one, so that the discharging portion 3251 can be easily removed and cleaned, so as to keep the discharging portion 3251 hygienic. A groove 3258 is formed adjacent to the upper end of the top rod 3253 .

The inside of the second material pipe 33 is hollow, and one end of the second material pipe 33 communicates with the lower through holes 3214 of the discharge seat bodies 321 of the discharge portion 32 respectively.

The feeding unit 4 is arranged above the lower frame 23 of the main body 2 , and as shown in FIGS. 1 to 4 , the feeding unit 4 includes a fixed fixed above the lower frame 23 of the main body 2 Board 40, two The clamping fixing bases 41 are respectively arranged on the upper sides of the two sides of the fixing plate 40 , two feeding rods 42 inside the clamping fixing bases 41 are respectively clamped, and a pushing group 43 is located inside the clamping fixing bases 41 . . A screw hole 401 is provided in the middle of the front end of the fixing plate 40 . The clamping fixing bases 41 respectively have a base 411 , a clamping rod 412 pivotally connected inside the bases 411 , and a quantitative adjustment rod 413 screwed to the lower part of the middle of the fixing plate 40 . 411 are respectively provided with an elongated gap 4111 above the bases 411, two shaft holes 4110 located on both sides of the bases 411 for the latching rods 412 to penetrate, and a connection to the bases Bump 4112 below 411. The locking rods 412 respectively have a protruding rod segment 4121 pivotally connected to the shaft holes 4110 of the base bodies 411 , and the protruding rod segments 4121 have a head end 4122 facing one side of the base bodies 411 , respectively. An elastic element 4123 is respectively sheathed inside the head ends 4122. In one embodiment, the elastic elements 4123 are springs, and the outer peripheries of the protruding rod segments 4121 disposed inside the seats 411 respectively extend outward for a The protruding block segments 4124 and one end of the protruding rod segments 4121 away from the head ends 4122 respectively extend an oblique rod segment 4125 outwards, so that the protruding rod segments 4121 can move toward the left and right ends of the seats 411 , and then use the inclined rod segments 4125 to facilitate the rotation of the locking rods 412, and at the same time drive the convex blocking segments 4124 to rotate inwards to prevent the ends of the feeding rods 42 from falling out, or when the The convex blocking sections 4124 are rotated outward to facilitate the outward movement of the feeding rods 42. In addition, when the inclined rod sections 4125 are rotating, the convex rod sections 4121 are rotated using the elastic elements 4123 respectively. Due to its own elastic force, it has more tightness, and the convex blocking segments 4124 are rotated inward to prevent the ends of the feeding rods 42 from falling out. There is an external thread section 4131 under the quantitative adjustment rod 413 to be screwed into the screw hole 401 of the fixing plate 40 to facilitate the replacement of the beverage cans 8 with different beverage capacities required by consumers, and the quantitative adjustment rod The long and short heights of 413 correspond to the different capacity settings inside the beverage cans 8 . The upper ends of the feeding rods 42 are respectively provided with a piston 421 that can move up and down inside the feeding pipes 33 and a set of O-rings 422 provided on the outer periphery of the pistons 421 , and the lower ends of the feeding rods 42 are respectively provided with a piston 421 . The convex blocks 423 inserted into the elongated notches 4111 of the bases 411, when the convex blocks 423 are inserted into the elongated notches 4111 of the bases 411, respectively, Rotate the oblique rod sections 4125 of the locking rods 412 and screw the convex blocking sections 4124 inwards, respectively, through the convex blocking sections 4124 to be respectively clamped on the lower ends of the feeding rods 42 for supplying The feeding rods 42 move up and down inside the feeding tubes 33 . The push-up group 43 includes a sleeve solid 431 connected to the bottom end surface of the upper frame 21 and having two through holes 4311 , a push rod 432 fixed on one side of the sleeve solid 431 and having a push-up section 4321 , and two connecting rods 433 which are respectively fixed on the inner side of the clamping fixing bases 41 of the fixing plate 40 , so that the connecting rods 433 are respectively inserted into the through holes 4311 of the solid body 431 , which can be used as The bases 411 support the up and down paths, and at the same time, the push rods 432 use the top contact segment 4321 as a notification to push the activation unit 7 when they travel up and down.

Please cooperate with Fig. 1 to Fig. 4 again, the pushing unit 5 includes a first pushing portion 50 disposed below the upper frame 21 of the main body 2 for the forward and backward displacement of the conveying portions 27, a first pushing portion 50 disposed at The front end of the lower frame 23 of the main body 2 and a second pushing portion 51 for the feeding rods 42 of the feeding unit 4 to move up and down inside the feeding tubes 33 , and a second pushing portion 51 disposed on the lower frame 23 of the main body 2 A third push portion 52 at the rear end for the mandrels 323 to rotate inside the discharge base bodies 321 respectively, a front end disposed above the upper frame 21 of the main body 2 for the third push portion 52 A pivoted fixing group 53, a fourth push portion 54 disposed at the front end of the upper frame 21 of the main body 2 for the vertical displacement of the discharge pipes 325, and a fourth push portion 54 disposed above the conveying portion 27 for the Some of the beverage cans 8 are positioned and filled and the beverage cans 8 exit the fifth pushing portion 55 that is displaced up and down after the beverage cans 8 are discharged.

As shown in FIGS. 1 to 4 , the first pushing portion 50 , the second pushing portion 51 , the third pushing portion 52 , the fourth pushing portion 54 and the fifth pushing portion 55 are pneumatic cylinders. The first pushing part 50 has a first cylinder shaft 501, and the first cylinder shaft 501 is connected to the rear end of the plate body 271 of the conveying part 27 to drive the front bearing seats 2711 to move back and forth and to connect with the rear The receiving seat 213 abuts or separates. The second pushing part 51 has a second cylinder shaft 511 , the second cylinder shaft 511 is connected to the middle of the fixing plate 40 adjacent to the rear end to drive the feeding rods 42 to move up and down inside the feeding tubes 33 . The second cylinder shaft of the second pushing portion 51 When the 511 descends, the feeding rod 42 is also moved downward to push the required beverage volume of the feeding tubes 33 respectively, and when the second cylinder shaft 511 of the second pushing part 51 drives the fixing plate 40 to descend The first contact block 254 of the actuating member 252 will be touched by the quantitative adjustment rod 413 , the first contact block 254 will descend and relatively move the second contact block 255 upward and abut the first contact block 255 of the activation unit 7 . Two switches 722 . The third push portion 52 has a third cylinder shaft 521 pivotally connected to the pull rod 324 . The fixing group 53 includes two corresponding fixing bases 531 respectively fixed at the front ends of the two sides of the elongated through hole 210 , and a driving portion 532 connected to the vertical portion of the outer periphery of the pulling rod 324 . The fixing bases 531 are respectively provided with a shaft hole 5311 , and the shaft holes 5311 are used for the pivot connection of the pull rod 324 . 5321 is set as a vertical angle plate, and one end of the top connecting section 5321 forms a transverse section 5322. When the third pushing part 52 rises upward, the transverse section 5322 is used to touch the starting unit 7 to serve as the liquid of the beverage block. The final terminal after discharging can be notified as the next cycle procedure of discharging the beverage can 8, and one end of the transverse segment 5322 is connected to a mutually vertical longitudinal segment 5323, and the longitudinal segment 5323 is provided with a set of The connecting body 533 is pivotally connected with the third cylinder shaft 521 of the third pushing portion 52 to provide the up and down movement of the third cylinder shaft 521, and when the third cylinder shaft 521 moves upward , while driving the rotation of the mandrel 323 , and making the concave arc through hole 3234 of the mandrel 323 communicate with the discharge pipe 325 . The fourth pushing part 54 has a fourth cylinder shaft 541 and a receiving body 542 connected to the upper part of the fourth cylinder shaft 541. The fourth cylinder shaft 541 is connected to the positioning seat 212 to drive the receiving body 542 to move up and down. The receiving body 542 has two clamping grooves 5421 adjacent to the two sides of the receiving body 542 respectively. The clamping grooves 5421 are respectively used for the grooves 3258 of the ejector rods 3253 to be inserted into the clamping catches. When the receiving body 542 moves up and down and is opposite to each other The top rods 3253 clamped on the receiving body 542 are moved up and down. The fifth pushing portion 55 has a fifth cylinder shaft 551 , the fifth cylinder shaft 551 is connected to the second hole 2714 of the plate body 271 to drive the plate body 271 to move up and down and is relatively fixed to the fixed angle bar The guide rods 2721 of 272 move up and down.

The control unit 6 is disposed on the vertical frame 22 on the right side of the main body 2 , and the control unit 6 is connected to and controls the first push portion 50 , the second push portion 51 , the third push portion 52 , the fourth push portion 52 , and the fourth push portion 50 respectively. Actions of the pusher 54 and the fifth pusher 55 .

The starting unit 7 includes a pneumatic power control group 71 , a micro switch group 72 , a push-type starting switch 73 , and a pressure group 74 . The pneumatic power control group 71 is disposed on the bottom end surface of the upper frame 21 of the main body 2 , and the pneumatic power control group 71 is electrically connected with the control unit 6 . Please refer to FIGS. 1 to 4 again, the micro switch group 72 is electrically connected to the pneumatic power control group 71 , and the micro switch group 72 includes a first switch disposed below the front end of the front bracket 26 on the right side 721, a second switch 722 arranged on the left side of the horizontal frame 25, a third switch 723 arranged on the side of the upper frame 21 adjacent to the elongated through hole 210, and the inclined plate 2121 arranged on the positioning seat 212 The upper fourth switch 724 , a fifth switch 725 arranged on the left side of the solid body 431 , and a sixth switch 726 arranged at the front end of the top contact section 4321 on one side of the solid body 431 . One end of the push-type start switch 73 is connected to the control unit 6 , so that the operator manually presses the push-type start switch 73 (as shown in FIG. 1 ) to provide the beverage can filling machine 1 with a constant amount of time and again To discharge the material, if the operator presses the push-type start switch 73 by hand, when the third cylinder shaft 521 moves downward, the transverse section 5322 pivotally connected to the top of the third cylinder shaft 521 touches the third cylinder shaft 521. The four switches 724 (as shown in Fig. 12), that is, notify the beverage can filling machine 1 to discharge the material only once. The pressure group 74 is an air pressure cylinder, and one end of the pressure group 74 is connected to the control unit 6 to deliver pressure to the first pushing portion 50 , the second pushing portion 51 , the third pushing portion 52 , and the fourth pushing portion 54 and the fifth pushing portion 55 to actuate the first pushing portion 50 , the second pushing portion 51 , the third pushing portion 52 , the fourth pushing portion 54 and the fifth pushing portion 55 .

When the beverage can filling machine 1 of the present invention actually performs the quantitative extrusion and discharge operation of beverages, please refer to Fig. 1 to Fig. 6 and cooperate with Figs. Replace and adjust the quantitative adjustment rod 413 at the bottom end of the fixed plate 40, and then pour the beverage block into the beverage bucket In 311, the main screw 3121 and the auxiliary screw 3122 of the push screw 312 sleeved in the beverage barrel 311 are designed, and then the power member 313 installed on the side of the beverage barrel 311 is used to make The auxiliary pusher 31281 and the pushers 3123 of the main screw 3121 respectively move the beverage block in the accommodating space 3110 to stir, and the shape of the beverage block can be affected by the auxiliary pusher 31281 and the The toggling action of the pushing members 3123 makes the beverage block follow the inclination and rotation angle of the pushing members 3123 and the auxiliary pushing member 31281 , and the beverage block is formed by toggling and squeezing. The liquid continues to be pushed in to the two liquid outlets 3112 and taken out, so as to be pushed into the upper connecting pipes 322 of the discharge portions 32 , and then pushed into the discharge seat bodies 321 and passed through the discharge seat bodies 321 When the operator presses the push start switch 73 and touches the first switch 721 (as shown in FIG. ), to notify the first cylinder shaft 501 of the first pushing portion 50 to move backwards, and push the beverage cans 8 placed on the front receiving seats 2711 above the conveying portion 27 to be close to the rear receiving seats 213 The second cylinder shaft 511 of the second push portion 51 moves downward (as shown in FIG. 7 ), and at the same time, when the clamping fixing bases 41 also drop downward, the quantitative adjustment rod 413 is used to abut the The first contact block 254 of the actuating member 252, when the first contact block 254 is resisted and pressed down, makes the second contact block 255 move upward to contact the second switch 722 (as shown in FIG. 8), so as to Notify that the third push portion 52 is activated simultaneously with the fourth push portion 54 and the fifth push portion 55, the fifth cylinder shaft 551 of the fifth push portion 55 moves upward and the fixed angle bar 272 moves upward, and at the same time Push up the bumps 2722 above the guide rods 2721 to position the beverage cans 8, and align the bottle openings of the beverage cans 8 with the discharge ports 3256 of the discharge portions 3251 to prepare Filling (as shown in FIG. 9 ), the fourth cylinder shaft 541 of the fourth pushing part 54 moves upward, the fourth cylinder shaft 541 moves upward and the receiving body 542 is also pushed upward. When the receiving body 542 While pushing up, the ejector rods 3253 are moved upward (as shown in FIG. 9 ), and the third cylinder shaft 521 of the third pushing portion 52 is also lowered downward. When the third cylinder shaft 521 is moving downwards And drive the rotation of the mandrel 323, so that the concave arc through hole 3234 of the mandrel 323 and the one end 3257 of the discharge part 3251 form a vertical connection, and the through holes 3250 inside the discharge parts 3251 are formed. A passage, at this time, the third cylinder shaft 521 moves downward to make the transverse section 5322 push against the third switch 723 (as shown in FIG. 9 ), so as to notify the fixing plates 40 of the pushing groups 43 At the same time of moving upward, the beverage block in the accommodating space 3110 of the beverage bucket 311 is stirred by the pushing screw 312 to discharge the beverage from the discharge ports 3256 of the discharge parts 3251 Afterwards (as shown in FIG. 10 ), when the fixing plate 40 moves upward to touch the fifth switch 725 , it is notified that the beverage is discharged, and then the fourth cylinder shaft 541 of the fourth pushing part 54 is notified downward movement, at the same time, the ejector rods 3253 are driven to move downward, so that the passages of the through holes 3250 inside the discharge parts 3251 are closed, and the concave arc through holes 3234 of the mandrel 323 are connected to the outlet. One end 3257 of the material portion 3251 does not pass through (as shown in FIG. 11 ), and at the same time, the third cylinder shaft 521 of the third pushing portion 52 is moved upward, so that the concave arc through hole 3234 of the mandrel 323 is connected to the container. The liquid outlet 3112 in the storage space 3110 is formed to pass through up and down. When the third cylinder shaft 521 moves upward, the transverse section 5322 touches the fourth switch 724 (as shown in FIG. 12 ) to notify the fifth push The fifth cylinder shaft 551 of the portion 55 moves downward, and drives the fixed angle bar 272 of the conveying portion 27 downward, and the filled beverage can 8 follows the guide rods 2721 above the guide rods 2721. The protrusions 2722 descend downward, and when the fixed angle bar 272 descends to touch the sixth switch 726 , the first cylinder shaft 501 of the first pushing portion 50 is notified to move forward, and the conveying portion 27 is moved forward. The filled beverage cans 8 placed in the front receiving seats 2711 are pushed out (as shown in FIG. 13 ), that is, the operator is notified to press the push-type start switch 73 to start the next beverage delivery. material, so as to complete the production of the beverage and food extruded by the beverage can filling machine 1 in a quantitative manner.

As mentioned above, the beverage can filling machine 1 is performing quantitative extrusion and discharging of beverages. When the operator presses the push-type start switch 73 by hand, the beverage can filling machine 1 can continuously discharge quantitatively again and again. If the operator does not press the push start switch 73, when the third cylinder shaft 521 moves upward, the transverse section 5322 pivoted above the third cylinder shaft 521 touches the fourth switch 724, that is, Inform the beverage can filling machine 1 to discharge material only once.

If the operator wants to clean the beverage can filling machine 1, at the same time, please cooperate with the diagram shown in FIG. , after the locking rods 3118 are loosened, the two double-ring fasteners 3116 can be stretched and separated outwards, so as to remove the beverage bucket 311 for cleaning, and are arranged on the outer periphery of the liquid outlets 3112 to prevent the The washers 31180 through which the liquid in the liquid outlet 3112 seeps out, and when cleaning the mandrels 323, the outer thread segments 3238 of the covers 3233 and the discharge seat bodies 321 can be loosened. The inner threaded holes 3215 are separated, and the shaft rods 3231 and the O-rings 3232 sleeved on the outer periphery of the protruding rods 3235 and the embedded rods 3236 are removed one by one, and the discharge part 32 is cleaned one by one. The mandrels 323 are easy to disassemble and clean, and can often maintain the hygiene of ice products.

1: Beverage can filling machine

2: main body

21: Upper frame

213: Rear socket

22: Stand the frame

23: Lower frame

24: Frame

25: Cross frame

26: Front bracket

27: Conveying Department

271: Board body

2711: Front socket

272: Fixed corner strips

3: In and out unit

31: Pusher

311: Beverage barrel

3110: accommodating space

3111: Liquid inlet

3112: Liquid outlet

3114: Bevel

3116: Double Ring Fastener

3119: Convex end

312: push screw

3121: Main screw

3122: Secondary screw

3123: Pusher

3124: Concave arc groove

3127: Guide rod

3128: Set of rods

31281: Auxiliary ejector

32: Discharge Department

321: Discharge seat body

3217: Locking end

323: Mandrel

3233: Cover

324: Pull rod

325: Discharge pipe fittings

33: Feed tube

4: Feeding unit

40: Fixed plate

5: Push the unit

51: Second push department

52: The third push department

53: Fixed group

54: Fourth push department

541: Fourth cylinder shaft

55: Fifth push department

551: Fifth cylinder shaft

6: Control unit

7: Start the unit

71: Pneumatic power control group

72: Micro switch group

721: First switch

73: Push start switch

74: Stress Group

8: Beverage cans

Claims (10)

A beverage can filling machine includes a main body, the main body includes an upper frame, which are respectively connected to the four corners of the bottom end of the upper frame and extend downward respectively with four vertical frames, and one is connected to each of the vertical frames. The lower frame, a frame extending toward the front end of the lower frame, a transverse frame located at the rear end of the second vertical frame in front of the main body and connected to the lower frame, two extending outward from the middle of the two vertical frames in front of the main body respectively a front bracket, and a conveying part formed above the two front brackets for placing a plurality of beverage cans; a feeding and discharging unit, the feeding and discharging unit is arranged above the upper frame of the main body, and the feeding and discharging unit includes a A pushing part, two discharging parts respectively fixed under the pushing part, and two feeding pipes respectively arranged under the discharging part, wherein the pushing part comprises a beverage bucket with an accommodating space, A push screw disposed in the accommodating space of the beverage bucket, and a power member installed on one side of the beverage bucket and capable of driving the push screw, wherein a top of the beverage bucket is provided with a A liquid inlet for placing a beverage block, and a liquid outlet extending downwardly from the beverage barrel to a bottom side; the push screw has a main screw and a secondary screw, the main screw has a connected The outer periphery of the main screw screw is respectively inclined with a plurality of push pieces, the auxiliary screw has an auxiliary push piece connected to the outer periphery of the auxiliary screw and inclined outward, and the auxiliary push piece is connected to the plurality of push pieces of the main screw. The pushing pieces are arranged at relative intervals; the discharging parts respectively comprise a discharging seat body, an upper connecting pipe facing the upper part of the discharging seat body and connected with the liquid outlets of the beverage buckets, a a mandrel disposed inside the discharge seat bodies and connected with the upper connecting pipes and the lower ends of the discharge seat bodies, a pull rod facing the ends of the mandrels and driving the mandrels to rotate, and a discharge pipe connected to the front end of the discharge seat bodies; the material pipe is arranged below the discharge seat body of the discharge part and communicates with the discharge seat body; A feeding unit, the feeding unit is arranged above the lower frame of the main body, the feeding unit includes a fixing plate arranged above the lower frame of the main body, and two clips respectively arranged on the upper sides of the fixing plate. The base and two are respectively clamped with the feeding rods inside the clamping fixing bases, and a pushing group inside the clamping fixing bases; wherein the clamping fixing bases respectively have a base, a pivoting on the clamping fixing bases. Some clamping rods inside the seat body, and a quantitative adjustment rod screwed to the lower part of the middle of the fixing plate; a pushing unit, the pushing unit includes a set below the upper frame of the main body and is used for the front and rear of the conveying parts A first pushing part that is displaced, a second pushing part arranged at the front end of the lower frame of the main body and used for the feeding rods of the feeding unit to move up and down inside the material pipes, a second pushing part arranged on the main body a third push portion at the rear end of the lower frame and for the spindles to rotate inside the discharge base bodies respectively, a front end disposed above the upper frame of the main body and for the third push portion to form a pivot connection a fixed group, a fourth push portion arranged at the front end of the upper frame of the main body and used for the up and down displacement of the discharge pipes, and a fourth push portion arranged above the conveying portion for positioning the beverage cans and the beverage cans After discharging, the fifth pusher that is displaced up and down is withdrawn, wherein the fixing group includes two corresponding fixing bases respectively fixed at the front end of the main body, and a driving part connected to the vertical position of the outer periphery of the pull rod; a control unit; the control unit is arranged on the vertical frame on the right side of the main body, and the control unit is respectively connected to and controls the first push part, the second push part, the third push part, the fourth push part and the The actuation of the fifth push part; and a start-up unit, the start-up unit includes a pneumatic power control group, a micro switch group, a push-type start switch, and a pressure group, wherein the pneumatic power control group is arranged on the main body The bottom end face of the upper frame, the pneumatic power control group is electrically connected to the control unit, the micro switch group is electrically connected to the pneumatic power control group, and the micro switch group is used to control the opening and closing of the discharge pipe. One end of the start switch is connected to the control unit, and one end of the pressure group is connected to the control unit to deliver pressure to the first push portion, the second push portion, the third push portion, the fourth push portion and the fifth push portion department, The first pushing portion, the second pushing portion, the third pushing portion, the fourth pushing portion and the fifth pushing portion are actuated. The beverage can filling machine according to claim 1, wherein the upper frame is provided with an elongated through hole and two circular through holes located on both sides of the elongated through hole near the middle of the front end, and the upper frame is provided with an elongated through hole and two circular through holes. A T-shaped positioning seat is arranged in the middle of the front end of the frame, and two rear receiving seats are respectively located on both sides of the positioning seat. The rear of the positioning seat is connected with a sloping plate. A first circular arc groove is respectively provided inside the rear sockets; wherein, one end of the vertical frame facing the front left side of the main body is provided with a protruding shaft, and the protruding shaft is used for an actuating member to be pivotally connected, and the actuating member includes A fixed seat and a first contact block and a second contact block respectively vertically connected to one end of the fixed seat and located at both ends of the actuating member to form an up-down actuation; wherein, the front bracket is located on the right side facing the front of the main body. The front end is provided with a hole for the activation unit; wherein, the conveying part is for two of the beverage cans to be placed, and the conveying part includes a plate body and a fixed angle bar under the plate body, and the plate body has Two are respectively located on the top and two sides of the plate body and are opposite to the front receiving seats, two are respectively located on the plate body and are located at the center of the front receiving seats. A first hole, one is located in the plate body A second hole in the middle of the front end, and a third hole on the plate body and adjacent to the left side of the front socket, wherein the inside of the front sockets are respectively provided with a second hole opposite to the first arc grooves A circular arc groove is used for the beverage can to abut into the front receiving seats and the rear receiving seats respectively. The fixed angle strip has two sides respectively located on the lateral surface of the fixed angle strip and opposite to the first The guide rod of the hole and two convex blocks connected to the top of the guide rods, a convex body connected to the front end of the lateral surface of the fixed angle strip, and a left side connected to the lateral surface of the fixed angle strip and opposite to the third hole The protruding rod has a fourth hole opposite to the second hole. The beverage can filling machine according to claim 2, wherein the discharge seat bodies are rectangular bodies, and the inner There is a chamber facing the two sides of the discharge seat body with through holes respectively, the upper ends of the chambers are respectively provided with an upper through hole communicating with the upper connecting pipes, and a hole in the outlet The lower end of the feed seat body is opposite to the lower through holes of the upper through holes, and the inner side of the through holes facing the right side of the discharge base body is respectively provided with an inner threaded hole and a set of washers arranged in the through holes , the discharge seat bodies are respectively connected to a locking end toward the front end, the lower through holes of the lower end of the discharge seat bodies are connected to the through holes of the upper frame, and the upper ends of the upper connecting pipes are used for the beverage bucket. The liquid outlets are connected, and the mandrels respectively include a set of shaft rods arranged in the chambers of the discharge seat body, an O-ring set towards the right and left sides of the shaft rods, and a cover that is locked and closed toward the through holes of the discharge seat body, and a concave arc through hole that penetrates through the upper through holes and the lower through holes is respectively provided inside the shaft rods, And the shaft rods are respectively provided with a protruding rod protruding toward the outside of the through holes on the right side, and an embedded rod with one end away from the protruding rods and an embedding groove on the outer side, respectively. The diameters are smaller than the outer diameters of the shaft rods and the embedded rods, the outer diameters of the embedded rods are smaller than the outer diameters of the shaft rods, and inside the covers are respectively provided with a space for the protruding rods to be placed. into the recessed chamber, and an external thread segment that is screwed and fixed with the internal thread holes of the discharge seat body, two ends of the pull rods respectively extend a male insert, and the two male inserts are respectively embedded in the two The two inserting grooves of the mandrel are combined with each other, and the two mandrels are respectively rotated toward the two chambers of the two discharge seat bodies while the pulling rods are rotated. The discharge part at the end, an elastic member inside the discharge part, and a mandrel inserted into the discharge part and displaced up and down, the upper end of the discharge part is respectively provided with a groove with an inner ring The convex wall, the inner ring grooves are respectively for the elastic pieces to be inserted into, the discharge parts are respectively provided with a through hole, and the through holes in the discharge parts are respectively used for the up and down displacement of the ejector rods, And the discharge parts are respectively a discharge port in the opposite direction of the inner ring grooves, and one end located in the discharge parts is vertically arranged to be locked with the locking ends, and the elastic parts are O-rings, the top rods are respectively provided with a groove adjacent to the upper end; wherein, the interior of the two material pipes is hollow, and one end of the two material pipes is communicated with the lower through holes of the discharge seat bodies respectively . The beverage can filling machine according to claim 3, wherein the bases are respectively provided with an elongated notch above the bases, and two are respectively located on both sides of the bases for the locking rods The shaft holes extending through and a protrusion connected to the lower parts of the bases; wherein, the locking rods respectively have a protruding rod segment pivotally connected to the axial holes of the bases, and the protruding rod segments face respectively One side of the seats has a head end, and an elastic element is sleeved inside the head ends respectively. The elastic elements are springs, and the outer peripheries of the protruding rod segments disposed inside the seats face outward respectively. A convex block segment is extended, and an oblique rod segment for the rotation of the locking rods is respectively extended outward at one end of the protruding rod segments away from the head ends; wherein, the length and the short height of the quantitative adjustment rod are matched with each other. The beverage cans are equipped with different capacity settings, and there is an external thread section below the quantitative adjustment rod, so as to replace the quantitative adjustment rod with different heights and screw it into the screw hole of the fixing plate; wherein, the feeding The upper ends of the rods are respectively provided with a piston that can move up and down inside the material pipes and a set of O-rings arranged on the outer periphery of the pistons. A convex block inserted in the notch for the feeding rods to move up and down inside the feeding tubes; wherein, the pushing group includes a sleeve connected to the bottom end face of the upper frame and having two through holes A solid body, a top connecting rod fixed on one side of the solid body and having a top contact section, and two connecting rods respectively fixed on the inner side of the clamping fixing bases of the fixing plate, the connecting rods are respectively The through-holes facing the set of solids are inserted into the through holes to serve as the supports for the bases when they travel up and down, and at the same time, the push rods use the top contact segment as a top contact for the activation unit when they travel up and down. Action notification. The beverage can filling machine according to claim 4, wherein the micro-switch group comprises a first switch arranged below the front end of the front bracket on the right side of the main body, a second switch arranged on the left side of the horizontal frame, a A third switch arranged on the side of the upper frame adjacent to the elongated through hole, a fourth switch arranged above the inclined plate of the positioning seat, a fifth switch arranged on the left side of the solid body, and a The set of solid The sixth switch at the front end of the top contact section on one side, wherein the first switch provides the conveying part to touch on the moving stroke, the second switch provides the discharge parts to touch on the moving stroke, the third switch And the fourth switch provides the driving part to touch on the moving stroke, the fifth switch provides the feeding rods to touch on the moving stroke, the sixth switch provides the fixed angle bar of the conveying part to touch on the moving stroke bump. The beverage can filling machine of claim 5, wherein the first pushing portion, the second pushing portion, the third pushing portion, the fourth pushing portion and the fifth pushing portion are pneumatic cylinders, wherein the first pushing portion A pushing part has a first cylinder shaft, and the first cylinder shaft is connected to the rear end of the plate body of the conveying part to drive the front bearing seats to move back and forth and to abut or separate from the rear bearing seats; wherein, The second pushing part has a second cylinder shaft, the second cylinder shaft is connected to the middle of the fixing plate adjacent to the rear end to drive the feeding rods to move up and down inside the feeding tubes, and passes through the second cylinder shaft Driving the fixed plate downward will touch the first contact block on the actuating member with the quantitative adjustment rod, the first contact block descends and relatively moves the second contact block upward and abuts against the second contact block of the activation unit switch; wherein, the third push portion has a third cylinder shaft pivotally connected to the pull rod to drive the corresponding spindle to rotate, and the concave arc through hole of the spindle rotates to communicate with the discharge pipe; wherein , a shaft hole is respectively provided in the inside of the fixing bases for the pull rod to be pivoted, the driving part has a top connecting section connected to the outer periphery of the pull rod, the top connecting section is set as a vertical angle plate, and one end of the top connecting section is A transverse segment is formed, and the transverse segment touches the third switch or the fourth switch of the starting unit, and one end of the transverse segment is connected to a mutually vertical longitudinal segment, and the longitudinal segment passes through a The third cylinder shaft is pivotally connected to a sleeve for the third cylinder shaft to move up and down; wherein, the fourth pushing portion has a fourth cylinder shaft and a bearing body connected to the upper part of the fourth cylinder shaft, the fourth cylinder The shaft is connected to the positioning seat to drive the receiving body to move up and down. The receiving body has two clamping grooves adjacent to both sides of the receiving body, respectively. Make the receiving body move up and down and move up and down relative to the top rods that are clamped on the receiving body; wherein, the fifth pushing part has a fifth cylinder shaft, and the fifth cylinder shaft is connected to the The second hole of the plate body is used to drive the plate body to move up and down and to relatively move the guide rods fixed on the fixed angle bar up and down. The beverage can filling machine according to claim 1, wherein the beverage material barrel is further provided with two outlet pipes and two double-ring fasteners, the two outlet pipes are located at the bottom ends of the two liquid outlets and communicate with each other, and the beverage material barrel is further provided with two outlet pipes and two double-ring fasteners. The bottom side is formed with a slope from outside to inside, and the beverage bucket is located above the two inner sides of the accommodating space near the bottom side with a convex shaft end, and the one located on the left side of the accommodating space One end of the protruding shaft end is provided with a half-round rod, and the other protruding shaft end located on the right side of the accommodating space is provided with a shaft hole inside. One end of the fastener is respectively provided with a fulcrum, an end away from the fulcrum and a locking rod for the two double-ring fasteners to abut inwardly or to extend outward respectively, and a locking rod disposed on the outer periphery of the liquid outlets. washer. The beverage can filling machine as claimed in claim 7, wherein the number of the pushing members of the main screw is three and is respectively disposed at an angle of 180 degrees of the main screw, and the pushing members respectively have a The inner concave arc groove, the main screw forms a first end and a second end opposite to the first end, the first end is a semi-circular rod, the plane of the first end and one end of the convex shaft end The plane of the semi-circular rod is butted, the second end is connected to the other convex shaft end with a shaft hole inside, and the main screw rod is provided with a guide rod adjacent to the first end, and the auxiliary screw rod is provided with a hollow And a sleeve rod on the first end of the main screw rod is sleeved, and an auxiliary pusher extending outward from one end of the sleeve rod, the sleeve rod is provided with a guide groove for the guide rod to be embedded in, and the auxiliary pusher The inclination angle of the push piece and the push piece adjacent to the first one of the main screw rods are different from each other and are respectively inclined from the inside to the outside, while the second and third push pieces of the push piece adjacent to the first one of the main screw rod The inclination angles of each of the pushing members are different from each other and are respectively inclined from the inside to the outside. The first pusher of the main screw and the main screw The second and third pushers of the rod respectively move the beverage block in the accommodating space to stir, so that the beverage block rotates along the inclination of the pushers and the auxiliary pusher angle, and the beverage block is pulled in to the two liquid outlets and brought out. The beverage can filling machine of claim 1, wherein the pressure group is an air pressure cylinder. The beverage can filling machine according to claim 1, wherein the power member is a motor.

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