A kind of capsule filling machine
Technical field
This utility model relates to pharmaceutical machine, particularly relates to a kind of capsule filling machine.
Background technology
Capsule filling machine is that collection is mechanical, electrical, gas is the pharmaceutical machine of one, the automatic intermittent-rotation forms of motion of general employing, be installed in the turntable of workbench central authorities, the rotating speed that changes with per minute 6~140 rotates, revolution has repeatedly short residence time, turntable is transported to each work station around the turntable with capsule, in the time of each work station short stay, broadcasts capsule, divides capsule, useless capsule rejecting, filling, lock capsule, goes out various operations such as capsule, cleaning mold and carry out automatically simultaneously.Capsule filling machine adopts the capsule filling machine module to carry capsule usually in the capsule filling process, as shown in Figure 1 and Figure 2, existing capsule filling machine module is single or two rows, single speed of production is about 400~1500 of per minutes, and double speed of production is about 2000~3000 of per minutes.Along with pharmaceutical production to scale, intensivization development; pharmacy corporation needs the faster automaticity of speed of production higher; energy resource consumption still less, the capsule filling machine that the per GDP energy consumption is lower, and the speed of production of existing capsule filling machine can not satisfy the requirement of pharmacy corporation.
The utility model content
The capsule filling machine that the purpose of this utility model provides that a kind of speed of production is fast, energy consumption is low, has many rounds capsule filling machine module and can realize the capsule inspection rejects when many binder removals capsule and capsule is discharged.
For achieving the above object, the technical solution of the utility model provides a kind of capsule filling machine, comprises being used to place capsular capsule filling machine module, and described capsule filling machine module is provided with three rows or the above capsule filler opening of three rows.
Wherein, described capsule filling machine also comprises the capsule inspection rejects mechanism that is used for the capsule inspection rejects.
Wherein, described capsule inspection rejects mechanism comprises:
The inspection rejects axle is equipped with the inspection rejects push-rod assembly on the described inspection rejects axle, and wherein, described inspection rejects push-rod assembly is positioned at the below of described capsule filling machine module; Described capsule filling machine module arranged outside has the inspection rejects device, and the inboard is provided with the air blowing piece; Described air blowing piece is positioned at capsule filling machine module top, is installed on the described inspection rejects device by the air blowing frame; Described inspection rejects device is connected with vacuum cleaner.
Wherein, described capsule filling machine also comprises the capsule output mechanism that is used for the capsule discharge.
Wherein, described capsule output mechanism comprises:
Finished product axle, and the push pedal that is connected with the finished product axle, described push pedal is provided with push rod, and the quantity of described push rod is identical with capsule filler opening quantity on the described capsule filling machine module; Described push rod is positioned at described capsule filling machine module below, aligns one by one with described capsule filler opening;
Support is equipped with finished product blow tank and finished product guide groove on the described support, wherein, described finished product blow tank and finished product guide groove are interconnected, and described finished product guide groove is positioned at described capsule filling machine module top; Be provided with the finished product scraper plate in the described finished product guide groove, described finished product scraper plate is connected with driving device, under the driving of described driving device, moves back and forth in described finished product guide groove.
Wherein, described driving device is the air cylinder driven that is installed on the described finished product guide groove, and described finished product scraper plate is connected with the axis of the piston of cylinder.
Technique scheme has following advantage: by increasing row's number in capsule hole, increase the quantity that each handles the cycle capsule charge, and then raising speed of production, realize that the per GDP energy consumption significantly reduces and in row's number in increase capsule hole, realized capsular inspection rejects and discharge by capsule inspection rejects mechanism and capsule output mechanism.
Description of drawings
Fig. 1 is the structural representation of a kind of single row of holes capsule filling machine module of prior art;
Fig. 2 is the structural representation of a kind of double hole capsule filling machine module of prior art;
Fig. 3 is the structural representation of capsule filling machine module of a kind of capsule filling machine of this utility model embodiment;
Fig. 4 is the structural representation of capsule inspection rejects mechanism of a kind of capsule filling machine of this utility model embodiment;
Fig. 5 is the vertical view of Fig. 4;
Fig. 6 is the structural representation of capsule output mechanism of a kind of capsule filling machine of this utility model embodiment;
Fig. 7 is the structural representation before the capsule of capsule output mechanism of a kind of capsule filling machine of this utility model embodiment is discharged;
Fig. 8 is the structural representation of the capsule of capsule output mechanism of a kind of capsule filling machine of this utility model embodiment when discharging.
Wherein, 1: holder; 2: the inspection rejects axle; 3: the inspection rejects push-rod assembly; 4: the capsule filling machine module; 5: the inspection rejects device; 6: the air blowing frame; 7: the air blowing piece; 8: the finished product axle; 9: the finished product push pedal; 10: the finished product push rod; 11: support; 12: the finished product blow tank; 13: the finished product guide groove; 14: driving device; 15: the finished product scraper plate.
The specific embodiment
Below in conjunction with drawings and Examples, the specific embodiment of the present utility model is further described.Following examples are used to illustrate this utility model, but are not used for limiting scope of the present utility model.
Capsule filling machine is owing to be subjected to the restriction of volume, its turntable size is restricted, and the capsule filling machine module that is installed on the turntable also is restricted at length direction, can only arrange the quantity that number changes each processing cycle filled capsules of capsule filling machine by increasing, and then improve the processing speed of capsule filling machine.As shown in Figure 3, the capsule filling machine module of present embodiment adopts the design of four rounds, that is, the capsule filling machine module is provided with four binder removal capsule filler openings.But capsule filling machine module of the present utility model is not limited to the design of four rounds, can be three rows or the above many round designs of three rows.
Along with the increase of module hole row's number, existing capsule inspection rejects mechanism and capsule output mechanism realize that the difficulty of capsular inspection rejects, discharge increases greatly.Therefore, this utility model has further designed capsule inspection rejects mechanism and capsule output mechanism.
As Fig. 4, shown in Figure 5, the capsule inspection rejects mechanism of present embodiment comprises holder 1, and is installed in the inspection rejects axle 2 on the holder 1, and inspection rejects push-rod assembly 3 is installed on the inspection rejects axle 2, and wherein, inspection rejects push-rod assembly 3 is positioned at the below of capsule filling machine module 4.In capsule filling machine module 4 arranged outside inspection rejects device 5 is arranged, be provided with air blowing piece 7 in capsule filling machine module 4 inboards, air blowing piece 7 is positioned at capsule filling machine module 4 tops, is installed on the inspection rejects device 5 by air blowing frame 6.Inspection rejects device 5 is connected with vacuum cleaner.
Inspection rejects axle 2 is transported merit periodically up and down, inspection rejects push-rod assembly 3 is connected with inspection rejects axle 2, along with moving up and down of inspection rejects push-rod assembly 3 released the scrap rubber capsule in the capsule filling machine module 4, air blowing piece 7 is connected with inspection rejects device 5 by air blowing frame 6, and air blowing piece 7 positions can be along with the thickness of capsule filling machine module 4 and the size adjustment of capsule model, air blowing piece 7 is connected with compressed air, and the size of tolerance is controlled by pressure regulator valve; Inspection rejects device 5 is connected with vacuum cleaner, blows scrap rubber capsule and inspection rejects device 5 by air blowing piece 7 and inhales useless capsular mode and solve the problem that the increase capsule inspection rejects difficulty along with module hole row's number increases, and has realized the capsule inspection rejects function in many rows module hole.
Shown in Fig. 6~8, the capsule output mechanism of present embodiment comprises finished product axle 8, and the push pedal 9 that is connected with finished product axle 8, and push pedal 9 is provided with push rod 10, and wherein, the quantity of push rod 10 is identical with capsule filler opening quantity on the capsule filling machine module 4.Push rod 10 is positioned at capsule filling machine module 4 belows, aligns one by one with capsule filler opening on the capsule filling machine module 4.Side at finished product axle 8 is provided with support 11, and finished product blow tank 12 and finished product guide groove 13 are installed on the support 11, and wherein, finished product blow tank 12 and finished product guide groove 13 are interconnected, and finished product guide groove 13 is positioned at capsule filling machine module 4 tops.Be provided with finished product scraper plate 15 in the finished product guide groove 13, finished product scraper plate 15 is connected with driving device 14, under the driving of driving device 14, can move back and forth in finished product guide groove 13.The driving device 14 of present embodiment adopts the air cylinder driven that is installed on the finished product guide groove 13, and finished product scraper plate 15 is connected with the axis of the piston of cylinder, moves back and forth with cylinder.
Finished product axle 8 periodically moves up and down, and push pedal 9, push rod 10 are pushed into the finished capsule product in the capsule filling machine module 4 in the finished product guide groove 13 along with finished product axle 8 moves up and down; Finished product guide groove 13 is made according to the capsule model, the capsule of go-cart can be clamped, and it is not fallen; Cylinder is controlled by encoder, along with the rotation period reciprocating motion of main shaft; Finished product scraper plate 15 is installed on the cylinder, moves back and forth with cylinder, capsule can be scraped finished product guide groove 13, falls in the finished product blow tank 12, thereby finishes capsular discharge, has effectively solved the increase along with module hole row's number, and capsule is discharged the problem of difficulty.
As can be seen from the above embodiments, this utility model embodiment utilizes this utility model can improve the production efficiency of capsule filler greatly by employing, with module hole four rows is example and existing two row's module hole capsule filler contrasts: turntable rotating speed: 125 rev/mins, nib number: 12 hole/rows, filling machine output=turntable rotating speed * total nib number.Then: filling machine output=125 * 12 * 2=3000 grain of two row's nibs/minute; Filling machine output=125 * 12 * 4=6000 grain of four row's nibs/minute.By above-mentioned simple computation as seen, this utility model improves the production efficiency of capsule filler greatly.
The above only is a preferred implementation of the present utility model; should be understood that; for those skilled in the art; under the prerequisite that does not break away from this utility model know-why; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.