Feeding device of tablet press

Abstract

A feeding device of a tablet press comprises a powder storage tank, an outer protective cover, a drive plate driving motor, a grooved wheel, a driving drive plate, a quantitative feeding wheel and a knocking block, an upper feeding pipe is arranged at the bottom of the powder storage tank, a feeding mechanism mounting table is arranged at the bottom of the upper feeding pipe, and a feeding wheel mounting groove is formed in the feeding mechanism mounting table; a lower feeding pipe is arranged at the bottom of the feeding mechanism mounting table, a quantitative feeding wheel is matched with the feeding wheel mounting groove, connected with the feeding wheel mounting groove and rotates in the feeding wheel mounting groove, a mounting column connecting groove is formed in one side of the feeding wheel mounting groove, and a grooved wheel mounting column is arranged on one side of the quantitative feeding wheel. The grooved wheel mounting column is rotationally connected with the mounting column connecting groove, quantitative feeding grooves are formed in the arc surface of the quantitative feeding wheel, and the six quantitative feeding grooves are evenly arranged around the quantitative feeding wheel.

Description

Technical Field

[0001] This utility model relates to the field of tablet presses, and in particular to a tablet press feeding device. Background Technology

[0002] An existing patent (publication number: CN218701626U) discloses a feeding device for a tablet press, including a feeding seat. The lower end of the feeding seat is connected to a feeding pipe, and an anti-powder-falling component is connected to one side of the feeding pipe. A cleaning component is connected to one side of the upper end of the feeding seat. A first motor drives a concave rod to rotate, so that the sealing ball is no longer sealed to the feeding pipe, thereby allowing the material inside the feeding seat to be discharged. However, this device "further removes the sealing ball from the feeding pipe, so that the sealing ball is no longer sealed to the feeding pipe, thereby allowing the material inside the feeding seat to be discharged" controls the material discharge time by controlling the opening and closing time of the sealing ball, thereby controlling the amount of material discharged. The amount discharged each time is difficult to control precisely, thus affecting the overall feeding effect. Summary of the Invention

[0003] This invention addresses the aforementioned shortcomings of existing technologies by providing a tablet press feeding device where, during the feeding operation of a tablet press, when the quantitative feeding groove of the quantitative feeding wheel aligns with the upper feed pipe, the powder stored in the powder storage tank falls into the corresponding quantitative feeding groove. Simultaneously, the dial drive motor controls the rotation of the quantitative feeding wheel via the active dial and groove wheel connection mechanism, causing the quantitative feeding groove to gradually rotate until it aligns with the lower feed pipe. The powder inside the quantitative feeding groove is then discharged, completing one feeding operation. Each feeding operation involves the same amount of powder added as the volume inside the quantitative feeding groove, resulting in more precise control and better feeding effect.

[0004] The objective of this utility model is achieved through the following technical solution:

[0005] A tablet press feeding device includes a powder storage tank, an outer protective cover, a dial drive motor, a grooved wheel, an active dial, a metering feeding wheel, and a striking block. The powder storage tank has an upper feed pipe at its bottom, and a feeding mechanism mounting platform at the bottom of the upper feed pipe. The feeding mechanism mounting platform has a feeding wheel mounting groove inside, and a lower feed pipe at its bottom. The metering feeding wheel is adapted to the feeding wheel mounting groove and is connected to it. The metering feeding wheel rotates inside the feeding wheel mounting groove. One side of the feeding wheel mounting groove has a mounting post connecting groove, and one side of the metering feeding wheel has a grooved wheel mounting post. The grooved wheel mounting post is rotatably connected to the mounting post connecting groove. The arc surface of the metering feeding wheel has a metering feeding groove, and six metering feeding grooves are evenly arranged around the metering feeding wheel. The metering feeding wheel has a striking groove inside, and an inclined lifting platform inside the striking groove. Six inclined lifting platforms are evenly arranged around the striking groove.

[0006] The inclined lifting platform has a vertical surface corresponding to the quantitative feeding groove, the knocking block is matched with the knocking groove, the knocking block is connected with the knocking groove, the knocking block slides in the knocking groove, the knocking block top has a knocking block positioning column, one side of the feeding mechanism mounting table has an inner protective cover connecting table, the feeding mechanism mounting table is connected with the outer protective cover on the side corresponding to the inner protective cover connecting table, the outer protective cover has outer protective cover connecting tables on both sides, and the outer protective cover connecting tables are connected with the inner protective cover connecting table through screws.

[0007] The outer protective cover has a knocking block mounting table in the middle, the knocking block mounting table has a knocking block positioning groove in the middle, the knocking block positioning groove is matched with the knocking block positioning column, the knocking block positioning groove is connected with the knocking block positioning column, the knocking block positioning column slides in the knocking block positioning groove, the knocking block is connected with the knocking block mounting table through a spring, and the knocking block is pressed on the surface of the knocking groove.

[0008] Beneficial effects: 1. When the quantitative feeding wheel has a quantitative feeding groove corresponding to the upper feeding pipe, the powder stored in the powder storage groove falls into the corresponding quantitative feeding groove, the quantitative feeding wheel is controlled to rotate by the driving dial and the groove wheel connecting mechanism of the dial driving motor, the quantitative feeding groove is gradually rotated to correspond to the lower feeding pipe, the powder in the quantitative feeding groove is discharged at this time, and one feeding operation is completed. The amount of feeding each time is equal to the volume of the quantitative feeding groove, and the control is more accurate and the feeding effect is better.

[0009] 2. The knocking block and the knocking block mounting table are connected through a spring, and when the quantitative feeding groove corresponds to the lower feeding pipe, the knocking block slides to the knocking groove from the top of the inclined lifting platform, and one knocking is completed. Through this knocking, part of the powder adhered in the quantitative feeding groove directly below is shaken off, and the residual powder in the quantitative feeding groove does not affect the accuracy of the feeding process.

[0010] 3. The knocking block is provided with a vertical surface on one side, so that the knocking block can not be hindered by the inclined lifting platform during the process of approaching the knocking groove after being disconnected from the inclined lifting platform, and the impact degree of the knocking process is ensured.

[0011] 4. The wheel groove mechanism is adopted between the groove wheel and the driving dial, so that the quantitative feeding wheel can stop for a period of time after rotating 60° each time, so that the device has enough time to load the powder into the quantitative feeding groove and discharge the powder from the quantitative feeding groove, and the accuracy of each feeding is further increased. BRIEF DESCRIPTION OF DRAWINGS

[0012] Figure 1 It is a schematic structural view of the tablet press feeding device.

[0013] Figure 2 A partial side view sectional view of the tablet press feeding device.

[0014] Figure 3 A partial structure view of the tablet press feeding device.

[0015] Figure 4 A partial front view sectional view of the tablet press feeding device.

[0016] Figure 5 A powder storage tank structure schematic view of the utility model.

[0017] Figure 6 A quantitative feeding wheel structure schematic view of the utility model.

[0018] Figure 7 A groove wheel structure schematic view of the utility model.

[0019] Figure 8 A driving dial structure schematic view of the utility model.

[0020] Figure 9 A knocking block structure schematic view of the utility model. DETAILED DESCRIPTION

[0021] The utility model will be further explained in detail according to the drawings and examples:

[0022] Example 1:

[0023] The tablet press feeding device comprises a powder storage tank 1, an outer protective cover 5, a dial drive motor 10, a groove wheel 12, a driving dial 15, a quantitative feeding wheel 16, a knocking block 19, the bottom of the powder storage tank 1 is provided with an upper feeding pipe 2, the bottom of the upper feeding pipe 2 is provided with a feeding mechanism mounting table 3, the inside of the feeding mechanism mounting table 3 is provided with a feeding wheel mounting groove 24, the bottom of the feeding mechanism mounting table 3 is provided with a lower feeding pipe 7, the quantitative feeding wheel 16 is adapted to the feeding wheel mounting groove 24, the quantitative feeding wheel 16 is connected to the feeding wheel mounting groove 24, the quantitative feeding wheel 16 rotates in the feeding wheel mounting groove 24, one side of the feeding wheel mounting groove 24 is provided with a mounting column connecting groove 14, one side of the quantitative feeding wheel 16 is provided with a groove wheel mounting column 13, the groove wheel mounting column 13 is rotationally connected to the mounting column connecting groove 14, the arc surface of the quantitative feeding wheel 16 is provided with a quantitative feeding groove 17, six quantitative feeding grooves 17 are evenly arranged around the quantitative feeding wheel 16, when the quantitative feeding groove 17 of the quantitative feeding wheel 16 corresponds to the upper feeding pipe 2 during the feeding operation of the tablet press, the powder stored in the powder storage tank 1 falls into the corresponding quantitative feeding groove 17, the quantitative feeding groove 17 is gradually rotated to correspond to the lower feeding pipe 7 under the control of the dial drive motor 10 through the driving dial 15 and the groove wheel 12 connecting mechanism, the powder in the quantitative feeding groove 17 is discharged at this time, and one feeding operation is completed, the feeding amount of each time is equal to the volume of the quantitative feeding groove 17, the feeding is more accurate and better during each feeding, the quantitative feeding wheel 16 is internally provided with a knocking groove 18, the knocking groove 18 is internally provided with an inclined lifting platform 22, and six inclined lifting platforms 22 are evenly arranged around the knocking groove 18.

[0024] Embodiment 2

[0025] The vertical surface of the inclined lifting platform 22 corresponds to the quantitative feeding groove 17, the knocking block 19 is adapted to the knocking groove 18, the knocking block 19 is connected to the knocking groove 18, one side of the knocking block 19 is provided with a vertical surface, the knocking block 19 is not hindered during the process of approaching the knocking groove 18 after being disconnected from the inclined lifting platform 22, the impact degree of the knocking process is ensured, the knocking block 19 slides in the knocking groove 18, the knocking block 19 is provided with a knocking block positioning column 21 at the top, one side of the feeding mechanism mounting table 3 is provided with an inner protective cover connecting table 4, one side of the feeding mechanism mounting table 3 corresponding to the inner protective cover connecting table 4 is connected to the outer protective cover 5, the outer protective cover 5 is provided with outer protective cover connecting tables 6 on both sides, and the outer protective cover connecting tables 6 are connected to the inner protective cover connecting table 4 through screws.

[0026] Embodiment 3

[0027] The utility model discloses a outer protective cover 5 middle part has the knock block installation platform 20, knock block installation platform 20 middle part has knock block positioning slot 23, and knock block positioning slot 23 is adapted with knock block positioning column 21, and knock block positioning slot 23 is connected knock block positioning column 21, and knock block positioning column 21 slides in knock block positioning slot 23 inside, and knock block 19 is connected through spring between knock block installation platform 20, and through the cooperation between knock block 19 and the inclined lifting platform 22, when the corresponding of quantitative feeding groove 17 and lower feeding pipe 7 is completed, knock block 19 has the vertex of inclined lifting platform 22 and slides down on knock groove 18, completes a knock, and through this knock, the partial powder that adheres in the quantitative feeding groove 17 inside located directly below is shaken down, and the accuracy of the feeding process is influenced by the large amount of residual medicine powder in the quantitative feeding groove 17 inside, and knock block 19 bottom is pressed in knock groove 18 surface.

[0028] Example 4

[0029] The utility model discloses a feeding mechanism installation platform 3 other side has the groove wheel installation platform 11, and the groove wheel installation column 13 one side fixed connection groove wheel 12, and groove wheel 12 is located in the inside of groove wheel installation platform 11, and groove wheel installation platform 11 top has the dial installation platform 8, and dial installation platform 8 one side has motor installation platform 9.

[0030] Example 5

[0031] The utility model discloses a dial drive motor 10 is inserted to the inside fixed of motor installation platform 9, and dial installation platform 8 inside is provided with driving dial 15, and dial drive motor 10 has the transmission shaft fixed connection driving dial 15, and groove wheel 12 is engaged with driving dial 15, and adopts wheel groove mechanism between groove wheel 12 and driving dial 15, so that quantitative feeding wheel 16 will stop for a period of time after every 60 ° rotation, guarantees that this device has enough time to load material to quantitative feeding groove 17 inside and discharges from quantitative feeding groove 17, and further increases the accuracy when feeding each time.

[0032] Example 6

[0033] The utility model discloses installation steps: with the dosing wheel 16 and the powder storage tank 1 have the dosing wheel installation groove 24 rotation connection, make the dosing wheel 16 have the groove wheel installation column 13 with the installation column connecting groove 14 that the powder storage tank 1 has rotation connection, groove wheel installation column 13 one side is fixedly connected with the groove wheel 12, drive motor 10 is inserted to the motor installation table 9 inside fixed that the powder storage tank 1 has, drive motor 10 has the transmission shaft and driving dial 15 fixed connection, make driving dial 15 with the groove wheel 12 engage, knock block 19 has knock block positioning column 21 and is inserted to knock block positioning groove 23 inside that outer protective cover 5 has, knock block 19 with the knock block installation table 20 that outer protective cover 5 has through spring connection, make outer protective cover 5 press tightly in the dosing mechanism installation table 3 side surface that the powder storage tank 1 has, make the outer protective cover connecting table 6 that outer protective cover 5 has with the inner protective cover connecting table 4 that the powder storage tank 1 has through screw connection, make knock block 19 bottom press tightly in knock groove 18 inside, this device installation is completed.

[0034] The above is only the preferred embodiment of the utility model, and does not use for limiting the utility model, and it should be pointed out that for ordinary skilled person in the art, on the premise of not departing from the technical principle of the utility model, can also make a number of improvements and variations, these improvements and variations also should be regarded as the protection scope of the utility model.

Claims

1. A tablet press filling apparatus characterized by The utility model provides a kind of powder storage tank (1), outer protective cover (5), dial drive motor (10), groove wheel (12), driving dial (15), dosing wheel (16), knocking block (19), the bottom of the powder storage tank (1) has upper feed pipe (2), upper feed pipe (2) bottom has feeding mechanism mounting table (3), feeding mechanism mounting table (3) inside has dosing wheel installation groove (24), dosing wheel installation groove (24) is adapted to dosing wheel (16), dosing wheel (16) is connected dosing wheel installation groove (24), dosing wheel (16) rotates in dosing wheel installation groove (24), dosing wheel installation groove (24) one side has mounting post connecting groove (14), dosing wheel (16) one side has groove wheel mounting post (13), groove wheel mounting post (13) is rotatably connected with mounting post connecting groove (14), the circular arc surface of dosing wheel (16) has dosing groove (17), six dosing grooves (17) are evenly arranged around dosing wheel (16), dosing wheel (16) has knocking groove (18) inside, knocking groove (18) has inclined lifting platform (22) inside, six inclined lifting platforms (22) are evenly arranged around knocking groove (18).

2. A tablet press filling apparatus according to claim 1, wherein The inclined lifting platform (22) has vertical surface corresponding with dosing groove (17), knocking block (19) is adapted to knocking groove (18), knocking block (19) is connected with knocking groove (18), knocking block (19) slides in knocking groove (18), knocking block (19) top has knocking block positioning post (21), dosing mechanism mounting table (3) one side has inner protective cover connecting table (4), dosing mechanism mounting table (3) is connected with outer protective cover (5) on the side corresponding with inner protective cover connecting table (4), outer protective cover (5) both sides have outer protective cover connecting table (6), outer protective cover connecting table (6) is connected with inner protective cover connecting table (4) by screw.

3. A tablet press filling apparatus according to claim 2, wherein The outer protective cover (5) has knocking block mounting table (20) in middle part, knocking block mounting table (20) has knocking block positioning groove (23) in middle part, knocking block positioning groove (23) is adapted to knocking block positioning post (21), knocking block positioning groove (23) is connected with knocking block positioning post (21), knocking block positioning post (21) slides in knocking block positioning groove (23), knocking block (19) is connected by spring between knocking block mounting table (20), knocking block (19) bottom is pressed on the surface of knocking groove (18).

4. A tablet press filling apparatus according to claim 1, wherein The feeding mechanism mounting table (3) has a groove wheel mounting table (11) on the other side, a groove wheel mounting column (13) is fixedly connected with a groove wheel (12) on one side, the groove wheel (12) is located in the groove wheel mounting table (11), the groove wheel mounting table (11) has a dial plate mounting table (8) on the top, and the dial plate mounting table (8) has a motor mounting table (9) on one side; a dial plate driving motor (10) is inserted into the motor mounting table (9) and fixed, the dial plate mounting table (8) is provided with a driving dial plate (15) inside, a transmission shaft of the dial plate driving motor (10) is fixedly connected with the driving dial plate (15), and the groove wheel (12) is engaged with the driving dial plate (15).

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