CN204473814U - For the labelling machine bottle conveyor structure that Chinese medicine is produced - Google Patents

Abstract

The utility model relates to a bottle conveying mechanism of a labeling machine used in the production of traditional Chinese medicine, which comprises a bottle fixed conveying device and an automatic turning conveying device arranged in sequence; mechanism and top push-down push mechanism, side limit push mechanism is installed on both sides of the stepping conveyor belt, and top push-down push mechanism is installed above the step conveyor belt; The second frame, the flat plate, the first limit guardrail, the second limit guardrail, a support frame, a continuous motor and a screw; the front end of the bottle conveying channel is connected with the rear end of the stepping conveyor belt. The bottle conveying mechanism of this labeling machine used in the production of traditional Chinese medicine can convey the bottle at a fixed angle, and at the same time fix the bottle to ensure that the label is attached to the correct position of the bottle, and the bottle is moved from the vertical position after labeling The state is turned to the flat state, which is convenient for subsequent processing and improves production efficiency.

Description

Labeling machine bottle conveying mechanism for traditional Chinese medicine production

technical field

The utility model relates to a traditional Chinese medicine production equipment, in particular to a bottle conveying mechanism of a labeling machine used for traditional Chinese medicine production.

Background technique

In the production of traditional Chinese medicine, after the bottle is filled and sealed, the bottle needs to be transported to the location of the labeling machine at a fixed angle, and the bottle should be fixed at the same time to ensure that the side of the bottle that needs to be labeled is correctly aligned with the labeling machine. The correct position of the bottle is affixed with a label. When the labeling machine is labeling the bottle, it needs to keep the bottle in an upright state, and after labeling, the bottle needs to be transported to the next station for subsequent processing. Flat state. Therefore, when the bottle is transported from the labeling station to the next station, the bottle needs to be turned over from the upright state to the flat state during the conveying process.

At present, in order to transport the bottle at a fixed angle on the conveyor belt, a positioning mechanism needs to be installed on the conveyor belt, which causes troubles for the subsequent conveying of the bottle. For example, the bottle needs to be kept upright when labeling, and the next A processing station requires the bottle to be in a flat state, so due to the constraints of the positioning mechanism, it is quite troublesome to turn the bottle from an upright state to a horizontal state; in addition, in order to fix the bottle during labeling, it is generally installed on one side of the conveyor belt. The clamping mechanism clamps the bottle, and the closing and loosening of the clamping mechanism takes time, which prolongs the pause time of bottle labeling, reduces the production rhythm, and reduces the production efficiency.

At present, the bottle is turned from the upright state to the flat state, and the way of pushing down is generally adopted. Although the way of pushing down is simple and convenient, after the bottle is pushed down, due to the influence of various factors, the bottle cannot be placed at a fixed angle, or even messy. Subsequent processing caused trouble.

Contents of the invention

The technical problem to be solved by the utility model is to provide a bottle conveying mechanism for the labeling machine used in the production of traditional Chinese medicine. Fix it to ensure that the label is attached to the correct position of the bottle. After labeling, turn the bottle from the vertical state to the flat state, which is convenient for subsequent processing and improves production efficiency. The technical scheme adopted is as follows:

The bottle conveying mechanism of the labeling machine used in the production of traditional Chinese medicine is characterized by: it includes a bottle fixed conveying device and an automatic turning conveying device arranged in sequence; the bottle fixed conveying device includes a first frame, a stepping conveyor belt, and a side limit push Mechanism and top push-down push mechanism, the stepping conveyor belt is installed on the first frame, the side limit push mechanism is installed on the first frame and is on both sides of the step conveyor belt; the top push-down push mechanism is installed on the first frame On a frame and above the stepping conveyor belt; the front end of the top push-down push mechanism is above the middle of the side limit push mechanism; the automatic turning conveying device includes an endless conveyor belt with a material trough, a second frame, a flat plate, The first limit guardrail, the second limit guardrail, the support frame, the continuous motor and the screw rod; the endless conveyor belt and the flat plate are installed on the second frame, the flat plate is on one side of the endless conveyor belt, and the end of the flat plate is connected to the end of the endless conveyor belt Corresponding to the starting end; the first limit column and the second limit column are respectively installed on both sides of the plate, and the plate, the first limit column, and the second limit column form the bottle conveying channel; the support frame is installed on the second frame On and above the bottle conveying channel; the continuous motor and the screw are installed on the support frame, the screw is in the bottle conveying channel, the continuous motor is connected with the screw drive, and the end of the screw corresponds to the starting end of the endless conveyor belt; the bottle conveying channel The front end is connected with the rear end of the stepping conveyor belt.

Under the action of the side limit push mechanism, the bottle is conveyed on the stepping conveyor belt at a fixed angle. When it reaches the top push-down push mechanism, the top push-down push mechanism presses the bottle tightly on the step conveyor belt, The bottle is fixed on the stepping conveyor belt while maintaining the conveying state. When the stepping conveyor belt stops moving forward, the labeling machine puts a label on the bottle; after labeling, the bottle enters the bottle conveying channel, and the continuous motor drives the screw continuously Rotating, the bottle enters the bottle conveying channel in an upright state which is composed of the flat plate, the first limiting column and the second limiting column. Under the joint action of the screw and the bottle conveying channel, the bottle is conveyed forward in the bottle conveying channel , the bottle is gradually inclined along the thread groove of the screw until at the end of the screw, the bottle is flat on the end of the plate, and the bottle is squeezed by the screw to make the bottle fall into the trough on the endless conveyor belt. Because in the process of conveying bottles on the stepping conveyor belt, each bottle is kept at a fixed angle through the side limit push mechanism first, and then the bottles are fixed on the step conveyor belt through the top push-down push mechanism, while the top push-down push mechanism The front end of the front end is above the middle part of the side limit push mechanism to ensure that the bottle maintains the original angle when the bottle is fixed on the stepping conveyor belt. Therefore, it is ensured that the label is affixed on the correct position of the bottle to make the bottle more correct. , beautiful; with the forward conveying of the stepping conveyor belt, the bottle loses the restriction of the side limit propulsion mechanism and the top push down mechanism, and the bottle can change state at any time, which is convenient for subsequent processing; when the stepping conveyor belt is suspended for labeling , the bottle does not need additional pause time, which improves the production rhythm and improves the production efficiency; because the bottle is turned over by the screw under the limit of the bottle conveying channel, when the bottle is turned from the vertical state to the flat state, it always keeps Fixed angle, and pushed by the screw to the trough on the endless conveyor belt, neatly arranged, convenient for subsequent processing.

As a preferred solution of the utility model, it also includes two bottle-separating wheels, and the two bottle-separating wheels are installed on both sides of the front end of the side limiting propulsion mechanism. By setting bottle separating wheels on both sides of the front end of the side limit push mechanism, the bottles in front of the side limit push mechanism are separated one by one to ensure that the bottles are conveyed one by one on the stepping conveyor belt in an orderly manner.

As a further preferred solution of the present invention, it also includes a guide guardrail, which is installed on the first frame and located at the front end of the bottle separating wheel. By setting the guide guardrail, the bottles are arranged neatly in order when they are conveyed from the previous processing station to the front of the bottle-separating wheel, so that the bottles can be separated one by one by the bottle-separating wheel and enter the stepping conveyor belt. The stepping conveyor belt and the side limit push mechanism With the cooperation of the machine, the bottles are conveyed forward one by one, so that the bottles are conveyed neatly and orderly.

As a further preferred solution of the present utility model, the width of the guide guardrail gradually decreases from front to back. The width of the guiding guardrail gradually decreases from front to back until the width of the rear end of the guiding guardrail is equivalent to the width of the side limit push mechanism. When the bottle is flat, due to the limit on both sides of the guiding guardrail, the bottle turns gradually Turn the wider side of the bottle to be parallel to the conveying direction of the stepping conveyor belt, that is, the wider side of the bottle faces the side of the stepping conveyor belt, so that it is convenient for the bottle separating wheel to separate the bottles one by one, and it is also convenient for the side limit push mechanism of previous pushes.

As a further preferred solution of the present utility model, the side limit propulsion mechanism includes a first bracket, a first endless track, a first driving wheel, a first driven wheel, a first stepping motor, a second bracket, and a second endless track , the second driving wheel, the second driven wheel and the second stepping motor; the first bracket is installed on the first frame and is on one side of the stepping conveyor belt, the first driving wheel, the first driven wheel They are respectively rotatably mounted on the first support, the first annular crawler is sleeved on the outside of the first driving wheel and the first driven wheel, the first stepping motor is installed on the first frame, the first stepping motor and the first The driving wheel is connected by transmission; the second bracket is installed on the first frame and is on the other side of the stepping conveyor belt, the second driving wheel and the second driven wheel are respectively rotatably mounted on the second bracket, and the second annular track cover Connected to the outside of the second driving wheel and the second driven wheel, the second stepping motor is installed on the first frame, and the second stepping motor is connected in transmission with the second driving wheel. Driven by the first stepping motor and the second stepping motor, both the first driving wheel and the second driving wheel are stepping and rotating, thereby driving the first endless track and the second endless track to clamp the bottle on the stepping conveyor belt The bottle is transported forward under the cooperation of the side limit push mechanism from both sides, so the bottle is always kept at a fixed angle when being transported on the stepping conveyor belt, so that the labeling machine can be in the correct position of the bottle Put stickers on. The side limit propulsion mechanism adopts a first bracket, a first endless track, a first driving wheel, a first driven wheel, a first stepping motor, a second bracket, a second endless track, a second driving wheel, and a second driven wheel. 1. The structure of the second stepping motor is not only simpler in structure, but also facilitates synchronous control with the stepping conveyor belt, reducing the complexity of the control program.

As a further preferred solution of the present utility model, the top push-down propulsion mechanism includes a third bracket, a third endless track, a third driving wheel, a third driven wheel and a third stepping motor, and the third bracket is installed on the first On a frame and above the stepping conveyor belt, the third driving wheel and the third driven wheel are respectively rotatably mounted on the third bracket, and the third annular track is sleeved on the third driving wheel and the third driven wheel Outside, the third stepping motor is installed on the first frame, and the third stepping motor is connected with the third driving wheel. Driven by the third stepping motor, the third driving wheel rotates step by step, thereby driving the third endless track to drive forward, and the third endless track exerts downward pressure on the bottles on the stepping conveyor belt during the forward drive. Under the joint action of the third endless track and the stepping conveyor belt, the bottle is fixed on the fixed position on the stepping conveyor belt, and can withstand the lateral pressure of the labeling machine to maintain a fixed position, ensuring the labeling process The bottle is still. The top push-down propulsion mechanism adopts the structure including the third bracket, the third endless track, the third driving wheel, the third driven wheel, and the third stepping motor, which is not only simpler in structure, but also easy to synchronize with the stepping conveyor belt control, reducing the complexity of the control program.

As a preferred solution of the present utility model, the first limit guardrail and the second limit guardrail both include a limit bracket, an adjustment block, a position adjustment mechanism, an upper limit rod and a lower limit rod; the limit bracket is installed on the first On the second frame; the position adjustment mechanism is installed on the limit bracket; the adjustment block is installed on the power output end of the position adjustment mechanism, and the upper limit rod and the lower limit rod are installed on the adjustment block one by one. Through the adjustment of the position adjustment mechanism, the distance between the upper limit rod and the lower limit rod of the first limit guardrail and the second limit guard is adjusted, thereby adjusting the width of the bottle conveying channel so as to be practical for bottles of different specifications.

As a further preferred solution of the utility model, the position adjustment mechanism includes an adjustment rod, a screw, and a sliding through hole and a screw hole provided on the limit bracket, the screw hole communicates with the sliding through hole; the adjustment rod is in the sliding through hole. In the hole, the screw is in the screw hole; the adjusting block is installed on the inner end of the adjusting rod. Loosen the screw, the adjustment rod can move freely in the sliding through hole, adjust the distance between the upper limit rod and the lower limit rod of the first limit guardrail and the second limit guard to an appropriate distance, then tighten the screw, and the adjustment rod The position is fixed, the structure is simple, and the adjustment is quite convenient.

Compared with the prior art, the utility model has the following beneficial effects:

Because in the process of conveying bottles on the stepping conveyor belt, each bottle is kept at a fixed angle through the side limit push mechanism first, and then the bottles are fixed on the step conveyor belt through the top push-down push mechanism, while the top push-down push mechanism The front end of the front end is above the middle part of the side limit push mechanism to ensure that the bottle maintains the original angle when the bottle is fixed on the stepping conveyor belt. Therefore, it is ensured that the label is affixed on the correct position of the bottle to make the bottle more correct. , beautiful; with the forward conveying of the stepping conveyor belt, the bottle loses the restriction of the side limit propulsion mechanism and the top push down mechanism, and the bottle can change state at any time, which is convenient for subsequent processing; when the stepping conveyor belt is suspended for labeling , the bottle does not need additional pause time, which improves the production rhythm and improves the production efficiency; because the bottle is turned over by the screw under the limit of the bottle conveying channel, when the bottle is turned from the vertical state to the flat state, it always keeps Fixed angle, and pushed by the screw to the trough on the endless conveyor belt, neatly arranged, convenient for subsequent processing.

Description of drawings

Fig. 1 is the structural representation of bottle fixed conveying device;

Fig. 2 is a schematic structural view of the automatic overturning conveying device.

Detailed ways

Further description will be made below in conjunction with the accompanying drawings and preferred embodiments of the present utility model.

As shown in Figure 1 and Figure 2, the bottle conveying mechanism of the labeling machine used in the production of traditional Chinese medicine includes a bottle fixed conveying device 1 and an automatic turning conveying device 2 arranged in sequence;

As shown in Figure 1, the bottle conveying fixture includes a first frame 101, a stepping conveyor belt 102, a side limit pushing mechanism 103, a top pressing pushing mechanism 104, two bottle-separating wheels 105 and a guide rail 106; The feed conveyor belt 102 is installed on the first frame 101; the side limit push mechanism 103 is installed on the first frame 101 and is on both sides of the step conveyor belt 102; the top push-down push mechanism 104 is installed on the first frame 101 and above the stepping conveyor belt 102; the front end of the top push-down push mechanism 104 is above the middle of the side limit push mechanism 103; two bottle-separating wheels 105 are installed on both sides of the front end of the side limit push mechanism 103; Guide guardrail 106 is installed on the first frame 1 and is at the front end of bottle separating wheel 105, and the width of guide guardrail 106 decreases gradually from front to back;

As shown in Figure 2, the automatic overturning conveying device 2 includes an endless conveyor belt 202 with a trough 201, a second frame 203, a flat plate 204, a first limit guardrail 205, a second limit guardrail 206, a support frame 207, Continuous motor 208 and screw rod 209; The endless conveyor belt 202 and the flat panel 204 are installed on the second frame 203, and the flat panel 204 is on one side of the endless conveyor belt 202, and the end of the flat panel 204 is corresponding to the starting end of the endless conveyor belt 202; A limit column 205 and a second limit column 206 are installed on both sides of the flat panel 204 respectively, and the flat plate 204, the first limit column 205 and the second limit column 206 constitute the bottle conveying channel 2010; the support frame 207 is installed on the second On the frame 203 and above the bottle conveying passage 2010; the continuous motor 208 and the screw rod 209 are all installed on the support frame 207, the screw rod 209 is in the bottle conveying passage 2010, the continuous motor 208 is connected with the screw rod 209 transmission, and the end of the screw rod 209 is connected with the The starting end of endless conveyor belt 202 is corresponding;

The front end of the bottle conveying channel 2010 is connected with the rear end of the stepping conveyor belt 102 .

The side limit propulsion mechanism 103 includes a first bracket 1301, a first endless track 1302, a first driving wheel 1303, a first driven wheel 1304, a first stepping motor (not shown in Fig. 1 ), a second bracket 1305, a first Two endless track 1306, the second driving wheel 1307, the second driven wheel 1308 and the second stepping motor (not shown in Fig. 1); One side of the first driving wheel 1303 and the first driven wheel 1304 are respectively rotatably mounted on the first bracket 1301, and the first endless track 1302 is sleeved on the outside of the first driving wheel 1303 and the first driven wheel 1304. The stepping motor is installed on the first frame 101, and the first stepping motor is connected to the first driving wheel 1303 in transmission; the second support 1305 is installed on the first frame 101 and is on the other side of the stepping conveyor belt 102, The second driving wheel 1307 and the second driven wheel 1308 are respectively rotatably mounted on the second bracket 1305, the second endless track 1306 is sleeved on the outside of the second driving wheel 1307 and the second driven wheel 1308, and the second stepping motor is installed On the first frame 101 , the second stepping motor is connected to the second drive wheel 1307 in transmission.

The top pressing down propulsion mechanism 104 comprises the 3rd support 1401, the 3rd endless track 1402, the 3rd driving wheel 1403, the 3rd driven wheel 1404 and the 3rd stepping motor (not shown in Fig. 1), the 3rd support 1401 is installed on On the first frame 101 and above the stepping conveyor belt 102, the third driving wheel 1403 and the third driven wheel 1404 are respectively rotatably mounted on the third bracket 1401, and the third endless track 1402 is sleeved on the third driving wheel 1403 , on the outside of the third driven wheel 1404 , the third stepping motor is installed on the first frame 101 , and the third stepping motor is connected to the third driving wheel 1403 through transmission.

The first limit guardrail 205 and the second limit guard 206 columns all include a limit bracket 2501, an adjustment block 2502, a position adjustment mechanism 2503, an upper limit rod 2504 and a lower limit rod 2505; the limit bracket 2501 is installed on the second frame 203; the position adjustment mechanism 2503 is installed on the limit bracket 2501; the adjustment block 2502 is installed on the power output end of the position adjustment mechanism 2503, and the upper limit rod 2504 and the lower limit rod 2505 are installed on the adjustment block 2502 one by one. The position adjustment mechanism 2503 includes an adjustment rod 25031, a screw 25032, and a sliding through hole 25033 and a screw hole 25034 provided on the limit bracket 2501. The screw hole 25034 communicates with the sliding through hole 25033; the adjusting rod 25031 is located in the sliding through hole 25033, The screw 25032 is in the screw hole 25034; the adjustment block 2502 is installed on the inner end of the adjustment rod 25031.

The bottles first turn around through the guide guardrail 106, so that the wider side of the bottle turns to the side of the stepping conveyor belt 102. Under the action of the bottle dividing wheel 105, the bottles are separated one by one into the stepping conveyor belt 102, and the side limit push mechanism Under the action of the first endless crawler belt 1302 and the second endless crawler belt 1306 of 103, the bottle is transported on the stepping conveyor belt 102 at a fixed angle. The endless crawler belt 1402 presses the bottle tightly on the stepping conveyor belt 102, and fixes the bottle on the stepping conveyor belt 102 while maintaining the conveying state. Stickers. Because in the process of conveying the bottles on the stepping conveyor belt 102, each bottle is kept at a fixed angle by the side limit pushing mechanism 103, and then the bottles are fixed on the stepping conveyor belt 102 by the top pressing the pushing mechanism 104, while the top The front end of the push-down push mechanism 104 is set above the middle part of the side limit push mechanism 103 to ensure that when the bottle is fixed on the stepping conveyor belt 102, the bottle maintains the original angle. Therefore, it is guaranteed to stick on the correct position of the bottle. Labeling makes the bottle more correct and beautiful; with the forward conveying of the stepping conveyor belt 102, the bottle loses the restriction of the side limit push mechanism 103 and the top push down push mechanism 104, and the bottle can change state at any time, which is convenient for subsequent processing; When the stepping conveyor belt 102 is paused for labeling, the bottle does not need additional pause time, which improves the production rhythm and improves the production efficiency.

After the bottle is labeled, the bottle enters the bottle conveying channel 2010 from the stepping conveyor belt 102, the continuous motor 208 drives the screw rod 209 to rotate continuously, and the bottle enters in an upright state by the flat plate 204, the first limit bar 205, and the second limit bar 206. The bottle conveying channel 2010 is formed. Under the joint action of the screw 209 and the bottle conveying channel 1200, during the process of conveying the bottle forward in the bottle conveying channel 2010, the bottle gradually inclines along the screw groove of the screw 209 until at the end of the screw 209, The bottle is placed flat on the end of the flat plate 204, and the extruding action of the screw rod 9 makes the bottle fall into the trough 201 on the endless conveyor belt 202. Due to the limit of the bottle conveying channel 2010, the screw rod 209 is used to overturn the bottle. When the bottle is turned over from the vertical state to the flat state, it always maintains a fixed angle and is pushed to the endless conveyor belt 202 by the screw rod 209. In the trough 201, they are neatly arranged to facilitate subsequent processing.

In addition, it should be noted that, in the specific embodiments described in this specification, the names of the various parts may be different, and all equivalent or simple changes made according to the structure, features and principles described in the patent concept of the utility model are the same. Included in the scope of protection of the utility model patent. Those skilled in the technical field to which the utility model belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, as long as they do not deviate from the structure of the utility model or exceed the definition defined in the claims scope, all should belong to the protection scope of the present utility model.

Claims (8)

1., for the labelling machine bottle conveyor structure that Chinese medicine is produced, it is characterized in that: comprise the bottle set gradually and fix feedway and automatic overturn conveying apparatus; Bottle is fixed feedway and is comprised the first frame, stepping load-transfer device, draws together the spacing propulsive mechanism in side and top presses down propulsive mechanism, stepping load-transfer device is arranged in the first frame, and the spacing propulsive mechanism in side to be arranged in the first frame and to be in the both sides of stepping load-transfer device; Top presses down propulsive mechanism and to be arranged in the first frame and the top being in stepping load-transfer device; The front end that top presses down propulsive mechanism is in above the middle part of the spacing propulsive mechanism in side; Automatic overturn conveying apparatus comprises with the cycloconveyor belt of hopper, the second frame, flat board, the first spacing guardrail, the second spacing guardrail, bracing frame, continuous motor and screw rod; Cycloconveyor belt and flat board are arranged in the second frame, and flat board is in the side of cycloconveyor belt, and dull and stereotyped end is corresponding with the initiating terminal of cycloconveyor belt; First position limiting fence, the second position limiting fence are arranged on dull and stereotyped both sides respectively, and flat board, the first position limiting fence, the second position limiting fence form bottle transfer passage; Bracing frame to be arranged in the second frame and to be in the top of bottle transfer passage; Continuous motor and screw rod are installed on bracing frame, and screw rod is in bottle transfer passage, and continuous motor is connected with screw drive, and the end of screw rod is corresponding with the initiating terminal of cycloconveyor belt; The front end of bottle transfer passage is connected with the rear end of stepping load-transfer device.

2. as claimed in claim 1 for the labelling machine bottle conveyor structure that Chinese medicine is produced, it is characterized in that: also comprise two sub-bottle wheels, two sub-bottle wheels are arranged on the both sides, front end of the spacing propulsive mechanism in described side.

3. as claimed in claim 2 for the labelling machine bottle conveyor structure that Chinese medicine is produced, it is characterized in that: also comprise guiding guardrail, guiding guardrail to be arranged in described first frame and to be in the front end of described sub-bottle wheel.

4., as claimed in claim 3 for the labelling machine bottle conveyor structure that Chinese medicine is produced, it is characterized in that: the width of described guiding guardrail from front to after reduce gradually.

5., as claimed in claim 1 or 2 for the labelling machine bottle conveyor structure that Chinese medicine is produced, it is characterized in that: the spacing propulsive mechanism in described side comprises the first support, the first endless track, the first driving wheel, the first flower wheel, the first stepping motor, the second support, the second endless track, the second driving wheel, the second flower wheel and the second stepping motor; First support installing is in described first frame and be in the side of described stepping load-transfer device, first driving wheel, the first flower wheel are rotatably arranged on the first support respectively, first endless track is socketed in the outside of the first driving wheel, the first flower wheel, first stepping motor is arranged in the first frame, and the first stepping motor is connected with the first capstan drive; Second support installing is in the first frame and be in the opposite side of stepping load-transfer device, second driving wheel, the second flower wheel are rotatable respectively to be installed on the secondary support bracket, second endless track is socketed in the outside of the second driving wheel, the second flower wheel, second stepping motor is arranged in the first frame, and the second stepping motor is connected with the second capstan drive.

6. as claimed in claim 1 or 2 for the labelling machine bottle conveyor structure of Chinese medicine production, it is characterized in that: described top presses down propulsive mechanism and comprises the 3rd support, 3rd endless track, 3rd driving wheel, 3rd flower wheel and the 3rd stepping motor, 3rd support installing is in described first frame and be in above described stepping load-transfer device, 3rd driving wheel, 3rd flower wheel is rotatably arranged on the 3rd support respectively, 3rd endless track is socketed in the 3rd driving wheel, the outside of the 3rd flower wheel, 3rd stepping motor is arranged in the first frame, 3rd stepping motor is connected with the 3rd capstan drive.

7., as claimed in claim 1 for the labelling machine bottle conveyor structure that Chinese medicine is produced, it is characterized in that: described first spacing guardrail, the second spacing guardrail include limiting bracket, regulating block, position adjusting mechanism, upper limit bar and lower limit bar; Limiting bracket is arranged in described second frame; Position adjusting mechanism is arranged on limiting bracket; Regulating block is arranged on the clutch end of position adjusting mechanism, and upper limit bar, lower limit bar are arranged on regulating block one on the other.

8., as claimed in claim 7 for the labelling machine bottle conveyor structure that Chinese medicine is produced, it is characterized in that: described position adjusting mechanism comprises adjust bar, screw, and the slip through hole be opened on described limiting bracket and screw, screw communicates with slip through hole; Adjust bar is in slip through hole, and screw is in screw; Described regulating block is arranged on the inner of adjust bar.