Formula granule paste making machine and formula granule paste making system

Abstract

The utility model discloses a formula particle paste making machine and a formula particle paste making system. The formula particle paste making machine comprises a bottom frame, an automatic paste decocting device, a rotary bottle conveying mechanism, an automatic cover hanging mechanism, an automatic cover screwing mechanism and a control device, wherein the automatic paste decocting device, the rotary bottle conveying mechanism, the automatic cover hanging mechanism and the automatic cover screwing mechanism are supported on the bottom frame. And the automatic ointment decocting device is used for automatically adding water, stirring, heating and decocting the formula granule medicines put into the automatic ointment decocting device, and is used for prompting the supplement and addition of subsequent auxiliary materials after the set decocting time. The rotary bottle conveying mechanism is rotationally arranged and used for sequentially clamping paste containing bottles to be filled with paste in the circumferential direction of the rotary bottle conveying mechanism so that the paste containing bottles can be sequentially in butt joint with the automatic paste decocting device, the automatic cover hanging mechanism and the automatic cover screwing mechanism in the rotating process. And a bottle outlet is further formed in the bottom frame, so that the paste containing bottle after cap screwing falls into the bottle outlet to be discharged when passing through the bottle outlet. The novel paste making machine is high in automation degree, the whole decocting, filling, cover hanging, cover screwing and discharging process is low in manual participation degree, and high-temperature filling, split charging and sealing of paste can be achieved.

Description

TECHNICAL FIELD

[0001] The utility model relates to traditional Chinese medicine paste device technical field, especially, relate to a formula granule paste machine. In addition, the utility model also relates to a formula granule paste system with the formula granule paste machine. BACKGROUND

[0002] Ointment is also called ointment, and is named after its dosage form, which belongs to one of eight dosage forms in traditional Chinese medicine, namely pill, powder, ointment, elixir, liquor, dew, soup and tablet. Ointment has external and internal use. External ointment is a commonly used drug dosage form in traditional Chinese medicine external treatment, which is used for skin, sore and other diseases, and is also used in internal medicine and gynecology. Internal ointment is also called ointment, which is also called tonic by some people because it has the effect of tonifying, and is widely used in internal, external, gynecological, pediatric, bone injury, eye, ear, mouth and nose diseases and patients after serious illness.

[0003] In traditional Chinese medicine theory, ointment is a kind of medicine with high nutrition, tonification and treatment and prevention, which is made by adding some auxiliary materials into thick semi-liquid or frozen dosage form after being concentrated and decocted on the basis of large compound decoction, according to different constitution and clinical manifestations. According to the nature of the drug, ointment can be divided into five parts, namely traditional Chinese medicine decoction pieces, fine materials, glue, sugar and auxiliary materials.

[0004] In the prior art, the preparation of ointment mainly adopts the processing mode combining traditional and modern technology, which is mainly prepared by professional pharmacists with years of ointment preparation experience in hospitals or clinics. One prescription is prepared in one pot, and the whole preparation process is strictly operated. Only the ointment prepared by fine processing can become the best product.

[0005] In this preparation method of ointment, the experience of the preparer is required to be high, and the manual participation is high in the preparation process, which not only increases the risk of drug pollution, but also easily makes the quality of ointment unstable, which affects the quality and performance of the subsequent ointment. On the other hand, the labor intensity of the preparer is high, the preparation efficiency is low, which cannot effectively meet the increasing market demand, and the prepared ointment cannot be effectively disinfected and sterilized, which affects the edible period of the ointment. Utility model content

[0006] The utility model provides a formula granule paste machine and formula granule paste system, which solves the technical problems that the existing ointment preparation method requires high experience of the preparer, and the manual participation is high in the preparation process, which not only increases the risk of drug pollution, but also easily makes the quality of ointment unstable, the labor intensity of the preparer is high, the preparation efficiency is low, which cannot effectively meet the increasing market demand, and the prepared ointment cannot be effectively disinfected and sterilized, which affects the edible period of the ointment.

[0007] The utility model discloses a technical scheme as follows:

[0008] A formula granule paste making machine, comprising: a chassis for installation and support, an automatic decocting device, a rotating bottle conveying mechanism, an automatic cap hanging mechanism and an automatic cap screwing mechanism arranged on the chassis, and a control device connected with the automatic decocting device, the rotating bottle conveying mechanism, the automatic cap hanging mechanism and the automatic cap screwing mechanism respectively; the automatic decocting device is used for automatically adding water, stirring and heating the formula granule medicine put into the automatic decocting device for decocting, and is used for prompting the supplement of subsequent auxiliary materials after the set decocting time; the rotating bottle conveying mechanism is rotatably arranged and is used for sequentially clamping the paste containing bottles to be filled with paste along the circumferential direction, so that the paste containing bottles are sequentially connected with the paste outlet end of the automatic decocting device to receive the paste, the cap outlet end of the automatic cap hanging mechanism to hang the cap on the bottle mouth, and the automatic cap screwing mechanism to screw the sealing cap on the bottle mouth; a bottle outlet is further arranged on the chassis, so that the paste containing bottle after the cap screwing is completed falls into the bottle outlet to be taken out.

[0009] Further, the automatic decocting device comprises a hollow cylindrical decocting cylinder, an automatic water injection mechanism, an electric heating member and a stirring mechanism connected to the decocting cylinder, and the automatic water injection mechanism, the electric heating member and the stirring mechanism are connected with the control device respectively; the automatic water injection mechanism is used for injecting a set amount of water into the decocting cylinder according to the program setting, so that the water and the formula granule medicine form the decocting material; the electric heating member is used for heating and decocting the decocting material; and the stirring mechanism is used for stirring the decocting material during the decocting process.

[0010] Further, the decocting cylinder is vertically arranged, a feeding port for feeding the medicine into the inner cavity of the decocting cylinder is arranged on the top end side wall of the decocting cylinder; the automatic water injection mechanism and the stirring mechanism are connected to the top end of the decocting cylinder respectively, and the lower ends of the automatic water injection mechanism and the stirring mechanism respectively extend into the decocting cylinder; and the electric heating member is arranged on the inner wall of the decocting cylinder.

[0011] Further, the automatic decocting device further comprises a bracket detachably arranged on the chassis, and a filling mechanism for pumping the paste formed by decocting outwards; the decocting cylinder is arranged on the bracket; the feeding end of the filling mechanism is connected with the bottom end of the decocting cylinder, and the opposite discharging end of the filling mechanism extends towards the rotating bottle conveying mechanism after extending out of the bracket.

[0012] Further, the filling mechanism comprises a filling pipe, a tank bottom valve, a discharging pump and an electromagnetic valve, and the tank bottom valve, the discharging pump and the electromagnetic valve are connected with the control device respectively; the tank bottom valve is arranged in the bottom of the decocting cylinder in communication; the feeding end of the filling pipe is connected with the tank bottom valve, and the opposite discharging end of the filling pipe extends above the rotating bottle conveying mechanism, and the discharging pump and the electromagnetic valve are sequentially arranged in the pipeline of the filling pipe.

[0013] Further, the base frame comprises a mounting platform, and the bottle outlet is formed in the mounting platform; the rotating bottle conveying mechanism comprises a rotating platform horizontally arranged around a vertical shaft, and the rotating platform is located above the mounting platform, and a plurality of bottle clamping openings are formed in the rotating platform and arranged along the circumferential direction of the rotating platform.

[0014] Further, the base frame comprises a mounting platform, and the bottle outlet is formed in the mounting platform; the rotating bottle conveying mechanism comprises a rotating platform horizontally arranged around a vertical shaft, and the rotating platform is located above the mounting platform, and a plurality of bottle clamping openings are formed in the rotating platform and arranged along the circumferential direction of the rotating platform.

[0015] Further, the prescription granule paste making machine further comprises an electronic scale arranged on the base frame, and the electronic scale is connected with the control device.

[0016] Further, the base frame further comprises an in-situ cleaning drainage opening connected to the lower surface of the mounting platform, and the in-situ cleaning drainage opening penetrates the mounting platform upwardly; the prescription granule paste making machine further comprises a water containing bucket arranged in the frame, and the water containing bucket is located below the in-situ cleaning drainage opening.

[0017] According to another aspect of the utility model, a prescription granule paste making system is further provided, which comprises the prescription granule paste making machine according to any one of the above and an intelligent medicine cabinet connected with the control device of the prescription granule paste making machine.

[0018] The utility model has the advantages of high automation, low requirement on the ability of the prescription paste making personnel, time and labor saving, high prescription paste making efficiency, low artificial participation degree in the whole prescription paste making process, low risk of prescription paste pollution, stable prescription paste quality, good quality and medicinal performance, effective disinfection and sterilization of the prescription paste, improved quality of the prescription paste and prolonged service life.

[0019] In the prescription paste making machine, the prescription granule medicine is automatically added with water, stirred and heated and decocted by the automatic decocting device, the automatic decocting device automatically prompts the addition of the auxiliary materials during the decocting process, and the filling, capping, cap screwing and discharging of the paste formed after the decocting are respectively completed by the cooperation of the rotating bottle conveying mechanism, the automatic capping mechanism and the automatic cap screwing mechanism, so that the prescription paste making machine has high automation, low requirement on the ability of the prescription paste making personnel, time and labor saving, high prescription paste making efficiency and the ability to meet the growing market demand.

[0020] In addition to the purposes, features and advantages described above, the present application has other purposes, features and advantages. The present application will be further described in detail below with reference to the drawings. BRIEF DESCRIPTION OF DRAWINGS

[0021] The accompanying drawings, which form a part of this application, are intended to provide further understanding of the present application, and are used to interpret the illustrative embodiments of the present application and their descriptions, and do not constitute improper limitations on the present application. In the drawings:

[0022] Figure 1 is a cross-sectional view of the preferred embodiment of the prescription granule paste making machine of the present application, embodiment one;

[0023] Figure 2 is a top view of the preferred embodiment of the prescription granule paste making machine of the present application, embodiment one; Figure 1

[0024] Figure 3 is a top view of the preferred embodiment of the prescription granule paste making machine of the present application, embodiment two.

[0025] LEGEND:

[0026] 10, chassis; 101, bottle outlet; 11, mounting platform; 12, bottle outlet channel; 13, bottle receiving frame; 14, in-place cleaning and drainage outlet; 20, automatic decocting device; 21, decocting cylinder; 211, feeding port; 22, automatic water injection mechanism; 23, electric heating member; 24, stirring mechanism; 25, support; 26, filling mechanism; 261, filling pipe; 262, tank bottom valve; 263, discharge pump; 264, solenoid valve; 30, rotating bottle conveying mechanism; 31, rotating platform; 311, bottle clamping opening; 312, bottle clamping groove; 32, limiting bar; 40, automatic cap hanging mechanism; 50, automatic cap screwing mechanism; 60, paste containing bottle; 70, electronic scale. DETAILED DESCRIPTION

[0027] The embodiments of the present application will be described in detail below with reference to the drawings, but the present application can be implemented in various different ways as defined and covered below.

[0028] Referring to Figures 1-3 ​The preferred embodiment of the utility model provides a kind of formula granule paste machine, comprising: the chassis 10 of installation support effect, and the automatic decoction device 20, rotating bottle conveying mechanism 30, automatic cover hanging mechanism 40 and automatic cap screwing mechanism 50 of being supported on chassis 10, and the control device of being connected respectively automatic decoction device 20, rotating bottle conveying mechanism 30, automatic cover hanging mechanism 40 and automatic cap screwing mechanism 50.Automatic decoction device 20 is used to automatically add water, stir, heat to decoct to the formula granule medicine input therein, and is used to prompt the subsequent supplementary addition of auxiliary material after setting decocting time.Rotating bottle conveying mechanism 30 is rotationally arranged and is used to sequentially clamp the paste containing bottle 60 of to be filled paste material along its circumferential direction, to make the paste containing bottle 60 sequentially butt joint the paste outlet end of automatic decoction device 20 to receive paste, butt joint the cover outlet end of automatic cover hanging mechanism 40 to hang cover on bottle mouth, butt joint automatic cap screwing mechanism 50 to make sealing cover screw tightly on bottle mouth in the process of rotation.Chassis 10 is also provided with bottle outlet 101, so that the paste containing bottle 60 that is completed after screwing cover falls into bottle outlet 101 to discharge bottle when passing through bottle outlet 101.

[0029] The formula granule paste machine of the utility model works, first, all granular medicine types involved in prescription are respectively matched into automatic decoction device 20 according to the weight required in prescription, then automatic decoction device 20 is started, and it is added with quantitative water according to program setting, the mixture of water and formula granule medicine is stirred, the mixture is heated to decoct, etc., automatic decoction device 20 can also be started in the process of formula granule medicine matching, and formula granule medicine is stirred and mixed, or heated while stirring and mixing, etc., when automatic decoction device 20 is started, or which kind of automatic water adding, stirring and heating function is started, can be adjusted according to actual needs;after setting decocting time, automatic decoction device 20 also automatically alarms or voice prompts auxiliary material, such as gum material and / or sugar material and / or powder, etc.;after automatic decoction device 20 completes decocting, rotating bottle conveying mechanism 30 is started to drive the first paste containing bottle 60 to be located at the discharge end of automatic decoction device 20, and automatic decoction device 20 automatically feeds the paste material formed by decocting into the paste containing bottle 60, after feeding is completed, rotating bottle conveying mechanism 30 rotates to drive the paste containing bottle 60 to rotate to the cover outlet end of automatic cover hanging mechanism 40, and automatic cover hanging mechanism 40 automatically hangs sealing cover on the bottle mouth of paste containing bottle 60, after cover hanging is completed, rotating bottle conveying mechanism 30 continues to rotate to drive the paste containing bottle 60 to rotate to automatic cap screwing mechanism 50, and automatic cap screwing mechanism 50 drives sealing cover hung on the bottle mouth of paste containing bottle 60 to screw tightly on bottle mouth to seal, finally, rotating bottle conveying mechanism 30 continues to rotate to drive the paste containing bottle 60 to rotate to bottle outlet 101, and the paste containing bottle 60 automatically falls into bottle outlet 101 to discharge bottle, so that the filling, cover screwing and discharging process of the first paste containing bottle 60 is completed.

[0030] The utility model discloses a paste making machine, the water of formula granular medicine, stirring and heating decocting are automatically completed by automatic decocting device 20, and the automatic decocting device 20 also automatically prompts the addition of auxiliary material during decocting process, and the filling, capping, cap screwing and discharging of the paste formed after decocting are also completed by cooperation of rotary bottle conveying mechanism 30, automatic capping mechanism 40 and automatic cap screwing mechanism 50 etc., so the paste making machine is high in automation degree, low in requirement to paste making personnel, time and labor saving, high in paste making efficiency, can satisfy the increasing market demand, on the other hand, the whole decocting, filling, capping, cap screwing and discharging process of granular formula medicine is low in artificial participation degree, not only reduces the risk of possible contamination of the paste, but also makes the paste quality stable, the quality and medicinal performance are good, furthermore, the high-temperature filling, sub-packaging and sealing of the paste are realized through the cooperation of automatic decocting device 20, rotary bottle conveying mechanism 30, automatic capping mechanism 40 and automatic cap screwing mechanism 50, so that the paste is effectively disinfected and sterilized, the quality of the paste is improved, and the practical period is prolonged.

[0031] Optionally, as shown in Figure 1 The automatic decocting device 20 comprises a hollow cylindrical decocting cylinder 21, an automatic water injection mechanism 22, an electric heating member 23 and a stirring mechanism 24 connected to the decocting cylinder 21, and the automatic water injection mechanism 22, the electric heating member 23 and the stirring mechanism 24 are respectively connected to a control device. The automatic water injection mechanism 22 is used for injecting a set amount of water into the decocting cylinder 21 according to a program setting, so that the water and the formula granular medicine form a decocting material. The electric heating member 23 is used for heating and decocting the decocting material. The stirring mechanism 24 is used for stirring the decocting material during the decocting process. In the optional scheme, the automatic water injection mechanism 22 comprises a water injection pipe and an electromagnetic valve connected to the water injection pipe. The two ends of the water injection pipe are respectively connected to an external water supply device and the decocting cylinder 21. The electromagnetic valve is connected to the control device, so as to control the water injection amount under the action of the control device. The stirring mechanism 24 is a conventional stirring mechanism.

[0032] In the optional scheme, as shown in Figure 1 The decocting cylinder 21 is vertically arranged, and a feeding port 211 for feeding the medicine into the inner cavity of the decocting cylinder 21 is arranged on the top end side wall of the decocting cylinder 21, and the formula granular medicine is fed into the decocting cylinder 21 through the feeding port 211. During feeding, all kinds of formula granular medicines of a certain weight can be fed into the decocting cylinder 21 at the same time, or one kind of formula granular medicine can be weighed and fed at a time. The automatic water injection mechanism 22 and the stirring mechanism 24 are respectively connected to the top end of the decocting cylinder 21, and the lower ends of the two mechanisms respectively extend into the decocting cylinder 21. The electric heating member 23 is arranged on the inner wall of the decocting cylinder 21, and the electric heating member 23 is also a conventional heating member, such as a heating coil or a heating pipe. In the optional scheme, as shown in Figure 1As shown, the decoction cylinder 21 comprises an inner cylinder and an outer cylinder which are arranged in a nested manner, and a rock wool heat preservation layer arranged between the inner cylinder and the outer cylinder, and the electric heating member 23 is also arranged between the inner cylinder and the outer cylinder. The structure of the decoction cylinder 21 can improve the heat preservation performance and the uniformity of heating.

[0033] In this alternative, as shown in Figure 1 The automatic decoction device 20 further comprises a bracket 25 which is detachably arranged on the chassis 10, and a filling mechanism 26 for pumping the decocted paste outward. The decoction cylinder 21 is arranged on the bracket 25. The filling mechanism 26 is connected to the bottom end of the decoction cylinder 21, and the opposite end thereof extends out of the bracket 25 and extends towards the rotating bottle conveying mechanism 30. In this alternative, the bracket 25 is arranged to elevate the decoction cylinder 21, so as to facilitate the arrangement of the filling mechanism 26, and to connect the bottom end of the decoction cylinder 21 to the filling mechanism 26, so that the paste in the decoction cylinder 21 can be discharged through the filling mechanism 26 as much as possible.

[0034] In a specific embodiment of this alternative, as shown in Figure 1 The filling mechanism 26 comprises a filling pipe 261, a tank bottom valve 262, a discharge pump 263 and an electromagnetic valve 264, and the tank bottom valve 262, the discharge pump 263 and the electromagnetic valve 264 are respectively connected to the control device. The tank bottom valve 262 is arranged in the bottom of the decoction cylinder 21. The filling pipe 261 is connected to the tank bottom valve 262 at the inlet end thereof, and the opposite end thereof extends above the rotating bottle conveying mechanism 30, and the discharge pump 263 and the electromagnetic valve 264 are arranged in the pipeline of the filling pipe 261 in sequence. In operation, the tank bottom valve 262 is used to control the opening and closing of the decoction cylinder 21 and the filling mechanism 26, and the discharge pump 263 is used to pump a certain amount of paste from the decoction cylinder 21 into the paste containing bottle 60. In this new type, the filling mechanism 26 is arranged to improve the precision of paste discharging, and to accurately control the amount of paste in the paste containing bottle 60.

[0035] Alternatively, the first embodiment of the rotating bottle conveying mechanism 30 is as shown in Figure 1 and Figure 2As shown, the base frame 10 comprises a mounting platform 11, and the bottle outlet 101 is formed on the mounting platform 11. Specifically, the base frame 10 further comprises a support frame, a bottle outlet channel 12 and a bottle receiving frame 13 supported on the support frame, the bottle receiving frame 13 is connected to the outer side of the support frame, the bottle outlet channel 12 is connected to the bottle outlet 101 at its bottle inlet end and connected to the bottle receiving frame 13 at its opposite bottle outlet end. The rotating bottle conveying mechanism 30 comprises a rotating platform 31 horizontally rotating around a vertical axis, the rotating platform 31 is located above the mounting platform 11, and a plurality of bottle clamping openings 311 are formed on the rotating platform 31 and penetrate the platform in sequence and at intervals along the circumference of the rotating platform 31. The paste containing bottle 60 is supported on the mounting platform 11 and clamped in the corresponding bottle clamping opening 311. In operation, the paste containing bottle 60 is supported on the mounting platform 11 and clamped in the corresponding bottle clamping opening 311, the paste containing bottle 60 is supported by the mounting platform 11, when the rotating platform 31 rotates, the paste containing bottle 60 clamped in the bottle clamping opening 311 of the rotating platform 31 is moved on the mounting platform 11 to sequentially pass through the discharge end of the filling mechanism 26 for filling, pass through the automatic cap hanging mechanism 40 for cap hanging, pass through the automatic cap tightening mechanism 50 for cap tightening, after the cap is tightened, the paste containing bottle 60 passes through the bottle outlet 101, and then falls from the bottle clamping opening 311 into the bottle outlet 101, and then slides into the bottle receiving frame 13 through the bottle outlet channel 12 for temporary storage. Through the arrangement of the bottle outlet channel 12 and the bottle receiving frame 13, the paste containing bottle 60 is also contacted with the sealing cap under the action of pouring and rolling of the high temperature paste in the paste containing bottle 60 during the bottle outlet process, and then the sealing cap is high temperature sterilized and disinfected to improve the quality of the paste and prolong the edible period.

[0036] Alternatively, the second embodiment of the rotating bottle conveying mechanism 30 is as follows: Figure 3As shown, the base frame 10 comprises a mounting platform 11, and the bottle outlet 101 is formed on the mounting platform 11. Specifically, the base frame 10 further comprises a support frame, a bottle outlet channel 12 and a bottle receiving frame 13 supported on the support frame, the bottle receiving frame 13 is connected to the outer side of the support frame, and the bottle outlet channel 12 is connected to the bottle outlet 101 at the bottle inlet end and connected to the bottle receiving frame 13 at the opposite bottle outlet end. The rotating bottle conveying mechanism 30 comprises a rotating platform 31 horizontally rotating around a vertical axis and a limiting column 32 supported on the mounting platform 11 and arranged along the outer periphery of the rotating platform 31. The rotating platform 31 is located above the mounting platform 11, and the outer edge of the rotating platform 31 is further provided with bottle clamping grooves 312 which are sequentially and spacedly arranged along the circumferential direction and concave inward. During operation, the paste containing bottle 60 is supported on the mounting platform 11 and limited between the bottle clamping grooves 312 and the limiting column 32, and moves on the mounting platform 11 during the rotation of the rotating platform 31. The limiting column 32 is provided with a notch corresponding to the bottle outlet 101, so that the paste containing bottle 60 in the bottle clamping groove 312 enters the bottle outlet 101 through the notch. During operation, when the rotating platform 31 rotates, the paste containing bottle 60 clamped between the bottle clamping groove 312 and the limiting column 32 moves on the mounting platform 11 to sequentially pass through the discharge end of the filling mechanism 26 for filling, pass through the automatic cap hanging mechanism 40 for cap hanging, pass through the automatic cap tightening mechanism 50 for sealing cap tightening, and the sealed paste containing bottle 60 falls into the bottle outlet 101 through the notch of the limiting column 32 and then slides into the bottle receiving frame 13 through the bottle outlet channel 12. Through the arrangement of the notch of the limiting column 32, the bottle outlet channel 12 and the bottle receiving frame 13, the high-temperature paste in the paste containing bottle 60 contacts the sealing cap during pouring and rolling during the bottle outlet process, thereby high-temperature disinfection and sterilization of the sealing cap to improve the quality of the paste and prolong the edible period.

[0037] Preferably, as shown in Figure 2 and 3 The prescription granule paste making machine further comprises an electronic scale 70 supported on the base frame 10, and the electronic scale 70 is connected to the control device for accurately weighing the prescription granule medicine. In the preferred embodiment, the electronic scale is a conventional electronic scale.

[0038] Preferably, the base frame 10 further comprises an in-situ cleaning drainage port 14 connected to the lower surface of the mounting platform 11, and the in-situ cleaning drainage port 14 penetrates the mounting platform 11 upwardly. The prescription granule paste making machine further comprises a water containing bucket arranged in the frame, and the water containing bucket is located below the in-situ cleaning drainage port 14. After the paste of a prescription is finished, the entire paste making machine needs to be cleaned, and the cleaning water flows out through the filling pipe 261 and then enters the in-situ cleaning drainage port 14 through the externally connected hose, and then falls into the water containing bucket below for temporary storage.

[0039] The utility model further provides a kind of formula granule paste system, comprising: the formula granule paste machine of any one in above described, and the intelligent medicine cabinet of connecting control device in formula granule paste machine.This new system, intelligent medicine cabinet is existing device.Working, the dispensing interface function of control device of one-key of intelligent medicine cabinet is entered after automatically downloading prescription, automatically calibrates prescription error and alarm;If prescription is correct, the indicating lamp of the box of corresponding medicine filled in intelligent medicine cabinet is bright, and corresponding medicine bottle is manually taken to dispensing table;Code scanning medicine bottle bar code, formula granule of corresponding weight is weighed using electronic scale 70, and the formula granule of weighing is put into decocting paste cylinder 21, and the weighing of all medicines is sequentially completed;For different prescriptions, automatic water injection mechanism 22 automatically injects set amount of water and opens stirring mechanism 24 and stirs;According to the set program, generally, first boil with big fire, then use medium fire to decoct to accelerate moisture evaporation, let medicine juice slowly thicken, and then use small fire to further concentrate, in this process, stirring mechanism 24 is always different stirring, because medicine juice is thick, and it is easy to stick bottom and scorch, when further concentrating to the time of program setting, voice prompts the gel class article (or is beaten into powder) that can be opened at this time with honey (or ice sugar etc.) is poured into the clear paste being concentrated, continue to small fire and constantly stir to collect paste;In addition, while collecting paste, also can voice prompt and put in prepared medicine powder that is not suitable for long time high temperature decocting and stir evenly, to complete paste making.

[0040] The above only for the preferred embodiment of the utility model has been described, and is not used to limit the utility model, for the skilled person in the art, the utility model can have various changes and changes.It is contained in the protection scope of the utility model that any modification, equivalent replacement, improvement etc.that is made within the spirit and principle of the utility model.

Claims

1. A formulation granule pastillator, characterized by, It comprises: a chassis (10) for installation support, and an automatic decoction device (20), a rotating bottle conveying mechanism (30), an automatic cap hanging mechanism (40) and an automatic cap screwing mechanism (50) arranged on the chassis (10), and a control device connected with the automatic decoction device (20), the rotating bottle conveying mechanism (30), the automatic cap hanging mechanism (40) and the automatic cap screwing mechanism (50) respectively; The automatic decoction device (20) is used for automatically adding water, stirring and heating to decoct the prescription granular medicine put into it, and is used for prompting the subsequent addition of auxiliary materials after the set decoction time; The rotating bottle conveying mechanism (30) is arranged in rotation and is used for sequentially clamping the paste containing bottles (60) containing paste to be filled along the circumferential direction, so that the paste containing bottles (60) are sequentially connected with the paste outlet end of the automatic decoction device (20) to receive paste, connected with the cap outlet end of the automatic cap hanging mechanism (40) to hang a cap on the bottle mouth, and connected with the automatic cap screwing mechanism (50) to screw a sealing cap on the bottle mouth during rotation; The chassis (10) is further provided with a bottle outlet (101), so that the paste containing bottles (60) after cap screwing drop into the bottle outlet (101) when passing through the bottle outlet (101) to be discharged.

2. The prescription granular paste making machine according to claim 1, wherein The automatic decoction device (20) comprises a hollow cylindrical decoction cylinder (21), and an automatic water injection mechanism (22), an electric heating member (23) and a stirring mechanism (24) connected to the decoction cylinder (21), and the automatic water injection mechanism (22), the electric heating member (23) and the stirring mechanism (24) are connected with the control device respectively; The automatic water injection mechanism (22) is used for injecting a set amount of water into the decoction cylinder (21) according to the program setting, so that the water and the prescription granular medicine form a decoction material to be decocted; The electric heating member (23) is used for heating decoction of the decoction material to be decocted; The stirring mechanism (24) is used for stirring the decoction material to be decocted during decoction.

3. The prescription granular paste making machine according to claim 2, wherein The decoction cylinder (21) is vertically arranged, and a feeding port (211) for feeding medicine into the inner cavity thereof is arranged on the top end side wall thereof; The automatic water injection mechanism (22) and the stirring mechanism (24) are connected to the top end of the decoction cylinder (21) respectively, and the lower ends thereof extend into the decoction cylinder (21) respectively; The electric heating member (23) is arranged on the inner wall of the decoction cylinder (21).

4. The prescription granular paste making machine according to claim 2, wherein The automatic decoction device (20) further comprises a support (25) detachably arranged on the chassis (10), and a filling mechanism (26) for pumping the paste formed by decoction outward; The decoction cylinder (21) is arranged on the support (25); The feeding end of the filling mechanism (26) is connected with the bottom end of the decoction cylinder (21), and the opposite discharging end thereof extends out of the support (25) and extends towards the rotating bottle conveying mechanism (30).

5. The prescription granular paste making machine according to claim 4, wherein The filling mechanism (26) comprises a filling pipe (261), a tank bottom valve (262), a discharge pump (263) and a solenoid valve (264), the tank bottom valve (262), the discharge pump (263) and the solenoid valve (264) are connected to the control device respectively; The tank bottom valve (262) is in communication with the bottom of the decoction cylinder (21); The filling pipe (261) is connected to the tank bottom valve (262) at the feeding end, and the opposite discharge end extends above the rotating bottle conveying mechanism (30), and the discharge pump (263) and the solenoid valve (264) are sequentially arranged in the pipeline of the filling pipe (261).

6. The prescription granule paste making machine according to claim 4, characterized in that, The chassis (10) comprises a mounting platform (11), and the bottle outlet (101) is formed on the mounting platform (11); The rotating bottle conveying mechanism (30) comprises a rotating platform (31) horizontally arranged around a vertical shaft, the rotating platform (31) is located above the mounting platform (11), and a plurality of bottle clamping openings (311) are formed on the rotating platform (31) and penetrate the platform in sequence and at intervals along the circumference of the rotating platform (31); The paste containing bottle (60) is supported on the mounting platform (11) and clamped in the corresponding bottle clamping opening (311).

7. The prescription granule paste making machine according to claim 4, characterized in that, The chassis (10) comprises a mounting platform (11), and the bottle outlet (101) is formed on the mounting platform (11); The rotating bottle conveying mechanism (30) comprises a rotating platform (31) horizontally arranged around a vertical shaft, a limiting fence (32) arranged on the mounting platform (11) and surrounding the outer periphery of the rotating platform (31); The rotating platform (31) is located above the mounting platform (11), and a plurality of bottle clamping grooves (312) are formed on the outer edge of the rotating platform (31) and recessed in sequence and at intervals along the circumference of the rotating platform (31); The limiting fence (32) is formed with a notch corresponding to the bottle outlet (101) to allow the paste containing bottle (60) in the bottle clamping groove (312) to enter the bottle outlet (101) through the notch.

8. The prescription granule paste making machine according to claim 1, characterized in that, The prescription granule paste making machine further comprises an electronic scale (70) arranged on the chassis (10), and the electronic scale (70) is connected to the control device.

9. The prescription granule paste making machine according to claim 1, characterized in that, The chassis (10) further comprises an in-situ cleaning drainage opening (14) connected to the lower surface of the mounting platform (11), and the in-situ cleaning drainage opening (14) penetrates the mounting platform (11) upwardly; The prescription granule paste making machine further comprises a water containing bucket arranged in the frame of the prescription granule paste making machine, and the water containing bucket is located below the in-situ cleaning drainage opening (14).

10. A formulation granule creaming system characterized by, The prescription granule paste making machine according to any one of claims 1-9, and the intelligent medicine cabinet connected to the control device of the prescription granule paste making machine. ​

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