JP6627196B2 - Medical bone treatment drug treatment system - Google Patents

Description

  The present invention relates to the field of pharmaceutical technology, and more particularly, to a medical bone treatment medicine processing system.

Chinese medicine is a raw material of pharmaceuticals, especially in China, it refers to Chinese medicine in particular, that is, raw materials of Chinese medicine that are not processed or finished in products, Chinese medicine is a traditional Chinese medicine, and Chinese medicine culture has long With a history and in-depth knowledge, thousands of years of herbal medicine culture combined with modern Western medicine civilization, the unique cultural phenomena that simultaneously feature Chinese and Western medicine is an important part of China's excellent culture. There is a growing emphasis on the therapeutic effects of medicines, especially when bone treatment medicines, most bone treatment medicines are collected, must be processed, otherwise the function of the medicines Affected, patients are experiencing adverse symptoms after use, have a negative effect on bone recovery, and the processing of the drug includes processing procedures such as cutting, grinding, stirring, mixing, etc. Is processed by human power or semi-automatic machine Performs a sense, doing so, large input of manpower, processing efficiency is low, slow processing speed, raw materials many are consumed, the operation is also complicated, processing for the medicine material is not sufficient.

Chinese Patent Application No. 105833968

  An object of the present invention is to provide a medical bone treatment medicine processing system for solving the problems presented in the background art.

The medical bone treatment drug material treatment system of the present invention includes a case, a drug material processing case is installed in the case in a front-rear direction, and a downward pushing device is installed on a top end wall of the drug material processing case. A mounting groove is installed on the bottom end wall of the material processing housing, a removable drug material box is installed in the mounting groove, and a drug material housing with an opening facing upward is installed in the drug material box. A first electric control suction cup is installed on a bottom end wall of the mounting groove, and a left sliding groove and a right sliding groove extending downward are installed symmetrically on both right and left end walls of the medicine processing case, and the left sliding groove is A left and right sliding part is installed therein, a left and right sliding part is installed in the right sliding groove, the small part and the stirring part are installed symmetrically, and the left sliding part is placed in the case. Between the groove and the right sliding groove, a drive component located below the medicine processing housing is installed. Wherein the drive component includes a drive housing, a moving groove is provided on a top end wall of the drive housing, a left bevel gear and a right bevel gear are installed symmetrically in the drive housing, and the left bevel gear is provided. A left bolt extending to the left, penetrating through the left end wall of the drive housing, entering the left sliding groove, and engaging and engaging with the left end wall of the left sliding groove, is fixedly installed at the left end of the right bevel gear; A right bolt extending rightward and penetrating through the right end wall of the drive housing into the right sliding groove, and being engaged with and connected to the right sliding groove right end wall is fixedly installed at the right end of the drive housing. A movable block capable of sliding left and right is installed, a first electric machine is fixedly installed on a bottom end surface of the movable block, and enters the drive housing on an export shaft at a lower end of the first electric machine, and meshes with the left bevel gear or the right bevel gear. The transmission gear is fixed and installed A moving bolt extending left and right and engaging and connecting to the moving block with a screw is installed, a right end of the moving bolt is connected to the second electric machine by power, and a caution device is installed in the case, The device includes a left caution light and a right caution light installed symmetrically on the top end surface of the case, and a left contact sensor and a right contact sensor are symmetrical on a right end wall of the left sliding groove and a left end wall of the right sliding groove. Installed, the left caution light and the left contact sensor are electrically connected, and the right caution light and the right contact sensor are electrically connected, so that when the cutting parts work, the left contact sensor can be used. By controlling the left caution light, the right caution light is controlled through the right contact sensor when the stirrer works.

Further technical plan, the left end of the moving bolt and the left end wall of the moving groove are rotationally engaged and connected, the second electric machine is fitted and installed in the right end wall of the moving groove, and the left bevel gear, the right bevel gear and the transmission are connected. The volume of the driven gear is the same, and the left bolt and the left end wall of the drive casing are rotationally engaged and connected, and the right bolt and the right end wall of the drive casing are rotationally engaged and connected.

A further technical plan, wherein the push-down device includes a disk receiving housing connected to the medicine processing housing, an opening groove is provided in a top end wall of the disk receiving housing, and a hydraulic cylinder is fixed to a top of the opening groove. A hydraulic expansion / contraction rod is connected to a lower end of the hydraulic cylinder, a support disk is fixedly installed on a lower end of the hydraulic expansion / contraction rod, and a second electric control suction cup is fitted and installed on a bottom end surface of the support disk. A guide inclined surface is installed on the outer periphery of the top end surface of the support disk, the thickness of the support disk is the same as the thickness of the disk storage case, the disk storage case is cylindrical, and the diameter of the disk storage case is It is the same as the diameter of the supporting disk.

A further technical plan, wherein the small cutting part includes a left sliding block which is screwed and connected to the left bolt and is slidable left and right in the left sliding groove, and a left lifting groove is provided on a right end face of the left sliding block, A left elevating block slidable up and down and extending rightward in the left elevating groove is installed in the left elevating groove, and a small power housing is installed in the left elevating block, and a bottom surface of the left elevating block is provided. A first left rotation axis extending downward is installed around, three knives that contract in order from top to bottom are fixedly installed on the first left rotation axis, and the bottom end of the first left rotation axis is a cone. A top end of the first left rotating shaft extends upwardly into the cutting power housing and is engaged around and connected to a top end wall of the cutting power housing; The first left gear is fixedly installed on the first left rotation shaft, and the small cutting power A second left gear meshing with the first left gear on the left side of the body through the second left rotation shaft is installed around, the second left gear and the second left rotation shaft are fixedly connected, and the second left rotation shaft The top end and a left driving electric machine installed on the top end wall of the small power housing are connected by power, and the bottom end of the second left rotation shaft and the bottom end wall of the small power housing are rotationally connected. You.

In a further technical plan, a left spring groove is installed on a bottom end wall of the left elevating groove, and a left elevating sliding rod is installed in the left elevating groove, which extends up and down and is slidably connected to the left elevating block. The top end of the left elevating sliding rod and the top end wall of the left elevating groove are fixedly connected, the bottom end of the left elevating sliding rod and the bottom end wall of the left spring groove are fixedly connected, and under the left elevating block. A left support spring is wound around the outer periphery of the left elevating slide rod, and a bottom end of the left support spring is fixedly connected to a bottom end wall of the left spring groove.

A further technical plan, wherein the agitating part includes a right sliding block which is screwed and connected to the right bolt and is slidable left and right in the right sliding groove, wherein a right lifting groove is provided on a left end face of the right sliding block, A right elevating block slidable up and down in the right elevating groove and extending to the right sliding groove toward the left is installed, a stirring power housing is installed in the right elevating block, and a lower part of the bottom of the right elevating block is provided. A first right rotation axis extending around is installed around, three stirring rods that shrink in order from top to bottom are fixedly installed on the first right rotation axis, and the bottom end of the first right rotation axis is a cone, Both ends of the stirring rod are arcs, and the top end of the first right rotation shaft extends upward to the stirring power housing and is engaged around and connected to the top end wall of the stirring power housing, and the stirring power housing is A first right gear is fixedly installed on the first right rotation shaft in the body. A second right gear meshing with the first right gear is provided around the right side of the stirring power housing through a second right rotation shaft, and the second right gear and the second right rotation shaft are fixedly connected to each other, and the second right gear is fixed. The top end of the right rotation shaft and the right driving electric machine installed on the top end wall of the stirring power housing are connected by power, and the bottom end of the second right rotation shaft and the bottom end wall of the stirring power housing are rotationally engaged. Connected.

In a further technical plan, a right spring groove is installed on a bottom end wall of the right elevating groove, and a right elevating sliding rod is installed in the right elevating groove, which extends up and down and is slidably connected to the right elevating block. The top end of the right elevating sliding rod and the top end wall of the right elevating groove are fixedly connected, the bottom end of the right elevating sliding rod and the bottom end wall of the right spring groove are fixedly connected, and under the right elevating block. A right support spring is wound around the outer periphery of the right elevating sliding rod, and a top end of the right elevating spring is fixedly connected to a bottom end surface of the right elevating block. A bottom end of the right supporting spring and the right spring The bottom end wall of the groove is fixedly connected.

The beneficial effect of the present invention is that the moving block is slid to the left and right through the activation of the second electric machine, and the parts that are selectively cut and the stirring parts are controlled. Cut a certain medicine material, keep the whole surface, cut the medicine material thoroughly, stir the medicine material in the medicine material housing and other drugs with three stirring rods of different length, The material is evenly agitated, improving the therapeutic effect of the drug material, the operation of the small cutting parts and the stirring parts is fully automatic, improving the efficiency of the drug material processing, realizing the unification of the drug material cutting and stirring, Reduce human input and prevent waste of raw materials.

The first electric control sucker can control the fixation or release of the medicine material box, avoid the movement by the processing of the medicine material, and support the disk through the second electric control suction cup when the left lifting block or the right lifting block slides down The left lifting block and the right lifting block are fixed and stabilized, and the operation stability of the device is improved.

The device of the present invention has a simple structure, the design is safe and rational, and it automatically processes the drug material to increase the efficiency of the drug material processing.This device has the functions of cutting and stirring, Reduce production costs and reduce drug processing procedures

In order to more clearly explain the embodiments of the present invention and the technical solutions in the existing technology, the following is a brief introduction to the accompanying drawings which need to be used in the embodiments and the description of the existing technologies, at a glance. It will be appreciated that the accompanying drawings in the following description are merely some embodiments of the present invention, and that other persons based on these accompanying drawings may use Annex can be obtained.

FIG. 1 is a schematic diagram of a manipulative structure of a medical bone treatment drug material treatment system of the present invention. FIG. 2 is a schematic structural view when the small cutting part of FIG. 1 cuts a medicine material. FIG. 2 is a schematic structural view of the stirring component of FIG. 1 when mixing a medicine.

All the features disclosed in the present invention, or all the disclosed methods, steps in the process, can be combined in any manner other than features or steps mutually exclusive.

Unless stated otherwise, all features disclosed herein are replaced by alternative features having similar or similar purposes. That is, unless otherwise stated, all features are only examples of one of a series of equivalent or similar features.

As shown in FIG. 1-3, the medical bone treatment drug treatment system of the present invention includes a case 1, the medical bone treatment drug treatment system of the present invention includes a case 1, and a medicine processing case is provided in the case 1. The body 2 is installed through the front and rear, a downward pushing device is installed on the top end wall of the medicine processing case 2, a mounting groove 21 is installed on the bottom end wall of the medicine processing case 2, and A medicine box 22 that can be removed is installed, a medicine box 23 with an opening facing upward is installed in the medicine box 22, and a first electric control suction cup 24 is provided on a bottom end wall of the mounting groove 21. The left sliding groove 3 and the right sliding groove 4 are installed symmetrically and extend downward on the left and right end walls of the medicine processing housing 2, and small cutting parts capable of sliding left and right are installed in the left sliding groove 3. In the right sliding groove 4, a stirring component that can slide left and right is installed, and the small cutting component and the stirring component are installed symmetrically. Between the left sliding groove 3 and the right sliding groove 4, a driving component located below the medicine processing casing 2 is installed, the driving component includes a driving casing 6, and a top end of the driving casing 6. A moving groove 60 is installed in the wall, a left bevel gear 66 and a right bevel gear 68 are installed symmetrically in the drive housing 6, and a left end of the left bevel gear 66 extends to the left and the drive housing 6 A left bolt 67 which penetrates through the left end wall of the body 6 and enters the left sliding groove 3 and is engaged and connected to the left end wall of the left sliding groove 3 is fixedly installed, and extends rightward to the right end of the right bevel gear 68. A right bolt 69 penetrates through the right end wall of the drive housing 6 and enters the right sliding groove 4, and is fixedly installed to be engaged with the right sliding groove 4 at the right end wall. A movable block 61 is installed, and a first electric machine 64 is fixedly installed on the bottom end surface of the movable block 61. A transmission gear 65 that enters the drive housing 6 and meshes with the left bevel gear 66 or the right bevel gear 68 is fixedly installed, extends right and left in the moving groove 60 and engages with the moving block 61 with a screw. A moving bolt 62 is installed, a right end of the moving bolt 62 is motively connected to a second electric machine 63, a caution device is installed in the case 1, and the caution device is symmetrically mounted on a top end surface of the case 1. Including a left caution light 672 and a right caution light 682 to be installed, a left contact sensor 671 and a right contact sensor 681 are symmetrically installed on the right end wall of the left sliding groove 3 and the left end wall of the right sliding groove 4, and the left The caution light 672 and the left contact sensor 671 are electrically connected, and the right caution light 682 and the right contact sensor 681 are electrically connected, so that when the part to be cut works, through the left contact sensor 671. The left caution light 67 When the stirrer is operating by controlling 2, the right caution light 872 is controlled through the right contact sensor 681.

The left end of the moving bolt 62 and the left end wall of the moving groove 60 are rotatably engaged therein, and the second electric machine 63 is fitted and installed in the right end wall of the moving groove 60, and the left bevel gear 66, right The volume of the bevel gear 68 and that of the driven gear 65 are the same, the left bolt 67 and the left end wall of the drive housing 6 are rotationally engaged and connected, and the right bolt 69 and the right end wall of the drive housing 6 are rotated. Connect.

Among them, the downward pushing device includes a disc storage case 50 connected to the medicine processing case 2, and an opening groove 5 is provided on a top end wall of the disc case 50, and a top portion of the opening groove 5 is provided. A hydraulic cylinder 51 is fixedly installed, a hydraulic telescopic rod 52 is connected to a lower end of the hydraulic cylinder 51, a support disk 53 is fixedly installed at a lower end of the hydraulic telescopic rod 52, and a second electric disk is mounted on a bottom end surface of the support disk 53. A control sucker 54 is fitted and installed, a guide inclined surface 55 is installed on the outer periphery of the top end surface of the support disk 53, and the thickness of the support disk 53 is the same as the thickness of the disk storage case 50, and the disk storage case The body 50 is cylindrical, and the diameter of the disk housing 50 is the same as the diameter of the support disk 53.

The left cutting block 30 includes a left sliding block 30 in which the small cutting part is screwed and connected to the left bolt 67 and is slidable left and right in the left sliding groove 3. Is installed, a left elevating block 32 that can be slid up and down in the left elevating groove 31 and extends rightward to the left sliding groove 3 is installed, and a power housing 36 that cuts into the left elevating block 32 is provided. Installed, a first left rotating shaft 37 extending downward on the bottom surface of the left elevating block 32 is installed around, and three knives 38 contracting in order from top to bottom are fixedly installed on the first left rotating shaft 37, The bottom end of the first left rotation shaft 37 is a cone, and the top end of the first left rotation shaft 37 extends upward and into the small cutting power housing 36, and the top end wall of the small cutting power housing 36 A first left gear 39 is fixedly mounted on the first left rotation shaft 37 in the small cutting power housing 36. A second left gear 391 that meshes with the first left gear 39 on the left side of the small cutting power housing 36 through a second left rotation shaft 392 is installed around the second left gear 391 and the second left rotation shaft. 392 is fixedly connected, and the top end of the second left rotation shaft 392 and the left drive electric machine 392 installed on the top end wall of the small cutting power housing 36 are connected by power, and the bottom end of the second left rotation shaft 392 is connected. And the bottom end wall of the small power housing 36 is rotationally engaged and connected.

A left spring groove 33 is provided in a bottom end wall of the left elevating groove 31, and extends vertically into the left elevating groove 31 and is slidably connected to the left elevating block 32. 34 is installed, the top end of the left elevating sliding rod 34 and the top end wall of the left elevating groove 31 are fixedly connected, and the bottom end of the left elevating sliding rod 34 and the bottom end wall of the left spring groove 33 are fixedly connected. A left support spring 35 is wound around the outer periphery of the left elevating sliding rod 34 located below the left elevating block 32, and the bottom end of the left supporting spring 35 and the bottom end wall of the left spring groove 35 are fixed. Connected.

The stirring part includes a right sliding block 40 which is screwed and connected to the right bolt 69 and is capable of sliding right and left in the right sliding groove 4, and a right elevating groove 41 is formed on a left end surface of the right sliding block 40. A right elevating block 42 that is installed and slidable up and down in the right elevating groove 41 and extends to the right in the right sliding groove 4 is installed, and a stirring power housing 46 is installed in the right elevating block 42. A first right rotating shaft 47 extending downward is installed around the bottom surface of the right elevating block 42, and three stirring rods 48 are fixedly installed on the first right rotating shaft 47, which shrink in order from top to bottom. The bottom end of the first right rotation shaft 47 is a cone, the both ends of the stirring rod 48 are arcs, and the top end of the first right rotation shaft 47 extends upward to the stirring power housing 46 and the stirring is performed. A first engagement is formed around the top end wall of the power housing 46 and is connected to the first right rotation shaft 47 in the stirring power housing 46. A right gear 49 is fixedly installed, and a second right gear 491 that meshes with the first right gear 49 on the right side of the stirring power housing 46 through a second right rotation shaft 492 is installed around the second gear 491 and the second right gear 491. A second right rotation shaft 492 is fixedly connected, and a top end of the second right rotation shaft 492 and a right drive electric machine 493 installed on a top end wall of the stirring power housing 46 are connected by power, and the second right rotation shaft is The bottom end of the 492 and the bottom end wall of the stirring power housing 46 are rotationally engaged and connected.

A right spring groove 43 is provided in the bottom end wall of the right elevating groove 41, and extends up and down into the right elevating groove 41 and is slidably connected to the right elevating block 42. 44 is installed, the top end of the right elevating sliding rod 44 and the top end wall of the right elevating groove 41 are fixedly connected, and the bottom end of the right elevating sliding rod 44 and the bottom end wall of the right spring groove 43 are fixedly connected. A right support spring 45 is wound around the outer periphery of the right elevating slide rod 44 located below the right elevating block 42, and a top end of the right supporting spring 45 and a bottom end surface of the right elevating block 42 are fixedly connected. Then, the bottom end of the right support spring 45 and the bottom end wall of the right spring groove 43 are fixedly connected.

 In this, the longest knife 38 is shorter than the medicine box 23, and the longest stirring bar 48 is shorter than the medicine box 23.

In the initial state, the support disk 53 is shrunk into the disk housing 50, the moving block 61 is positioned in the moving groove 60, and the part to be cut is shrunk into the left sliding groove 3. Rarely, the left sliding block 30 is located at the leftmost of the left sliding groove 3, the left lifting block 32 is pushed upward by the elasticity of the left support spring 35, and is located at the top end of the left lifting groove 31, At this time, the top end face of the medicine material box 22 is lower than the bottom end of the first left rotating shaft 37, the stirring component is contracted into the right sliding groove 4, and the right sliding block 40 is moved to the right sliding groove. 4, the right elevating block 42 is pushed upward by the elasticity of the right support spring 45, is positioned at the top end of the right elevating groove 41, and the top end face of the medicine material box 22 is at this time. It is lower than the bottom end of the first right rotation shaft 47.

When cutting the medicine material, put the collected medicine material for bone treatment into the medicine material housing 23 of the medicine material box 22 and start the second electric machine 63 by controlling the second electric machine 63. Slides the moving block 61 to the left, to the leftmost of the moving groove 60, at this time the transmission driven gear 65 and the left bevel gear 66 are engaged, and the first electric machine 64 is controlled and activated, and the second One electric machine 64 drives the transmission gear 65 to rotate, the transmission gear 65 rotates to drive the left bevel gear 66, and the left bevel gear 66 rotates to drive the left bolt 67 to rotate. The left bolt 67 rotates to rotate the left sliding block 30 to the right, the left sliding block 30 slides to the right, and the left elevating block 32 slides to the right to drive the chemical processing chamber 2. Insert the left sliding block 30 to the right and slide it to the right of the left sliding groove 3. At this time, the knife 38 is positioned on the medicine material housing 23, controls and starts the hydraulic cylinder 51, and the hydraulic cylinder 51 drives the hydraulic telescopic rod 52 to extend downward. Pushing the support disk 53 downward, the support disk 53 moves downward, abuts against the top end surface of the left lifting block 32, and pushes the left lifting block 32 downward, so that the left lifting block 32 moves downward. To push the knife 38 against the medicine material housing 23 by overcoming the elasticity of the left support spring 35, and the left elevating block 32 pushes down to contact the top end surface of the medicine material box 22 and The medicine material housing 23 is blocked, and the left drive electric machine 393 is controlled and started last, and the left drive electric machine 393 is rotated and started, and the first left gear 39 and the second left gear 391 are engaged and transmitted by meshing transmission. The first left rotation shaft 37 is rotated and the three In the process of rotating and driving the 38, thereby cutting and cutting the medicine material in the medicine material housing 23, the medicine material is not dropped from the medicine material housing 23, and the medicine material is not dropped. When cut, first control and stop the left driving electric machine 393, control and start the hydraulic cylinder 51, shrink the support disk 53 to the disk housing 50, the left lifting block 32 With the elasticity of the left support spring 35, the knife 38 slides upward and the knife 38 is disengaged from the medicine material housing 23, and finally, the first electric machine 64 is controlled to be inverted, and the small cutting part is returned to the initial position. Drive.

When mixing the cut medicine and other drugs, put the other drugs waiting for stirring into the medicine material housing 23, control and start the second electric machine 63, and the second electric machine 63 is The moving block 61 is slid to the right of the moving groove 60 toward the right, and at this time, the transmitted bevel gear 65 and the right bevel gear 68 are engaged to control the first electric machine 64, and the first electric machine 64 is The driven bevel gear 65 is driven to rotate, the transmitted bevel gear 65 is rotated to drive the right bevel gear 68 to rotate, the right bevel gear 68 is rotated to drive the right bolt 69 to rotate, and the right bolt 69 is rotated. Slides to the left to the left and slides the right sliding block 40 to the left, and the right sliding block 40 slides to the leftmost of the right sliding groove 4 and is inserted into the medicine processing casing 2; The stirring rod 48 is positioned on the medicine material housing 23, and controls the hydraulic cylinder 51. The hydraulic cylinder 51 extends the hydraulic telescopic rod 52 downward and pushes the support disk 53 downward, so that the support disk 53 moves downward and hits the top end surface of the right lifting block 42. Contact, push the right elevating block 42 downward, the right elevating block 42 faces downward, overcomes the elasticity of the right support spring 45 and pushes the stirring rod 48 against the medicine material housing 23, and the right The elevating block 42 pushes down to abut on the top end surface of the medicine material housing 22 and interrupts the medicine material housing 23, and finally controls and starts the right drive electric machine 493 to start the right drive electric machine 493. Is rotated to rotate the first right rotation shaft 47 by meshing the first right gear 49 and the second right gear 491, and to rotationally drive the three stirring rods 48, whereby the medicine material housing Stir the cut medicine and other drugs in 23 When the stirring is finished, the right driving electric machine 493 is controlled and stopped, the hydraulic cylinder 51 is controlled and activated so that the dropped medicine material is not dropped from the medicine material housing 23, and the support disk 53 is moved. Shrinking to the disk housing case 50, the right elevating block 42 slides up with the elasticity of the right support spring 45 to pull out the stirring rod 48 from the medicine material housing 23, and finally the first electric machine 64 The agitating part is returned to the initial position and driven by control, and finally, the medicine material housing 22 is withdrawn, and the processed medicine material is processed by another process.

What has been described above is merely specific embodiments of the present invention, but the scope of protection of the present invention is not limited thereto. Changes and replacements conceived without all creative work are covered by the protection scope of the present invention. Therefore, the scope of protection of the present invention is based on the scope of protection to which the claim is limited.

Claims (1)

Including a case, a medicine processing case is installed in front and rear through the case, a downward pushing device is installed on a top end wall of the medicine processing case, and a mounting groove is formed on a bottom end wall of the medicine processing case. A medicine material box that is installed and removable in the mounting groove is installed, a medicine material housing with an opening facing upward is installed in the medicine material box, and a first electric box is provided on a bottom end wall of the mounting groove. A control suction cup is installed, a left sliding groove and a right sliding groove extending downward are installed symmetrically on both right and left end walls of the medicine processing casing, and small cutting parts capable of sliding left and right are installed in the left sliding groove, A stirring component capable of sliding left and right is installed in the right sliding groove, the small cutting component and the stirring component are installed symmetrically, and the drug material is interposed between the left sliding groove and the right sliding groove in the case. A driving component located below the processing housing is installed, wherein the driving component includes a driving housing, A moving groove is installed on the top end wall of the moving housing, a left bevel gear and a right bevel gear are installed symmetrically in the driving housing, and a left end of the left bevel gear extends to the left and the driving housing A left bolt which penetrates the left sliding groove through the left end wall of the body and is engaged and connected around the left end wall of the left sliding groove is fixedly installed, extends rightward at the right end of the right bevel gear, and includes the drive housing. A right bolt which penetrates into the right sliding groove through the right end wall of the right sliding wall, and is fixedly installed to be engaged with the right sliding groove right end wall, is provided with a moving block capable of sliding left and right in the moving groove; The first electric machine is fixedly installed on the bottom end surface of the first electric machine, and the drive shaft is engaged with the export shaft at the lower end of the first electric machine, enters the drive housing, and is meshed with the left bevel gear or the right bevel gear. It extends left and right inside and on the moving block A moving bolt for engaging and connecting with the same is installed, a right end of the moving bolt is motively connected to the second electric machine, a caution device is installed in the case, and the caution device is symmetrical on a top end surface of the case. A left contact light and a right contact light, and a left contact sensor and a right contact sensor are symmetrically installed on a right end wall of the left sliding groove and a left end wall of the right sliding groove, and the left attention light and the left A contact sensor is electrically connected, and the right attention light and the right contact sensor are electrically connected, thereby controlling the left attention light through the left contact sensor when the cutting part works. When the stirring part is working, the right caution light is controlled through the right contact sensor, the left end of the moving bolt and the left end wall of the moving groove are rotationally engaged and connected, and The left bevel gear, the right bevel gear and the transmitted bevel gear have the same volume, and the left bolt and the left end wall of the drive housing are rotationally engaged and connected to each other. A right bolt and a right end wall of the drive housing are rotatably engaged and connected, and the lowering device includes a disk housing connected to the medicine processing housing, and an opening groove is provided on a top end wall of the disk housing. A hydraulic cylinder is fixedly installed at the top of the open groove, a hydraulic telescopic rod is connected to the lower end of the hydraulic cylinder, a support disk is fixedly installed at the lower end of the hydraulic telescopic rod, and a support disk is installed at the bottom end surface of the support disk. Two electric control suction cups are fitted and installed, a guide inclined surface is installed on the outer periphery of the top end surface of the support disk, the thickness of the support disk is the same as the thickness of the disk storage case, and the disk storage case is a cylinder. In the form, the disk housing A diameter of the support disk is equal to the diameter of the support disk, and the small cutting part includes a left sliding block which is screwed and connected to the left bolt and can slide left and right in the left sliding groove, and a right end face of the left sliding block. A left elevating groove is installed in the left elevating groove, a left elevating block that can slide up and down in the left elevating groove and extends to the right in the left sliding groove is installed, and a small power housing is installed in the left elevating block. A first left rotating shaft extending downward is installed around the bottom surface of the left elevating block, and three knives that contract in order from top to bottom are fixedly installed on the first left rotating shaft, and the first left rotating shaft is installed. The bottom end of the shaft is a cone, and the top end of the first left rotating shaft extends upwardly into the cut-off power housing and is engaged around and connected to the top end wall of the cut-off power housing; A first left gear is fixed to the first left rotation shaft in the power housing to be cut. The second left gear meshing with the first left gear is installed around the left side of the power housing, which is installed through the second left rotation shaft, and the second left gear and the second left rotation shaft are fixedly connected. A top end of the second left rotation shaft and a left driving electric machine installed on a top end wall of the small power housing are connected by power, and a bottom end of the second left rotation shaft and a bottom of the small power housing. An end wall is rotatably engaged and connected, a left spring groove is provided on a bottom end wall of the left elevating groove, and a left elevating slide which extends vertically in the left elevating groove and is slidingly connected to the left elevating block. A rod is installed, a top end of the left elevating sliding rod and a top end wall of the left elevating groove are fixedly connected, a bottom end of the left elevating sliding rod and a bottom end wall of the left spring groove are fixedly connected, and the left elevating A left support spring is wrapped around the outer periphery of the left elevating sliding rod located below the block. A right sliding block is fixedly connected to a bottom end of the left support spring and a bottom end wall of the left spring groove, and the stirrer is engaged and connected to the right bolt with a screw and can slide left and right in the right sliding groove. A right elevating groove is installed on a left end surface of the right sliding block, and a right elevating block slidable up and down in the right elevating groove and extending to the right sliding groove toward the left is installed. A stirring power housing is installed therein, a first right rotating shaft extending downward is installed around the bottom of the right elevating block, and three stirring rods sequentially shrinking from top to bottom on the first right rotating shaft are provided. Fixedly installed, the bottom end of the first right rotation shaft is a cone, both ends of the stirring rod are arcs, the top end of the first right rotation shaft extends upward to the stirring power housing, and The stirring power housing is engaged around the top end wall of the stirring power housing, and A first right gear is fixedly installed on the first right rotation shaft inside, a second right gear meshing with the first right gear through the second right rotation shaft on the right side of the stirring power housing is installed around the first right gear, The second right gear and the second right rotation shaft are fixedly connected, and the top end of the second right rotation shaft and the right drive electric machine installed on the top end wall of the stirring power housing are connected by power, and the second right rotation The bottom end of the shaft and the bottom end wall of the agitating power housing are rotationally engaged and connected, a right spring groove is provided in the bottom end wall of the right elevating groove, and extends vertically into the right elevating groove and extends to the right. A right elevating slide rod slidingly connected to the elevating block is installed, a top end of the right elevating slide rod and a top end wall of the right elevating groove are fixedly connected, and a bottom end of the right elevating sliding rod and the right spring groove are provided. Bottom end wall is fixedly connected, and the right elevating sliding lock is located below the right elevating block. A right support spring is wound around the outer periphery of the right support spring, and a top end of the right support spring is fixedly connected to a bottom end surface of the right lifting block, and a bottom end of the right support spring and a bottom end wall of the right spring groove are fixed. Connected medical bone treatment drug processing system.

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