CN214987852U

CN214987852U - Supply conveying line for intravenous administration concentrated preparation center

Info

Publication number: CN214987852U
Application number: CN202120058773.0U
Authority: CN
Inventors: 刘欢欢; 杨峰; 崔大海
Original assignee: Suzhou Houhong Intelligent Technology Co ltd
Current assignee: Haier Biomedical Technology Suzhou Co ltd
Priority date: 2021-01-11
Filing date: 2021-01-11
Publication date: 2021-12-03
Anticipated expiration: 2031-01-11

Abstract

The utility model relates to a supply conveying line for a centralized intravenous administration allocation center, which comprises a solvent secondary buffer storage, a label sticking machine, an injection dispensing machine and a basket-loading conveying mechanism; the basket loading and conveying mechanism comprises a medicine basket conveying device which is provided with a basket sending station, a solvent receiving station, a needle receiving station and a basket collecting station; the solvent secondary buffer storage and the labeling machine are sequentially connected with a solvent receiving station of the basket conveying mechanism; the injection dispensing machine is connected with a needle receiving station of the basket conveying mechanism, a basket dispensing station of the basket conveying mechanism is provided with a basket dispensing mechanism, and a basket collecting station of the basket collecting conveying mechanism is provided with a basket collecting mechanism. The utility model discloses a supply transfer chain that is arranged in concentrated allotment center of using medicine for vein, the menstruum in the medicine for vein is by the basket of packing in basket conveying mechanism after the subsides of menstruum second grade buffer storage storehouse output, and the injection is carried out the basket by injection medicine-dispensing machine and is carried out basket in the basket conveying mechanism, and the medicine basket that loads menstruum and injection piles up by basket conveying mechanism, reduces artificial participation, and the pollution abatement risk, conveying efficiency is high.

Description

Supply conveying line for intravenous administration concentrated preparation center

Technical Field

The utility model relates to a vein is used medicine and is concentrated allotment center equipment field, especially relates to a supply transfer chain that is used for vein to concentrate allotment center with medicine.

Background

The medicine adding work in the traditional venous transfusion is completed by nurses in each ward in respective treatment rooms, and the following problems which are difficult to solve mainly exist: firstly, the ambient air in the treatment room is extremely unclean, and the liquid medicine is difficult to avoid being polluted; secondly, the randomness of adding medicine in a treatment room by nurses is strong; the dosing procedure is not consistent, and sometimes the dosing operation is interrupted due to various reasons, so that the medicine which is opened and packaged is exposed, and potential safety hazards are left; because of factors such as clinical nursing shift and work arrangement, drug arrangement and checking are often finished by the same person, wrong drug addition is very difficult to find, the checking system is lack of rigor and cannot be executed; non-professional personnel prepare the medicine (clinical nurses have no pharmaceutical background and prepare the medicine only by experience, so that adverse reactions caused by medicine mixing are difficult to find).

With the continuous development of society and the continuous improvement of science and technology, the appearance of intravenous drug allocation centers (PIVAS) solves the problems of the traditional intravenous infusion; the intravenous drug administration center (PIVAS) is a system in which intravenous drugs, which were originally distributed and administered in an open environment in a treatment room in a hospital, are concentrated by pharmacists in a ten-thousand-grade clean, closed-environment administration room and administered on a partially hundred-grade clean operation table.

However, in the conventional intravenous drug dispensing center, the solvent and the related drugs are still manually dispensed to the dispensing chamber for intravenous administration, which has low intelligence degree and excessive manual operation, so that the intravenous administration still has a risk of pollution.

SUMMERY OF THE UTILITY MODEL

For solving the technical problem, the utility model provides a supply transfer chain that is used for vein to use medicine to concentrate allotment center, utilize menstruum second grade buffer storage storehouse, the label machine, injection medicine-dispensing machine, complete transfer chain is constituteed to basket conveying mechanism, the menstruum in the vein is used medicine is by the output of menstruum second grade buffer storage storehouse basket in basket conveying mechanism after the label, the injection in the vein is used medicine is exported basket in the basket conveying mechanism by injection medicine-dispensing machine, the basket of medicine that loads menstruum and injection is piled up by basket conveying mechanism, unified transportation to the room of preparing again, reduce artificial participation, reduce the pollution risk, and simultaneously, high conveying efficiency, reduce the time of the preparation work before the vein is used medicine allotment.

The utility model provides a technical scheme that its technical problem adopted is: a supply conveying line for a centralized intravenous administration drug allocation center comprises a solvent secondary buffer storage, a labeling machine, an injection dispensing machine and a basket conveying mechanism; the basket loading and conveying mechanism comprises a medicine basket conveying device, and the medicine basket conveying device is provided with a basket sending station, a solvent receiving station, a needle agent receiving station and a basket collecting station; the solvent secondary buffer library, the labeling machine and the solvent receiving station of the basket conveying mechanism are sequentially connected; the injection dispensing machine is connected with a needle receiving station of the basket conveying mechanism; the solvent secondary buffer library is used for receiving and buffering a turnover box filled with a solvent and outputting the solvent filled in the turnover box to a labeling machine; the labeling machine is used for receiving the solvent output by the solvent secondary buffer storage, labeling the solvent, and outputting the labeled solvent to a solvent receiving station of the basket conveying mechanism; the injection dispensing machine is used for outputting the required injection to a needle receiving station of the basket conveying mechanism; the basket-loading conveying mechanism is provided with a basket-sending mechanism at a basket-sending station of the medicine basket conveying device and a basket-receiving mechanism at a basket-receiving station of the medicine basket conveying device; the basket delivering mechanism is used for delivering medicine baskets to a basket delivering station, and the medicine basket conveying device conveys the medicine baskets at the basket delivering station to a solvent receiving station to receive the solvent output by the label sticking machine, conveys the medicine baskets to a needle receiving station to receive the injection output by the injection dispensing machine and conveys the medicine baskets to a basket receiving station; and the basket collecting mechanism collects the loaded medicine baskets.

The solvent secondary buffer storage comprises a warehouse rack and a transfer mechanism, wherein a plurality of storage grids for buffering the turnover box are distributed in the warehouse rack in a front-back direction and an up-down direction in an array manner; the storage grids comprise a plurality of storage stations for caching the turnover boxes, warehousing stations for warehousing the turnover boxes and ex-warehouse stations for ex-warehouse the turnover boxes; the transfer mechanism is used for moving, loading and unloading the turnover box among the storage station, the warehousing station and the ex-warehouse station; a warehousing mechanism is arranged at the warehousing station; the warehouse-out station is provided with a warehouse-out mechanism; the warehousing mechanism is used for positioning the turnover box at a warehousing station; the ex-warehouse mechanism is used for taking out and outputting the solvent to be taken in the turnover box positioned at the ex-warehouse station.

The warehousing mechanism comprises a first conveying mechanism and a second conveying mechanism; the tail end of the first conveying mechanism is provided with a first baffle plate, and one side of the conveyed turnover box is abutted against the first baffle plate to be straightened; at least two gaps vertical to the conveying direction are arranged on the conveying surface of the first conveying mechanism; the second conveying mechanism is arranged below the first conveying mechanism and close to the tail end; the conveying direction of the second conveying mechanism is vertical to the conveying direction of the first conveying mechanism; the second conveying mechanism also has a lifting function and is used for enabling the second conveying mechanism to penetrate through the gap when being lifted, further supporting the turnover box to be separated from the first conveying mechanism, transporting the turnover box to an outlet of the second conveying mechanism and then transferring the turnover box to a storage station through the transfer mechanism, or enabling the second conveying mechanism to descend below a conveying surface of the first conveying mechanism; the warehousing mechanism is correspondingly provided with a second baffle at the tail end of the second conveying mechanism; a space for taking the turnover box by the transfer mechanism is reserved between the two second baffles; the second baffle is used for blocking the turnover box and enabling the turnover box to be attached to the second baffle to be straightened.

The delivery mechanism comprises a solvent transfer manipulator, a first conveying belt and a second conveying belt; the solvent transfer manipulator is used for grabbing a solvent from a turnover box of the ex-warehouse station and transferring the solvent to a first conveying belt; the first conveying belt is used for receiving the solvent transferred by the solvent transfer manipulator and conveying the solvent to the second conveying belt; the second conveying belt is used for positively outputting a solvent; a first visual recognition device is further arranged above the second conveying belt and used for recognizing parameters of the solvent on the second conveying belt and checking whether the solvent is mistakenly taken or not; the conveying direction of the first conveying belt is vertical to the conveying direction of the second conveying belt; the second conveying belt is also used for reversely outputting the mistaken solvent; the outlet side of the second conveying belt for reversely outputting the solvent is also connected with a wrong solvent conveying mechanism, and the storage grid also comprises a wrong solvent caching station for receiving the wrong solvent through a turnover box; the mistaken solvent conveying mechanism is used for receiving the mistaken solvents reversely output from the second conveying belt and conveying the mistaken solvents to a turnover box of the mistaken caching station; the solvent transfer manipulator comprises a suction claw and a moving platform for driving the suction claw to move; the moving platform is an X, Y, Z, R four-axis moving platform; the X-axis and Y-axis moving platform comprises an XY-axis moving platform, a Z-axis moving mechanism arranged on the XY-axis moving platform and an R-axis mechanism arranged at the moving end of the Z-axis moving mechanism; the R-axis mechanism is used for driving the solvent grabbed by the sucking claw to rotate in degree; the solvent secondary cache library also comprises a linking and conveying mechanism; the connecting and conveying mechanism comprises a horizontal conveying mechanism and a vertical conveying mechanism; the vertical conveying mechanism comprises an upper inlet and a lower outlet; one end of the horizontal conveying mechanism is connected with the positive output end part of the second conveying belt, and the other end of the horizontal conveying mechanism is connected with the upper inlet of the vertical conveying mechanism; and a lower outlet of the vertical conveying mechanism is used for connecting the labeling machine.

The label sticking machine comprises a label sticking host and a sorting cabinet; the label pasting host comprises a first label pasting conveying belt, a second label pasting conveying belt and a third label pasting conveying belt which are sequentially connected; the inlet end of the first label-sticking conveyer belt is connected with the output end of the solvent secondary buffer library; a label sticking station is arranged on the second label sticking conveying belt; the label sticking machine further comprises a label sticking mechanical arm, a label printer and a second visual identification device; the label printer is used for printing out prescription labels; the label pasting mechanical arm is used for taking a prescription label and pasting the label on a solvent on a label pasting station; the second visual recognition device is used for recognizing whether the information of the prescription label and the attached solvent are consistent or not; the third label-pasting conveyer belt is used for conveying the labeled solvent to the sorting cabinet.

The sorting cabinet comprises a cabinet body; a first slideway and a second slideway which are downwards inclined from the input end to the output end are arranged in the cabinet body; the input end of the first slideway forms a first inlet on the side wall of the cabinet body; the output end of the first slideway extends out of the cabinet body; the input end of the second slideway forms a second inlet on the side wall of the cabinet body; the second inlet is positioned right below the first inlet; a wrong-pasting solvent recovery box is also arranged in the cabinet body; the output end of the second slideway is positioned above the misapplication solvent recovery box; the output end of the third label sticking conveying belt has a function of turning up and down, and is used for connecting the second visual recognition device with the first inlet of the sorting cabinet when recognizing the correct solvent and outputting the correct solvent to the first slideway, and is also used for connecting the second visual recognition device with the second inlet of the sorting cabinet when recognizing the wrongly stuck solvent and outputting the wrongly stuck solvent to the second slideway; the correct solvent is conveyed to a solvent receiving station of the basket conveying mechanism through a first slideway; and conveying the wrongly-pasted menstruum to a wrongly-pasted menstruum recovery box through a second slideway.

The injection dispensing machine comprises an injection storage rack; injection storage grids which are distributed in an array mode in the left-right direction and the up-down direction are arranged on the injection storage rack; the injection storage grid is provided with an injection storage box; the injection storage box is provided with a button and a medicine placing door; the injection storage box is used for releasing a bottle of injection by opening the medicine release door by pressing the button and is also used for closing the medicine release door by releasing the button; the injection storage rack is also provided with a medicine taking mechanism, and the medicine taking mechanism comprises a medicine taking mechanical arm and a moving mechanism for driving the medicine taking mechanical arm to move among the injection storage boxes of the injection storage rack; the medicine taking manipulator comprises a pressing head, and the pressing head is used for pressing or loosening a button; the medicine taking manipulator further comprises a medicine receiving channel used for receiving the injection from the injection storage box; the medicine taking mechanism is also provided with a medicine outlet station; and the medicine discharging station is also provided with a medicine discharging slide way which is used for receiving the injection output by the medicine taking mechanism and outputting the injection to the needle connecting station of the basket conveying mechanism.

The medicine taking manipulator further comprises a mounting frame, the medicine receiving channel is arranged in the mounting frame in the front-back direction, and the medicine receiving channel is inclined downwards from the input end to the output end; the pressing head is arranged on the mounting frame and is positioned above the input end of the medicine receiving channel; the pressing head is connected with a pressing driving mechanism arranged on the mounting frame; the pressing driving mechanism is used for driving the pressing head to press the button or release the button; a baffle is also arranged above the output end of the medicine receiving channel on the mounting rack; the top side of the baffle is connected with a baffle driving mechanism arranged on the mounting frame; the baffle driving mechanism is used for driving the baffle to move downwards to block the injection from being conveyed in the injection receiving channel, or used for driving the baffle to move upwards to allow the injection to be conveyed in the injection receiving channel.

A solvent input cabinet is further arranged at the solvent receiving station on the medicine basket conveying device of the basket loading and conveying mechanism, and a waiting station is further arranged between the basket collecting station and the needle receiving station; the waiting station is used for blocking the medicine basket at the waiting station and releasing the medicine basket after the basket receiving mechanism finishes receiving the medicine basket at the basket receiving station; the solvent input cabinet is connected with the labeling machine; a third visual recognition device is also arranged in the solvent input cabinet; the third visual recognition device is used for recognizing the information of the medicines required to be statically dispensed by the prescription label on the solvent received by the solvent input cabinet; the conveying mechanism comprises a first section of conveying device, a second section of conveying device and a third section of conveying device; each section of the conveying device comprises a conveying support frame taking the conveying direction as the length direction and conveying belts fixed on two sides of the conveying support frame in the width direction; the two conveying belts are synchronously driven by the conveying driving element; the conveying surfaces of the two conveying belts support two corresponding sides of the bottom surface of the medicine basket together; the first section of the conveying device is provided with the basket sending station, the second section of the conveying device is provided with the solvent receiving station, and the third section of the conveying device is provided with the injection receiving station, the waiting station and the basket receiving station; each section of the transportation device operates independently.

The basket sending mechanism comprises a rack and an installation plate fixed on the top surface of the rack; the central area of the mounting plate is provided with an opening for the medicine basket to pass through; the periphery of the opening of the mounting plate is provided with a medicine basket clamping jaw; a plurality of medicine basket clamping jaws are arranged; the medicine basket clamping jaw is arranged on the translation mechanism; the translation mechanism is used for driving the plurality of medicine basket clamping jaws to move towards the opening, and the edges of the medicine baskets are supported by the plurality of medicine basket clamping jaws together; the medicine basket clamping jaws are also used for driving the medicine basket clamping jaws to move away from the opening, so that the medicine basket clamping jaws are separated from the edge of the medicine basket; a lifting bracket is also arranged between the two conveying belts of the first section of the conveying device; the lifting bracket corresponds to the opening of the basket sending mechanism mounting plate up and down; the lifting bracket is used for supporting the medicine basket loosened by the medicine basket clamping jaws through the top surface of the lifting bracket when being lifted; when the medicine basket is descended, the top surface of the lifting bracket is positioned below the conveying surface of the first section of conveying device, so that the medicine basket is supported by the two conveying belts, and the medicine basket is transferred to the first section of conveying device from the basket delivering mechanism; the basket receiving mechanism and the basket sending mechanism have the same structure, and the third section of conveying device is also provided with a lifting bracket which is the same as the first section of conveying device; the lifting bracket of the third section of conveying device is used for supporting the medicine basket positioned at the basket receiving station, and the medicine basket is lifted to be separated from the conveying surfaces of the two conveying belts of the third section of conveying device until the medicine basket enters the opening of the basket receiving mechanism; the basket collecting mechanism is also provided with a vertical guide frame above the opening; medicine baskets collected by the basket collecting mechanism enter from the bottom side of the vertical guide frame in sequence and are stacked and arranged from bottom to top.

The utility model has the advantages that: the utility model discloses a supply transfer chain that is used for vein to use medicine to concentrate allotment center, utilize menstruum second grade buffer storage, label pasting machine, injection medicine dispensing machine, complete transfer chain is constituteed to basket conveying mechanism, the menstruum in the vein is used medicine is by the output of menstruum second grade buffer storage basket in basket conveying mechanism after label pasting, the injection in the vein is used medicine is by injection medicine dispensing machine output to basket conveying mechanism in basket, the medicine basket that loads menstruum and injection piles up by basket conveying mechanism, unified transportation to the room of preparing again, reduce artificial participation, the pollution abatement risk, and simultaneously, high conveying efficiency, reduce the time of the preparation work before the vein is used medicine allotment.

Drawings

FIG. 1 is a schematic perspective view of an exemplary embodiment of a supply delivery line for an intravenous drug centralized administration center;

FIG. 2 is a schematic perspective view of another angle of the supply delivery line for an IV set point of care dispensing system according to an exemplary embodiment;

FIG. 3 is a schematic perspective view of a solvent secondary buffer library in an embodiment;

FIG. 4 is a schematic perspective view of a transfer mechanism of the solvent secondary buffer library in one embodiment;

FIG. 5 is a schematic perspective view of a mechanism for loading a solvent secondary buffer library in an embodiment;

FIG. 6 is a schematic perspective view of an out-of-reservoir mechanism of a solvent secondary buffer reservoir in an embodiment;

FIG. 7 is a schematic top view of an out-of-reservoir mechanism of a solvent secondary buffer reservoir in an embodiment;

FIG. 8 is a perspective view of the robotic arm of the exit mechanism of the secondary buffer reservoir for media in one embodiment;

FIG. 9 is a schematic perspective view of an engagement transport mechanism of the second buffer reservoir of the embodiment;

FIG. 10 is a schematic left side view of the solvent secondary buffer library of the embodiment;

FIG. 11 is a perspective view of the embodiment of the labeling machine;

FIG. 12 is a schematic perspective view of the internal structure of the labeling machine in the embodiment for outputting the correct solvent state;

FIG. 13 is a schematic perspective view of the internal structure of the labeling machine in the embodiment in the state of outputting the solvent in a wrong way;

FIG. 14 is a schematic view of an embodiment of an injection dispensing machine;

FIG. 15 is a schematic perspective view showing the internal structure of the injection dispensing machine according to the embodiment;

FIG. 16 is a schematic perspective view of a storage case of an embodiment of a dispensing machine for ampoules;

FIG. 17 is a schematic perspective view of a dispensing mechanism of the injection dispensing machine according to the embodiment;

FIG. 18 is a schematic perspective view of a medicine-dispensing manipulator of a medicine-dispensing mechanism of the injection dispensing machine according to the embodiment;

FIG. 19 is a schematic diagram of a dispensing manipulator of the injection dispensing machine in cooperation with an injection storage case according to an embodiment;

FIG. 20 is a perspective view showing the appearance of the basket feeding mechanism in the embodiment;

FIG. 21 is a schematic perspective view showing the internal structure of the basket feeding mechanism in the embodiment;

FIG. 22 is a perspective view of the basket delivering mechanism and the first stage transporting device in the embodiment;

FIG. 23 is a perspective view of a basket delivering mechanism of the basket feeding mechanism in the embodiment;

FIG. 24 is a perspective view of a first segment of a transport device of the racking delivery mechanism of the example;

FIG. 25 is a schematic diagram showing the internal structure of the basket delivering mechanism of the basket conveying mechanism in the embodiment in cooperation with the first stage transporting device;

fig. 26 is a perspective view of the basket collecting mechanism of the basket loading and conveying mechanism matched with a third section of conveying device in the embodiment.

Detailed Description

In order to deepen the understanding of the present invention, the present invention will be described in further detail with reference to the accompanying drawings and embodiments, which are only used for explaining the present invention and are not limited to the protection scope of the present invention.

Examples

For convenience of description in this embodiment, for the references of "front", "rear", "left", "right", "up" and "down", which are set with the labels of front, rear, left, right, up and down shown in fig. 1 as directions, the X axis refers to the left-right direction, the Y axis refers to the front-rear direction, the Z axis refers to the up-down direction, and the R axis refers to the rotation direction around the Z axis. The setting of "front", "rear", "left", "right", "upper" and "lower" is limited to "convenient description" and does not limit the scope of protection.

As shown in fig. 1 to fig. 26, the present embodiment provides a supply and delivery line for a centralized intravenous administration center, which includes a solvent secondary buffer storage 1, a labeling machine 2, an injection dispensing machine 4, and a basket-loading and delivery mechanism 3; the basket-loading conveying mechanism 3 comprises a medicine basket conveying device 33, and the medicine basket conveying device 33 is provided with a basket sending station, a solvent receiving station, a needle receiving station and a basket receiving station; the solvent secondary buffer storage 1 and the labeling machine 2 are sequentially connected with a solvent receiving station of the basket conveying mechanism 3; the injection dispensing machine 4 is connected with the needle receiving station of the basket conveying mechanism 3; the solvent secondary buffer reservoir 1 is used for receiving and buffering a turnover box 5 filled with a solvent 6 and outputting the solvent 6 filled in the turnover box 5 to the labeling machine 2; the labeling machine 2 is used for receiving the solvent 6 output by the solvent secondary buffer storage 1, labeling the solvent 6, and outputting the labeled solvent 6 to a solvent receiving station of the basket conveying mechanism 3; the injection dispensing machine 4 is used for outputting the required injection 7 to the needle receiving station of the basket conveying mechanism 3; the basket-loading conveying mechanism 3 is provided with a basket-sending mechanism 31 at a basket-sending station of the medicine basket conveying device 33 and a basket-receiving mechanism 32 at a basket-receiving station of the medicine basket conveying device 33; the basket delivering mechanism 31 is used for delivering the medicine baskets 8 to a basket delivering station, and the medicine basket conveying device 33 is used for conveying the medicine baskets 8 at the basket delivering station to a solvent receiving station for receiving the solvent 6 output by the label sticking machine 2, conveying the medicine baskets to a needle receiving station for receiving the injection 7 output by the injection dispensing machine 4 and conveying the medicine baskets to a basket receiving station; the basket collection mechanism 32 collects the loaded medicine baskets 8.

As shown in fig. 3 to 10, the solvent secondary buffer reservoir 1 includes a storage rack 11 and a transfer mechanism 12, wherein the storage rack 11 is distributed with a plurality of storage grids for buffering the turnover box 5 in an array manner in the front-back direction and the up-down direction; the storage grids comprise a plurality of storage stations 112 for caching the turnover boxes 5, a warehousing station 113 for warehousing the turnover boxes 5 and a ex-warehouse station 114 for ex-warehouse the turnover boxes; the transfer mechanism 12 is used for moving, loading and unloading the turnover boxes 5 among the storage station 112, the warehousing station 113 and the ex-warehouse station 114; a warehousing mechanism 13 is arranged at the warehousing station 113; the delivery station 114 is provided with a delivery mechanism 14; the warehousing mechanism 13 is used for positioning the turnover box 5 at a warehousing station 113; the delivery mechanism 14 is used for taking out and outputting the solvent 6 to be taken in the turnover box 5 positioned at the delivery station 114; the storage grids also comprise an empty box output station 116, and the empty box output station 116 is used for receiving the empty turnover boxes conveyed by the transfer mechanism; the solvent secondary buffer storage 1 is provided with a box outlet 17 at a position close to the empty box output station 116.

As shown in fig. 3 and 10, the storage compartment includes two support plates 111, and the two support plates 111 are used for supporting the turnover box together through the top surface; the warehousing station 113 is arranged at the front end of the solvent secondary buffer warehouse 1 and is positioned at the position of the storage grid at the lowest side of the warehouse rack 11 (the two support plates 111 are omitted); the warehousing station 113 is provided with an opening as a warehousing port at the front side of the solvent secondary cache warehouse 1; the first half section of the first transmission mechanism 131 is positioned outside the solvent secondary buffer storage 1, and the second half section and the second transmission mechanism 132 are positioned below the storage station 113; the warehouse rack 11 may be arranged in a single row, or may be arranged in two rows as shown in fig. 1, when the two rows are arranged, a warehousing mechanism 13 is arranged, and in the double-row warehouse rack of this embodiment, the warehousing mechanism 13 is arranged on the left warehouse rack 11.

As further shown in fig. 4, the transfer mechanism 12 includes a horizontal linear module 121, a vertical linear module 122, and a transfer robot 123; the vertical linear module 122 is installed on the moving end of the horizontal linear module 121; the transfer manipulator 123 is installed on the moving end of the vertical linear module 122; the transfer manipulator 123 moves freely on the vertical surface of the warehouse rack 11 through the vertical linear module 122 and the horizontal linear module 121; a horizontal moving plate is arranged on the transfer manipulator 123 and used for horizontally extending to the bottom side of the turnover box, so that the turnover box is supported by the vertical linear module 122 and is reset by the horizontal moving plate to complete loading of the turnover box, and the turnover box 5 is conveyed to the corresponding storage grid by the horizontal linear module 121 and the vertical linear module 122 in the same way; the horizontal moving plate is divided into two parts, and comprises a first moving plate arranged on the transfer manipulator 123 and a second moving plate arranged on the first moving plate; the transfer manipulator 123 drives a part of substantially half of the first moving plate to extend out of the transfer manipulator 123, and may also drive a part of substantially half of the second moving plate to extend out of the first moving plate, so that the whole second moving plate is substantially equivalent to be located outside the transfer manipulator 123, of course, this is only described in a state where the second moving plate is fully extended, and the second moving plate of the present embodiment may also extend partially; the transfer robot 123 of the present embodiment is disposed between the two rows of warehouse racks 11, and the horizontal moving plate may extend leftward or rightward to serve the warehouse racks 11 on the left and right sides; as for the detailed structure of the transfer robot 123, which is prior art, it is not described herein.

As further shown in fig. 5, the warehousing mechanism 13 includes a first conveyance mechanism 131 and a second conveyance mechanism 132; a first baffle 133 is arranged at the tail end of the first conveying mechanism 131, and is used for enabling one side of the conveyed turnover box 5 to be abutted against the first baffle 133 to be aligned; at least two gaps perpendicular to the conveying direction are arranged on the conveying surface of the first conveying mechanism 131; the second conveying mechanism 132 is installed below the first conveying mechanism 131 at a position near the tip; the conveying direction of the second conveying mechanism 132 is perpendicular to the conveying direction of the first conveying mechanism 131; the second conveying mechanism 132 further has a lifting function for causing the second conveying mechanism 132 to pass through the gap when being lifted up, thereby supporting the turnover box 5 to be detached from the first conveying mechanism 131, and transferring the turnover box 5 to the storage station 112 through the transferring mechanism 12 after being transported to the outlet of the second conveying mechanism 132, or for causing the second conveying mechanism 132 to be lowered below the conveying surface of the first conveying mechanism 131; the warehousing mechanism 13 is correspondingly provided with a second baffle 134 at the end of the second conveying mechanism 132; a space for taking the turnover box 5 by the transfer mechanism 12 is reserved between the two second baffles 134; the second baffle 134 is used for blocking the turnover box 5 and also for righting the turnover box 5 against the second baffle 134; in the warehousing mechanism, a first conveying device and a first baffle are adopted, when the turnover box is conveyed to the tail end on the first conveying device, the positioning of the turnover box is completed through the first baffle, the turnover box is lifted and conveyed after the positioning of the turnover box is completed through a second conveying mechanism, on one hand, the reversing transmission of the turnover box is completed, on the other hand, the turnover box is lifted from the first conveying device, the transfer mechanism can stretch into the lower part of the turnover box to be supported and taken conveniently, through the design of the second baffle, on the one hand, the turnover box can be blocked when the second conveying mechanism conveys to the tail end, on the other hand, the turnover box is corrected and positioned again, and the turnover box is accurately positioned before being supported and taken.

As further shown in fig. 5, the first conveying mechanism 131 is a roller conveying mechanism, which includes a first mounting frame 1311 and a plurality of rollers 1312 mounted on the first mounting frame; a plurality of rollers 1312 are arranged at intervals to form gaps; the roller conveying mechanism adopted by the first conveying device can meet the requirement on the gap on one hand, and can be selected according to actual requirements in a power or non-power mode on the other hand, and on the other hand, the rollers of the roller conveying mechanism are in rolling friction with the turnover box, so that the position of the turnover box after being attached to the first baffle plate can be conveniently adjusted; the second conveying mechanism 132 adopts two belt conveying mechanisms which run synchronously; the conveying surface of the second conveying means 132 is formed by the top belt conveying surfaces of the two belt conveying means, which can pass through the roller gap of the roller conveying means when they are lifted.

Referring again to fig. 5, the first shutter 133 is further provided with a code scanner 135 at a side away from the first conveying mechanism 131; the first shutter 133 is provided with a code scanning window in a working area of the code scanner 135; the code scanner 135 is used for reading the corresponding information of the label of the turnover box 5 when the turnover box is attached to the first baffle 133; the label on the turnover box can be scanned by adopting the code scanner to obtain information such as the specification of the solvent in the turnover box, and the turnover box can be conveniently and correspondingly stored in the solvent secondary cache library by the transfer mechanism.

As shown in fig. 6 to 9, the delivery mechanism 14 includes a solvent transfer robot 141, a first conveyor belt 142, and a second conveyor belt 143; the solvent transfer manipulator 141 is used for grabbing the solvent 6 from the turnover box of the ex-warehouse station 114 and transferring the solvent to the first conveyer belt 142; the first conveyor belt 142 is used for receiving the solvent 6 transferred by the solvent transfer manipulator 141 and conveying the solvent 6 to the second conveyor belt 143; the second conveying belt 143 is used for outputting the solvent 6 in the forward direction; a first visual recognition device 144 is further disposed above the second conveyor belt 143, and is used for recognizing parameters of the solvent 6 on the second conveyor belt 143 and checking whether the solvent 6 is mistakenly taken; the conveying direction of the first conveying belt 142 is perpendicular to the conveying direction of the second conveying belt 143; the second conveying belt 143 is also used for reversely outputting the mistaken solvent 6; the outlet side of the second conveyer belt 143 for reversely outputting the solvent 6 is further connected with a wrong solvent conveying mechanism 145, and the storage grid further comprises a wrong solvent buffer station 115 for receiving the wrong solvent 6 through the turnover box 5; the wrong solvent conveying mechanism 145 is used for receiving the wrong solvent 6 reversely output from the second conveying belt 143 and conveying the wrong solvent 6 to the turnover box 5 of the wrong buffer station 115; the solvent transfer manipulator 141 comprises a suction claw 1411 and a moving platform for driving the suction claw to move; the mobile platform is an X, Y, Z, R four-axis mobile platform; the device comprises an XY axis moving platform, a Z axis moving mechanism 1414 arranged on the XY axis moving platform and an R axis mechanism 1415 arranged at the moving end of the Z axis moving mechanism 1414; the R-axis mechanism 1415 is used for driving the solvent grabbed by the suction claw 1411 to rotate by 90 degrees; the solvent secondary buffer storage 2 also comprises a connecting and conveying mechanism 15; the connecting and conveying mechanism 15 comprises a horizontal conveying mechanism 151 and a vertical conveying mechanism 152; the vertical transport mechanism 152 includes an upper inlet 1522 and a lower outlet 1523; one end of the horizontal conveying mechanism 151 is connected with the forward output end of the second conveying belt 132, and the other end of the horizontal conveying mechanism 151 is connected with an upper inlet 1522 of the vertical conveying mechanism 152; the lower outlet of the vertical conveying mechanism 152 is used for connecting the labeling machine 2; the XY-axis moving platform comprises an X-axis moving mechanism 1413 and a Y-axis moving mechanism 1412, in this embodiment, the X-axis moving mechanism 1413 is installed on the moving end of the Y-axis moving mechanism 1412, and the Z-axis moving mechanism 1414 is installed on the moving end of the X-axis moving mechanism 1413; the X-axis moving mechanism 1413 and the Y-axis moving mechanism 1412 are both configured as a linear module (belt type); the X-axis moving mechanism 1413 and the Y-axis moving mechanism 1412 drive the range of the suction claw 1411 to cover the output station 114 and the take-up end of the first conveyor belt 132.

As further shown in fig. 9, the vertical conveying mechanism 152 includes a lifting mechanism 1525 and a conveying bucket 1524 mounted at a moving end of the lifting mechanism 1525; the conveying hopper 1524 is positioned between the upper inlet 1522 and the lower outlet 1523, the conveying hopper 1524 is obliquely arranged, and the inlet side of the conveying hopper 1524 close to the upper inlet 1522 is higher than the outlet side of the conveying hopper 1524 close to the lower outlet 1523; the vertical transport mechanism 152 further includes a housing 1521; the housing 1521 at least comprises a shell plate positioned at the upper side of the lower outlet 1523, and the outlet side of the transmission hopper 1524 is in clearance fit with the shell plate and used for enabling the shell plate to form an outlet baffle plate of the transmission hopper 1524 in the lifting process; the transmission hopper 1524 is in clearance fit with the shell plate 1521, so that an opening and closing door at the lower outlet 1523 can be saved.

As shown in fig. 5, 6, 7 and 10, the solvent secondary buffer reservoir 1 includes two rows of reservoir racks 11, and the transfer mechanism 12 is disposed between the two rows of reservoir racks 11; the two rows of warehouse racks 11 are provided with warehouse-out stations 114, solvent transfer manipulators 141 and first conveying belts 142, and the two rows of warehouse racks 11 share one second conveying belt 143; the second conveyor belt 143 is disposed between the two first conveyor belts 142; an exchange conveyer belt 16 is also arranged between the two rows of warehouse racks 11; the solvent transfer manipulator 141 of one row of the storage racks 11 is also used for grabbing the solvent 6 from the turnover box 5 of the delivery station 114 of the one row of the storage racks 11 and transferring the solvent to the exchange conveyer belt 16 at one end of the row of the storage racks 11, the exchange conveyer belt 15 is used for conveying the solvent 6 to the other end, and the solvent transfer manipulator 141 of the other row of the storage racks 11 is also used for grabbing the solvent 6 from the other end of the exchange conveyer belt 16 and transferring the solvent to the turnover box 5 of the delivery station 114 of the other row of the storage racks 11; in the solvent secondary buffer library of the present embodiment, in order to fully utilize the space, the solvent transfer manipulator 141 is installed on the top side of the solvent secondary buffer library, and the ex-library station 114 is correspondingly disposed at a position close to the top side of the solvent secondary buffer library 1; the corresponding second conveyor belt 143 is also located at a relatively high position.

In the delivery line for the intravenous concentrated drug dispensing center of the present embodiment, the warehousing process of the solvent secondary buffer library 1 is as follows: the turnover box is conveyed to the first baffle 133 by the conveying power of the roller conveying mechanism or an external force pushing mode, and the rear side of the turnover box 5 is flush with the working surface of the first baffle 133, so that the turnover box is positioned in the front-back direction; meanwhile, the barcode scanner 135 reads information of the tag on the rear side of the turnover box 5, so as to provide a target storage grid for storing the turnover box; then, the second conveying mechanism 132 is lifted to lift the turnover box 5 to be separated from the first conveying mechanism 131, then, the second conveying mechanism 132 starts horizontal conveying, when the turnover box 5 is conveyed to the tail end of the second conveying mechanism 132, the turnover box 5 is blocked by the second baffle 134, meanwhile, the right side face of the turnover box 5 abuts against the second baffle 134, the left and right directions of the turnover box are further positioned, the transfer manipulator 123 of the transfer mechanism 12 of the solvent secondary buffer storage is moved to the storage station and extends into the lower portion of the turnover box 5, the transfer manipulator 123 is driven by the vertical linear module 122 to move upwards integrally, the turnover box 5 is further lifted, then, the transfer manipulator drives the turnover box 5 to reset, the turnover box is moved to a specified storage grid (information obtained by the code scanner 136), and the turnover box 5 is stored, namely the storage of the turnover box is completed.

In the delivery line for the intravenous concentrated drug dispensing center of the present embodiment, the process of discharging the solvent secondary buffer storage 1 is as follows: after the information of the needed solvent is obtained, the transfer manipulator 123 of the transfer mechanism 12 of the solvent secondary buffer library moves to the designated storage grid in the storage station 112, takes out the turnover box 5, moves to the ex-warehouse station 114, and puts in the turnover box 5; when the circulation box 5 is positioned at the delivery station 114, the solvent transfer manipulator 141 is started, the suction claw 1411 is driven by the X-axis moving mechanism 1413 and the Y-axis moving mechanism 1412 to move to the position right above the corresponding required solvent of the circulation box, then the suction claw 1411 is driven by the Z-axis moving mechanism 1414 to descend to suck the solvent 6, and then the suction claw 1411 is driven by the Z-axis moving mechanism 1414 to rise and reset; then, the X-axis moving mechanism 1413 and the Y-axis moving mechanism 1412 drive the suction claw 1411 to move above the first conveyor belt 142, the R-axis mechanism 1415 drives the suction claw 1411 to rotate by 90 degrees, suction is stopped, and the solvent 6 falls on the first conveyor belt 142; at this time, the first conveyor belt 142 starts to start, and the solvent 6 moves the end of the first conveyor belt 142 and slides onto the second conveyor belt 143; the visual recognition device 144 is started to recognize the solvent 6 on the second conveyer belt 143 and check whether the solvent is the required solvent, if so, the second conveyer belt 143 is conveyed backwards and forwards to make the solvent 6 enter the horizontal conveying mechanism 151 of the joint conveying mechanism 15; if the solvent is not needed, the solvent is judged to be mistaken, the second conveying belt 143 conveys the solvent forwards and reversely, the mistaken solvent falls into the mistaken solvent conveying mechanism 145 and is conveyed to the turnover box 5 at the mistaken cache station 115 of the solvent secondary cache library, and then the required solvent can be discharged; in the delivery process, it should be noted that the length direction of the solvent 6 in the turnover box 5 is the left-right direction, and the solvents of different specifications are basically consistent in width and inconsistent in length; and the transport direction of the second conveyor belt 143 is the front-rear direction; in order to accommodate the transportation of the solvents with different specifications, the solvent transfer robot 141 is provided with an R-axis mechanism 1415, which rotates the solvent 6 picked up from the container 5 by 90 degrees, so that the longitudinal direction of the solvent 6 placed on the first conveyor belt 142 is aligned with the conveying direction of the second conveyor belt 143, and the second conveyor belt 143 can accommodate the conveyance of the solvents with different specifications, and the solvent 6 received by the second conveyor belt 143 from the first conveyor belt 142 is positioned at substantially the same position in the left-right direction.

In the supply conveying line for the intravenous administration centralized dispensing center of the embodiment, the connection conveying process of the solvent secondary cache bank 1 is as follows: when the solvent is delivered to the horizontal conveying mechanism 151 of the linking conveying mechanism 15 in the forward direction from the warehouse-out mechanism 14 through the second conveying belt 143, the horizontal conveying mechanism 151 is started to convey the solvent 6 to the tail end, and the solvent slides into the transmission hopper 1524 through the upper inlet 1522 of the vertical conveying mechanism 152, at this time, the solvent 6 is blocked in the transmission hopper due to the clearance fit between the front end of the transmission hopper 1524 and the shell plate; the lifting mechanism 1525 starts to drive the conveying hopper 1524 to move downwards, when the conveying hopper 1524 moves to the position of the lower outlet 1523 of the vertical conveying mechanism 152, the rear lower side of the conveying hopper is not blocked by the shell plate, and at the moment, the solvent slides out of the lower outlet 1523 to enter the feeding end of the labeling machine under the action of self weight and inclined guiding of the conveying hopper.

In the delivery line of the present embodiment, the inventory preparation process (in-reservoir solvent transfer process) of the solvent secondary buffer reservoir 1 is as follows: when the solvent secondary buffer storage is idle, the storage sorting process can be started by selecting a machine, and because the quantity of the residual solvents in the turnover box is inconsistent after the solvents in different turnover boxes are discharged, the quantity of the solvents in the turnover box can be determined through statistics (the information of the specification and the quantity of the solvents in the turnover box confirmed by scanning during storage and the quantity of the solvents taken by the turnover box during discharge), the turnover boxes for the solvents with the same specification can be integrated, and the solvents of one side of the storage rack can be specifically transferred and integrated to the turnover box of the other side of the storage rack; at this time, the transfer mechanism 12 conveys the turnover box of the warehouse rack 11 to be taken to the delivery station 114 of the warehouse rack 11 on the side, and then conveys the turnover box to be stored of the warehouse rack 11 to be stored to the delivery station 114 of the warehouse rack 11 to be stored; meanwhile, the solvent transfer manipulator 141 on the side to be taken out takes out the solvent from the turnover box of the side out-warehouse station 114 and transfers the solvent to the end part of the exchange conveyer 16 on the side warehouse rack 11, at this time, the corresponding sensor on the side of the exchange conveyer 16 is triggered, the exchange conveyer 16 starts to operate, the solvent is conveyed to one end of the warehouse rack on the side to be stored (both ends of the exchange conveyer are provided with corresponding baffles), the sensor on the end is triggered, the solvent transfer manipulator 141 on the side to be stored picks up the solvent from the exchange conveyer 16 and transfers the solvent to the turnover box of the side out-warehouse station 114, and after the turnover box on the side to be taken out is empty or the turnover box on the side to be stored is full, the transfer mechanism 12 returns the corresponding turnover box to the original storage grid.

In the supply conveying line for the intravenous administration centralized dispensing center of the embodiment, the empty box transferring process of the solvent secondary buffer storage 1 comprises the following steps: when the solvent in the circulation box of the storage station is emptied, the transfer mechanism 12 transfers the empty circulation box to the empty box output station 116, the empty circulation box of the empty box output station 116 can be taken out through the box outlet 17, and the empty circulation box is put into storage again after being filled with the solvent.

As further shown in fig. 11 to 13, the labeler 2 includes a labeling host 21 and a sorting cabinet 22; the labeling main machine 21 comprises a first labeling conveyer belt 211, a second labeling conveyer belt 212 and a third labeling conveyer belt 213 which are sequentially connected in a front-back manner; the inlet end of the first label-sticking conveyer belt 211 is connected with the output end of the solvent secondary buffer storage 2; a labeling station is arranged on the second labeling conveyer belt 212; the labeler 2 further comprises a labeler manipulator 214 and a label printer 216, as well as a second visual recognition device 215; a label printer 216 for printing out prescription labels; the labeling manipulator 214 is used for taking a prescription label and labeling the label on the solvent 6 on the labeling station; the second visual recognition device 215 is used for recognizing whether the information of the prescription label and the applied solvent 6 are matched; the third label-sticking conveyer belt 213 is used for conveying the labeled solvent 6 to the sorting cabinet 22; the sorting cabinet 22 includes a cabinet body; a first slideway 221 and a second slideway 222 which are inclined downwards from the input end to the output end are arranged in the cabinet body; the input end of the first slideway 221 forms a first inlet 223 in the side wall of the cabinet; the output end of the first slideway 221 extends out of the cabinet body; the input end of the second chute 222 forms a second inlet 224 on the side wall of the cabinet; the second inlet 224 is located directly below the first inlet 223; a wrong-sticking solvent recovery box 225 is also arranged in the cabinet body; the output end of the second slideway 222 is positioned above the wrong-sticking solvent recovery box 225; the output end of the third label-sticking conveying belt 213 has a function of turning up and down, and is used for connecting the correct solvent identified by the second visual identification device with the first inlet 223 of the sorting cabinet 22 and outputting the correct solvent to the first slideway 221, and is also used for connecting the wrong solvent identified by the second visual identification device with the second inlet 224 of the sorting cabinet 22 and outputting the wrong solvent to the second slideway 222; the correct solvent is conveyed to the solvent receiving station of the basket conveying mechanism 3 through a first slide way 221; the solvent which is wrongly pasted is conveyed into a solvent recovery box 225 through a second slideway 222; the front end of the third label conveying belt 213 is hinged to the label sticking machine 2, the rear end is hinged to a turnover driving mechanism 217 (a driving mechanism with a driving end capable of extending out or retracting like an electric push rod) and the turnover driving mechanism 217 is also hinged to the label sticking machine 2; when the driving end of the reverse driving mechanism 217 extends, the rear end of the third label conveying belt 213 is turned upwards by taking the hinged position of the front end as an axis, so that the rear end of the third label conveying belt 213 is connected with the first inlet 223, and when the driving end of the reverse driving mechanism 217 retracts, the rear end of the third label conveying belt 213 is turned downwards by taking the hinged position of the front end as an axis, so that the rear end of the third label conveying belt 213 is connected with the second inlet 224.

As shown in fig. 14 to 19, the ampoule dispensing machine 4 includes an ampoule storage rack 41; the injection storage rack 41 is provided with storage grids which are distributed in an array manner in the left-right direction and the up-down direction; the injection storage box 411 is arranged on the storage grid; a button 4111 and a medicine placing door 4112 are arranged on the injection storage box 411; the ampoule storage magazine 411 is configured to dispense a bottle of ampoule 7 by depressing a button 4111 to open a hopper 4112, and to release the button 4111 to close the hopper 4112; the injection storage rack 41 is further provided with a medicine taking mechanism 42, and the medicine taking mechanism 42 comprises a medicine taking manipulator 423 and a moving mechanism for driving the medicine taking manipulator 423 to move between the injection storage boxes 312 of the injection storage rack 41; the medicine taking manipulator 423 comprises a pressing head 4233, and the pressing head 4233 is used for pressing or releasing a button 4111; the medicine taking manipulator 423 further comprises a medicine receiving channel 4232 for receiving the injection 7 released from the injection storage box 411; the medicine taking mechanism 42 is also provided with a medicine outlet station; a medicine discharging slideway 43 is also arranged at the medicine discharging station, and the medicine discharging slideway 43 is used for receiving the injection 7 output by the medicine taking mechanism 42 and outputting the injection 7 to the needle connecting station of the basket conveying mechanism 3; the medicine taking mechanism 42 is also provided with a medicine storage station; the medicine storage position is also provided with a medicine storage hopper 44, and the medicine storage hopper 44 is used for receiving and storing the injection 7 output by the medicine taking mechanism 42; the moving mechanism comprises vertical linear modules 421 at the left side and the right side, and horizontal linear modules 422 in the left-right direction and arranged between the moving ends of the two vertical modules 421; the medicine taking manipulator 423 is arranged on the moving end of the horizontal linear module 422; a vertical driving element 425 (adopting a driving element such as a motor) is arranged at the middle position of the top sides of the two vertical linear modules 421; the output ends at two sides of the vertical movement driving element 425 are connected with transmission rods 424; the tail end of the transmission rod 424 is respectively connected with the vertical linear modules 421 at the left side and the right side, the vertical driving element 425 is used for driving the moving ends of the vertical linear modules 421 at the left side and the right side to synchronously move through the transmission rod 424 so as to drive the horizontal linear module 422 to vertically move, and a left-right moving driving element 426 (adopting driving elements such as a motor) is arranged at one end of the horizontal linear module 422 and is used for driving the moving end of the horizontal linear module 422 to move so as to drive the medicine taking manipulator 423 to move left and right; the injection dispensing machine 4 is also provided with a frame 45, the vertical linear module 421 is fixed on the frame 45, and the outer side of the frame 45 is also provided with an outer cover; the housing has at least a door 46 at the front side; the medicine discharging chute 43 and the medicine storage hopper 44 are respectively arranged on the door 46.

As shown in fig. 18 and 19, the medicine taking manipulator 423 further includes a mounting frame 4231, the medicine receiving passage 4232 is arranged in the mounting frame 4231 in a front-back direction, and the medicine receiving passage 4232 is inclined downward from the input end to the output end; the pressing head 4233 is arranged on the mounting rack 4231 and is positioned above the input end of the medicine receiving channel 4232; the pressing head 4233 is connected with a pressing driving mechanism 4234 mounted on the mounting frame 4231; the pressing drive mechanism 4234 is used for driving the pressing head 4233 to press the button 4111 or release the button 4111; a baffle 4235 is also arranged above the output end of the medicine receiving passage 4232 on the mounting frame 4231; the top side of the baffle 4235 is connected with a baffle driving mechanism 4236 arranged on the mounting frame 4231; the shutter drive mechanism 4236 is used for driving the shutter 4235 to move downwards to block the injection solution 7 from being conveyed in the injection receiving passage 4232, or driving the shutter 4235 to move upwards to allow the injection solution 7 to be conveyed in the injection receiving passage 232.

In the supply and delivery line for the intravenous administration centralized preparation center of the embodiment, the working process of the injection dispensing machine is as follows: the injection dispensing machine 4 receives a dispensing instruction and obtains information of an injection required by an intravenous drug preparation prescription, the moving mechanism drives the dispensing manipulator 423 to move to a storage grid of the required injection and corresponds to the injection storage box 411, the pressing driving mechanism 4234 drives the pressing head 4233 to press the button 4111, the injection storage box 411 outputs one injection through the dispensing door 4112, the pressing driving mechanism 4234 moves away from the button, and the button 4111 of the injection storage box 411 resets; according to the quantity of the required injections, controlling the number of times of pressing the button 4111 to obtain the corresponding quantity of injections; the incoming material sensor above the rear end of the medicine receiving channel 4232 is used for counting the number of injections entering the medicine receiving channel 4232, so that the accuracy of the number of injections taken by the medicine taking manipulator 423 is further ensured; the default of the baffle 4235 is that the baffle 4235 is lowered, that is, when the injection 7 is output from the injection storage box 411 and enters the medicine receiving channel 4232 of the medicine taking manipulator 423, the injection 7 is blocked by the baffle 4235, so that the injection 7 is cached in the medicine taking manipulator 423; if different types of injections need to be taken, the medicine taking manipulator 423 can be driven by the moving mechanism to move to other storage grids for the required injections, and then corresponding medicine taking operation is carried out; when all injections in the prescription are taken; the moving mechanism drives the medicine taking manipulator 423 to move to the medicine discharging station, at the moment, the front end of a medicine receiving channel 4232 of the medicine taking manipulator 423 corresponds to the rear end of the medicine discharging slideway 43, the baffle driving mechanism 4236 drives the baffle 235 to rise upwards, and then the medicine receiving channel 232 is opened, so that the injection in the medicine receiving channel 232 enters the medicine discharging slideway 3 and is output to the needle receiving station of the basket conveying mechanism 3; if the medicine taking manipulator 423 receives an instruction which is no longer needed after receiving the injection, the medicine taking manipulator 423 moves to a medicine storage position through the moving mechanism, and outputs the taken injection to the medicine storage hopper 44 for caching.

As shown in fig. 20 to 26, a solvent input cabinet 34 is further provided on the medicine basket transportation device 33 of the basket-loading transportation mechanism 3 at the solvent receiving station, and a waiting station is further provided between the basket receiving station and the needle receiving station; the waiting station is used for blocking the medicine basket 8 at the waiting station, and the medicine basket 8 is released after the basket receiving mechanism 32 finishes receiving the medicine basket at the basket receiving station; the solvent receiving station, the needle receiving station and the waiting station are all provided with a blocking mechanism 35 for blocking or releasing the medicine basket at the corresponding stations; the solvent input cabinet 34 is connected with the labeling machine 2; a third visual recognition device 341 is also arranged in the solvent input cabinet 34; third visual recognition device 341 is used for recognizing the information of the intravenous drug 7 required by the prescription label on the solvent 6 received by the solvent input cabinet 34; the conveying mechanism 33 comprises a first section of conveying device 331, a second section of conveying device 332 and a third section of conveying device 333; each section of the transportation device comprises a transportation support frame 334 taking the transportation direction as the length direction and transportation belts 335 fixed at the two sides of the transportation support frame 334 in the width direction; the two conveyor belts 335 are driven synchronously by a conveyor drive element 336; the conveying surfaces of the two conveying belts 335 support the corresponding two sides of the bottom surface of the medicine basket 8 together; a basket sending station is arranged on the first section of the conveying device 331, a solvent receiving station is arranged on the second section of the conveying device 332, and an injection receiving station, a waiting station and a basket receiving station are arranged on the third section of the conveying device 333; each section of the transportation device operates independently.

As shown in fig. 22 to 25, the basket-sending mechanism 31 includes a frame 311, and a mounting plate 312 fixed to the top surface of the frame 311; the central area of the mounting plate 312 is provided with an opening 313 for the medicine basket to pass through; the mounting plate 312 is provided with medicine basket clamping jaws 316 positioned around the opening 313; a plurality of medicine basket clamping jaws 316 are arranged; the basket gripping jaws 316 are mounted on the translation plate 315 of the translation mechanism 314; the translation mechanism 314 is used for driving the plurality of medicine basket clamping jaws 316 to move towards the opening 313, and the plurality of medicine basket clamping jaws 316 jointly support the edge of the medicine basket 8; the medicine basket clamping jaws 316 are driven to move away from the opening 313, so that the medicine basket clamping jaws 316 are separated from the edge of the medicine basket; a lifting bracket 337 is also arranged between the two conveyor belts 335 of the first section of the transporting device 331; the lifting bracket 337 vertically corresponds to the opening 313 of the mounting plate 312 of the basket distribution mechanism 31; when the lifting bracket 337 is used for lifting, a medicine basket loosened by the medicine basket clamping jaws 316 is supported by the top surface of the lifting bracket 337; when the medicine basket is also used for descending, the top surface of the lifting bracket 337 is positioned below the conveying surface of the first section of conveying device 331, so that the medicine basket 8 is supported by the two conveying belts 335, and further the medicine basket 8 is transferred to the first section of conveying device 331 from the basket delivering mechanism 31; the lifting bracket comprises a top plate, a bottom plate and side plates connected with the two sides of the top plate and the bottom plate; the lifting driving component 338 is arranged at the bottom side of the lifting bracket; the lift drive assembly 338 includes a telescoping drive element (e.g., a power ram) and a guide sleeve and post mechanism; the bottom side of the telescopic driving element and the guide post are both arranged on a fixing plate 339, and the fixing plate 339 is fixed with the conveying support frame 334; the driving end of the telescopic driving element and the guide sleeve are both arranged on the bottom plate of the lifting bracket; the distance between the top plate and the bottom plate of the lifting bracket is not less than the strokes of the guide sleeve guide post and the telescopic driving element; in this embodiment, there are four medicine basket clamping jaws 316, two translation plates 315, a translation mechanism 314 drives the two translation plates 315 to synchronously move towards (close to) or away from (far away from), and a medicine basket clamping jaw 316 is fixed at a position of each translation plate 315 close to both ends; the part of the first section of the transporting device 331 close to the input end is positioned at the inner side of the frame 311 of the basket sending mechanism 31, and a height allowing at least one medicine basket 8 to pass through is reserved between the conveying surface of the first section of the transporting device 331 and the mounting plate 312 of the basket sending mechanism 31.

As shown in fig. 26, the basket receiving mechanism 32 and the basket delivering mechanism 31 have the same structure, and the third-stage transporting device 333 also has a lifting bracket 337 having the same structure as the first-stage transporting device 331; the lifting bracket 337 of the third-stage conveying device 333 is used for lifting the medicine basket 8 located at the basket receiving station, so that the medicine basket 8 is lifted to be separated from the conveying surfaces of the two conveying belts 335 of the third-stage conveying device 333 until entering the opening 313 of the basket receiving mechanism 32; the basket-collecting mechanism 32 is also provided with a vertical guide frame 321 above the opening 313; the medicine baskets 8 collected by the basket collecting mechanism 32 enter from the bottom side of the vertical guide frame 321 in sequence and are stacked and arranged from bottom to top.

In the supply conveying line for the intravenous medicine centralized dispensing center of the embodiment, the basket sending process of the basket-loading conveying mechanism 3 comprises the following steps: the medicine basket clamping jaws are in a folded supporting state in an initial state, namely the two translation plates are in a close state, at the moment, a vertical row of piled empty medicine baskets are supported by the medicine basket clamping jaws, when the medicine baskets need to be dispensed, the lifting driving assembly drives the lifting bracket to ascend until the lifting bracket is contacted with the bottom side of the lowermost medicine basket, then, the translation mechanism drives the two translation plates to move away from each other, and further, the medicine basket clamping jaws are separated from the medicine baskets; at this moment, lift drive assembly drive lift bracket descends slightly, make the medicine basket clamping jaw be located the position between the edge of the medicine basket of bottommost side and the edge of last medicine basket, then, translation mechanism drives two translation board and removes in opposite directions, and then make the medicine basket clamping jaw insert between the edge of two medicine baskets, lift drive assembly continues drive lift bracket and descends, at this moment, the edge of last medicine basket falls on the medicine basket clamping jaw, and lift bracket descends gradually and makes the top surface of lift bracket be less than the transport face of first section conveyer, the medicine basket of downside falls on two conveyer belts of first section conveyer, first section conveyer carries the medicine basket to on the second section conveyer.

In the supply conveying line for the intravenous medicine centralized dispensing center of the embodiment, the basket conveying mechanism 3 performs the following medicine taking process: the second section of the conveying device carries the medicine basket to a solvent receiving station, the blocking mechanism is lifted by default, and the medicine basket is blocked at the station and the blocking mechanism; a first slideway of a sorting cabinet of the labeling machine outputs a solvent, the solvent falls into a medicine basket, meanwhile, a third visual recognition device acquires information of statically prepared medicines required by a prescription label on the solvent and sends corresponding information to an injection dispensing machine to prepare required injection, a blocking mechanism at the station descends again after a certain time, and a second section of transportation device continues to convey the medicine basket to a third section of transportation device; the third section of the conveying device carries the medicine basket to the needle receiving agent station and is blocked by the blocking mechanism of the station; the medicine discharging slide way outputs the injection needed correspondingly to the medicine basket, the blocking mechanism of the station descends again after a certain time, and the third section of the conveying device continues to convey the medicine basket to the waiting station and is blocked by the blocking mechanism of the station to prepare for collecting the medicine basket.

In the supply and conveying line for the centralized intravenous administration preparation center of the present embodiment, the basket receiving process of the basket-loading conveying mechanism 3: waiting for the blocking mechanism of the station to fall, continuously conveying the medicine baskets to the lifting bracket by the third-stage conveying device, driving the lifting bracket to ascend by the lifting driving assembly until the medicine baskets are conveyed to the medicine basket clamping jaws of the basket collecting mechanism, driving the medicine basket clamping jaws to move away from each other at the moment, enabling the medicine baskets above the medicine baskets to fall on the medicine baskets needing to be collected, driving the lifting bracket to ascend continuously by the lifting driving assembly at the same time until the edges of the medicine baskets are higher than the medicine basket clamping jaws, driving the medicine basket clamping jaws to move to the positions below the edges of the medicine baskets in opposite directions at the moment, driving the lifting bracket to descend and reset by the lifting driving assembly, and enabling the medicine baskets in the vertical guide frame to fall on the medicine basket clamping jaws to finish basket collecting action; after the medicine baskets in the vertical guide frame are fully stacked, an alarm is given, a person takes out a row of medicine baskets in the vertical guide frame, and then the actions of basket sending, solvent receiving, medicine receiving and basket receiving are continued.

The utility model provides an in the supply transfer chain that is used for intravenous administration medicine to concentrate allotment center, utilize menstruum second grade buffer storehouse, the label machine, injection medicine dispensing machine, complete transfer chain is constituteed to the basket conveying mechanism, the menstruum in the intravenous administration medicine is by the output of menstruum second grade buffer storehouse after the label in the basket conveying mechanism basket, the injection in the intravenous administration medicine is exported to basket conveying mechanism basket by the injection medicine dispensing machine and is adorned the basket, the medicine basket that loads menstruum and injection is piled up by basket conveying mechanism, unified transportation to the room of preparing again, reduce artificial participation, the pollution risk is reduced, and simultaneously, conveying efficiency is high, reduce the time of the preparation work before the intravenous administration medicine allotment.

In the supply conveying line for the concentrated intravenous administration drug dispensing center, the secondary solvent buffer storage adopts the warehousing mechanism to accurately position the turnover box for warehousing, and the ex-warehousing mechanism can take out the solvent of the turnover box for conveying, so that the turnover box is not required to be carried, and the warehousing and ex-warehousing efficiency is greatly improved; the second conveying belt in the delivery mechanism can output correct menstruum in the forward direction under the identification of the first visual identification device, and output wrong menstruum in the reverse direction to a turnover box of a wrong caching station to check the menstruum; the adopted R-axis mechanism can rotate the solvent grabbed by the sucking claw by 90 degrees, so that the length direction of the solvent can be conveniently controlled, and the requirements of the output mechanism for outputting solvents with different specifications are further met; the adopted linking conveying mechanism can convey the solvent output by the second conveying belt at a relatively high position to the labeling machine at a relatively low position; the adopted empty box output station and the box outlet facilitate taking out the empty box, and further supplement the solvent; the adopted exchange conveyer belt can transfer the menstruum in the turnover box of one row of warehouse racks to the turnover box of the other row of warehouse racks which is not full when the warehouse racks are arranged in two rows, thereby realizing the full utilization of the turnover box and facilitating the checking and the arrangement of the menstruum stored in the buffer storage; the whole design is reasonable, the structure is compact, and the space is effectively utilized.

In the supply conveying line for the intravenous administration concentrated blending center of the embodiment, the labeling machine adopts a labeling manipulator to label a prescription label on a solvent, a second visual recognition device is used for recognition and judgment, the solvent is output through the cooperation of a third labeling conveying belt and a sorting cabinet, and the solvent is checked again; the output end of the third label sticking conveying belt can be vertically turned, and the third label sticking conveying belt is conveniently matched with the first inlet and the second inlet of the sorting cabinet in a switching mode.

In the supply conveying line for the intravenous administration centralized preparation center, the injection dispensing machine adopts a medicine taking manipulator, opens the injection box in a mechanical pressing mode, outputs the injection, is convenient to operate and compact in structure, greatly improves the dispensing efficiency of the injection and greatly reduces the error probability; the medicine taking mechanical arm is matched with the injection storage box, one medicine is taken out by the pressing head of the medicine taking mechanical arm every time the medicine is pressed, the medicine taking quantity can be controlled by the pressing frequency of the pressing head, and the accuracy and controllable quantity of the injection can be ensured; still be provided with in the manipulator of getting it filled and connect the medicine passageway, the exit end that connects the medicine passageway still sets up the baffle for when connecing the medicine, connect the medicine passageway and form confined hopper-shaped structure with the fishplate bar cooperation, can effectively receive and save the injection of taking out, when treating that the manipulator of getting it filled removes to play medicine slide or deposit medicine slide department, the baffle passes through the drive of baffle actuating mechanism and rises, and then exports the injection of acquireing to in the play medicine slide.

In the supply conveying line for the concentrated intravenous administration drug allocation center, the basket-loading conveying mechanism adopts a machine drug-dispensing basket, each drug basket loads required menstruum and corresponding injection in the conveying process, and then the loaded drug baskets are stacked through the basket-receiving mechanism, so that the contact of personnel is reduced in the whole process; each section of conveying mechanism operates independently, and conveying requirements of different stations can be met; the adopted blocking mechanism can accurately position the medicine basket on the medicine basket conveying device, and ensure that the solvent and the injection fall into the medicine basket accurately; the vertical guide frame arranged on the basket collecting mechanism can enable the medicine basket filled with the menstruum and the statically-mixed medicines to enter the vertical guide frame from bottom to top to be stacked, and after the medicine basket is filled with the medicines, a column of medicine baskets stacked on the vertical guide frame can be directly taken out and transported.

The above-mentioned embodiments should not limit the present invention in any way, and all the technical solutions obtained by adopting equivalent replacement or equivalent conversion fall within the protection scope of the present invention.

Claims

1. A supply transfer line that is used for central allotment of intravenous route medicine, its characterized in that: comprises a solvent secondary buffer storage, a label sticking machine, an injection dispensing machine and a basket loading and conveying mechanism; the basket loading and conveying mechanism comprises a medicine basket conveying device, and the medicine basket conveying device is provided with a basket sending station, a solvent receiving station, a needle agent receiving station and a basket collecting station; the solvent secondary buffer library, the labeling machine and the solvent receiving station of the basket conveying mechanism are sequentially connected; the injection dispensing machine is connected with a needle receiving station of the basket conveying mechanism;

the solvent secondary buffer library is used for receiving and buffering a turnover box filled with a solvent and outputting the solvent filled in the turnover box to a labeling machine;

the labeling machine is used for receiving the solvent output by the solvent secondary buffer storage, labeling the solvent, and outputting the labeled solvent to a solvent receiving station of the basket conveying mechanism;

the injection dispensing machine is used for outputting the required injection to a needle receiving station of the basket conveying mechanism;

the basket-loading conveying mechanism is provided with a basket-sending mechanism at a basket-sending station of the medicine basket conveying device and a basket-receiving mechanism at a basket-receiving station of the medicine basket conveying device; the basket delivering mechanism is used for delivering medicine baskets to a basket delivering station, and the medicine basket conveying device conveys the medicine baskets at the basket delivering station to a solvent receiving station to receive the solvent output by the label sticking machine, conveys the medicine baskets to a needle receiving station to receive the injection output by the injection dispensing machine and conveys the medicine baskets to a basket receiving station; and the basket collecting mechanism collects the loaded medicine baskets.

2. The supply delivery line for an intravenous drug centralized administration center according to claim 1, wherein: the solvent secondary buffer storage comprises a warehouse rack and a transfer mechanism, wherein a plurality of storage grids for buffering the turnover box are distributed in the warehouse rack in a front-back direction and an up-down direction in an array manner; the storage grids comprise a plurality of storage stations for caching the turnover boxes, warehousing stations for warehousing the turnover boxes and ex-warehouse stations for ex-warehouse the turnover boxes; the transfer mechanism is used for moving, loading and unloading the turnover box among the storage station, the warehousing station and the ex-warehouse station; a warehousing mechanism is arranged at the warehousing station; the warehouse-out station is provided with a warehouse-out mechanism; the warehousing mechanism is used for positioning the turnover box at a warehousing station; the ex-warehouse mechanism is used for taking out and outputting the solvent to be taken in the turnover box positioned at the ex-warehouse station.

3. The delivery line for an intravenous medication central administration center according to claim 2, wherein: the warehousing mechanism comprises a first conveying mechanism and a second conveying mechanism; the tail end of the first conveying mechanism is provided with a first baffle plate, and one side of the conveyed turnover box is abutted against the first baffle plate to be straightened; at least two gaps vertical to the conveying direction are arranged on the conveying surface of the first conveying mechanism; the second conveying mechanism is arranged below the first conveying mechanism and close to the tail end; the conveying direction of the second conveying mechanism is vertical to the conveying direction of the first conveying mechanism; the second conveying mechanism also has a lifting function and is used for enabling the second conveying mechanism to penetrate through the gap when being lifted, further supporting the turnover box to be separated from the first conveying mechanism, transporting the turnover box to an outlet of the second conveying mechanism and then transferring the turnover box to a storage station through the transfer mechanism, or enabling the second conveying mechanism to descend below a conveying surface of the first conveying mechanism; the warehousing mechanism is correspondingly provided with a second baffle at the tail end of the second conveying mechanism; a space for taking the turnover box by the transfer mechanism is reserved between the two second baffles; the second baffle is used for blocking the turnover box and enabling the turnover box to be attached to the second baffle to be straightened.

4. The delivery line for an intravenous medication central administration center according to claim 2, wherein: the delivery mechanism comprises a solvent transfer manipulator, a first conveying belt and a second conveying belt; the solvent transfer manipulator is used for grabbing a solvent from a turnover box of the ex-warehouse station and transferring the solvent to a first conveying belt; the first conveying belt is used for receiving the solvent transferred by the solvent transfer manipulator and conveying the solvent to the second conveying belt; the second conveying belt is used for positively outputting a solvent; a first visual recognition device is further arranged above the second conveying belt and used for recognizing parameters of the solvent on the second conveying belt and checking whether the solvent is mistakenly taken or not; the conveying direction of the first conveying belt is vertical to the conveying direction of the second conveying belt; the second conveying belt is also used for reversely outputting the mistaken solvent; the outlet side of the second conveying belt for reversely outputting the solvent is also connected with a wrong solvent conveying mechanism, and the storage grid also comprises a wrong solvent caching station for receiving the wrong solvent through a turnover box; the mistaken solvent conveying mechanism is used for receiving the mistaken solvents reversely output from the second conveying belt and conveying the mistaken solvents to a turnover box of the mistaken caching station; the solvent transfer manipulator comprises a suction claw and a moving platform for driving the suction claw to move; the moving platform is an X, Y, Z, R four-axis moving platform; the X-axis and Y-axis moving platform comprises an XY-axis moving platform, a Z-axis moving mechanism arranged on the XY-axis moving platform and an R-axis mechanism arranged at the moving end of the Z-axis moving mechanism; the R-axis mechanism is used for driving the solvent grabbed by the sucking claw to rotate in degree; the solvent secondary cache library also comprises a linking and conveying mechanism; the connecting and conveying mechanism comprises a horizontal conveying mechanism and a vertical conveying mechanism; the vertical conveying mechanism comprises an upper inlet and a lower outlet; one end of the horizontal conveying mechanism is connected with the positive output end part of the second conveying belt, and the other end of the horizontal conveying mechanism is connected with the upper inlet of the vertical conveying mechanism; and a lower outlet of the vertical conveying mechanism is used for connecting the labeling machine.

5. The supply delivery line for an intravenous drug centralized administration center according to claim 1, wherein: the label sticking machine comprises a label sticking host and a sorting cabinet; the label pasting host comprises a first label pasting conveying belt, a second label pasting conveying belt and a third label pasting conveying belt which are sequentially connected; the inlet end of the first label-sticking conveyer belt is connected with the output end of the solvent secondary buffer library; a label sticking station is arranged on the second label sticking conveying belt; the label sticking machine further comprises a label sticking mechanical arm, a label printer and a second visual identification device; the label printer is used for printing out prescription labels; the label pasting mechanical arm is used for taking a prescription label and pasting the label on a solvent on a label pasting station; the second visual recognition device is used for recognizing whether the information of the prescription label and the attached solvent are consistent or not; the third label-pasting conveyer belt is used for conveying the labeled solvent to the sorting cabinet.

6. The delivery line for an intravenous medication central administration center according to claim 5, wherein: the sorting cabinet comprises a cabinet body; a first slideway and a second slideway which are downwards inclined from the input end to the output end are arranged in the cabinet body; the input end of the first slideway forms a first inlet on the side wall of the cabinet body; the output end of the first slideway extends out of the cabinet body; the input end of the second slideway forms a second inlet on the side wall of the cabinet body; the second inlet is positioned right below the first inlet; a wrong-pasting solvent recovery box is also arranged in the cabinet body; the output end of the second slideway is positioned above the misapplication solvent recovery box; the output end of the third label sticking conveying belt has a function of turning up and down, and is used for connecting the second visual recognition device with the first inlet of the sorting cabinet when recognizing the correct solvent and outputting the correct solvent to the first slideway, and is also used for connecting the second visual recognition device with the second inlet of the sorting cabinet when recognizing the wrongly stuck solvent and outputting the wrongly stuck solvent to the second slideway; the correct solvent is conveyed to a solvent receiving station of the basket conveying mechanism through a first slideway; and conveying the wrongly-pasted menstruum to a wrongly-pasted menstruum recovery box through a second slideway.

7. The supply delivery line for an intravenous drug centralized administration center according to claim 1, wherein: the injection dispensing machine comprises an injection storage rack; injection storage grids which are distributed in an array mode in the left-right direction and the up-down direction are arranged on the injection storage rack; the injection storage grid is provided with an injection storage box; the injection storage box is provided with a button and a medicine placing door; the injection storage box is used for releasing a bottle of injection by opening the medicine release door by pressing the button and is also used for closing the medicine release door by releasing the button; the injection storage rack is also provided with a medicine taking mechanism, and the medicine taking mechanism comprises a medicine taking mechanical arm and a moving mechanism for driving the medicine taking mechanical arm to move among the injection storage boxes of the injection storage rack; the medicine taking manipulator comprises a pressing head, and the pressing head is used for pressing or loosening a button; the medicine taking manipulator further comprises a medicine receiving channel used for receiving the injection from the injection storage box; the medicine taking mechanism is also provided with a medicine outlet station; and the medicine discharging station is also provided with a medicine discharging slide way which is used for receiving the injection output by the medicine taking mechanism and outputting the injection to the needle connecting station of the basket conveying mechanism.

8. The delivery line for an intravenous medication central administration center according to claim 7, wherein: the medicine taking manipulator further comprises a mounting frame, the medicine receiving channel is arranged in the mounting frame in the front-back direction, and the medicine receiving channel is inclined downwards from the input end to the output end; the pressing head is arranged on the mounting frame and is positioned above the input end of the medicine receiving channel; the pressing head is connected with a pressing driving mechanism arranged on the mounting frame; the pressing driving mechanism is used for driving the pressing head to press the button or release the button; a baffle is also arranged above the output end of the medicine receiving channel on the mounting rack; the top side of the baffle is connected with a baffle driving mechanism arranged on the mounting frame; the baffle driving mechanism is used for driving the baffle to move downwards to block the injection from being conveyed in the injection receiving channel, or used for driving the baffle to move upwards to allow the injection to be conveyed in the injection receiving channel.

9. A supply line for an intravenous drug centralized administration center according to any one of claims 1-8, wherein: a solvent input cabinet is further arranged at the solvent receiving station on the medicine basket conveying device of the basket loading and conveying mechanism, and a waiting station is further arranged between the basket collecting station and the needle receiving station; the waiting station is used for blocking the medicine basket at the waiting station and releasing the medicine basket after the basket receiving mechanism finishes receiving the medicine basket at the basket receiving station; the solvent input cabinet is connected with the labeling machine; a third visual recognition device is also arranged in the solvent input cabinet; the third visual recognition device is used for recognizing the information of the medicines required to be statically dispensed by the prescription label on the solvent received by the solvent input cabinet; the conveying mechanism comprises a first section of conveying device, a second section of conveying device and a third section of conveying device; each section of the conveying device comprises a conveying support frame taking the conveying direction as the length direction and conveying belts fixed on two sides of the conveying support frame in the width direction; the two conveying belts are synchronously driven by the conveying driving element; the conveying surfaces of the two conveying belts support two corresponding sides of the bottom surface of the medicine basket together; the first section of the conveying device is provided with the basket sending station, the second section of the conveying device is provided with the solvent receiving station, and the third section of the conveying device is provided with the injection receiving station, the waiting station and the basket receiving station; each section of the transportation device operates independently.

10. A supply delivery line for an intravenous drug centralized administration center according to claim 9, wherein: the basket sending mechanism comprises a rack and an installation plate fixed on the top surface of the rack; the central area of the mounting plate is provided with an opening for the medicine basket to pass through; the periphery of the opening of the mounting plate is provided with a medicine basket clamping jaw; a plurality of medicine basket clamping jaws are arranged; the medicine basket clamping jaw is arranged on the translation mechanism; the translation mechanism is used for driving the plurality of medicine basket clamping jaws to move towards the opening, and the edges of the medicine baskets are supported by the plurality of medicine basket clamping jaws together; the medicine basket clamping jaws are also used for driving the medicine basket clamping jaws to move away from the opening, so that the medicine basket clamping jaws are separated from the edge of the medicine basket; a lifting bracket is also arranged between the two conveying belts of the first section of the conveying device; the lifting bracket corresponds to the opening of the basket sending mechanism mounting plate up and down; the lifting bracket is used for supporting the medicine basket loosened by the medicine basket clamping jaws through the top surface of the lifting bracket when being lifted; when the medicine basket is descended, the top surface of the lifting bracket is positioned below the conveying surface of the first section of conveying device, so that the medicine basket is supported by the two conveying belts, and the medicine basket is transferred to the first section of conveying device from the basket delivering mechanism; the basket receiving mechanism and the basket sending mechanism have the same structure, and the third section of conveying device is also provided with a lifting bracket which is the same as the first section of conveying device; the lifting bracket of the third section of conveying device is used for supporting the medicine basket positioned at the basket receiving station, and the medicine basket is lifted to be separated from the conveying surfaces of the two conveying belts of the third section of conveying device until the medicine basket enters the opening of the basket receiving mechanism; the basket collecting mechanism is also provided with a vertical guide frame above the opening; medicine baskets collected by the basket collecting mechanism enter from the bottom side of the vertical guide frame in sequence and are stacked and arranged from bottom to top.