CN218402597U

CN218402597U - Medicine collection module

Info

Publication number: CN218402597U
Application number: CN202222466297.3U
Authority: CN
Inventors: 汪皖青; 李照; 王亚仁; 张广喜
Original assignee: Suzhou Iron Technology Co Ltd
Current assignee: Suzhou Iron Technology Co Ltd
Priority date: 2022-09-16
Filing date: 2022-09-16
Publication date: 2023-01-31
Anticipated expiration: 2032-09-16

Abstract

The utility model relates to a medicine collects module, collect the frame including the medicine, set up and collect the frame on the medicine and be used for receiving infusion bag connect the medicine belt subassembly, set up in the subassembly that blocks that is used for blockking empty medicine basket below connecing the medicine belt subassembly, connect the medicine belt subassembly including left side belt group, right side belt group and drive left side belt group and right side belt group in opposite directions or reverse movement's blowing drive group, left side belt group is opened with right side belt group reverse movement, is located connect infusion bag on the medicine belt subassembly to fall into in the empty medicine basket. By adopting the structure, the empty medicine basket, the infusion bag and the injection can be gathered together, and the infusion bag and the injection are put into the empty medicine basket and then output; meanwhile, if the infusion bag with wrong information exists, the infusion bag is moved to the waste recycling assembly through the waste moving assembly, and the medicine receiving belt assembly is opened to enable the waste to enter the waste recycling assembly to be recycled.

Description

Medicine collection module

Technical Field

The utility model belongs to the technical field of intelligence drugstore production and manufacturing technique and specifically relates to a medicine collects module.

Background

Intravenous administration preparation center (pharmaceutical Intravenous administration Services) is called as Intravenous preparation center for short, and refers to a medical service department of medical institution, which performs suitability check by pharmacists according to doctor's prescription or medication advice, and uses cooperation of professional Pharmacy technicians and nursing staff to centrally add, mix and prepare Intravenous medicines under a clean environment meeting national standards according to aseptic operation requirements, so that the Intravenous administration preparation center becomes a pharmaceutical service department for a finished product infusion operation process for clinical direct Intravenous infusion and use.

The static matching center is an indispensable department of each large hospital, the static matching center of the current hospital needs to carry out medicine taking, medicine dispensing and medicine distributing operations according to the prescription of a doctor, and a large number of pharmacists are required to carry out the operations; the pharmacist need go the medicine rack according to the medicine information in the prescription and get the operation of dispensing after getting it filled, because the difference of prescription, the medicine includes infusion bag, injection etc. still need carry out the printing of medicine information and paste before preparing, need extravagant a large amount of manpowers at this in-process, thereby it is higher to lead to quiet cost of joining in marriage the center, and efficiency is lower, because when getting it filled through the pharmacist, long-time work can appear tiredly, cause the medicine easily and get wrong risk, will greatly increased the safety problem of using medicine.

Disclosure of Invention

The utility model aims to solve the technical problem that a module is collected to medicine that empty medicine basket automatic collection infusion bag and injection provided, it is quiet central automatic important component of joining in marriage.

The utility model provides a technical scheme that its technical problem adopted is: the utility model provides a medicine collects module, collects the frame including the medicine, set up and collect the frame on the medicine be used for receiving infusion bag connect the medicine belt subassembly, set up and be used for blockking the subassembly that blocks of empty medicine basket in connecing medicine belt subassembly below, connect the medicine belt subassembly including left side belt group, right side belt group and drive left side belt group and right side belt group in opposite directions or the blowing drive group of reverse motion, left side belt group is opened with right side belt group reverse motion, is located infusion bag on the medicine belt subassembly falls into in the empty medicine basket.

Further specifically, the structure of the left side belt set is consistent with that of the right side belt set, and the left side belt set comprises a medicine receiving support, a medicine receiving belt wheel arranged on the medicine receiving support, a medicine receiving belt arranged on the medicine receiving belt wheel and a medicine receiving motor for driving the medicine receiving belt to move.

Further specifically, blowing drive group is including setting up the blowing support on the medicine collects the frame, setting up blowing lead screw on the blowing support, setting up blowing screw-nut and drive blowing lead screw pivoted blowing motor on the blowing lead screw, be provided with two sections opposite screw threads of handedness on the blowing lead screw, blowing screw-nut has two and sets up respectively on the screw thread of different handedness, left side belt group and right side belt group set up respectively on different blowing screw-nut.

Further specifically, the discharging support is provided with a discharging guide rail, the discharging guide rail is provided with 2 discharging sliding blocks, and the left side belt set and the right side belt set are respectively arranged on different discharging sliding blocks.

Further specifically, the medicine collection module further comprises a waste recovery assembly, a waste moving assembly is arranged between the medicine receiving belt assembly and the medicine collection frame, the waste moving assembly drives the medicine receiving belt assembly to move to the waste recovery assembly, and the left side belt group and the right side belt group are opened to enable the infusion bag to fall into the waste recovery assembly.

Further specifically, the waste material removes the subassembly and removes the waste material removal motor that the belt assembly moved including being fixed in the waste material that the medicine gathered on the frame removed the support, set up waste material removal belt on the waste material removal belt and drive waste material removal belt, it sets up on waste material removal belt to connect the medicine belt assembly.

Further specifically, be provided with waste material movable guide on the waste material movable support be provided with waste material movable slide block on the waste material movable guide rail, connect the medicine belt assembly to set up on waste material movable slide block.

Further specifically, the waste recovery subassembly includes waste material box and the guide way that is located waste material box one side top, the guide way is the slope form, the guide way is located and connects the movement path of medicine belt assembly under.

Further specifically, the blocking assembly comprises a blocking support arranged on the medicine collecting frame, a blocking guide rail arranged on the blocking support, a blocking slider arranged on the blocking guide rail, a blocking plate arranged on the blocking slider, a blocking rack arranged on the blocking plate, a blocking motor arranged on the blocking support and a blocking gear arranged on a blocking motor shaft, wherein the blocking gear is meshed with the blocking rack, and the blocking motor drives the blocking plate to extend or retract.

More specifically, the two groups of blocking assemblies are respectively positioned on the side edges of the movement path of the empty medicine basket, and the distance of the length of the empty medicine basket is reserved between the two blocking assemblies.

The utility model has the advantages that: by adopting the structure, the empty medicine basket, the infusion bag and the injection can be gathered together, and the infusion bag and the injection are put into the empty medicine basket and then output; meanwhile, if the infusion bag with wrong information exists, the infusion bag is moved to the waste recycling assembly through the waste moving assembly, and the medicine receiving belt assembly is opened to enable the waste to enter the waste recycling assembly to be recycled.

Drawings

Fig. 1 is a schematic structural diagram of the medicine collecting module of the present invention;

FIG. 2 is a schematic view of the combination structure of the chemical receiving belt assembly and the waste material moving assembly of the present invention;

FIG. 3 is a schematic structural view of the drug receiving belt assembly of the present invention;

fig. 4 is a schematic structural diagram of the blocking assembly of the present invention.

Detailed Description

The technical solution of the present invention will be described clearly and completely with reference to the accompanying drawings, and obviously, the described embodiments are some, but not all embodiments of the present invention. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative efforts all belong to the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", and the like indicate orientations or positional relationships based on orientations or positional relationships shown in the drawings, and are only for convenience of description and simplification of description, but do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it is to be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, and may be, for example, fixedly connected, detachably connected, or integrally connected; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meaning of the above terms in the present invention can be understood in specific cases to those skilled in the art. Furthermore, the technical features mentioned in the different embodiments of the invention described below can be combined with each other as long as they do not conflict with each other.

As shown in fig. 1, the medicine collection module includes a medicine collection frame, a medicine receiving belt assembly 710 disposed on the medicine collection frame for receiving an infusion bag, and a blocking assembly 720 disposed below the medicine receiving belt assembly 710 for blocking an empty medicine basket, where the medicine receiving belt assembly 710 includes a left belt group 711, a right belt group 712, and a discharging driving group 713 for driving the left belt group 711 and the right belt group 712 to move in opposite directions; the infusion bag conveying belt conveys the infusion bag to the medicine receiving belt assembly 710, at the moment, the medicine basket conveying belt 213 conveys the empty medicine basket to the position right below the medicine receiving belt assembly 710, the emptying driving group 713 drives the left side belt group 711 and the right side belt group 712 to move in opposite directions, so that the distance between the left side belt group 711 and the right side belt group 712 is increased, and the infusion bag falls into the empty medicine basket.

As shown in fig. 3, the left belt set 711 and the right belt set 712 have the same structure and include a medicine receiving bracket 7111, a medicine receiving belt pulley 7112 disposed on the medicine receiving bracket 7111, a medicine receiving belt 7113 disposed on the medicine receiving belt pulley 7112, and a medicine receiving motor 7114 for driving the medicine receiving belt 7113 to move; the number of the medicine receiving belt pulleys 7112 is two, the medicine receiving belt 7113 is wound on the two medicine receiving belt pulleys 7112, and the medicine receiving motor 7114 drives one of the medicine receiving belt pulleys 7112 to rotate.

The material-placing driving group 713 comprises a material-placing support 7131 arranged on the medicine collecting frame, a material-placing screw 7132 arranged on the material-placing support 7131, a material-placing screw nut 7133 arranged on the material-placing screw 7132 and a material-placing motor 7134 driving the material-placing screw 7132 to rotate, wherein two sections of threads with opposite rotation directions are arranged on the material-placing screw 7132, two material-placing screw nuts 7133 are arranged on the threads with different rotation directions, and the left-side belt group 711 and the right-side belt group 712 are arranged on the different material-placing screw nuts 7133 respectively; the discharging motor 7134 drives the discharging screw rod 7132 to rotate, and two discharging screw rod nuts 7133 arranged on the discharging screw rod 7132 drive the left belt group 711 and the right belt group 712 to move in opposite or opposite directions, so that the left belt group 711 and the right belt group 712 are opened; meanwhile, in order to ensure smooth operation, a material placing guide rail 7135 is arranged on the material placing support 7131, 2 material placing slide blocks are arranged on the material placing guide rail 7135, and the left side belt group 711 and the right side belt group 712 are respectively arranged on different material placing slide blocks.

Further, in the using process, if the specification of the infusion bag and the label printing are wrong, the wrong infusion bag needs to be taken out, so the medicine collection module 700 further comprises a waste recovery component 730, and a waste moving component 740 is arranged between the medicine receiving belt component 710 and the medicine collection frame; when waste materials occur, the waste material moving assembly 740 drives the medicine receiving belt assembly 710 to be conveyed to the upper side of the waste material recycling assembly 730, the left side belt assembly 711 and the right side belt assembly 712 are opened, and the infusion bag falls into the waste material recycling assembly 730 to recycle the waste materials.

The waste moving assembly 740 includes a waste moving support 741 fixed to the medicine collecting frame, a waste moving pulley 742 disposed on the waste moving support 741, a waste moving belt 743 disposed on the waste moving pulley 742, and a waste moving motor 744 for driving the waste moving belt 743 to move, wherein the medicine receiving belt assembly 710 is disposed on the waste moving belt 743; two waste material moving pulleys 742 are provided, the waste material moving belt 743 is wound on the two waste material moving pulleys 742, and the waste material moving motor 744 drives one of the waste material moving pulleys 742 to rotate, so that the chemical receiving belt assembly 710 is driven to move; meanwhile, in order to ensure smooth and stable movement of the chemical receiving belt assembly 710, a waste material moving guide 745 is arranged on the waste material moving bracket 741, a waste material moving slide 746 is arranged on the waste material moving guide 745, and the chemical receiving belt assembly 710 is arranged on the waste material moving slide 746.

The waste recovery assembly 730 comprises a waste box 732 and a guide groove 731 positioned above one side of the waste box 732, the guide groove 731 is inclined, and the guide groove 731 is positioned right below the movement path of the drug receiving belt assembly 710; the medicine receiving belt assembly 710 moves to the position right above the guide groove 731, the left belt set 711 and the right belt set 712 are opened at the moment, and the waste falls into the guide groove 731 and enters the waste box 732 along the guide groove 731 for storage.

When the empty medicine basket is transported to the position right below the medicine receiving belt assembly 710, the empty medicine basket is blocked by the blocking assembly 720 and used for receiving the infusion bag and the injection; as shown in fig. 4, the blocking assembly 720 includes a blocking bracket 721 disposed on the medicine collecting frame, a blocking guide rail 722 disposed on the blocking bracket 721, a blocking slider 723 disposed on the blocking guide rail 722, a blocking plate 724 disposed on the blocking slider 723, a blocking rack 725 disposed on the blocking plate 724, a blocking motor 726 disposed on the blocking bracket 721, and a blocking gear 727 disposed on the shaft of the blocking motor 726, wherein the blocking gear 727 is engaged with the blocking rack 725, the blocking motor 726 rotates to drive the blocking gear 727, the blocking gear 727 drives the blocking rack 725 to move, and the blocking rack 725 drives the blocking plate 724 to extend out of the moving path of the empty medicine basket, so as to block the empty medicine basket from further moving forward.

After the medicine basket bears the infusion bag and the injection, the medicine basket needs to move forwards continuously, the blocking plate of the blocking component 720 retracts at the moment, the medicine basket is output, a new empty medicine basket enters the position right below the medicine receiving belt component 710, the blocking component 720 cannot well block the new empty medicine basket at the moment, so that the blocking component 720 can be arranged, the two blocking components 720 are respectively positioned on the side edge of the moving path of the empty medicine basket, and the interval distance between the two blocking components 720 is the length of the empty medicine basket and can be larger than the length; the two blocking components 720 are a first blocking component and a second blocking component respectively; the first subassembly that blocks at first the empty basket in front, and the second blocks the subassembly and blocks the empty basket in back, treats that the loading of the empty basket in front is accomplished after, and infusion bag and injection that need load same prescription in the empty basket this moment, the first subassembly that blocks is opened, and the loading is accomplished after the medicine basket is carried away, the first subassembly that blocks stretches out, the second blocks that the subassembly is opened, and the empty basket in back gets into required position, and the second blocks that the subassembly stretches out and blocks the empty basket in back and get into, and the output of completing the medicine basket circulates in proper order to and the input of empty medicine basket.

In conclusion, the medicine collection module can collect the empty medicine basket, the infusion bag and the injection together, and the infusion bag and the injection are put into the empty medicine basket and then output; meanwhile, if the infusion bag with wrong information exists, the infusion bag is moved to the waste recycling assembly through the waste moving assembly, and the medicine receiving belt assembly is opened to enable the waste to enter the waste recycling assembly to be recycled.

It is to be emphasized that: the above embodiments are only preferred embodiments of the present invention, and are not intended to limit the present invention in any form, and any simple modifications, equivalent changes and modifications made by the technical spirit of the present invention to the above embodiments are all within the scope of the technical solution of the present invention.

Claims

1. The utility model provides a medicine collects module, its characterized in that collects the frame including the medicine, set up and collect on the frame be used for receiving infusion bag connect medicine belt subassembly (710), set up and be used for blockking blocking subassembly (720) of empty medicine basket in medicine belt subassembly (710) below, connect medicine belt subassembly (710) including left side belt group (711), right side belt group (712) and drive left side belt group (711) and right side belt group (712) in opposite directions or reverse movement's blowing drive group (713), left side belt group (711) and right side belt group (712) reverse movement are opened, are located connect infusion bag on medicine belt subassembly (710) to fall into in the empty medicine basket.

2. The drug collection module of claim 1, wherein the left belt set (711) and the right belt set (712) have the same structure and comprise a drug receiving bracket (7111), a drug receiving belt wheel (7112) arranged on the drug receiving bracket (7111), a drug receiving belt (7113) arranged on the drug receiving belt wheel (7112), and a drug receiving motor (7114) for driving the drug receiving belt (7113) to move.

3. The medicine collecting module of claim 1, wherein the feeding driving group (713) comprises a feeding bracket (7131) disposed on the medicine collecting frame, a feeding screw rod (7132) disposed on the feeding bracket (7131), a feeding screw nut (7133) disposed on the feeding screw rod (7132), and a feeding motor (7134) for driving the feeding screw rod (7132) to rotate, two threads with opposite rotation directions are disposed on the feeding screw rod (7132), two feeding screw nuts (7133) are disposed on the threads with different rotation directions, and the left belt group (711) and the right belt group (712) are disposed on the different feeding screw nuts (7133).

4. The medication collection module according to claim 3, wherein a dispensing guide rail (7135) is provided on the dispensing support (7131), 2 dispensing sliders are provided on the dispensing guide rail (7135), and the left side belt set (711) and the right side belt set (712) are respectively provided on different dispensing sliders.

5. The drug collection module according to claim 1, further comprising a waste recycling assembly (730), wherein a waste moving assembly (740) is disposed between the drug receiving belt assembly (710) and the drug collection frame, the waste moving assembly (740) drives the drug receiving belt assembly (710) to move to the waste recycling assembly (730), and the left side belt set (711) and the right side belt set (712) are opened to enable the infusion bag to fall into the waste recycling assembly (730).

6. The pharmaceutical pooling module of claim 5, wherein the waste moving unit (740) includes a waste moving frame (741) fixed to the pharmaceutical pooling frame, a waste moving pulley (742) disposed on the waste moving frame (741), a waste moving belt (743) disposed on the waste moving pulley (742), and a waste moving motor (744) for driving the waste moving belt (743) to move, and the pharmaceutical receiving belt assembly (710) is disposed on the waste moving belt (743).

7. The pharmaceutical pooling module of claim 6, wherein a waste moving guide (745) is provided on the waste moving rack (741), a waste moving slider (746) is provided on the waste moving guide (745), and the drug receiving belt assembly (710) is provided on the waste moving slider (746).

8. The pharmaceutical pooling module of claim 5, wherein the waste recovery assembly (730) includes a waste magazine (732) and a guide groove (731) above a side of the waste magazine (732), the guide groove (731) being slanted, the guide groove (731) being located directly below a path of movement of the drug receiving belt assembly (710).

9. The medication collection module of claim 1, wherein the blocking assembly (720) comprises a blocking rack (721) disposed on the medication collection frame, a blocking rail (722) disposed on the blocking rack (721), a blocking slider (723) disposed on the blocking rail (722), a blocking plate (724) disposed on the blocking slider (723), a blocking rack (725) disposed on the blocking plate (724), a blocking motor (726) disposed on the blocking rack (721), and a blocking gear (727) disposed on a shaft of the blocking motor (726), wherein the blocking gear (727) is engaged with the blocking rack (725), and the blocking motor (726) drives the blocking plate (724) to extend or retract.

10. The medication pooling module of claim 9, wherein said blocking members (720) are positioned in two sets laterally of a path of movement of an empty medication basket, said two blocking members (720) being spaced apart by a distance equal to the length of the empty medication basket.