A medicine self-collection system

Abstract

A drug self-collection system, characterized in that it includes a self-collection terminal device and a drug warehouse for conveying drugs to the self-collection terminal device; the self-collection terminal is composed of a display, a verification system, and a drug dispensing port arranged on one side of the display, and a delivery pipe is arranged above the drug dispensing port to communicate with the drug warehouse; the drug warehouse includes a storage platform for various drugs, a drug kicking mechanism arranged on one side of the storage platform corresponding to the number of drugs on the storage platform, and a plurality of funnel collection covers arranged on the other side of the storage platform, and the end of the funnel collection cover corresponds to a delivery pipe. The present invention promotes further upgrading of the medical system, so that the hospital can further integrate the resources of medical staff, save the time of the drug dispensing person, improve the flexibility of drug dispensing, break the time limit, and reduce the fatigue intensity of medical staff in the pharmacy during the corresponding time period, and meet the needs of the drug dispensing person to be able to dispensing drugs at any time.

Description

Technical Field

[0001] The present invention relates to a self-collection system, in particular to a medicine self-collection system, and belongs to the technical field of IPC classification No. G06Q and B65G. Background Art

[0002] In recent years, the domestic medical system has flourished, and the popularization of the Internet has connected the internal systems of hospitals. A series of systems for registration, medical treatment, and payment have made hospitals more and more efficient.

[0003] Especially for the distribution of medicines, pharmacies have upgraded from manual dispensing to mechanical dispensing, and then medical staff call the recipients to get the medicines, which makes the dispensing of medicines less congested. However, although the dispensing equipment is highly efficient, it also has the following shortcomings:

[0004] 1. Because the medicine dispensing equipment is connected to the payment system, after receiving the payment information, the medicine dispensing equipment will automatically dispense the medicine and transport the prepared medicine directly from the medicine outlet through the pipeline to the medicine basket. After that, medical staff will be required to participate in bagging and call the corresponding medicine picker. At this time, if the medicine picker does not take the medicine and leave, or the person waiting to take the medicine fails to hear his number or name clearly, he will still be waiting, and other people who are in urgent need of medicine will need to wait during this period, and the efficiency of taking medicine will be affected.

[0005] 2. The area occupied by the medicine dispensing equipment in the medicine warehouse is small, leaving a large area for medical staff to move around. The medicine dispensing equipment plays an auxiliary role, and arranging medical staff in the pharmacy wastes medical resources. The medicine dispensing equipment is expensive and has a low utilization rate during idle time. Medical staff in the pharmacy also have to be on duty to pick up medicines and call numbers. When medical staff go off work or even leave for a while, it will have a certain impact on those who pick up medicines. In particular, for those who have paid but have not picked up medicines, it is very troublesome to go back to the hospital to pick up medicines when medical staff are not there. Summary of the invention

[0006] The purpose of the present invention is to streamline the medical resources of the pharmacy, improve the utilization rate of the pharmacy during busy and idle times, improve the efficiency of the pharmacy in taking medicines, and provide a self-service medicine collection system.

[0007] The technical solution to the problem to be solved by the present invention is as follows:

[0008] A medicine self-collection system, characterized in that:

[0009] It includes a self-service terminal device and a medicine warehouse for transmitting medicines to the self-service terminal device;

[0010] The self-service terminal consists of a display, a verification system, and a medicine dispensing port located on one side of the display. A delivery pipe is provided above the medicine dispensing port to communicate with the medicine storage.

[0011] The medicine warehouse includes a storage platform for various medicines, a medicine kicking mechanism corresponding to the number of medicines on the storage platform is arranged on one side of the storage platform, and a plurality of funnel collecting covers are arranged on the other side of the storage platform, and the end of the funnel collecting cover corresponds to a conveying pipe.

[0012] The verification system can be connected to the hospital system to read prescriptions, patient names and payment information; after the person who picks up the medicine passes the medical insurance card verification and reading, the read information will be displayed on the display, and the payment is notified by the verification system to the drug warehouse's drug-kicking mechanism corresponding to the drug and the funnel collection cover to start kicking the drug.

[0013] The storage platform is arranged in multiple stages and is composed of a conveyor belt and a medicine partition plate arranged above the conveyor belt.

[0014] The medicine kicking mechanism comprises an elastic kicking foot and an electromagnetic valve arranged at the end of the elastic kicking foot.

[0015] The funnel collecting hood is multi-channel, and a negative pressure generating mechanism is provided at the fork of each channel. The negative pressure generating mechanism attracts the medicines into the funnel collecting hood through negative pressure.

[0016] The beneficial effects of the present invention are as follows:

[0017] It will prompt further upgrading of the medical system, enable hospitals to further integrate medical staff resources, save time for those who pick up medicines, improve the flexibility of picking up medicines, break time limits, reduce the fatigue of medical staff in pharmacies during corresponding time periods, and meet the needs of those who pick up medicines at any time. BRIEF DESCRIPTION OF THE DRAWINGS

[0018] Figure 1 It is a schematic diagram of the structure of the present invention;

[0019] Figure 2 It is a structural framework diagram of the present invention. DETAILED DESCRIPTION

[0020] The present invention will be further described in detail below in conjunction with the accompanying drawings.

[0021] See also Figure 1 A medicine self-service system comprises a self-service terminal device 1 and a medicine warehouse 2 for delivering medicines 3 to the self-service terminal device; the self-service terminal 1 is composed of a display 11, a verification system 12, and a medicine dispensing port 13 arranged on one side of the display 11, and a conveying pipe 14 is arranged above the medicine dispensing port 13 and communicated with the medicine warehouse 2; the medicine warehouse 2 comprises a storage platform 21 for various medicines, a medicine kicking mechanism 22 arranged on one side of the storage platform 21 and corresponding to the number of medicines on the storage platform 21, and a plurality of funnel collecting covers 23 arranged on the other side of the storage platform, and the end of the funnel collecting cover 23 corresponds to a conveying pipe 14.

[0022] When the present invention is used, the verification system 12 can also be used to pay for the medicines, and the medicine settlement is completed directly from the self-service terminal 1 through the network. In addition, when the present invention is actually used, a convex groove is provided at the bottom of the medicine dispensing port 13, and a plurality of plastic bags are placed in the convex groove, and the openings are placed in the groove cavity and the edge. The medicines fall from the medicine warehouse 2 through the conveying pipe 14 from the corresponding medicine dispensing port 13 into the plastic bag, and the medicine dispensing person can take out the top plastic bag together with the medicine in the bag, and the plastic bag below will continue to provide convenience for the next medicine dispensing person. Furthermore, a printing end is also provided on the self-service terminal 1 for printing some information, including but not limited to prescriptions, prescription specifications, etc.

[0023] The implementation principle of the present invention is as follows:

[0024] After the patient is diagnosed and settled by the doctor, the patient or his family members go to the self-service terminal described in the system, enter the system according to the prompts through the operation interface, and the display 11 displays the relevant information. After that, the verification system 12 verifies the information and transmits it to the drug library 2 for the corresponding drug to run the drug kicking mechanism 22.

[0025] The medicine kicking mechanism 22 kicks the corresponding medicine into the corresponding funnel collecting cover 23, and then other power is used to transport the medicine through the funnel collecting cover 23 to the conveying pipe 14 of the corresponding self-service terminal 1, and then falls to the medicine taking port 13 below the self-service terminal 1 in sequence.

[0026] In the present invention, the power is mainly realized by gravity and the upper part of the conveying pipe 14 and the funnel collecting cover 23 are arranged at a certain slope and the lower part of the conveying pipe 14 is arranged vertically.

[0027] As an improvement to the present invention, the verification system 12 can be connected to the hospital system 4 to read the prescription 41, the patient's name 42 and the payment information 43; after the person who takes the medicine passes the medical insurance card verification and reading, the read information is displayed on the display, and the payment is made by notifying the medicine kicking mechanism 22 of the medicine warehouse 2 corresponding to the medicine and the funnel collection cover 23 to start kicking the medicine.

[0028] The prescription information can help the person picking up the medicine to check the medicine dropped out of the medicine dispensing port 13, the patient's name 42 can help the person picking up the medicine to reconfirm the object of the medicine, and the payment information 43 can make the person picking up the medicine know whether the medicine can be picked up at present.

[0029] Furthermore, as an improvement of the present invention, the storage platform 21 is arranged in multiple stages, and is composed of a conveyor belt 24 and a medicine partition board 25 arranged above the conveyor belt. A medicine placement port is also arranged at the rear of the storage platform 21. When the medicine is out of stock, the system in the medicine warehouse 2 will inform the self-service system, and the medical staff will replenish it.

[0030] Further, as an improvement to the present invention, the medicine kicking mechanism 22 includes an elastic kicking foot and an electromagnetic valve disposed at the end of the elastic kicking foot. When in use, the medicine kicking mechanism 22 can be disposed above or on the side of the medicine, and after a medicine is kicked out, a rotating mechanism can be used to rotate back to the original position from behind the entered medicine after the next medicine enters.

[0031] In addition, when in use, the elastic kicking foot of the medicine kicking mechanism 22 kicks out medicines with different forces, so as to achieve the purpose of falling into different funnel collection covers 23. Therefore, the solenoid valve has multiple electromagnetic zones, that is, one end of the elastic kicking foot is fixed, and the other end generates magnetic adsorption through the solenoid valve to make the elastic kicking foot generate potential energy. After the solenoid valve is closed, the potential energy of the elastic kicking foot is converted into kinetic energy and hits the medicine, and different electromagnetic zones adsorb different sections of the elastic kicking foot, so that the potential energy of the elastic kicking foot is different when the solenoid valve generates magnetism. Correspondingly, after the solenoid valve is closed, the potential energy converted into the elasticity of the elastic kicking foot has strong or weak elasticity, so the medicine can be kicked into different funnel collection covers.

[0032] It should be noted that the medicines in the medicine storehouse are boxed pills, plastic bottled pills and plastic bottled liquid medicines. The corresponding liquid medicines should be placed close to the funnel collecting cover to prevent the elastic force of the elastic kicking foot from being too large and the funnel collecting cover from being too far away, thus damaging the liquid medicines.

[0033] Further, as an improvement to the present invention, the funnel collecting hood 23 is a multi-channel setting, and a negative pressure generating mechanism is provided at the fork in each channel, and the negative pressure generating mechanism attracts the medicines entering the funnel collecting hood through negative pressure. The negative pressure generating mechanism has the functions of pausing and generating negative pressure in reverse. When the present invention is implemented, the medicines are kicked into the corresponding funnel collecting hood 23 by the medicine kicking mechanism 22. After the medicines fall into the channel, there may be a phenomenon of tube jamming, so the negative pressure generating mechanism can solve and correct this problem. In addition, during implementation, if necessary, a proximity sensor is also required to be matched. The proximity sensor is arranged below the conveying pipe 14. When the medicines do not pass through, the negative pressure generating mechanism is started to perform negative pressure and reverse negative pressure operations on the tube.

[0034] In addition, the multi-channel setting of the funnel collecting cover 23 can well solve the problem of taking medicine when multiple self-service terminals start to operate at the same time and when they take the same medicine, the negative pressure generating mechanism changes the medicine and it falls into the funnel collecting cover 23 and selects to enter between multiple channels.

Claims

1. A medicine self-collection system, characterized in that: It includes a self-service terminal device and a medicine warehouse for transmitting medicines to the self-service terminal device; The self-service terminal consists of a display, a verification system, and a medicine dispensing port located on one side of the display. A delivery pipe is provided above the medicine dispensing port to communicate with the medicine storage. The medicine warehouse includes storage platforms for various medicines, a medicine kicking mechanism arranged on one side of the storage platform corresponding to the number of medicines on the storage platform, and a plurality of funnel collecting covers arranged on the other side of the storage platform, the end of the funnel collecting cover corresponding to a conveying pipe; the medicine kicking mechanism includes an elastic kicking foot and an electromagnetic valve arranged at the end of the elastic kicking foot, the elastic kicking foot of the medicine kicking mechanism has different forces corresponding to the medicines being kicked out, so as to achieve the purpose of falling into different funnel collecting covers; the electromagnetic valve has multiple electromagnetic zones, that is, one end of the elastic kicking foot is fixed, and the other end generates magnetic adsorption through the electromagnetic valve to make the elastic kicking foot generate potential energy, and after the electromagnetic is closed, the potential energy of the elastic kicking foot is converted into kinetic energy to hit the medicine, and different electromagnetic zones adsorb different sections of the elastic kicking foot, so that the potential energy of the elastic kicking foot is different when the electromagnetic valve generates magnetism, and correspondingly, after the electromagnetic valve is closed, the potential energy converted into the elasticity of the elastic kicking foot has strong or weak elasticity, so that the medicines can be kicked into different funnel collecting covers.

2. A medicine self-collection system according to claim 1, characterized in that: The verification system can be connected to the hospital system to read prescriptions, patient names and payment information; after the person who picks up the medicine passes the medical insurance card verification and reading, the read information will be displayed on the display, and the payment is notified by the verification system to the drug warehouse's drug-kicking mechanism corresponding to the drug and the funnel collection cover to start kicking the drug.

3. A medicine self-collection system according to claim 1, characterized in that: The storage platform is arranged in multiple stages and is composed of a conveyor belt and a medicine partition plate arranged above the conveyor belt.

4. A medicine self-collection system according to claim 1, characterized in that: The funnel collecting hood is multi-channel, and a negative pressure generating mechanism is provided at the fork of each channel. The negative pressure generating mechanism attracts the medicines into the funnel collecting hood through negative pressure.

Images