CN212789147U - Intelligent medicine feeding system - Google Patents
Intelligent medicine feeding system Download PDFInfo
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- CN212789147U CN212789147U CN202021063121.8U CN202021063121U CN212789147U CN 212789147 U CN212789147 U CN 212789147U CN 202021063121 U CN202021063121 U CN 202021063121U CN 212789147 U CN212789147 U CN 212789147U
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Abstract
The utility model discloses an intelligence medicine feed system. Relates to the field of intelligent medicine feeding equipment, and comprises a processor medicine supply device, a camera, a memory, an information input device, a reminder and a medicine taking button; the utility model discloses an intelligence medicine feeding equipment through setting up collection module, identification module and trigger module, make the patient who is dosed must open the oral cavity to the patient at machine equipment, satisfy promptly under the medicine feeding prerequisite, just can deliver and set for the pellet to patient's oral cavity, will make the process of taking medicine of patient install the procedure that sets for completely like this go on, it avoids the patient to get it filled improper problem to take medicine, and make guardian or medical personnel can be better urge the patient to take medicine according to the volume on time; the equipment can ensure that the medicine taking process of the patient is completely carried out by installing a set program, thereby avoiding that the patient does not take medicine according to the amount on time and lightening the burden of a guardian or a medical worker.
Description
Technical Field
The utility model relates to an intelligence medicine feeding equipment field relates to an intelligence medicine feeding system, specifically is an intelligence medicine feeding system that is used for the oral medicine of remote monitoring patient.
Background
In daily life, common special populations, such as patients with mental illness, drug addicts, elderly people and the like, often cause unsatisfactory treatment effect and rehabilitation effect of the medicine due to untimely taking, excessive taking, medicine resistance and the like, and even seriously affect the body health of the populations. In order to solve the above problems, it is usually necessary for the guardian to extract the time to monitor the medication process of the personnel, which makes the monitoring difficult; therefore, how to solve the above problems becomes a problem that the technicians need to think about.
SUMMERY OF THE UTILITY MODEL
To the above problem, the utility model provides an intelligence medicine feeding system for remote monitoring patient oral medicine.
The technical scheme of the utility model is that: the intelligent medicine feeding system is internally provided with a processor, a medicine supply device, a camera, a memory, an information input device, a reminder and a medicine taking button, wherein the medicine supply device, the camera, the memory, the information input device, the reminder and the medicine taking button are in wired connection with the processor.
Furthermore, the medicine supply device comprises a plurality of medicine storage grids, a medicine feeding port and a pill delivery device arranged between the medicine storage grids and the medicine feeding port;
the pill delivery device comprises a plurality of manipulators for picking up pills, a temporary storage bin with a medicine outlet and arranged below the manipulators, and a push-out mechanism arranged on one side of the temporary storage bin;
a medicine falling pipeline is arranged between the temporary storage bin and the medicine feeding port, and a switch gate is arranged outside the medicine falling pipeline.
Furthermore, the push-out mechanism is arranged between the medicine storage grid and the temporary storage bin, and a push-out plate is also arranged in the push-out mechanism;
the medicine outlet is arranged at one end of the temporary storage bin connected with the medicine falling pipeline.
Furthermore, a slope way connected with the medicine feeding port is arranged on the medicine falling pipeline, and a replaceable cover port is arranged on the medicine feeding port.
Furthermore, the processor comprises an acquisition module, an identification module, a trigger module, a timing module and an information transmission module which are connected through wires.
Furthermore, the intelligent medicine feeding system is connected with the monitoring terminal through a wireless communication network.
The utility model has the advantages that: intelligence medicine feeding system through setting up collection module, identification module and trigger module for the patient who is dosed must open the oral cavity to the patient at machine equipment, satisfy promptly and feed under the medicine prerequisite, just can post to set for the pellet to patient's oral cavity, will make the process of taking medicine of patient install the procedure of setting for completely like this and go on, it avoids the improper problem of patient's medicine of getting to take place, and make guardian or medical personnel can be better manage urge the patient to take medicine according to the volume on time.
Drawings
Fig. 1 is a schematic structural view of the present invention;
fig. 2 is a schematic structural view of the intelligent medicine feeding device of the present invention;
FIG. 3 is a schematic flow chart of the drug supply device of the present invention;
FIG. 4 is a schematic diagram of a processor according to the present invention;
in the figure, 11 is a medicine supply device, 12 is a camera, 13 is a memory, 14 is an information input device, 15 is a reminder, and 16 is a medicine taking button;
17 is a processor, 171 is an acquisition module, 172 is an identification module, 173 is a trigger module, 174 is a timing module, and 175 is an information transfer module;
111. medicine storage grids; 112. a medicine feeding port; 113. a pill delivery device; 1131. a manipulator; 1132. temporary storage; 1133. a push-out mechanism; 11331. pushing out the plate; 1134. a medicine dropping pipeline; 1135. a gate; 11321. a medicine outlet; 1121. replacing the cover opening;
100. an intelligent drug feeding system; 200. a wireless communication network; 300. and monitoring the terminal.
Detailed Description
In order to more clearly illustrate the technical solution of the present invention, the following will further describe the present invention; obviously, the following description is only a part of the embodiments, and it is obvious for a person skilled in the art to apply the technical solution of the present invention to other similar situations without creative efforts; in order to more clearly illustrate the technical solution of the present invention, the following detailed description is made with reference to the accompanying drawings:
referring to fig. 1-4, the intelligent medicine feeding system 1 is provided with a processor 17, a medicine supply device 11, a camera 12, a memory 13, an information input device 14, a reminder 15 and a medicine taking button 16, which are connected with the processor 17 by wires;
furthermore, the intelligent medicine feeding system 1 is usually a cubic box structure, the processor 17, the medicine supply device 11, the camera 12, the memory 13, the information input device 14, the reminder 15 and the medicine taking button 16 are all arranged inside the intelligent medicine feeding system 1, the devices can be arranged at any position inside the intelligent medicine feeding system 1, and the devices are connected through a wired line or a wireless connection, so that the relevant information can be conveniently released among the devices;
wherein the camera 12 is configured to acquire information about the uvula in the oral cavity of the patient to be administered, and the camera 12 is generally disposed near the medicine feeding port 112; in order to ensure the safe use of the camera 12, an accommodating cavity for accommodating the camera 12 can be arranged in the cavity wall of the medicine feeding port I112, so that the camera 12 is arranged in a built-in hidden structure which is not easily damaged, the camera 12 executes the shooting work according to the control command sent by the processor 17, and meanwhile, the camera 12 transmits the shot image to the processor 17 in real time;
the memory 13 is used for pre-storing a standard uvula graphic and other information, wherein the standard uvula graphic is a graphic externally introduced into the memory 13 and/or a graphic shot by the camera 12;
the information input device 14 is configured to input medication administration information of a patient, and the processor 17 is capable of storing the medication administration information input by the information input device 14 in the memory 13; wherein, the administration information comprises the pill type, the pill number and the administration time;
the reminder 15 is used for sending medicine taking reminding information, such as sound, light and electricity warning information, to the patient to be administrated;
the medicine taking button 16 is used for starting a medicine taking instruction from the outside of a patient to be administrated, and the medicine taking button 16 can prompt the processor 17 to execute a medicine taking control program;
the medicine supply device 11, the camera 12, the memory 13, the information input device 14, the reminder 15 and the medicine taking button 16 are all connected with the processor 17 through wired/wireless bidirectional signals, and the processor 17 is used as a control center and can execute work according to a medicine taking control program based on a medicine taking instruction input by the medicine taking button 16.
The medicine supply device 11 comprises a plurality of medicine storage grids 111, a medicine feeding port 112 and a pill delivery device 113 arranged between the medicine storage grids 111 and the medicine feeding port 112;
the pill delivery device 113 comprises a plurality of manipulators 1131 for picking up pills, an adjacent storage bin 1132 with a medicine outlet 11321 arranged below the manipulators 1131, and an ejecting mechanism 1133 arranged on one side of the adjacent storage bin 1132;
a medicine dropping pipeline 1134 is arranged between the temporary storage bin 1132 and the medicine feeding port 112, and a switch gate 1135 is further arranged outside the medicine dropping pipeline 1134;
further, the medicine storage grid 111, the medicine feeding port 112 and the pill delivery device 113 are all arranged inside the medicine supply device 11 by being connected with each other, in addition, the medicine feeding port 112 is also arranged on a round hole arranged on the intelligent medicine feeding system 100 in a penetrating way,
the medicine storage grid 111 is used for storing pills, the temporary storage bin 1132 is used for temporarily holding the pills,
the medicine feeding port 112 is an outlet for feeding medicine to a patient, and one or a plurality of medicine feeding ports 112 can be provided, so that several kinds of pills or a plurality of pills can be conveniently fed to the patient;
the pill delivery device 113 is in signal communication with the processor 17, and operates under the control of the processor 17,
the manipulator 1131 is used for temporarily storing pills picked up from each medicine storage grid 111 and then delivering the picked pills to the temporary storage bin 1132, and a rubber (flexible) negative pressure suction nozzle is further arranged at the front end of the manipulator 1131 and can suck up the pills and deliver the pills to the temporary storage bin 1132;
the pushing-out mechanism 1133 is disposed between the medicine storage grid 111 and the temporary storage container 1132 (on the opposite side of the medicine outlet 11321, usually the medicine outlet 11321 is right in front, and the pushing-out mechanism 1133 is right behind the medicine outlet 11321), and the pushing-out mechanism 1133 is used for pushing the pills falling in the temporary storage container 1132 to the outside of the medicine outlet 11321;
in order to make the pills flowing out of the medicine outlet 11321 smoothly fall to the medicine feeding port 112 for discharging, a medicine falling pipeline 1134 is arranged between the medicine outlet 11321 and the medicine feeding port 112; the dropping pipe 1134 is used for delivering pills to the medicine feeding port 112, the medicine feeding port 112 is used for delivering pills to the opened oral cavity of a patient to be dosed, and the switch gate 1135 is used for controlling the movement of the pills inside the dropping pipe 1134; the switch gate 1135 can control whether the medicine dropping pipe 1134 is communicated with the medicine feeding port 112.
The pushing-out mechanism 1133 is arranged between the medicine storage grid 111 and the temporary storage bin 1132, and a pushing-out plate 11331 is further arranged inside the pushing-out mechanism 1133;
the medicine outlet 11321 is arranged at one end of the temporary storage silo 1132, which is connected with the medicine dropping pipeline 1134;
further, the pushing-out mechanism 1133 is disposed between the medicine storage grid 111 and the temporary storage compartment 1132, and is used for conveniently pushing pills, the pushing-out plate 11331 is disposed on the pushing-out mechanism 1133, and is also disposed right behind the medicine outlet 11321,
in addition, a slope is arranged on the bottom layer inside the temporary storage 1132, the lower end of the slope faces the medicine outlet 11321, protrusions with equal distances are arranged on the slope, and when pills fall into the protrusions, the pushing plate 11331 moves forwards to impact the temporary storage 1132, so that single-particle pills in the temporary storage 1132 can be pushed out of the medicine outlet 11321;
preferably, an ejection device may be disposed between the ejection mechanism 1133 and the ejection plate 11331, and the temporary storage bin 1132 is impacted by ejection, so that a single pill in the temporary storage bin 1132 can be pushed to the outside of the medicine outlet 11321;
the pushing mechanism 1133, the pushing plate 11331 and the temporary storage 1132 may be controlled by wire or wirelessly.
A slope way connected with the medicine feeding port 112 is arranged on the medicine falling pipeline 1134, and a replaceable cover port 1121 is arranged on the medicine feeding port;
further, in order to keep the medicine feeding port 112 clean and sanitary, the front end of the medicine feeding port 112 is provided with a replaceable cover 1121 which can be connected thereto, and the replaceable cover 1121 can prevent the mouth of the patient from contacting other parts of the apparatus.
The processor 17 comprises an acquisition module 171, an identification module 172, a trigger module 173, a timing module 174 and an information transmission module 175 which are connected through wires;
further, the acquisition module 171 is configured to acquire a target image in the oral cavity of the patient to be administered through the camera 12;
the identification module 172 is configured to identify the target image acquired by the acquisition module 171;
the triggering module 173 functions as: if the identification module 172 identifies that the target graph has the image characteristics of a pre-stored uvula graph, outputting a trigger instruction for delivering a set pill to the medicine feeding port 112 to the pill delivery device 113;
the timing module 174 performs timing according to the medicine taking time, and when the timing reaches a preset time, the processor 17 controls the reminder 15 to send medicine taking reminding information to the outside;
the information transmission module 175 sends a trigger instruction to the at least one external monitoring terminal 300 based on the trigger module 173 and then sends the administration completion information to the at least one external monitoring terminal 300 and/or sends the non-scheduled administration information to the at least one external monitoring terminal 300 based on the reminder 15 sending the administration reminding information to the outside;
the acquisition module 171, the identification module 172, the triggering module 173, the timing module 174 and the information transmission module 175 are all disposed inside the processor 17 through wired connections, and all the modules are controlled by the processor 17.
The intelligent medicine feeding system 100 is connected with a monitoring terminal 300 through a wireless communication network 200;
further, the intelligent drug-feeding device 100 is configured for two-way wireless communication to a remote monitoring terminal 300, for example, via a wireless communication network 200; the monitoring terminal 300 may be a main terminal device used by a guardian, a medical worker, or the like, for monitoring whether a patient takes a medicine on time by a user, such as a personal computer, a personal digital assistant, a smart phone, a hospital basic monitoring station, or a dedicated remote clinical monitoring station;
furthermore, the devices are connected and controlled through wireless/wired signals.
The working principle of the utility model is that the following steps are carried out:
firstly, placing pills to be taken in each medicine storage grid 111, inputting administration information into a memory 13 by using an information input device 14, taking pictures of the oral cavity of a patient to be taken by using a camera 12, transmitting the pictures to a processor 17, processing the pictures into standard uvula patterns and storing the standard uvula patterns in the memory 13;
then, after the patient turns on the medicine taking button 16 within the preset time period, the processor 17 starts to execute the medicine taking control program after receiving the medicine taking instruction of the medicine taking button 16; firstly, the processor 17 controls the manipulator 1131 to pick up a single pill in the corresponding medicine storage grid 111 into the temporary storage cabin 1132, the push-out mechanism 1133 then pushes the pill in the temporary storage cabin 1132 to the outside of the temporary storage cabin 1132 through the medicine outlet 11321, and then the pill falls into the medicine falling pipeline 1134, at this time, the acquisition module 171 acquires an oral cavity image of the patient to be administered, which is located at the medicine feeding port 112, in real time through the camera 12, when the identification module 172 of the processor 17 identifies that the target graph has the image characteristics of the pre-stored uvula graph, the trigger module 173 outputs a trigger instruction for delivering the set pill to the medicine feeding port to the pill delivery device, at this time, the switch gate 1135 is opened, the pill slides to the oral cavity of the patient to be administered through the medicine feeding port 112, the medicine feeding process of a single pill is completed, and if the patient to be administered needs to take a plurality of pills once, the medicine taking program is continuously executed; after the whole medicine taking is completed, the information transmission module 175 sends the medicine taking completion information to the external monitoring terminal 300; if the patient to be administered is not taken medicine in the set time period or the number of taken medicines is insufficient, the information transmission module 175 can send out medicine taking reminding information based on the reminder 15 and send out non-on-time medicine taking information to the external monitoring terminal 300 at the same time.
The above embodiments are only for illustrating the technical concept and features of the present invention, and the purpose of the embodiments is to enable people skilled in the art to understand the contents of the present invention and to implement the present invention, which cannot limit the protection scope of the present invention. All equivalent changes and modifications made according to the spirit of the present invention should be covered within the protection scope of the present invention. Finally, it should be understood that the embodiments described herein are merely illustrative of the principles of embodiments of the present invention; other variations are also possible within the scope of the invention; thus, by way of example, and not limitation, alternative configurations of embodiments of the present invention may be considered consistent with the teachings of the present invention; accordingly, embodiments of the present invention are not limited to the embodiments specifically described and illustrated herein.
Claims (5)
1. An intelligent medicine feeding system is characterized in that a processor is arranged in the intelligent medicine feeding system, and a medicine supply device, a camera, a memory, an information input device, a reminder and a medicine taking button which are in wired connection with the processor are also arranged;
the processor comprises an acquisition module, an identification module, a trigger module, a timing module and an information transmission module which are connected through wires.
2. An intelligent drug feeding system as claimed in claim 1,
the medicine supply device comprises a plurality of medicine storage grids, a medicine feeding port and a pill delivery device arranged between the medicine storage grids and the medicine feeding port;
the pill delivery device comprises a plurality of manipulators for picking up pills, a temporary storage bin with a medicine outlet and arranged below the manipulators, and a push-out mechanism arranged on one side of the temporary storage bin;
a medicine falling pipeline is arranged between the temporary storage bin and the medicine feeding port, and a switch gate is arranged outside the medicine falling pipeline.
3. An intelligent medicine feeding system according to claim 2, wherein the pushing mechanism is arranged between the medicine storage grid and the temporary storage bin, and a pushing plate is arranged inside the pushing mechanism;
the medicine outlet is arranged at one end of the temporary storage bin connected with the medicine falling pipeline.
4. The intelligent medicine feeding system of claim 2, wherein a slope connected with a medicine feeding port is arranged on the medicine falling pipeline, and a replaceable cover port is arranged on the medicine feeding port.
5. An intelligent drug feeding system as claimed in claim 1, wherein the intelligent drug feeding system is connected to the monitoring terminal via a wireless communication network.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021063121.8U CN212789147U (en) | 2020-06-10 | 2020-06-10 | Intelligent medicine feeding system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202021063121.8U CN212789147U (en) | 2020-06-10 | 2020-06-10 | Intelligent medicine feeding system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212789147U true CN212789147U (en) | 2021-03-26 |
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ID=75095793
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202021063121.8U Active CN212789147U (en) | 2020-06-10 | 2020-06-10 | Intelligent medicine feeding system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212789147U (en) |
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2020
- 2020-06-10 CN CN202021063121.8U patent/CN212789147U/en active Active
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