TWM635796U - Smart pill container - Google Patents

Abstract

A kind of intelligent medicine box, which has a plurality of medicine box trays, which are slidably arranged in a medicine cabinet. Each medicine box tray has several accommodating grooves arranged at intervals, and a plurality of medicine box bodies are respectively accommodated in one of the accommodating grooves wherein, each medicine box body is respectively provided with a control unit, and the plurality of pressure sensing components respectively have a first installation seat, a second installation seat and a deformation member, wherein the first installation seat is arranged at the bottom of the medicine box body, The second mounting seat is arranged on the inner bottom surface of the accommodating groove, and the deforming parts are arranged between the first mounting seat and the second mounting seat; each deforming part is electrically connected with the corresponding control unit on the medicine box body; When the medicines in the medicine box body increase or decrease, the deformation part is deformed by the weight change of the medicine box body, and a deformation signal is generated, and the deformation signal is transmitted to a medicine management system through the control unit for counting and recording the quantity of medicines.

Description

smart pill box

This creation is related to medicine management, especially a smart medicine box.

The pharmacy of a general hospital controls the quantity of medicines by checking the increase or decrease of the quantity of medicines one by one in the medicine boxes in the medicine cabinet, so as to know the current stock of medicines and decide whether to replenish the quantity of medicines. However, this method must be manually confirmed by the pharmacist one by one, and the quantity of the medicine cannot be quickly confirmed, and there is no additional reminder function, so that the pharmacist has no way of knowing even if the medicine box is placed in the wrong position.

In addition, due to the absence of traceability records, it is impossible to accurately grasp the flow of drugs, which makes the management of drugs more difficult.

In view of this, how to solve the above problems is the primary issue that this creation intends to solve.

The main purpose of this creation is to provide a smart medicine box, which avoids placing the medicine box body in an incorrect accommodation groove through the one-to-one matching relationship between the medicine box body and the accommodation groove on the medicine box tray. And it has the effect of ensuring the correctness of medicines entering and exiting the warehouse. And by linking with the drug management system, it can remind the tonic person to take the tonic and inform the amount of medicine to be put in. It has the function of guiding the medicine to be taken and the function of detecting the quantity of the medicine to be taken. It can confirm that the items and quantity of the medicine to be taken are correct, so as to achieve Automatically count and track the efficacy of drug administration and tonic operation records.

To achieve the aforementioned purpose, this creation provides a smart medicine box, including: A plurality of medicine box trays are slidably arranged in a medicine cabinet, and each medicine box tray has several accommodating grooves arranged at intervals; A plurality of medicine box bodies are used to store medicines and are respectively accommodated in one of the accommodating grooves, and each medicine box body is respectively provided with a control unit; A plurality of pressure sensing components respectively have a first mounting seat, a second mounting seat and a deformable part, wherein the first mounting seat is arranged at the bottom of the medicine box body, and the second mounting seat is arranged at the container On the bottom surface of the inner part of the groove, and the deforming part is arranged between the first mounting seat and the second mounting seat; each of the deforming parts is electrically connected to the control unit on the corresponding medicine box body; when the medicine When the medicine of the box body increases or decreases, the deformation part is deformed by the weight change of the medicine box body, and a deformation signal is generated, and the deformation signal is transmitted to a medicine management system through the control unit for counting and recording the quantity of medicines .

Preferably, each medicine box body and its corresponding accommodating groove have a matching physical assembly structure, so as to prevent the medicine box body from being placed in an incompatible accommodating groove.

Preferably, each medicine box body is respectively provided with a first identification code, and the inner wall of each accommodating groove is respectively provided with a second identification code matching the first identification code of the corresponding medicine box body, so as to prevent the medicine box from The main body is placed in an accommodating groove that does not match it.

Preferably, two opposite sides of each of the first mounting seats respectively protrude toward the second mounting seat and are bent outward to form a wing plate, and each of the first mounting seats forms a groove between the wing plates, The deformation part is arranged in the groove.

Preferably, each of the medicine box bodies is connected to the drug management system through the network through its control unit, and the drug management system includes a prescription retrieval unit, an authority management unit and a processing unit, wherein the prescription retrieval The unit is used to obtain a prescription information issued by a doctor, and the authorization management unit is used for the drug supplier to enter the drug management system according to the authorization, and obtain the drug corresponding to the prescription information from the medicine box body according to the prescription information. The processing unit records the rated weight and quantity information of the medicines contained in each medicine box body. The processing unit calculates the remaining quantity of medicine after administration. When the remaining quantity of medicine in each medicine box body is lower than a preset value, the processing unit sends A notification message is sent to a display unit and displayed to remind the tonic person to take the tonic.

Preferably, the processing unit subtracts the weight of the drug box body from the rated weight of the drug box body to obtain the total weight of the drug, which can be converted to obtain a rated amount of the drug, and the processing unit deducts the rated amount to take out the drug. Quantity to calculate the remaining quantity.

And above-mentioned object and advantage of this creation, it is not difficult to obtain in-depth understanding from the detailed description and accompanying drawing of following selected embodiment.

First, please refer to Figures 1 to 4, the smart medicine box provided by this creation is composed of multiple medicine box trays 1, multiple medicine box bodies 2 and multiple pressure sensing components 3, among which:

Each of the medicine box trays 1 is arranged at intervals for sliding in a medicine cabinet 10, each of the medicine box trays 1 has an accommodating space 11, and the accommodating space 11 is partitioned to form several The accommodating grooves 12, in this embodiment, the number of accommodating grooves 12 in a single medicine box tray 1 is four.

Each of the medicine box bodies 2 is used to store different medicines and is respectively accommodated in one of the accommodating grooves 12 . Each of the medicine box bodies 2 is respectively provided with a control unit 21 . The medicine box bodies 2 and their corresponding accommodating grooves 12 have a matching physical assembly structure; in other words, a medicine box body 2 can only be accommodated in a specific accommodating groove 12, and cannot be accommodated in other The accommodation tank 12. In this embodiment, each set of corresponding accommodating grooves 12 and the medicine box body 2 are respectively provided with keys and keyways that can only be docked with each other, so as to prevent the medicine box body 2 from being placed in an incompatible accommodating groove 12 in. In addition, in another embodiment, digital transmission methods such as radio frequency (RFID) can also be used. For example, each medicine box body 2 is respectively provided with a first identification code corresponding to its control unit 21, and each accommodating slot 12 are respectively provided with a second identification code that matches the first identification code of the corresponding medicine box body 2. When the medicine box body 2 is put into an unmatched accommodating groove 12, the control unit 21 passes through the The drug management system 4 is connected to send a notification message to remind the user of misplacement, thereby ensuring that the drug box body 2 can be placed in the correct accommodating slot 12 , which does not limit the invention.

Each of the pressure sensing components 3 has a first mounting seat 31, a second mounting seat 32 and a deformation member 33 respectively, and the first mounting seat 31 is locked on the bottom of the medicine box body 2 by several locking pieces. , the second mounting seat 32 is locked on the inner bottom surface of the accommodating groove 12, and the deformation member 33 is arranged between the first mounting seat 31 and the second mounting seat 32. In this embodiment, Two opposite sides of the first mount 31 protrude toward the second mount 32 and are bent outward to form a wing 311 , and the first mount 31 forms a groove 312 between the wings 311 , Each wing plate 311 of the first mounting base 31 is respectively pierced with at least one column 313 to be combined with the second mounting base 32 so that the deformation member 33 is positioned in the groove 312 and aligned with the first mounting base. 31 butt against each other. Each deformation member 33 is electrically connected to the control unit 21 on the corresponding medicine box body 2; In this embodiment, the deformation member 33 has a strain gauge, and the deformation amount of the deformation member 33 is calculated by the strain gauge to generate a deformation signal, and the deformation signal is transmitted to a drug management system through the control unit 21 4. It is used to count and record the quantity of medicines.

Furthermore, as shown in Figure 4, each medicine box body 2 in the medicine box tray 1 is connected to the medicine management system 4 through the network with its control unit 21, and the medicine management system 4 includes a Prescription retrieval unit 41, a rights management unit 42 and a processing unit 43, wherein the prescription retrieval unit 41 is used to obtain a prescription information issued by a doctor, and the rights management unit 42 is used to supply drug users to enter The medicine management system 4 obtains medicines corresponding to the prescription information from the medicine box bodies 2 according to the prescription information, and the processing unit 43 records the rated weight and quantity information of the medicines contained in the medicine box bodies 2, and the processing unit 43 Calculate the remaining amount of medicine after administration. When the remaining amount of medicine in each medicine box body 2 is lower than a preset value, the processing unit 43 sends a notification message to a display unit 101 and displays it to remind the tonic person to carry out tonic. Wherein, the processing unit 43 subtracts the weight of the medicine box body 2 from the rated weight of the medicine box body 2 containing the medicine, which is the total weight of the medicine, and can be converted to obtain a rated quantity of the medicine. Subtract the quantity taken out to calculate the remaining quantity.

In the actual application of the smart medicine box provided by this creation, when the drug user takes out the medicine quantity corresponding to the prescription information from the medicine box body 2 according to the prescription information, the deformation part 33 of the pressure sensing component 3 Deformation occurs due to the weight change of the medicine box body 2, and the deformation amount of the deformation member 33 is calculated by the strain gauge of the deformation member 33 to generate a deformation signal, and the deformation signal is transmitted to the drug management system through the control unit 21 4. The processing unit 43 calculates the remaining quantity of medicine after administration and the quantity of medicine to be replenished, so as to achieve the purpose of automatically calculating the quantity of medicine and tracing the records of administration and supplementation.

In addition, due to the one-to-one combination relationship between the medicine box body 2 and the accommodating groove 12, whether it is a physical assembly structure or a pairing through digital transmission, it can remind the administrator of the medicine box body 2. The role of being placed in the non-matching accommodating groove 12 avoids the problem that the manager has no way of knowing even if the conventional medicine box is placed in the wrong position, and ensures that the medicine box body 2 can be placed in the correct position. In the accommodating tank 12, and then have the effect of ensuring the correctness of medicines in and out of the warehouse.

The disclosure of the above embodiments is only used to illustrate the invention, not to limit the invention, so any changes in numerical values or replacement of equivalent components should still fall within the scope of the invention.

To sum up, it should be able to make those who are familiar with this technology understand that this creation can indeed achieve the above-mentioned purpose, and it is in compliance with the provisions of the Patent Law, so the application is filed in accordance with the law.

10: Medicine cabinet 101: Display unit 1: Medicine box tray 11:Accommodating space 12: storage tank 2: Medicine box body 21: Control unit 3: Pressure sensing components 31: The first mount 311: wing plate 312: Groove 313: cylinder 32:Second mount 33: deformed parts 4: Management system 41: Prescription retrieval unit 42: Authority management unit 43: Processing unit

Figure 1 is a partial exploded schematic diagram of this creation. Figure 2 is a three-dimensional schematic diagram of the main body of the creative medicine box. Figure 3 is an exploded schematic diagram of the pressure sensing component of this invention. Figure 4 is a schematic diagram of the status of the creative link drug management system.

1: Medicine box tray

11:Accommodating space

12: storage tank

2: Medicine box body

21: Control unit

Claims (6)

A smart medicine box, including: A plurality of medicine box trays are slidably arranged in a medicine cabinet, and each medicine box tray has several accommodating grooves arranged at intervals; A plurality of medicine box bodies are used to store medicines and are respectively accommodated in one of the accommodating grooves, and each medicine box body is respectively provided with a control unit; A plurality of pressure sensing components respectively have a first mounting seat, a second mounting seat and a deformable part, wherein the first mounting seat is arranged at the bottom of the medicine box body, and the second mounting seat is arranged at the container On the bottom surface of the inner part of the groove, and the deforming part is arranged between the first mounting seat and the second mounting seat; each of the deforming parts is electrically connected to the control unit on the corresponding medicine box body; when the medicine When the medicine of the box body increases or decreases, the deformation part is deformed by the weight change of the medicine box body, and a deformation signal is generated, and the deformation signal is transmitted to a medicine management system through the control unit for counting and recording the quantity of medicines . The smart medicine box according to claim 1, wherein each medicine box body and its corresponding accommodating groove have a matching physical assembly structure, so as to prevent the medicine box body from being placed in an incompatible accommodating groove . The smart medicine box as described in claim 1, wherein each medicine box body is respectively provided with a first identification code, and the inner wall of each accommodating groove is respectively provided with a matching first identification code of the corresponding medicine box body. The second identification code is used to prevent the medicine box body from being placed in an accommodating groove that does not match it. The smart medicine box as described in claim 1, wherein, two opposite sides of each first mounting seat respectively protrude toward the second mounting seat and are bent outward to form a wing plate, and each of the first mounting seats is on its A groove is formed between the wing plates, and the deformation member is arranged in the groove. The smart medicine box as described in claim item 1, wherein each medicine box body is connected to the medicine management system through the network through its control unit, and the medicine management system includes a prescription retrieval unit, an authority management unit and a The processing unit, wherein the prescription retrieval unit is used to obtain a prescription information issued by a doctor, and the authority management unit is used to provide drug suppliers to enter the drug management system according to the authority, and to obtain the information from each medicine box body according to the prescription information. To obtain the medicine corresponding to the prescription information, the processing unit records the rated weight and quantity information of the medicine contained in each medicine box body, and the processing unit calculates the remaining quantity of medicine after administration. When the remaining quantity of medicine in each medicine box body is less than one When the preset value is reached, the processing unit sends a notification message to a display unit and displays it, so as to remind the tonic person to take the tonic. The smart medicine box as described in claim 5, wherein the processing unit subtracts the weight of the medicine box body from the rated weight of the medicine box body to obtain the total weight of the medicine, which can be converted to obtain a rated quantity of the medicine, The processing unit calculates the remaining quantity by deducting the withdrawn quantity from the rated quantity.

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