TWM528748U - Management system of intelligent personal medication box - Google Patents

Description

Smart personal kit management system

This creative department is related to a management system, especially a kind of intelligent function for facilitating the time, reminder, warning, automatic drug withdrawal and timeout locking of the silver-haired or patient management, and can be combined with general communication equipment to reach the family or The management system that cares about the current state of medication.

At present, the number of domestic silver-haired drugs is increasing day by day, from nutritional supplements to chronic diseases or cardiovascular diseases that must be eaten every day. The types of drugs are numerous and large, but the decline of memory often makes them take medicine or not. It is how to take trouble. Even if the current medical technology development can make many people reduce the mortality rate and alleviate the disease, as the age increases, the actions of the elderly become another worry, especially for the medicine and medication in the life of the silver-haired people. Face the problem.

For the analysis of drug management, it can be divided into two categories, namely "multiple use" and "personal use". Among them, "multiple use" refers to the use of doctors, pharmacies and nursing stations in medical institutions. The drug management methods used in inpatients, common drug-related equipment, including medicine cabinets, medicine dispensers, and drug management programs, etc., from the use of the drug management program by the physician to the prescription, to the final delivery to the patient's hand For an integrated management system; "individual use" refers to home or care, and is only managed for personal use.

In general, the most common method of personal drug management is to use a box with several compartments, which are divided into basic compartments such as early, middle, late and bedtime. The smaller one is a daily dose of medicine. Tonic daily, more than one kit for a week, to do the tonic action every week, this is a simple drug management. Such a structure is disclosed in the "Pill Box Structure" disclosed in the Japanese Patent No. 104202777, and the "Mobile Phone Case Structure with a Pill Box Container" disclosed in the Japanese Patent No. 103210668; however, the silver hair family and the patient often forget In the case of taking medicine or taking the wrong medicine, in recent years, the industry has also developed kit technology and structure with various functions, including Take medicine or warnings.

A device for prompting or alerting a drug, such as the "timed drug delivery device" disclosed in the Japanese Patent No. 104209232, which comprises: a drug supply unit having at least one drug supply cartridge; and a control unit The device is disposed on the medicine supply unit and electrically connected to each medicine supply box, and has a time reminder and at least one medicine supply button, wherein the time reminder sends a reminder signal and activates one of the medicine medicine buttons And driving at least one corresponding medicine box to be opened.

There is also a device for reminding or warning medication, such as the "recipient-enabled drug cartridge" disclosed in the new patent No. 099223929, which is suitable for dispensing at least one drug and prompting for medication according to a predetermined time schedule, which includes a one-time control processing unit is disposed in the medicine box; a time display unit is disposed on one side of the medicine box, and is connected to the time control processing unit, and the time display unit has a plurality of time zones; The accommodating portion is configured to dispose the medicine, and each of the accommodating portions is disposed in the medicine box and arranged corresponding to each of the time zones; and the plurality of sensing elements are respectively disposed corresponding to the accommodating portions And electrically connected to the time-controlled processing unit, each of the sensing elements is configured to sense whether the corresponding receiving portion is placed in the medicine, and at least one sensing signal is sent according to the receiving portion corresponding to the medicine in and out And the prompting processing unit; and a prompting unit disposed on one side of the medicine box and connected to the time control processing unit, when the time display unit displays the time area and the corresponding content When the drug has a portion, when the control unit drives the processing unit sends a notice message prompt.

There is also a device for reminding or alerting a drug, such as the "pharmaceutical container" disclosed in the Japanese Patent No. 094210417, which comprises a cylindrical inner body and an outer casing, and the inner body device is in the outer casing. The utility model is characterized in that: a hollow rotating column is protruded from one end of the inner lattice body, and a perforation for the hollow rotating column is arranged at the center of the top seat, and one end of the hollow rotating column is pierced by the perforation. The knob cover is screwed and fixed; the inner grid is divided into a plurality of loop regions by a laminate, and at least four arc length regions are separated by a partition between the loop regions, and the outer shell is formed with a number relative to the loop region. The slot is not provided, and a cover body is disposed on the slot of the outer cover body.

In the above-mentioned structure, all have the function of reminding or warning medication, and the three techniques are known. The difference in technique mainly lies in the structure, capacity and arrangement of the kit, the application method of the warning and warning technology, and the spatial behavior and actuation mode of each component group. However, the best products for silver-haired people need to contain several important factors. Because of the age of the silver-haired people, products that are too difficult for them are not suitable for them, so it is best for the elderly. However, in addition to good use, safety is also the most important. There is a treasure in the family. Many families hope that their family's treasures can be safe and healthy. The most important point is practical. It is not necessary for the silver-haired people. The decorations, as long as they are practical and durable, are the best products for them. In other words, the simpler the operation, the more functional it is, and it is more suitable for the living habits of the silver-haired people.

When the silver-haired family or the patient manages and manages the medicine at home, the most common thing is that in addition to the above-mentioned forgetting to take medicine and taking the wrong medicine, repeated medication or overdose medication is also common, repeated medication or If the interval between medications is too short, the effect will be strengthened. In severe cases, it will harm the health. However, the reminder or warning medication function that the knowledge has can only solve the reminder that I need to take the medicine, but the action of taking the medicine can not be controlled. If the drug is used incorrectly, such as repeated medication, wrong medicine, or overdose medication, it is impossible to control the operation procedures of this part. And the doctor could not know that the drug user had the wrong medication.

Comparing the analysis of the three kit structures with reminders and warning functions, it fails to solve the problem of overdose and repeated medication; if the medication is not allowed within the time limit, in addition to reminding the medication, the known techniques are It is impossible to immediately notify the family or the caregiver to make a second auxiliary reminder, so that there are still some imperfect parts of the medication reminder and warning. In addition, if you need to open the medicine cover yourself, you will also have to choose the medicine. When the wrong medicine cover is opened, the wrong medicine is taken; when the medicine cover is taken, the medicine particles need to be taken out one by one, and the operation is also easy to cause problems on the landing; therefore, the creator of the case provides a kind of reminder to use the medicine. The management system and device for managing the medication behavior of the follow-up drug users to solve the problem that it is impossible to confirm whether the drug user repeatedly takes the medicine, the wrong medicine or the medicine.

In view of this, the intelligent personal kit management system disclosed in the present invention includes: The medicine storage device has a plurality of medicine boxes in a stacked shape, and each of the medicine boxes is provided with a plurality of medicine cells arranged in a groove shape and arranged in a ring shape, and the medicine storage device is set to be dropped after a predetermined time. The medicine of the medicine grid is concentrated in a medicine taking box, and the medicine storage device has a medicine discharging group, which can effectively control the medicine drop-off and the medicine-free state switching of the medicines in the medicine medicine; a control device has a An arithmetic and processing unit that can receive and transmit control signals and determine, analyze and process the signals; a timing reminding device is coupled to the control device for signal transmission, and has a timing module coupled to each other and a display module, the timing module can perform time counting, and then transmit the counting signal to the display module to display the current time. The timing reminding device has a warning module coupled with the control device. After the signal transmission is performed, the timing module transmits the count data to the control device, and after the control device analyzes and judges, the control signal is transmitted to the warning module, that is, the operation of the warning module is started; Connected to the control device for signal transmission. After receiving the control signal of the control device, the notification operation is started, and a non-medication signal is transmitted to the preset at least one communication device; and a drug-sensing device is disposed at The medicine box can detect whether the medicine is placed in the medicine box and transmit the detection signal to the control device; a locking device is disposed on the medicine storage device and is associated with the control device Linking for signal transmission, when the control device receives the signals of each of the timing module and the medicine sensing device, and after analyzing and judging that the medicine has not been taken out, the locking mode is activated, so that the medicine discharging group is not falling. The locking state; by using the locking device, when the medicine is not used for more than one time, the medicine discharging device can be locked to prevent the medicine from being dropped, and the notification device can be sent to the preset communication device to cooperate with the notification device. The design of the drug storage device with automatic drug dispensing, in addition to the basic reminder and warning function, can further have the lock of the medicine box, the second reminder medication, the correct medicine drop and the medicine operation. Simple and easy and other effects, and can reduce repetitive medicine, medicine is not, than the case when the wrong medicine or medication occurs, so that the overall configuration of up by practical convenience.

The main purpose of this creation is to provide a smart personal medicine box management system, which is a timing device combined with a drug storage device, which determines whether to perform rotation and drug withdrawal operation by time, and has a locking device, and when it is not used for more than the time, The medicine dispensing device is locked so as not to drop the medicine, so that the medicine box locking function is provided, and the occurrence of the wrong medicine taking action for avoiding overdose medication and repeated medication is prevented.

The second purpose of this creation is to provide a smart personal kit management system with The reporting device and the drug-sensing device can send a newsletter or notification to the preset communication device when the time is approaching the prescribed medication time, the drug is not taken, or the time of the drug is about to be overdue, and the family member or the caregiver can be notified to further the medication. And reach the second reminder medication auxiliary function.

A further object of the present invention is to provide a smart personal medicine box management system, which has an automatic drug delivery structure design, and the medicine dropped after pressing the medicine group is the correct medicine and dosage, and only when the medicine is taken The medicine is taken in a single medicine taking box, and the medicine user does not need to judge which medicine lid to open in multiple medicines, and the medicine taking operation is simple and easy, and the situation that the wrong medicine and the medicine fall on the ground can be reduced.

A further object of the present invention is to provide a smart personal medicine box management system, which has a considerable amount of storage capacity for a drug storage device, and can be designed for a week to several weeks depending on the requirements of the kit structure to reduce repeated tonics. trouble.

[This creation]

(10) ‧ ‧ pedestal group

(20) ‧ ‧ storage device

(21)‧‧‧Pillbox

(22) ‧ ‧ Pharmacy

(23) ‧ ‧ take the kit

(24) ‧‧‧Drug group

(241)‧‧‧Inner tube

(242)‧‧‧Outer tube

(243) ‧ ‧ out of the medicine tank

(244) ‧‧‧Outgoing medicine tank

(245) ‧ ‧ drug delivery channels

(246)‧‧‧Flexible parts

(25)‧‧‧Rotary drive group

(251)‧‧‧First transmission parts

(252)‧‧‧Second transmission parts

(253)‧‧‧Drive motor

(30)‧‧‧Control devices

(40) ‧‧‧Time reminder

(41)‧‧‧Timekeeping Module

(42)‧‧‧ display module

(43)‧‧‧Setting module

(44) ‧ ‧ warning module

(50) ‧ ‧ notification device

(51)‧‧‧Communication equipment

(60) ‧‧‧ Drug sensing device

(61) ‧‧‧Remove prompt light

(70)‧‧‧Locking device

(71)‧‧‧Cards

(80) ‧ ‧ Personalized Drug Management Program

The first figure is a perspective view of a preferred embodiment of the present invention.

The second figure is a schematic diagram of a system according to a preferred embodiment of the present invention.

The third figure is a schematic cross-sectional view of a preferred embodiment of the present invention.

The fourth figure is a schematic cross-sectional view of a preferred embodiment of the present invention.

The fifth drawing is a schematic cross-sectional view of a preferred embodiment of the present invention.

Figure 6 is a perspective exploded view of the drug dispensing group of a preferred embodiment of the present invention.

The seventh figure is a schematic diagram 1 of the first layer of the medicine box rotating off the medicine according to a preferred embodiment of the present invention.

The eighth figure is a schematic diagram 2 of the first layer of the medicine box rotating off the medicine according to a preferred embodiment of the invention.

The ninth drawing is a schematic diagram 3 of the first layer of the medicine box rotating off the medicine according to a preferred embodiment of the present invention.

The tenth figure is a schematic diagram 4 of the first layer of the medicine box rotating off the medicine according to a preferred embodiment of the present invention.

Figure 11 is a schematic view showing the state of taking a drug according to a preferred embodiment of the present invention.

Figure 12 is a schematic view of the second layer of the kit rotating and removing the medicine according to a preferred embodiment of the present invention.

The thirteenth drawing is a second schematic diagram of the second layer of the medicine box rotating off the medicine according to a preferred embodiment of the invention.

Figure 14 is a schematic view of the third layer of the kit rotating and removing the medicine according to a preferred embodiment of the present invention.

The fifteenth figure is a schematic diagram 2 of the third layer of the medicine box rotating off the medicine according to a preferred embodiment of the present invention.

Figure 16 is a schematic view showing the fourth layer of the rotating drug drop of a preferred embodiment of the present invention.

Figure 17 is a schematic view 5 of the first layer of the kit rotating and removing the medicine according to a preferred embodiment of the present invention.

Figure 18 is a schematic view 6 of the first layer of the kit rotating and removing the medicine according to a preferred embodiment of the present invention.

The nineteenth drawing is a schematic diagram 3 of the second layer of the medicine box rotating and removing the medicine according to a preferred embodiment of the present invention.

Figure 20 is a schematic view showing the locked state of the locking device according to a preferred embodiment of the present invention.

Figure 21 is a flow chart showing the system management of a preferred embodiment of the present invention.

The twenty-second diagram is a schematic diagram of the system of the second preferred embodiment of the creation.

First, please refer to the first to sixth figures. The intelligent personal kit management system provided by the present invention mainly comprises: a base group (10), and a medicine storage device disposed in the base group ( 20), a control device (30), a timing reminding device (40), a notification device (50), a drug taking sensing device (60) and a locking device (70).

The base set (10) is a shell-shaped seat.

The medicine storage device (20) has a plurality of medicine boxes (21) in a stacked shape, and each of the medicine boxes (21) is provided with a plurality of medicine cells (22) arranged in a groove shape and arranged in a ring; the medicine storage device (20) After being set, the medicine of the medicine cell (22) will be dropped at a predetermined time, and concentrated in a medicine taking box (23); the medicine storing device (20) has a medicine dispensing group (24) ), can effectively control the drug drop-off and drug-free state switching in each of the drug cells (22); a rotary drive group (25) is connected to each of the kits (21) and can drive the kit (21) generating rotation, the rotation driving group (25) is coupled to the control device (30), accepting switching of its control signal transmission and generating rotation or non-rotation; the rotation driving group (25) has mutual connection The first transmission member (251) and the second transmission member (252) are disposed and kinetic energy is transmitted, and the first transmission member (251) is attached to the medicine box (21); a driving motor (253) And the second transmission member (252) is connected to the second transmission member (252) to provide a power source, and the second transmission member (252) drives the first transmission member (251) and The cartridge (21) produces a rotary actuation; the drive motor (253) Connected to the control device (20), accepting the control signal transmission and generating the operation and opening and closing switching; each of the medicine boxes (21) is sleeved outside the medicine discharging group (24) in an overlapping manner, and the out The drug group (24) has a positioning state and is presented An inner cylinder (241) of a hollow cylinder shape, and an outer cylinder (242) which is in a movable state and has a hollow cylinder shape, and the outer cylinder (242) is sleeved on the outer cylinder (241) and can be mounted thereon a linear displacement of the preset range; the inner cylinder (241) is provided with an axial recessed through one of the inner recesses (243); the outer cylinder (242) is provided with an axial recess a plurality of outgoing medicine tanks (244) in the interior, and each of the outlet medicine tanks (244) is disposed at a position relative to the medicine compartment (22) of each of the medicine boxes (21); above the outer cylinder (242) is pressed The end sleeve, the outer cylinder (242) linearly moves to the predetermined portion on the inner cylinder (241), so that the through holes of the inner and outer medicine grooves (243) (244) will correspond to each other and form a The drug channel (245), that is, the drug located in the drug cell (22) can be dropped from each of the inner and outer medicine tanks (243) (244) through the hollow interior of the inner cylinder (241) to the medicine taking box ( 23); an elastic member (246) is disposed between each of the inner and outer cylinders (241) (242) to provide the natural power of the outer cylinder (241) to return, so that the inner and outer medicine tanks (243) ( The through holes of 244) will be in a dislocation state, and the medicine discharge channel (245) is closed; each of the medicine cells (22) The bottom portion is in a state of being gradually inclined toward the medicine discharging group (24). When the through holes of the inner and outer medicine tanks (243) (244) correspond to each other, the medicine discharging passage (245) is When opened, the drug in the medicine cell (22) is automatically detached from the drug delivery channel (25) because its bottom edge of the tilting slides toward the lower side.

The control device (30) has an arithmetic and processing unit that can receive and transmit control signals and determine, analyze and process the signals.

The timing reminding device (40) is coupled to the control device (30) for signal transmission, and has a timing module (41) and a display module (42) coupled to each other. The timing module (41) The time can be counted, and the counting signal is immediately transmitted to the display module (42) to display the current time or the next medication time; a setting module (43) provides manual setting of multiple groups of medication time and over The time reminding device (40) has a warning module (44) coupled to the control device (30) for signal transmission, and the timing module (41) transmits the counting data to the control device After (30), the control device (30) analyzes and determines the transmission control signal to the warning module (44), that is, the warning module (44) is turned on; the warning module (44) has at least one light source, via The control device (30) transmits a control signal to generate a state switch of light extinction; the alert module (44) has at least one buzzer, and transmits a control signal via the control device (30) to switch the on/off state of the sound.

The notification device (50) is coupled to the control device (30) for signal transmission. After receiving the control signal of the control device (30), the notification operation is started, and a non-medication signal or a medication reminder message is transmitted. Preset at least one communication device (51); the communication device (51) can be a hand One of the machines, tablets, desktops, or laptops.

The medicine sensing device (60) is disposed in the medicine taking box (23), and can detect whether the medicine is placed in the medicine box (23) and transmit the detected signal to the control device; A take-up reminder light (61), which transmits a control signal via the control device (30) to generate a state switch of light illuminating, to indicate whether the drug is placed in the take-up box (23) by turning on or off.

The locking device (70) is disposed on the drug storage device (20) and coupled to the control device (30) for signal transmission, and the control device (30) receives each of the timing modules (41) And the signal of the medicine sensing device (60), after analyzing and judging that the medicine has not been taken out after the timeout, that is, the locking mode is activated, so that the medicine discharging group (24) is in a locked state without stopping the medicine; the locking device (70) is It is connected with the medicine discharging group (23), and has a clamping member (71) capable of effectively blocking the linear displacement of the outer cylinder (242), which can be applied to the technical application of the limit switch, so that the inner and outer portions are respectively The through holes of the medicine tank (243) (244) cannot correspond to each other, but are locked in a drug-free state.

By means of the above-mentioned components, the timing device is combined with the drug storage device, and it is determined by time whether or not to perform the rotation and the drug drop operation, and the storage device (20), the control device (30), and the timing are provided by the base group (10). The reminding device (40), the notification device (50), the drug taking sensing device (60) and the locking device (70) are disposed in a preset configuration, and the locking device (70) is not used when the time is exceeded. The dispensing device is locked so that no drug is dropped, combined with the notification device (50) that can send a text message or notification to the preset communication device, and the drug storage device (202) with automatic drug dispensing is designed to achieve basic In addition to the reminder and warning functions, it can further have the functions of locking the medicine box, assisting the second reminder, controlling the correct medicine drop and easy to take the medicine, and reducing the repeated medication, the medicine, and the wrong medicine. Or the situation of overdose medication, so the overall structure can be convenient and practical.

In order to further understand the characteristics of this creation, the use of technical means and the expected results, the use of this creation is described as follows: For the system of this creation, please refer to the second to fourth figures, mainly the rotation The driving group (25), the timing reminding device (40), the notification device (50), the medicine taking sensing device (60) and the locking device (70) are respectively connected with the control device (30), and can perform information and mutual information. Controlling the transmission of the signal, wherein the rotary drive group (25) can be controlled by the control device (30) to control the operation and stop of its rotation to indirectly drive the cartridge (21) to rotate to the prescribed drug drop (22) Corresponding to the dispensing channel (245); the timing reminding device (40) can transmit the counting data of the timing module (41) to the control The device (30); the setting module (43) of the timing reminding device (40) provides an interface for manually inputting relevant timing data, and the input information is transmitted to the control device (30); the notification device (50) After receiving the signal of the control device (30), a message or a short message is sent to the communication device (51); the drug sensing device (60) detects the drug in the drug collection box (23) After the drug-dropping state, the signal is sent back to the control device (30), and the medicine-taking reminder light (61) is turned on or off to indicate whether the medicine has been taken; the locking device (70) receives the medicine. Controlling the signal of the device (30) to generate a locked state switching; after the components return the signal to the control device (30), the control device (30) performs analysis and judgment, and then further transmits the relevant information. The control signal is sent to each of the display module (42), the warning module (44), the notification device (50), the rotary driving device (25) and the locking device (70) to perform the next preset action.

For the medication management device of the present invention, please refer to the first figure and the third to fifth figures, and the storage device (20), the control device (30) and the timing reminding device are respectively arranged in the base group (10). 40), a notification device (50), a drug-sensing device (60), and a locking device (70); wherein the drug storage device (20) is located at the center of the front of the base group (10), the timing reminding device ( 40) is disposed at a position above the base group (10) for facilitating setting input and facilitating viewing, and the locking device (70) is disposed adjacent to the medicine discharging group (24) to effectively stop the medicine discharging group (24) The appropriate position for generating the medicine to be actuated; the medicine sensing device (60) is disposed at a preset position inside the medicine taking box (23).

The storage device (20) of the present invention is a structure capable of automatically dropping medicine, and a plurality of the medicine boxes (21) stacked in a stack are arranged outside the drug-disposing group (23) having a hollow long cylindrical shape. The first transmission member (251) is disposed on the medicine box (21), and is engageable with the second transmission member (252) to drive the medicine box (21) indirectly by the driving motor (253) to respectively Rotation is generated, and the control device (30) transmits a control signal to the drive motor (253) to open and close to indirectly drive each of the cartridges (21) to be respectively rotated to a position corresponding to the discharge passage (245). Waiting for the next step of the medicine discharging group (24) being pressed off the medicine; the medicine discharging group (24) is each of the inner and outer tubes (241) (242) which are respectively sleeved with each other The inner and outer medicine tanks (243) (244) are in a dislocation state in the normal state, and the inner and outer medicine tanks (243) (244) are in a dislocated state, and the action of pressing the outer tube (242) can be performed. Each of the inner and outer medicine tanks (243) (244) is in a corresponding state and generates the medicine discharging passage (245). At this time, the medicine corresponding to the medicine cell (22) is preset to automatically slide in. The inner cylinder (241) is hollowed out to the hollow cylinder The party takes the kit (23).

The creation of the drug storage device is within the preset time when the drug should be taken without medication. After the operation (20) is performed as described above, the outer tube (242) is pressed to drop the medicine particles into the medicine taking box (23), and the medicine sensing device (60) continuously monitors the medicine taking box (23). Inside, the medicine is placed, and the medicine reminding light (61) is turned on; when the medicine is taken out from the medicine box (23), the medicine box (23) is pushed back to the medicine. In the device (20), the medicine sensing device (60) detects that the medicine taking box (23) is empty, and the medicine detecting light (61) will be turned off.

The timing reminding device (40) of the present invention has the display module (42) disposed above or in front of the base group (10), and each warning mode disposed at a position above the base group (10) The group (44) and the setting module (43) are combined with the timing module (41) disposed inside the base group (10), wherein the timing module (41) can perform time counting to provide The control device (30) serves as a reference for setting other components and devices to perform related actions; the display module (42) can display related information such as current time, next medication time and tonic time; and the setting module (43) Providing a setting interface for manually inputting a medication time setting, a timeout time setting, or a notification of a mobile phone number setting, and displaying a related setting message in the display module (42); the warning module (44) Having each of the light source and the buzzer, after receiving the signal of the control device (30), can generate light and sound as a medication reminder, and can manually turn off the operation of each of the light source and the buzzer, or use the control The preset warning time of the device (30) is automatically turned off.

The notification device (50) of the present invention mainly cooperates with the medicine sensing device (60), and when the medicine sensing device (60) detects that the medicine is dropped, it indicates that the medication person has taken the medicine, such as If the drug has not been detected within the set time, the patient is not taken to take the drug, and the notification device (50) will be activated to send a newsletter or message to the communication device (51) to remind the family or the caregiver from the side. Remind the medication to take the medicine.

In this embodiment, there are seven medicines (22) in a kit, and there are four stacks of the kits (21), such as early, middle, late, and bedtime, and thus have a weekly dose. In the embodiment, after the medicine is supplemented, each of the medicine boxes (21) is rotated to a return position as shown in FIG. 8 , and the setting module (43) can be controlled by the control device (30). Automatically operate each of the kits (21) for rotation, drug withdrawal, reminder alerting, notification, and timeout locking.

The kit (21) of the drug storage device (20) is rotated and the drug is rotated. Referring to each of the seven to twelfth figures, the first drug cell (21) of the first layer of the drug cartridge (21) When the medicine is dropped, that is, the medicine is taken the first morning, first, when the locking device (70) is closed, the first layer of the medicine box is rotated (21) The first medicine compartment (22) is corresponding to the relative position of the medicine tank (244) as shown in the tenth figure. At this time, pressing the outer cylinder (242) as shown in the ninth figure, the upper and lower dislocation states can be made. The inner and outer medicine tanks (2423) (244) are mutually corresponding to each other to form the medicine discharging passage (245), and the medicine can be slipped out from the medicine discharging passage (245) to the lower medicine taking box (23); After the outer cylinder (242) is pressed, the elastic member (246) automatically pushes the outer cylinder (242) back to the position, and at the same time, the inner and outer medicine tanks (243) (244) are mutually re-positioned. As shown in the seventh figure, the dispensing passage (245) is closed. When taking the medicine, as shown in the eleventh figure, just take the medicine box (23) and take it.

When the next medication time is close, please refer to the twelfth to thirteenth figures, that is, the medicine is taken at noon on the first day, and the control device (30) drives the second layer of the medicine box (21) to rotate, so that the second The first drug compartment (22) of the layer kit (21) corresponds to the relative position of the medicine tank (244); when the next administration time is close, please refer to the fourteenth to fifteenth figures, that is, the first day. In the evening, the third layer of the kit (21) is rotated to make the first medicine compartment (22) of the third layer of the medicine box (21) correspond to the relative position of the medicine tank; and so on, such as the sixteenth The illustration shows the drug drop-off situation before the bedtime on the first day.

On the previous day, the four-layer kit (21) was rotated in sequence and the drug was removed. On the second day, it was rotated from the first layer of the kit (21). Please refer to Figure 17 and Figure 18, That is, the drug drop-off situation in the morning of the next day, in which the first layer of the kit (21) is rotated to the second drug compartment (22) to prepare the drug drop, and the second, third and fourth layer of the drug cartridge (21) is the first After the drug is dropped, the first drug cell (22) is in a space state; the nineteenth chart is the drug withdrawal state at noon on the second day, in which the second layer of the drug cartridge (21) is also rotated to the second drug cell ( 22), the third and fourth layer of the kit (21) is the first medicine (22) in the space state after the drug is dropped on the first day, and then the drug is dropped in the order and so on.

The locking device (70) of the present invention, please refer to the twentieth figure, which is mainly disposed at a position close to the medicine discharging group (23), and has a locking member (71) which can be extended and contracted, which can be elongated When the card is inserted into the outer cylinder (242), the outer cylinder (242) cannot be actuated even if it is pressed, so that it is in a locked state, and at this time, each of the inner and outer medicine grooves (243) (244) In the state of being upside down, the dispensing channel (245) is closed, even if the medicine (22) is placed, the medicine cannot be dropped. After the timeout, the next medicine box (21) is rotated to the dispensing position, and the timeout is exceeded. The drug continues to rotate with the kit.

For the operation process of each device management of this creation, please refer to the 21st chart. Firstly, the setting module (43) inputs the medication time setting, the timeout time setting, or the notification of the mobile phone number and the like; the next step That is, timing is started by the timing module (41); when the medication time is up to At the same time, the drug storage device (20) starts to rotate the cartridge (21); the warning module (44) activates and emits a sound and a light warning; then, if the user presses the outer cylinder (242) to drop the medicine, and Taking the medicine, the medicine sensing device (60) can sense the medicine dropping state, and can judge that the medicine has been completed, and then return to the next medicine timing cycle; if the medicine sensing device (60) is within a preset time If no drug is detected, it is judged that the drug has not been taken. In the next step, the notification device (50) will send a message or a brief message to notify the family or caregiver of the drug user; the drug sensing device (60) is entered for more than the preset time. If no drug is detected, it is judged that the drug has not been taken and the time of taking the drug is exceeded. At this time, the locking device (70) starts to lock the state of the outer tube (242), and cannot be pressed, that is, the medicine can not be taken again, and finally returns. The next medication timing loop.

In the base group (10), the timing device is combined with the drug storage device, and it is determined by time whether or not to perform rotation and drug withdrawal actuation, and each of the drug storage devices (20) and the control device (30) is configured. The timing reminding device (40), the notification device (50), the medicine receiving (60) device and the locking device (70), and the control device (30) is coupled to the device by the circuit, and the obtained intelligent personal medicine management system is obtained. , has the following effects:

1. In the creation of the medicine, the action of the medicine is only two steps. The first step is to press the upper edge of the outer tube (242) to cause the medicine storage device (20) to drop the medicine, and the second step is to pull the medicine. The medicine box (23) is sent to the mouth, and then the medicine taking box (23) is put back, that is, the medicine is completed, and the design of the single medicine taking box makes the medicine taking operation simple and humanized, and the medicine pills are not easy to fall. To the ground, it is quite suitable for the operation of patients with silver hair or people with limited mobility. To solve the problem that the drug users need to take medicines in many medicines to cause the wrong medicine to take the wrong medicine.

2. The drug storage device (20) of the present invention utilizes the structural design of the rotating medicine box (21) and the pressing type medicine dispensing group (24), and can have the function of automatically dropping medicine, and the medicine dropped out is The correct medicine and dosage are quite convenient and practical to use, which can reduce the situation of taking the wrong medicine.

3. The notification device (50) and the drug-sensing device (60) are detected by the drug-sensing device (60) at a time close to the set medication time or the time-out medication time. At the time, a newsletter or notice can be sent to the default communication device (50) to inform the family or the caregiver to further prompt the medication from the side to achieve the second reminder medication auxiliary function.

4. The locking device (70) of the creation department can lock the medicine dispensing group (23) so that it does not drop the medicine when it is not used for a long time, so it has the medicine box locking function and avoids overdose medication. And the occurrence of the wrong medication taking action of repeated medication.

5. The drug storage device (20) has a considerable amount of storage capacity, and can be designed for a week to several weeks depending on the requirements of the kit structure to reduce the trouble of repeated tonic.

6. The warning module (44) of the timing reminding device (40) is provided with two warning effects of sound and illumination, such as sound and lighting, to form the first reminder medication function.

7. The display module (42) and the setting module (43) of the timing reminding device (40) can be displayed on the display module (42) after being set by the setting module (43). A variety of medication-related information, including the current time, the next medication time, the time of supplementation, the information of the notification data, the time of the consultation, etc., users can set their display according to their needs.

8. The timing reminding device (40) cooperates with the judgment and calculation of the control device (30) to help the elderly or the patient determine which medicine to eat at which time period, and controls the medicine storage device (20) to automatically fall out of the medicine. The medicine taken during the period, with the intelligent effect of automatic judgment.

9. The medication reminding light (61) of the present invention can be returned to the monitoring signal of the control device (30) by the medicine sensing device (60) to determine whether the medicine is still in the medicine taking box (23). And the control device (30) transmits the signal to the state in which the medicine taking prompt light (61) is turned on or off, and the technical feature can reach the reminding drug user or the caregiver to know whether the medicine has been taken out for taking the medicine. The effect of multiple prompts can also reduce the occurrence of repeated medications.

Please refer to the twenty-second figure, which is a second embodiment of the present invention. Further, a humanized drug management program (80) is provided in each of the control device (30) and the communication device (51) to provide medication. Monitoring, computing, recording, displaying and storing of relevant information such as time, overdue time, patching notice, notification contact information, personal medication history, drug list and dosage, time of return, medication or no medication record; The management program (80) performs related settings, and transmits the information to the control device (30) through the Internet. After analyzing and judging, the control signal is further transmitted to each of the timing reminding device (40) and the notification device (50) to be set. relevant information. On the other hand, the personalized medication management program (80) can be combined with a scanning device to scan the barcode on the medicine bag and input the drug related information into the drug database of the personalized medicine management program (80).

In this embodiment, the medication is mainly used in combination with a computer program or an application (APP) technology used in the portable communication device. In addition to the first embodiment, the setting module (43) is manually set and associated. In addition to the related message input, the personalized drug management program (80) can be configured via a computer, a portable communication device or other compatible input device. And message input, and can achieve a more complete browsing, data integration and medication statistics.

Furthermore, the kit management system and apparatus disclosed in the foregoing embodiments are designed to rotate each of the kits (21) to the drop-off position when the medication time is reached, and the drug-using person presses the drug-disposing group (24). The usage mode of the drug dropping action is generated; the creation device may also modify the drug drop control signal and the action step by the control device (40), and the drug box is first executed by the drug user pressing one of the drug dispensing group (24). (21) The rotation mode to the drop-off position and the automatic withdrawal mode are all the technical application scope of the creation.

In summary, the "Smart Personal Pillbox Management System" disclosed in this creation provides a kit management with the functions of locking the medicine box, assisting the second reminder, controlling the correct medicine drop, and taking the medicine easy and easy. The system utilizes each of the drug storage device, the timing reminding device, the notification device, the drug taking sensing device, the locking device, and the like, and the mutual signal transmission between the control device and the control device, so that the groups can be separately and sequentially according to the system flow. The timing, reminder, drug withdrawal, warning, notification, locking, detection and other related operations, resulting in a stable combination and high ease of packaging container structure, so that the overall industry is practical and cost-effective, and its composition The structure has not been seen in various books or publicly used, and it is in line with the requirements of new patent applications, and it is requested to express the patents at an early date.

To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

(10) ‧ ‧ pedestal group

(20) ‧ ‧ storage device

(21)‧‧‧Pillbox

(23) ‧ ‧ take the kit

(24) ‧‧‧Drug group

(25)‧‧‧Rotary drive group

(30)‧‧‧Control devices

(40) ‧‧‧Time reminder

(41)‧‧‧Timekeeping Module

(42)‧‧‧ display module

(43)‧‧‧Setting module

(44) ‧ ‧ warning module

(50) ‧ ‧ notification device

(51)‧‧‧Communication equipment

Claims (21)

An intelligent personal medicine box management system comprising: a drug storage device having a plurality of medicine boxes in a stacked shape, each of the medicine boxes being provided with a plurality of medicine cells arranged in a groove shape and arranged in a ring shape, the medicine storage After the device is set, the medicine of the medicine cell will be dropped at a predetermined time, and concentrated in a medicine taking box, the medicine storage device has a medicine discharging group, which can effectively control the medicine medicine of the medicine in the medicine medicine. And a non-dropping state switching; a control device having an arithmetic and processing unit capable of receiving and transmitting control signals and judging, analyzing and processing the signals; and a timing reminding device coupled to the control device Performing signal transmission, which has a timing module and a display module connected to each other, the timing module can perform time counting, and then instantaneously transmit the counting signal to the display module to display the current time, and the timing reminding device Having a warning module coupled to the control device for signal transmission, the timing module transmitting the count data to the control device, and transmitting the control signal to the police after analyzing and judging by the control device The module, that is, the operation of the warning module is activated; a notification device is coupled to the control device for signal transmission, and after receiving the control signal of the control device, the notification operation is started, and a non-medication signal or medication reminder is transmitted. Sending a message to the preset at least one communication device; a medicine sensing device disposed in the medicine taking box, detecting whether the medicine is placed in the medicine box, and transmitting the detection signal to the control device A locking device is disposed on the drug storage device and coupled to the control device for signal transmission. When the control device receives the signals of the timing module and the drug sensing device, the analysis determines that the message has been exceeded. When the drug is not taken out, the locking mode is activated to make the drug dispensing group in a drug-free locking state. The intelligent personal kit management system according to claim 1, wherein the medicine storage device has a rotation driving group connected to the medicine box and can drive the medicine box to generate rotation, the rotation driving group It is coupled to the control device to accept the switching of its control signal transmission and to generate a rotation or no rotation. The intelligent personal kit management system according to claim 2, wherein the rotary drive group has a first transmission member and a second transmission member connected to each other and kinetic energy, and the first transmission member is Is disposed on the medicine box; a driving motor is connected to the second transmission member, Providing a power source of the second transmission member, and then transmitting, by the second transmission member, each of the first transmission member and the medicine box to rotate; the driving motor is coupled with the control device to receive the control signal transmission thereof The switching of the operation is started. The smart personal kit management system according to claim 1, further comprising a base group for providing each of the medicine storage device, the control device, the timing reminding device, the notification device, the medicine sensing device and the locking device The preset configuration group is set in it. According to the intelligent personal medicine box management system of claim 1, wherein each of the medicine kits is disposed outside the medicine dispensing group in an overlapping manner, and the medicine discharging group has a positioning state and is one of hollow cylinders. An inner cylinder, and an outer cylinder which is in the form of a hollow cylinder, the outer cylinder sleeve is sleeved outside the inner cylinder and can be linearly displaced on the predetermined range; the inner cylinder is provided with an axial recess The medicine cartridge is provided through one of the inner portions of the hollow portion; the outer cylinder is provided with a plurality of outward medicine grooves extending through the hollow portion in the axial direction, and each of the medicine medicine tanks is disposed in a medicine frame relative to each of the medicine boxes Positioning; pressing the upper end edge of the outer cylinder, the outer cylinder linearly moves to the predetermined portion on the inner cylinder, so that the through holes of the inner and outer medicine tanks correspond to each other, and form a medicine discharging passage. The medicine located in the medicine compartment can be dropped into the medicine taking box from each of the inner and outer medicine tanks. According to the intelligent personal kit management system according to Item 5 of the patent application scope, wherein the bottom of each of the medicine cells is in a state of being gradually inclined toward the medicine discharging group, and the inner and outer medicine tanks are connected to each other. When the holes will correspond to each other, once the drug delivery channel is opened, the drug in the drug cell is automatically dropped from the drug delivery channel. According to the intelligent personal medicine box management system of claim 5, wherein each of the inner and outer cylinders is provided with an elastic member to provide natural power for returning the outer cylinder, so that the inner and outer medicine tanks are connected. The holes will be in a misaligned state and the dispensing channel will be closed. The intelligent personal medicine box management system according to claim 5, wherein the locking device is connected to the medicine discharging group, and has a clamping member capable of effectively blocking the linear displacement of the outer tube, so that The through holes of the inner and outer medicine tanks cannot correspond to each other, and are locked in a drug-free state. The smart personal kit management system according to item 8 of the patent application scope, wherein the card component is a technical application of the limit switch. According to the intelligent personal medicine box management system of claim 1, wherein the display module of the time reminding device can display the time of the next medication. According to the intelligent personal kit management system described in claim 1 of the scope of the patent application, wherein The chronograph device has a setting module that provides manual setting of multiple sets of medication time and timeout. According to the intelligent personal medicine box management system of claim 1, further comprising a humanized drug management program, which is provided in each of the control device and the communication device to provide a medication time, a timeout period, a tonic warning notification, Monitor, calculate, record, display and store relevant information such as contact information, personal medication history, drug list and dosage, time of return, medication or no medication record. According to the intelligent personal medicine box management system described in claim 12, the related setting is performed through the personalized medicine management system, and transmitted to the control device through the Internet, and the control signal is further transmitted after analysis and judgment. The relevant information is set to each of the timing reminding device and the notification device. According to the intelligent personal medicine box management system according to claim 12, wherein the personalized medicine management system can cooperate with a scanning device to scan the barcode on the medicine bag and input the medicine related information into the personalized medicine management system. In the drug database. The smart personal kit management system according to claim 12, wherein the personalized medicine management system is a technical application of an application (APP) used by the portable communication device. The smart personal kit management system according to claim 1, wherein the warning module has at least one light source, and the control signal is transmitted through the control device to generate a state switch of light extinction. The smart personal medicine box management system according to claim 1, wherein the warning module has at least one buzzer, and the control device transmits a control signal to emit an opening and closing state of the sound. According to the smart personal medicine box management system described in claim 1, wherein the communication device can be one of a mobile phone, a tablet computer, a desktop computer or a notebook computer. According to the intelligent personal medicine box management system according to claim 1, wherein the medicine box is separated by seven medicine cells; the medicine storage device has four medicine boxes respectively classified into early, middle, late and bedtime. Stacked in series and rotated separately. According to the intelligent personal kit management system described in claim 1, wherein the kit is divided into four medicines: early, middle, late and bedtime; the medicine storage device has seven medicines. The boxes are stacked in series and rotated separately. According to the intelligent personal medicine box management system of claim 1, wherein the medicine sensing device has a medicine taking instruction light, and the control unit transmits a control signal to generate a state of light extinguishing to light up. Or turn off the light to indicate whether the medicine is placed in the medicine box.