TWM615199U - Storage device - Google Patents

Abstract

This creation provides a storage device, which is installed with a door panel at the front opening of the base of the cabinet, and a plurality of storages for items (such as medicines) are arranged on the surface of the shelf inside the base. An electronic lock device is installed in the front opening of the base, and a number of electronic label modules are installed on the front side of the shelf. When the user operates the console computer to log in to the user interface, the barcode can be read Take the machine and scan the barcode of the medicine list, so that the controller of the control module can open the solenoid valve module of the electronic lock device to control the door lock body to unlock the door panel, and at the same time correspond to the display unit and button of the electronic label module of the medicine storage position The switch will light up to instruct the user to take the medicine out of the storage rack, and during the medicine withdrawal process, the gesture sensor can detect whether the user's medicine withdrawal position is correct, and the user completes the medicine withdrawal After the action, you can press the button switch to execute the action of confirming the completion of the medicine withdrawal.

Description

Storage device

This creation is to provide a storage device, especially the control module can open the electronic lock device to unlock the door of the cabinet, and the electronic tag module instructs the user to take the medicine out of the storage shelf and detect Whether the medicine taking position is correct, and the user can press the button switch to perform the confirmed action after completing the medicine taking action.

By the way, nowadays, when the general public is registered in the hospital for medical treatment, it is first to visit the clinic according to the department. The doctor will write a prescription note on the computer based on the patient's condition, and print out the prescription note in the clinic and submit it to the clinic. Patients go to the business counter to approve and pay, and after receiving the computer prescription note and medicine bag at the outpatient pharmacy or emergency pharmacy, the pharmacist can pick it up from the dispensing desk according to the medicines and quantities recorded on the computer prescription note. After checking that the prescription note held by the patient and the computer prescription note are correct, the medicine bag containing several medicines will be handed over to the patient.

In general, the pharmacy in the hospital will have a dispensing station, and each drawer of the medicine cabinet of the dispensing station will store a plurality of medicine boxes, and each medicine box will store tablets, capsules, injections, sprays or Suppositories and other medicines can be used by pharmacy personnel to open the medicine box according to the medicine and quantity recorded on the computer prescription note. However, because there are a large number of medicines in the medicine cabinet, traditional pharmacy personnel use manual inspection of medicines during the dispensing process. The method of name and quantity is quite easy because the placement of the pill box is not easy to find the medicine you want to take out, even the name of the medicine or the appearance of a similar medicine. Taking medicine by mistake, and then handing the medicine bag containing the wrong medicine to the patient, so that the patient may accidentally ingest the medicine after taking it, which will endanger the health of the patient. Therefore, how to solve the problem of pharmaceutical personnel due to a large number of medicines It is easy to make mistakes in taking medicines and cause management negligence, which is the direction that those engaged in this industry urgently want to study and improve.

Therefore, in view of the above-mentioned deficiencies, the new-type creators collected relevant information, through multiple evaluations and considerations, and used years of experience in this industry to make continuous trials and modifications, before designing a new patent for this type of storage device.

The main purpose of this creation is to install a door panel on the front of the base of the cabinet, and set a plurality of storage shelves on the surface of the shelf in the base, and install an electronic lock device at the opening in the front of the base. A number of electronic label modules are installed on the front side of the rack. When the user operates the main control computer of the dispensing station to log in to the user interface, the barcode reader can be used to scan the barcode on the medicine list, so that the controller of the control module can be opened The solenoid valve module of the electronic lock device controls the door lock body to unlock the door panel. At the same time, the display unit and button switch of the electronic label module corresponding to the storage position of the article (such as medicine) will light up to indicate that the user can remove the medicine Take it out from the storage rack, and in the process of taking medicine, the gesture sensor can detect whether the user's medicine taking position is correct, and after the user completes the action of taking medicine, it can be executed by pressing the button switch The confirmed action provides faster and more accurate drug withdrawal detection, which can more effectively implement drug management.

The secondary purpose of this creation is that the electronic label module corresponds to each storage shelf position, and only one kind of medicine is placed in each storage shelf, so an electronic label module represents a kind of medicine, allowing users The medicine can be taken out from the storage rack according to the light and digital display of the display unit. When the user completes the action of taking a medicine, the electronic label can be pressed The button switch of the module performs the confirmation action until all the button switches of the electronic label modules on the shelf have been pressed and the lights are turned off, indicating that all medicines are taken out, and the door sensor unit detects that the door is closed. The solenoid valve module will be closed to control the door lock body to lock, and then the lighting lamps and all electronic label modules in the cabinet will be turned off, thereby completing the overall medicine taking process.

1: cabinet

10: accommodating space

101: opening

11: Pedestal

111: door frame

12: Door panel

13: Shelf

14: storage shelf

15: Lighting

16: drain box

2: Control module

21: Controller

22: Temperature sensor

3: Electronic lock device

31: Door lock body

311: lock cylinder

312: Indicator

32: Solenoid valve module

33: Door sensing unit

4: Electronic label module

41: display unit

42: Push button switch

43: Gesture Sensor

5: Adjustment table

51: Master computer

52: Barcode reader

[Figure 1] is a three-dimensional external view of a preferred embodiment of this creation.

[Figure 2] is a three-dimensional exploded view of the preferred embodiment of this creation.

[Figure 3] is a partial three-dimensional external view of the preferred embodiment of this creation from another perspective.

[Figure 4] is a partial three-dimensional external view of the preferred embodiment of this creation.

[Figure 5] is a block diagram of a preferred embodiment of this creation.

[Figure 6] is the flow chart (1) of the preferred embodiment of this creation.

[Figure 7] is a flow chart (2) of the steps in the preferred embodiment of this creation.

In order to achieve the above-mentioned purpose and effect of the creation, the technical means and structure used in this creation are illustrated in detail below to illustrate the structure and function of the preferred embodiment of this creation in order to fully understand it.

Please refer to Figures 1-7, which are the three-dimensional appearance view, the three-dimensional exploded view, the partial three-dimensional appearance view from another perspective, the partial three-dimensional appearance diagram, the block diagram, the step flow chart (1) and the steps of this creation respectively. Flowchart (2), as can be clearly seen from the figure, the storage device of this creation includes a cabinet 1, a control module 2, at least one electronic lock device 3, and a plurality of electronic label modules 4. Among them:

The cabinet 1 is preferably implemented as a tower medicine cabinet, but it is not limited to this. It can also be a storage cabinet, storage cabinet or file cabinet, etc., and a housing is formed inside the base 11 of the cabinet 1 At least one door panel 12 is installed at the front opening 101 of the accommodating space 10, and at least one shelf 13 is arranged in the accommodating space 10 of the base 11, and each shelf 13 is provided on the surface A plurality of storage racks 14, and each storage rack 14 contains various medicines or medicines including but not limited to lozenges, capsules, injections, sprays, suppositories, etc., and can also be provided for the user to reach into the storage racks Items to be picked up in 14; In addition, the cabinet 1 is equipped with lighting lamps 15 on the top plate or other suitable positions above the base 11, including but not limited to light bars, light tubes or bulbs, etc., if the shelf 13 is made of glass When made of light-transmitting materials such as, plastic, etc., the light projected by the lighting lamp 15 can pass through the shelf 13 to illuminate the inside of the cabinet 1 or the items placed in the storage shelf 14, and a drainage box is installed at the bottom of the base 11. 16. It is used to discharge the wet air or water condensed water droplets inside the cabinet 1 and the liquid poured out of the objects to the outside, which can prevent the medicine from being damp and deteriorating or damaging.

The control module 2 is set inside the cabinet 1 or between the inner frame of the base 11 and the inspection door, and is connected to the main control computer 51 of the external adjustment station 5 through a transmission interface or a network in wired or wireless communication. Or a management server, which includes a controller 21 and a temperature sensor 22. The controller 21 is responsible for coordinating the normal operation of the modules of the system, and controlling the compressor speed, frequency, temperature and other parameters, as well as the power management module. The group provides the DC power supply required by each module, and can detect the temperature in the cabinet 1 through the temperature sensor 22.

The electronic lock device 3 is respectively installed on the door frame 111 of the cabinet 1 at the front opening 101 of the base 11, and is electrically connected with the controller 21 of the control module 2 through the connection interface, which includes any one corresponding to The door lock body 31, the solenoid valve module 32 and the door sensing unit 33 at the door panel 12 position, and the door sensing unit 33 is preferably implemented as a Hall sensor, which can be driven by the controller 21 Control the solenoid valve module 32 to act, and drive the door lock body 31 to automatically lock or unlock the door panel 12, or use a key to be inserted into the lock cylinder 311 to lock or unlock the door panel. At the same time, the door sensor unit 33 can detect the door panel 12 Whether it has been closed or opened, but not limited to this. The current state of the door lock body 31 can also be detected by a detection unit (such as a photointerrupter) after outputting a lock or unlock signal to the internal circuit, It can be judged whether it is locked or unlocked correctly, and the locked or unlocked state can be displayed through the indicator light 312.

The electronic label modules 4 are respectively installed on the front side of the shelf 13 of the cabinet 1, and are electrically connected with the controller 21 of the control module 2 through a connection interface (such as a transmission line or a connector, etc.), which includes at least one Corresponding to the display unit 41, button switch 42, and gesture sensor 43 of any storage shelf 14, and the display unit 41 can be a multi-digit seven-segment display, a graphic display or an indicator light to display the corresponding items ( Such as medicine) the position of the storage shelf 14 and/or medicine information, etc., and the button switch 42 can be a lighted switch to be used as a confirmation key, and the gesture sensor 43 can be used for laser distance sensing The principle of detection is to receive the energy (or luminous flux) intensity reflected by the laser or infrared light source after hitting the object, and calculate the distance between them, so as to determine whether the object is close to detect The user performs the gesture action of fetching the items in the storage shelf 14, so the contents of the following manual are all explained together, and they are all explained.

As shown in Figure 6, when a user (such as a pharmacist or a pharmacist or other pharmacist) operates the dispensing station 5 for the medicine taking process, the implementation steps are as follows:

(S101) Start and stand by.

(S102) Log in the user, if yes, continue to perform step (S103); if not, repeat step (S101).

(S103) Open the user interface.

(S104) Scan the barcode of the medicine list.

(S105) Opening the solenoid valve module 32 of the electronic lock device 3 controls the door lock body 31 to unlock the door panel 12 of the cabinet 1, and causes the display unit 41 of the electronic label module 4 to display the medicine taking shelf.

(S106) The lighting lamp 15 of the cabinet 1 is turned on, and the button switch 42 of the electronic label module 4 is turned on.

(S107) The gesture sensor 43 of the electronic label module 4 detects whether there is an action of taking medicine. If it is yes, then continue to perform step (S108); if it is not, then repeat step (S106).

(S108) Whether the button switch 42 is pressed after the medicine is taken, if yes, continue to execute step (S109); if not, then repeat step (S107).

(S109) The door sensing unit 33 of the electronic lock device 3 detects whether the door panel 12 of the cabinet 1 is closed, if yes, proceed to step (S110); if not, then repeat step (S108).

(S110) Close the solenoid valve module 32 to control the door lock body 31 to lock the door panel 12, and close the illuminating lamp 15 and the display unit 41.

(S111) Complete the medicine taking process.

It can be seen from the above implementation steps that when the user operates the main control computer 51 of the dispensing station 5 to log in, he can input user data and open the user interface, and then the barcode reader 52 of the dispensing station 5 can be used to scan the medicine. The barcode on the order can be used to enter the order number, drug information, and the quantity of medicine needed to be taken, etc., and after the confirmation is completed, it can be passed through the controller 21 of the control module 2 Open the solenoid valve module 32 of the electronic lock device 3 to control the door lock body 31 to unlock the door panel 12 corresponding to the cabinet 1, so that the user can open the door panel 12, and at the same time make the items on the medicine list (such as medicines) The display unit 41 of the electronic tag module 4 represented by) will light up to display the storage rack 14 including but not limited to the medicine taking shelf, the position of the storage shelf 14 corresponding to the medicine storage, the order number, the medicine information, and the medicine needed to be taken. Then turn on the lighting 15 of the cabinet 1 and turn on the button switches 42 of all the electronic label modules 4 corresponding to the medicine storage position to instruct the user to visually quickly find the medicines that need to be taken. Can improve the overall work efficiency.

Since the electronic label modules 4 are respectively installed on the front side of the shelf 13 of the cabinet 1 and correspond to the position of the storage rack 14, and only one kind of medicine is placed in one storage rack 14, one electronic label module 4 represents one kind The medicine allows the user to take the medicine out of the storage rack 14 according to the light and digital display of the display unit 41, and the user can detect the medicine by the gesture sensor 43 of the electronic tag module 4 during the process of taking the medicine. By measuring the user's gesture of taking medicine, it can also be further judged whether the medicine taking position is correct or whether the medicine position is covered by foreign objects.

When the user completes the action of taking a medicine, he can press the button switch 42 of the electronic label module 4 to turn off the light, and trigger a signal to be sent back to the main control computer 51 of the dispensing station 5 through the control module 2 for execution Confirm the action until all the button switches 42 of the electronic label modules 4 on the shelf 13 have been pressed and turned off, and the main control computer 51 confirms that all the medicines in the medicine list have been taken, and then the electronic The door sensing unit 33 of the lock device 3 detects whether the user has closed the door panel 12 of the cabinet 1, if it detects that the door panel 12 is closed, the solenoid valve module 32 is closed to control the door lock body 31 to lock , And turn off the lighting 15 of the cabinet 1 and the display unit 41 of all the electronic label modules 4 to complete the overall medicine-taking process, which can provide a faster and accurate medicine-taking process operation, and more effectively implement the management of medicines .

The above detailed description is only for a better feasible embodiment of this creation, but this embodiment is not used to limit the scope of patent application of this creation, all other equal changes and modifications completed without departing from the spirit of the technique disclosed in this creation All changes shall be included in the scope of patents covered by this creation.

In summary, the above-mentioned storage device in this creation can indeed achieve its effects and purposes when used. Therefore, this creation is a creation with excellent practicability, and it meets the requirements of a new patent application. An application is filed in accordance with the law, pending review This case is granted as soon as possible to ensure the hard work of the new type creators. If there are any doubts, please feel free to write instructions.

1: cabinet

15: Lighting

2: Control module

21: Controller

22: Temperature sensor

3: Electronic lock device

32: Solenoid valve module

33: Door sensing unit

4: Electronic label module

41: display unit

42: Push button switch

43: Gesture Sensor

5: Adjustment table

51: Master computer

52: Barcode reader

Claims (8)

A storage device, including: A cabinet has a base, and at least one door panel is installed at the front opening of the accommodating space inside the pedestal, and at least one shelf is arranged in the accommodating space, and a supply is provided on the surface of the shelf. Plural storage shelves for preset items; A control module is arranged in the cabinet and includes a controller; At least one electronic lock device is installed in the front opening of the base and is electrically connected to the controller. It includes a door lock body corresponding to the position of the door panel, and is used to control the door lock body to lock the door panel. The solenoid valve module for locking or unlocking, and the door sensor unit for detecting that the door has been closed or opened; and A plurality of electronic label modules are respectively installed at the front side of each shelf and form an electrical connection with the controller, which includes at least one display corresponding to any storage shelf position for displaying the preset item information The unit is used to provide a button switch pressed by the user to perform the confirmation action of the fetching completion, and a gesture sensor for detecting the fetching action of the preset item placed on the storage rack by the user. The storage device according to claim 1, wherein the cabinet is provided with an illuminating lamp inside the base, and the illuminating lamp is a light bar, a light tube or a light bulb. The storage device according to claim 1, wherein the cabinet is installed at the bottom of the base to drain water or liquid in the cabinet to the outside. The storage device according to claim 1, wherein the controller of the control module is a master computer that is communicatively connected to an external dispensing station, and the electronic lock device and the electronic label modules are driven and controlled by the controller Group action. The storage device according to claim 4, wherein the control module further includes a temperature sensor for detecting the temperature in the cabinet. The storage device according to claim 1, wherein the door sensing unit of the electronic lock device is a Hall sensor, and when the door sensing unit detects that the door panel is closed, the controller will control the door lock The body locks the door panel. The storage device according to claim 1, wherein the display unit of the electronic label module is a multi-digit seven-segment display for displaying the storage rack position corresponding to the preset item, the information of the preset item, or quantity. The storage device according to claim 1, wherein the gesture sensor of the electronic label module is a distance sensor.

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