Cabinet Electronic Requisition System

Abstract

A first aid electronic requisition system employs a requisition module located at the first aid cabinet. The requisition module comprises a scanner and an electronic unit in communication with the scanner for transmitting data for remote processing. The compliance cards are associated with the first aid items. In one embodiment, the scanner and electronic unit are powered up upon opening the first aid cabinet. A compliance card is scanned by the scanner and data is remotely transmitted from the module for compiling a requisition order.

Claims

1. An integrated first aid cabinet comprising: a first aid cabinet with a multiplicity of first aid items and compliance cards associated with said items, said first aid cabinet being transformable between an opened and a closed position; and a requisition module located at said cabinet, said requisition module comprising a scanner, an electronic unit in communication with said scanner for transmitting data for remote processing and a power supply for said scanner and said electronic unit, wherein upon opening said first aid cabinet, said scanner and electronic unit are powered up and a compliance card is scannable by said scanner and data from said compliance card is remotely transmitted from said module.

2. The integrated cabinet of claim 1 wherein said module is fixed at the bottom of said cabinet.

3. The integrated cabinet of claim 1 wherein said module further comprises one or more LEDs which indicate whether a scan by said scanner is acceptable or is not acceptable.

4. The integrated cabinet of claim 1 wherein said module has an audio device which generates an audio signal indicating a scan by said scanner is acceptable or is not acceptable.

5. The integrated cabinet of claim 1 wherein said compliance card is affixed with a barcode or QR code.

6. The integrated cabinet of claim 1 wherein said compliance card is affixed with an RFID tag.

7. A method for requisitioning supplies for a cabinet comprising: a. removing a compliance card from said cabinet; b. scanning said compliance card at a scanner located at said cabinet; c. transmitting data scanned by said scanner to a remote location; d. processing said data at a central requisition management unit; and e. compiling a requisition order for supplies.

8. The requisition method of claim 7 further comprising transmitting supplies identified in said order to a facility at which said cabinet is located.

9. The requisition method of claim 7 wherein the step of scanning further comprises scanning a compliance card with a barcode or a QR code.

10. The requisition method of claim 7 wherein the step of scanning further comprises scanning an RFID tag on a compliance card.

11. The requisition method of claim 7 wherein said supplies are first aid items.

12. A requisition system for first aid items of a first aid cabinet having a compliance card with an RFID associated with the first aid items of the first aid cabinet comprising: a) reading the RFIDs of the compliance cards for each of the associated items and generating a first data set; b) removing a compliance card from the first aid cabinet; c) reading each of the RFIDs of the compliance cards remaining in the cabinet and generating a second data set; d) processing said first data set and said second data set to identify any RFID compliance card that has been removed from the cabinet and generating supply data; e) compiling a requisition order for first aid items based on said supply data.

13. The requisition system of claim 12 further comprising transferring supplies identified in the order to a facility where the first aid cabinet is located.

14. The requisition system of claim 12 wherein said reading of the RFIDs for the compliance cards is accomplished at pre-established times.

15. The requisition system of claim 12 wherein said reading of the RFIDs for the compliance cards occurs upon opening the cabinet and at a pre-established later time.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0010] FIG. 1A is a frontal perspective view of a first aid cabinet with an integrated electronic requisition module, the cabinet being illustrated in an opened position;

[0011] FIG. 1B is a frontal elevational view of the first aid cabinet and integrated requisition module of FIG. 1A, the cabinet being illustrated in a closed position;

[0012] FIG. 2 is a schematic view of the first aid cabinet and integrated requisition module of FIG. 1A further illustrating the operation of the electronic requisition system;

[0013] FIGS. 3A-3C together constitute a functional flow diagram for the electronic requisition system which employs the module of FIGS. 1A, 1B and 2;

[0014] FIG. 4 is a functional flow diagram illustrating a scanning and requisition process for the requisition system;

[0015] FIG. 5 is a functional flow diagram for a battery employed in the requisition module of FIGS. 1A, 1B and 2; and

[0016] FIG. 6 is a schematic view of a first aid cabinet and a second embodiment of a requisition module illustrating the operation of a second embodiment of an electronic requisition system.

DETAILED DESCRIPTION

[0017] With reference to the drawings, wherein like numerals represent like parts throughout the figures, a cabinet electronic requisition system 10 employs an internet of things (IOT) device in the form of a scanner module 20 that is mounted to and integrated with a first aid cabinet 12. The scanner module 20, as will be described below, functions to obtain first aid supplies inventory data at the cabinet and communicates the data via a customer specific application programming interface (API) key to a portal of a first aid supply management system 40. The electronic requisition system provides for customer managed device access, as well as customer controlled access to the device settings and configuration. The cabinet electronic requisition system integrates with and seamlessly complements pre-existing inventory techniques and processing and overall management to provide a system for ensuring the safety and integrity of the first aid cabinet.

[0018] The electronic requisition system provides a secure scanner module which seamlessly integrates with a supply management system 40 (such as disclosed in U.S. Pat. No. 10,580,060) to provide centralized management and tracking and to allow a customer to seamlessly integrate the requisition system with pre-existing cabinets as well as new cabinets as required for a given organization.

[0019] With reference to FIGS. 1A, 1B and 2, an electronic scanner module 20 is mounted at the underside of a first aid cabinet. The module 20 includes a compact housing 22 which houses three principal units. A main circuit board 24 which preferably has dimensions on the order of 5×3×2 inches contains all of the electronics for the requisition module. The main circuit board connects to a battery pack 26 via a cable. The battery pack is preferably on the order of 4×4×2 inches and employs a series of 1.5 or 9 volt batteries to power the requisition module. The main circuit board 24 also connects via a cable with a scanner 30 which is a small footprint LED scanner preferably of a non-laser configuration and may have dimensions of approximately 2×2×1 inches in size.

[0020] The front of the unit is affixed with indicia 28 indicating the location of the scan window of the scanner 30 for external scanning. LEDs are also located at the front of the module. LED 32 indicates that the power is on. LED 34 indicates that the wireless connection is okay. LED 36 indicates that the power is low. LED 38 is a scan status indicator wherein a green LED illumination indicates a good (acceptable) scan and a red LED indicator indicates a bad (unacceptable) scan.

[0021] The module 20 also preferably emits three core sounds to indicate that a scan is acceptable, a scan is not acceptable and a boot song when the module is powering up.

[0022] In a preferred environment, the cabinet 10 is secured to a wall (not illustrated) in an accessible area for the client. The cabinet, and specifically the electronic requisition module, is located in a Wi-Fi accessible network (802.11b/g) 50. It is preferred that the client have a laptop computer 60 to configure the data of the cabinet. The client will also be provided an enterprise code. Each module also has a cabinet validated UPC code. The cabinet is pre-registered via the external management system application 40.

[0023] Once the cabinet with the requisition module is installed, the requisition system immediately launches a configuration mode upon boot up. The mode can be accessible at a USB connection from the computer 60 directly to the scanner module 20. The USB port can only be accessed at the back of the module. Once activated, the system requires the following information which can be entered in the computer 60 to enable the requisition system: [0024] 1. The serial number of the cabinet which is preferably listed on the side door of each cabinet; [0025] 2. Wireless information including the network name and the network password; and [0026] 3. The customer enterprise code which is provided by the supplier organization.

[0027] The cabinet-to-application integration keys are accessible via an application programming interface (API), user name and an API password. The client sets an access password for future USB access to the scanner module 20.

[0028] Pre-existing requisition systems involve refill tags 14 which are typically yellow tags with a barcode 15 or QR code. When the supplies are sufficiently diminished, the refill tag is visible and is removed from the cabinet. In prior systems, the refill tag is then either remotely scanned or forwarded for processing so that the first aid item in question may be replaced.

[0029] The present system also allows for a card 16 with an RFID 17 to be removed and scanned by locating the scanner 30 directly at the cabinet 12. The compliance tags 14 or 16 may be efficiently removed and immediately scanned by the scanner 30 at the cabinet 12.

[0030] The module 20 also provides for automatic low battery alerts and automatic cabinet status updates. In addition, the cabinet preferably has a feature which requires periodic cabinet checks, such as every seven days, so that the cabinet may be effectively monitored in a consistent manner.

[0031] With reference to the overall system of FIGS. 3A-3C, the requisition process in a brief functional block diagram 100 takes place as follows: [0032] 1. The user opens the cabinet 12 with the scanner module 20. [0033] 2. The system automatically turns on, and a barcode light is illuminated at the bottom of the module. [0034] 3. The user scans any missing items as evidenced by the scanning compliance card 14 or 16 on the scanner 30. [0035] 4. The scanner module 20 beeps to record each item. [0036] 5. Each scanned item is recorded. [0037] 6. The items scanned are compared to the table of re-orderable items in that cabinet. [0038] 7. Valid requisitions are then transmitted to the back end management system 40. [0039] 8. The back end requirements API or email or Excel file is adapted to support the scanned requisition. Once an input is received, the system then surveys for any existing requisition for the item scanned. If the item is determined to be a new item, then a requisition is placed. If an existing requisition is found, an alert is then transmitted that the item is already on a backorder and the existing requisition is expedited. [0040] 9. The requisitions are then ultimately managed according to each customer's existing workflow (namely, emailed, downloaded daily, picked up via ERP, etc.) and shipped via a container or package 80 to the cabinet facility. This includes any approval workflow the customer may use to limit small order requests.

[0041] The back end management system 40 then functions to process the scanned items as illustrated by diagram 200 in FIG. 4. The scan is received at 210. The scanned tag is sent to the back end management system 40 at 220. The scan opens a requisition file at 230. If there is no match at 240, a new requisition is created at 250. If there is a match at 250, an updated status is flagged to expedite the requisition at 270.

[0042] With reference to FIG. 5, the electronic requisition module employs a battery check process as illustrated by diagram 300. The cabinet is opened and the power is on at 310. The battery is checked at 320. If the battery is okay at 322, no further action is employed at 324. If the battery is low at 326, a low alert message is transmitted at 328. When the cabinet is in the ready state at 330, the cabinet is left open at 332. A closed cabinet alert is sent at 334. When the cabinet is closed at 340, a tag is scanned at 342 and the requisition is made as required at 344. When no tag is pulled at 346, the status report is transmitted to indicate that the status check is okay at 348.

[0043] The electronic requisition system requires that the devices, e.g., scanner modules 20 be pre-registered at the back end management app 40 prior to going on site. The administrator creates the IOT device at a laptop computer 60 and registers the cabinet 10 before the requisition scanner module 20 is placed in service.

[0044] It is important that cabinets that use the requisition system are configured to require a status check every thirty days. This provides a backup to the standard battery check process and helps identify any Wi-Fi or connectivity issues. If a cabinet is not reported after thirty days, an alert is sent to the designated contacts at the facility for the cabinet as well as to the administrator of the back end management system 40.

[0045] With reference to FIG. 6, a second embodiment of an electronic scanner module 20A is mounted at the underside of a first aid cabinet. The module 20A includes a compact housing 22A which houses three principal components: a main circuit board 24 which contains all the electronics for the requisition module. The main circuit board connects to a battery pack 26 with a cable, as previously described. The main circuit board 24 also connects via cable with a scanner 30A in the form of an RFID reader which is configured so that it reads compliance card RFIDs 117A, 117B, 117C, 117D . . . which are associated with each of the items at the interior of the cabinet. The reader reads each of the RFIDs 117A, 117B, 117C, 117D . . . and transmits same via WI-FI 50 to the requisition supply management system.

[0046] When a compliance card 116N with an RFID 117N is removed, such as schematically illustrated in FIG. 6, the system records the removal of the RFID card 116N for the associated item via the reader 30A and data concerning same is sent via WI-FI 50 to the requisition supply management system 40. In all other significant aspects, the requisition system 12A is the same as previously described for requisition system 12. The scanner or reader 30A may read all RFIDs in the cabinet at pre-established intervals or upon opening the cabinet and at a subsequent time interval thereafter.

[0047] With the installation of the requisition module, the cabinet indicates that this is a self-ordering unit and requires the cabinet model, the serial number and the location detail. The requisition user module itself is created as a virtual user which requires assuming the same roles as someone ordering the app including tracking requisitions by devices. Each of the requisition modules 20 and 20A preferably use a format which includes a name, a location and client location, and an email address for the specific modules.

[0048] While preferred embodiments of the foregoing have been set forth for purposes of illustration, the foregoing description should not be deemed a limitation of the invention herein. Accordingly, various modifications, adaptations and alternatives may occur to one skilled in the art without departing from the spirit and the scope of the present invention.