TWM555011U - Object management system and its lockers - Google Patents

Abstract

The present invention provides an object management system and a storage cabinet thereof, which mainly comprises: a storage cabinet, the storage space has an opening and closing object opening and closing; a user identification module disposed outside the object entrance and exit for identifying the user to generate the use. The signal and control object opening and closing; the object recognition module disposed in the storage space for identifying the object homing state to generate the object status signal; and a manager computer for receiving the use signal and the object status signal, including the object management program And displaying the manipulation interface, and the object management program performs data integration and judgment on the use signal and the object state signal according to the object management judgment point. When the object state signal abnormality indicates that the object is not returned, the object display abnormality information is displayed on the display manipulation interface. And display relevant user identity information.

Description

Object management system and its locker

This creation relates to an object management system; in particular, an innovative object management system architecture that integrates the locker and induction identification functions and the revealer of the locker type.

At present, in many industries, service industries, and maintenance industries, cabinet structures are commonly used to store objects (including components, materials, hand tools, etc.).

However, although the conventional cabinet can provide the storage function of the object, but the homing of each object, and the user corresponding to the object before the homing of the object, the current affairs related to the object management, usually Still relying entirely on the way manpower management is achieved, which leads to problems and shortcomings in the management costs.

However, if we look at some of the conditions in which only the cabinet is used for storage but not managed, the problem is found to be more serious. Especially for some industries, the problem cannot be ignored. Take the maintenance industry as an example. Particular attention is paid to safety issues, because the repaired tools or parts are often left in the maintenance environment or inside the repaired object due to the negligence of the operator, and it is easy to be in the future if there is extra object left inside the object to be repaired. A dangerous factor is buried during use, causing safety problems and concerns (such as collisions, explosions, electrical conduction, chemical reactions, and obstructions); on the other hand, if the object of repair is an expensive aircraft, As you can imagine, the cost of repair tools and components is much higher than that of the average. However, in the current common maintenance environment, the maintenance tools and fixtures are usually user-specific. The cabinet is used for access and homing, and is checked by the manager at the end of the set workflow (for example, when changing the shift or replacing the subject matter). And inventory, however, this way of relying entirely on manpower management, with the more the number of management objects, the more manpower and time required, and it is still impossible to rule out the problem of managers or users themselves neglecting. The problem of the loss of objects due to management negligence has led to an endless stream of phenomena, which has led to major losses in the industry. This is an important technical issue that deserves the attention and attention of relevant industries.

Therefore, in view of the problems existing in the object management structure of the above-mentioned cabinets, how to develop an innovative structure with more ideal and practicality, the relevant industry players must further strive to develop the goals and directions of breakthroughs; People have been engaged in the manufacturing development and design experience of related products for many years. After the detailed design and careful evaluation of the above objectives, they will have a practical and practical creation.

The main purpose of this creation is to provide an object management system. The technical problem to be solved is to make an innovation breakthrough in how to develop a new type of object management structure that is more ideal and practical.

The technical feature of the present invention is mainly that the object management system includes: one or more storage cabinets, including more than one storage space for accommodating and accommodating objects, and the storage space has an opening and closing control object inlet and outlet The object identification module is disposed outside the object entrance and exit. The user identification module is configured to identify a user identity to generate a usage signal, and the user identification module is used by the user. After the identity recognition is completed and confirmed to meet the set usage authority, the object entrance and exit are opened; an object recognition module is disposed in the storage space, and the object recognition module is used to identify the homing state of the accommodating object in the corresponding storage space. Whether it is to generate an object status signal; a manager computer is connected to the user identification module and the object identification module to receive signal signals and object status signals. The manager computer system includes: an object management program. , loaded and executed in the administrator's computer; a display control interface, located in the object management program And the object management program performs data integration and logical judgment on the use signal and object status signals according to an object management judgment time. When the object status signal is abnormal at this time, indicating that the corresponding object is not returned, the display is controlled. The interface specifically displays an object homing abnormality information, and according to the corresponding use signal, displays a user identity information related to the object homing abnormality in the display manipulation interface.

With this innovative and unique design, this creation can provide a new object management system that can automatically monitor and monitor the storage state of the object in the locker according to the prior art, so as to automatically display the relevant user when the object is abnormally homing. Identity information, so that the manager can immediately trace the object, so as to achieve a significant improvement in the accuracy and efficiency of object management, and effectively prevent the loss of objects and is particularly practical and progressive.

Please refer to FIG. 1 for a preferred embodiment of the present invention and its storage cabinet. However, these embodiments are for illustrative purposes only and are not limited by this structure.

The object management system includes the following components: one or more storage cabinets 10 including: one or more storage spaces 11 (which may be drawers, compartments, etc.) for accommodating and accommodating one or more objects 05, The storage space 11 has an object opening and closing control 12, and the object 05 must pass through the object inlet and outlet 12 to enter and exit the storage cabinet 10; a user identification module 20 is disposed outside the object inlet and outlet 12 of the storage space 11 The user identification module 20 is configured to identify a user identity to generate a usage signal 21, and the user identification module 20 controls the object entrance and exit after the user identity is completed and confirmed to meet the set usage rights. 12 is in an open state; an object recognition module 30 is disposed in the storage space 11 provided in the storage cabinet 10, and the object identification module 30 is configured to identify the return position of the object 05 in the corresponding storage space 11 The state of the device is used to generate an object status signal 31; a manager computer 40 is in signal connection with the user identification module 20 and the object identification module 30 of the storage cabinet 10 to receive the usage signal. 21 and the object status signal 31, the administrator computer 40 includes: an object management program 50, which is loaded and executed in the administrator computer 40; a display manipulation interface 51, located in the object management program 50 and through the computer The object management program 50 performs data integration and logical judgment on the use signal 21 and the object status signal 31 according to an object management judgment point, and when the object status signal 31 is abnormal, it corresponds to the corresponding If the object 05 is not returned, the object display interface 51 specifically displays an object homing abnormality information, and according to the corresponding use signal 21, the display manipulation interface 51 specifically displays an abnormality related to the homing of the object 05. One of the user identity information.

The user identification module 20 selects any of the following identification technologies: a radio frequency identification (RFID) system, an IC chip card sensing identification system, or a fingerprint identification system.

The object identification module 30 selects any of the following identification technologies: Radio Frequency Identification (RFID), scan identification device, or image capture identification device.

The object management program 50 can further include an object homing abnormal locking function. When the object status signal 31 is abnormal, the object management program 50 blocks the object entrance and exit 12 for the corresponding user. The action prevents the user from accessing other objects 05. The advantage of the function disclosed in this example is that when the user returns the object 05 before the set time, the object 05 can be retrieved because the other object 05 can no longer be retrieved, and the object entrance and exit 12 is blocked. The release can be released by the administrator after the object 05 is returned and manually released. In addition, for some items 05 (such as gauges, special maintenance tools, etc.) with specific order of use, the functions disclosed in this example can also be Effectively urging the user to take and return the object 05 in the order specified by the administrator, effectively avoiding the problem of missing the object 05.

The object management system further includes a warning device 60. The warning device 60 is selectively disposed on at least one of the display manipulation interface 51 of the object management program 50 or the locker 10, and the alerter 60 is provided. The object management program 50 is started by the object management program 50. When the display manipulation interface 51 displays the object homing abnormality information, the object management program 50 synchronously activates the alarm device 60 to specifically alert the administrator.

The warning device 60 is any one of the following warning types: a light signal, an alarm sound, a warning or a warning pattern; and the portion of the warning device 60 as shown in FIG. 3 is disposed in the display manipulation interface 51. The warning type (ie, the warning of "abnormal timeout"), the object of the warning in this example is the manager, and if the warning device 60 is further set in the locker 10 (if set as a signal) Or the alarm sound), the effect of the warning user can be achieved at the same time, and it can also be implemented in a specific manner.

According to the above-mentioned structural composition type and technical features, the object management system of the present invention is placed in the storage space 11 (in this case, the drawer type) of the storage cabinet 10 as shown in FIG. 1 . And each object 05 can only be taken out or placed through the opening and exiting state of the object inlet and outlet 12 of the storage space 11; then, as shown in FIG. 2, when the user wants to take the object 05 (such as a tool, a jig or a sample, etc.) The user identification module 20 is externally sensed by the user identification module 20 disposed outside the object inlet and outlet 12 of the storage space 11 by the IC chip card 22 sensing mode. The user identification module 20 is completed by the user identification function. After confirming that the set usage right is confirmed, the object entrance and exit 12 is automatically controlled to be turned on, and a use signal 21 is generated and transmitted to the administrator computer 40 (refer to FIG. 1); then, when the user takes out the object from the storage space 11 After the object recognition module 30 (such as the radio frequency identification system) recognizes the homing state of the accommodating object 05 in the corresponding accommodating space 11, an object status signal 31 is generated and transmitted to the manager computer 40. Accordingly, the display control interface 51 of the administrator computer 40 can specifically display the content as shown in FIG. 3, and the object management program 50 can determine the time point according to an object management (such as the off-hours or shift time set by the administrator). Data integration and logical judgment of the use signal 21 and the object status signal 31, when the object status signal 31 is abnormal, indicating that the corresponding object 05 is not returned (as disclosed in Fig. 3, it is set by C. In the state where the object of the cabinet number A06 has not been put back to work at 12:00, the display manipulation interface 51 specifically displays an object homing abnormality information (as shown in the last column of the last column disclosed in FIG. 3) "About timeout" information, and according to the corresponding use signal 21, the display manipulation interface 51 specifically displays one of the user identity information related to the object 05 home position abnormality (as shown in FIG. 3) The user displayed in the last column is “Bing Jun”; in this way, the administrator can display the message to instantly understand the abnormal state of the object, and can immediately ask the relevant user to carry out the object 05. location Tracing, effectively preventing the loss of the object 05, assuming that the item 05 that has not been returned to the time is a hand tool left by the maintenance personnel in the aircraft structure, the manager can immediately recover the hand tool, and It can avoid a dangerous event that may occur while reducing the cost of wearing the object 05.

Efficacy Description: This article reveals the "Object Management System and its Locker" which is mainly composed of the locker, user identification module, object identification module, administrator computer, object management program and display control interface. The type and technical characteristics make this creation a new object management system capable of automatically managing and monitoring the object storage state of the locker in comparison with the conventional structure proposed in [Prior Art], in order to animate the object. The relevant user identity information is automatically displayed, so that the manager can immediately trace the object, thereby achieving the purpose of greatly improving the accuracy and efficiency of the object management, and effectively preventing the loss of the object, which is particularly practical and progressive.

05‧‧‧Items 10‧‧‧Lockers 11‧‧‧Storage space 12‧‧‧ Object entrances and exits 20‧‧‧User identification module 21‧‧‧Use signal 22‧‧‧IC chip card 30‧‧‧ Objects Identification Module 31‧‧‧Object Status Signal 40‧‧‧Administrator Computer 50‧‧‧Object Management Program 51‧‧‧ Display Control Interface 60‧‧‧ Warning

Figure 1 is a perspective view of a preferred embodiment of the present article management system. Figure 2 is a schematic diagram of an embodiment of the present invention for the user to identify the module by the IC chip card sensing method. Figure 3 is a schematic diagram of a preferred embodiment of the display manipulation interface display mode of the present invention.

05‧‧‧ objects

10‧‧‧Lockers

11‧‧‧Storage space

12‧‧‧ Object entry and exit

20‧‧‧User Identification Module

21‧‧‧Use signal

30‧‧‧Object Identification Module

31‧‧‧ Object status signal

40‧‧‧Manager Computer

50‧‧‧ Object Management Program

51‧‧‧Display control interface

Claims (9)

An object management system comprising: more than one storage cabinet, comprising: one or more storage spaces for accommodating and accommodating more than one object, and the storage space has an opening and closing control object entry and exit, the object The user identification module is disposed outside the object entrance and exit of the storage space, and the user identification module is configured to identify a user identity to generate a usage signal, and the user identification module is configured to generate a usage signal. The user identification module controls the entry and exit of the object to be opened after the user identity is completed and confirms that the user is in compliance with the set usage right; an object recognition module is disposed in the storage space provided by the locker, and the object recognition module Is used to identify the homing state of the object in the corresponding storage space to generate an object status signal; a manager computer, the user identification module and the object identification module of the locker are signaled Linking the relationship to receive the use signal and object status signal, the manager computer system includes: The management program is loaded and executed on the administrator computer; a display manipulation interface is set in the object management program; and wherein the object management program determines the time of the use signal and the object status signal according to an object management judgment point Data integration and logical judgment are performed. When the object status signal is abnormal at the time, indicating that the corresponding object is not homing, an object homing abnormality information is specifically displayed in the display manipulation interface, and is used according to the corresponding information. The signal, in the display manipulation interface, specifically displays one user identity information related to the object homing abnormality. The object management system of claim 1, wherein the user identification module is selected from any of the following identification technologies: a radio frequency identification system, an IC chip card sensing identification system, or a fingerprint identification system. For example, the object management system described in claim 2, wherein the object identification module is selected from any of the following identification technologies: a radio frequency identification system, a scan identification device, or an image capture identification device. The object management system of claim 3, wherein the object management program further comprises an object homing abnormal locking function, wherein when the object status signal is abnormal, the object management program is directed to The corresponding user performs the blocking operation of the object entrance and exit, so that the user can no longer access other objects. The object management system of claim 4, wherein the object management system further comprises a warning device, the warning device being selectively disposed on the display manipulation interface of the object management program or at least one of the storage cabinets And causing the alerter to be activated by the object management program, when the display control interface displays the object homing abnormality information, the object management program synchronously activates the alerter to specifically alert the administrator; The alert is any of the following warning types: light, alarm, warning or warning pattern. A storage cabinet includes: one or more storage spaces for accommodating and accommodating more than one object, and the storage space has an opening and closing control object entry and exit; a user identification module, and an object disposed in the storage space Outside the entrance and exit, the user identification module is configured to identify a user identity to generate a usage signal, and the user identification module controls the object entrance and exit after the user identity is completed and confirmed to meet the set usage authority. An object recognition module is disposed in the storage space provided by the storage cabinet, and the object identification module is configured to identify the homing state of the object in the corresponding storage space to generate a Object status signal. For example, the storage cabinet described in claim 6 wherein the user identification module is selected from any of the following identification technologies: Radio Frequency Identification (RFID), IC chip card sensing identification System or fingerprint identification system. For example, the storage cabinet described in claim 7 is characterized in that the object identification module is selected from any of the following identification technologies: Radio Frequency Identification (RFID), scanning identification device or image. Capture the identification device. The locker of claim 8, wherein the locker further comprises an alert, the alerter being of any of the following alert types: a light, an alarm, a warning or a warning pattern.