Management system to prevent loss or mistaking of work clothes

Abstract

The present invention relates to a management system for preventing work clothes from being lost or taken by mistake. To fill the gap in the prior art, the present invention includes a server host, an LED display screen, a mouse, a keyboard and a plurality of special lockers, each of which is provided with upper, middle and lower three layers and two columns of six storage compartments, wherein the special locker has two front doors and two rear doors, and the two storage compartments on the upper layer are provided with a rear side wall, and each user uses the storage compartment on the left or right side of a special locker alone, masters the key of the front door, sets and uses the password of the password lock on the front door, and the rear door locks of all rear doors have the same lock core, are controlled by the same common key and / or are equipped with an electric opening and closing device. The present invention combines special lockers with server hosts, password locks, mechanical locks and other structures, is easy to use and manage, and work clothes are not easily lost or taken by mistake, and is widely applicable to major coal mines.

Description

Technical Field

[0001] The invention relates to a management system for preventing work clothes from being lost or taken by mistake. Background Art

[0002] Work clothes (abbreviated as work clothes) are specially made clothes for work needs. When designing work clothes, it is necessary to combine the professional characteristics, team culture, age structure, body characteristics, wearing habits, etc. according to the customer's requirements, and consider the color, fabric, style, shape, matching and other aspects of the clothing to provide the best design plan and create a new professional image with connotation and taste. The principle of work clothing design is first to have clear targeting: for different industries, different companies in the same industry, different positions in the same company, different identities and genders in the same position, etc. The different points of targeted design summarize why people wear, when to wear, where to wear, why to wear, and what to wear.

[0003] Safety is the top priority for coal miners working underground. They should try to avoid safety accidents. Wearing uniform clothing is one of the means to avoid safety accidents. At present, the way coal mine enterprises manage work clothes is to collect work clothes uniformly before going down the mine, change work clothes after leaving the mine, and the enterprise will clean them and collect clean work clothes next time they go down the mine. In daily management, the management of work clothes is relatively chaotic, and their own work clothes are often lost or taken by mistake. Therefore, enterprises must prepare spare clothes, which increases the operating costs of enterprises. In addition, the size of each worker's work clothes is different. If the work clothes are lost or taken by mistake, and they are in a hurry to go down the mine, the workers will go down the mine wearing work clothes that are not suitable for them, which will cause inconvenience in operation and cause safety hazards. In order to prevent such phenomena from happening, the existing work clothes management adopts means such as binding work clothes to attendance cards, binding meal cards, and making work clothes cards. These schemes require employees to collect them in kind. If there is a situation where there is no card, but they are in a hurry to go down the mine, temporary borrowing, wrong taking and wrong placement will occur. Summary of the invention

[0004] The technical problem to be solved by the present invention is how to fill the above-mentioned gap in the prior art and provide a management system for preventing work clothes from being lost or taken by mistake.

[0005] In order to solve the above technical problems, the present invention provides a management system for preventing work clothes from being lost or taken by mistake, comprising a server host, an LED display screen, a mouse, a keyboard and a plurality of special lockers, wherein the LED display screen is connected to the signal output end of the server host, the mouse and the keyboard are both connected to the signal input end of the server host, and the special lockers comprise a cabinet body and cabinet doors, characterized in that: each special locker is provided with six storage compartments in three layers, namely, upper, middle and lower layers, and two columns, each special locker door comprises two front cabinet doors and two rear cabinet doors, wherein the outer sides of the two front cabinet doors are respectively hinged to the front side of the left wall and the front side of the right wall of the cabinet body by hinge shafts, and the outer sides of the two rear cabinet doors are respectively hinged to the cabinet body by hinge shafts. On the rear sides of the left and right walls, the two upper storage compartments are provided with rear side walls. When the two front cabinet doors are closed, they form the front side walls of the six storage compartments. When the two rear cabinet doors are closed, they form the rear side walls of the middle and lower storage compartments. Each front cabinet door is provided with a front door lock. The locking bolt rod of each front door lock is equipped with a manual opening and closing device and an electric opening and closing device driven by a key. Each electric opening and closing device is also connected to a password touch screen to form a password lock. Each electric opening and closing device is also connected to the control signal output end of the server host. The manual opening and closing device can drive the locking bolt rod to perform telescopic movement. The password touch screen and the server host can also drive the locking bolt rod to perform telescopic movement through the electric opening and closing device respectively.

[0006] Each user uses the upper, middle and lower storage compartments on the left or right side of a special locker, holds the key to the corresponding front cabinet lock, sets and uses the combination lock on the front cabinet door, and places personal clothing, such as clothes, pants, shoes, hats, etc. in the upper storage compartment, clean work clothes in the middle storage compartment, and work clothes, work boots, work hats and miners' lamps to be washed in the lower storage compartment.

[0007] All rear cabinet doors are equipped with rear door locks. All rear door lock cylinders are the same, controlled by the same common key and / or equipped with electric opening and closing devices. The electric opening and closing devices are all connected to the control signal output end of the server host. The server host drives the lock cylinders of all rear door locks through the electric opening and closing devices.

[0008] When in use, each user receives the corresponding front door lock key, sets and uses the password of the password lock on the front cabinet door. Before each user goes to work, the manager opens the corresponding rear cabinet door, places the clean work clothes in the corresponding middle storage compartment, and places the work boots, work hats, miner's lamps and other items in the lower storage compartment. Before going to work, the user opens the corresponding front cabinet door, takes off personal clothes - such as clothes, pants, shoes, and hats, puts them in the upper storage compartment, and then takes out the clean work clothes in the middle storage compartment and the work boots, work hats, miner's lamps and other items in the lower storage compartment. After wearing, lock the corresponding front door lock and you can go to work.

[0009] After finishing work, the user opens the corresponding front cabinet door again, takes off the used work clothes, and places the work boots, work hat, miner's lamp and other items in the lower storage compartment, then takes out personal clothes, puts them on, locks the corresponding front door, and goes home after get off work. Then the manager opens the corresponding rear cabinet door, takes out the used work clothes, work boots, work hat and miner's lamp in the lower storage compartment, washes, dries, arranges, and charges them, then opens the corresponding rear cabinet door again, puts the cleaned work clothes into the corresponding middle storage compartment, puts the work boots, work hat and miner's lamp into the corresponding lower storage compartment, and finally closes the corresponding rear cabinet door for the next use by the user.

[0010] With this design, each user controls a front door and uses the upper, middle and lower storage compartments behind the front door. The manager controls all rear door locks. The two are separated front and back for easy management, and users can only open the front door of the storage compartment they use, so work clothes will not be lost or taken by mistake.

[0011] As an optimization, it also includes a fingerprint collector, which is connected to the signal input end of the server host. The server host includes a CPU processor and a memory, and the fingerprints of each user are pre-stored in the memory. When the fingerprint collector collects a fingerprint, it sends it to the CPU processor, and the CPU processor compares it with the fingerprints of each user pre-stored in the memory. If a matching fingerprint is found, the server host opens the front door lock on the corresponding front door of the corresponding special locker through the electric opening and closing device. If a matching fingerprint is not found, the words "Fingerprint does not match, please contact the management staff" are displayed on the LED display. With this design, users can unlock the lock with their own fingerprints, and forgetting to bring keys or passwords will not affect changing clothes.

[0012] As an optimization, each dedicated locker has a drawer in the upper storage compartment on the left and right sides, and each drawer is equipped with a lock. With this design, the drawer can be used to place the user's mobile phone, wallet and other personal items.

[0013] As an optimization, it also includes a voice playback device, which is arranged below the password touch screen and connected to the server host. When the user performs the unlocking operation, the voice playback device plays the user's name or number at the same time. This design is easy to manage.

[0014] As an optimization, a pallet is provided on the bottom plate of each storage compartment, and a supporting spring and a contact switch are provided between the pallet and the bottom plate of the corresponding storage compartment. All the contact switches are connected to the server host. When items are placed on a pallet, the elastic force of the supporting spring is overcome under the action of gravity, and the corresponding contact switch is triggered. Conversely, when no items are placed on the pallet, the supporting spring rebounds to overcome the gravity of the pallet, and the corresponding contact switch is reset. The server host determines whether the upper, middle and lower storage compartments on the left or right side of the corresponding special locker are used normally based on whether the contact switch is triggered.

[0015] When there are clothes on the pallet, the contact switch is triggered, and vice versa, when there are no clothes on the pallet, the contact switch is not triggered. The server host senses whether there are clothes on the pallet above it through the corresponding contact switch, and then determines the status of the user of the corresponding storage compartment. If there are no clothes on the upper storage compartment on the left or right side of a special locker, but there are clothes on the middle and lower storage compartments, then its user should be off-duty and his work clothes are in standby state; if there are no clothes on the upper storage compartment and the middle storage compartment on the left or right side of a special locker, and only the lower storage compartment has clothes, it means that its user has just been laid off and his work clothes are in a state to be washed. If there are clothes on the upper storage compartment on the left or right side of a special locker, but there are no clothes on the middle and lower storage compartments, it means that its user is on duty and his work clothes are in use. This design is more convenient for summary and statistical management. If it is used by miners, it can also be compared with the attendance sheet to determine the number of people on duty underground.

[0016] As an optimization, when the voice playback device plays the user's name or number, the LED display screen displays more than five pieces of historical work clothes collection information of the user. This design is more convenient for management.

[0017] As an optimization, the server host also includes a work clothes information management module for adding, deleting, modifying and querying work clothes information. Such a design is convenient for management.

[0018] As an optimization, the server host uses ThinkPHP framework technology, adopts MVC development mode, uses MySQL data, and uses PHP and JS high-efficiency scripting languages ​​for development; it also uses TTS text-to-speech synthesis technology. This design is convenient for improving development efficiency and for the system to use real-time conversion technology to synchronize data between the system database and files.

[0019] As an optimization, the password of the password lock is a 3-8 digit password. Such a design is convenient to use.

[0020] The management system for preventing work clothes from being lost or taken by mistake of the present invention is combined with structures such as a special locker and a server host, a password lock, and a mechanical lock. On the one hand, the user can open his or her own special front cabinet door by any of the three methods: a key, a password, or a fingerprint. On the other hand, the manager can use a public key or a server to open the middle storage compartment and the back door of the lower storage compartment of any special locker, which is convenient for unified washing, drying, and sorting of work clothes and related items, and the problem of taking or wearing work clothes by mistake will not occur. When used by miners, it can also be compared with the attendance list to comprehensively determine the number of people going down the mine. The system is widely applicable to major coal mines. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] The management system for preventing loss or wrong taking of work clothes of the present invention is further described below in conjunction with the accompanying drawings:

[0022] Figure 1 It is a structural diagram of the management system for preventing the loss or wrong taking of work clothes;

[0023] Figure 2 yes Figure 1 Schematic diagram of the front three-dimensional structure of the special locker;

[0024] Figure 3 yes Figure 1 Schematic diagram of the back three-dimensional structure of the special locker;

[0025] Figure 4 yes Figure 1 Schematic diagram of the three-dimensional structure of the special locker with the front and rear doors opened.

[0026] In the figure: 1 is a server host, 2 is an LED display screen, 3 is a mouse, 4 is a keyboard, 5 is a special locker, 51 is a storage compartment, 52 is a front cabinet door, 53 is a rear cabinet door, 54 is a rear side wall, 55 is a front door lock, 56 is a password touch screen, 57 is a rear door lock, 6 is a drawer, 7 is a fingerprint collector, 8 is a voice playback device, 9 is a bottom plate, 10 is a support plate, 11 is a support spring, and 12 is a contact switch. DETAILED DESCRIPTION

[0027] Implementation method 1: Figure 1-4As shown, the management system for preventing work clothes from being lost or taken by mistake comprises a server host 1, an LED display screen 2, a mouse 3, a keyboard 4 and a plurality of special lockers 5, wherein the LED display screen 2 is connected to the signal output end of the server host 1, the mouse 3 and the keyboard 4 are both connected to the signal input end of the server host 1, the special lockers 5 comprise a cabinet body and a cabinet door, and are characterized in that: each special locker is provided with six storage compartments 51 in three layers, namely, upper, middle and lower layers, and two columns, each special locker door comprises two front cabinet doors 52 and two rear cabinet doors 53, wherein the outer sides of the two front cabinet doors 52 are respectively hinged to the front side of the left wall and the front side of the right wall of the cabinet body through hinge shafts, the outer sides of the two rear cabinet doors 53 are respectively hinged to the rear side of the left wall and the rear side of the right wall of the cabinet body through hinge shafts, and the two upper storage compartments 51 are respectively hinged to the rear side of the left wall and the rear side of the right wall of the cabinet body through hinge shafts. A rear side wall 54 is provided. When the two front cabinet doors 52 are closed, they form the front side walls of the six storage compartments 51. When the two rear cabinet doors 53 are closed, they form the rear side walls of the middle and lower storage compartments 51. Each front cabinet door 52 is provided with a front door lock 55. The locking bolt rod (not shown in the figure) of each front door lock 55 is equipped with a manual opening and closing device (i.e., traditional mechanical lock cylinder, pins and other components, omitted) and an electric opening and closing device (not shown in the figure) driven by a key. Each electric opening and closing device is also connected to a password touch screen 56 to form a password lock. Each electric opening and closing device is also connected to the control signal output end of the server host 1, wherein the manual opening and closing device can drive the locking bolt rod to perform telescopic movement, and the password touch screen 56 and the server host 1 can also respectively drive the locking bolt rod to perform telescopic movement through the electric opening and closing device.

[0028] The two front door locks 55 of the same dedicated locker 5 share a password touch screen 56, which is not shown in the figure.

[0029] Each user uses the upper, middle and lower storage compartments 51 on the left or right side of a special locker separately, masters the key of the corresponding front cabinet lock, sets and uses the password of the combination lock on the front cabinet door 52, and places personal clothing such as clothes, pants, shoes, hats, etc. in the upper storage compartment 51, clean work clothes in the middle storage compartment 51, and work clothes to be washed, work boots, work hats and mining lamps in the lower storage compartment 51.

[0030] All rear cabinet doors 53 are provided with rear door locks 57. All rear door locks 57 have the same lock cores, are controlled by the same common key (not shown in the figure) and / or are equipped with electric opening and closing devices. The electric opening and closing devices are all connected to the control signal output end of the server host 1. The server host 1 drives the lock cores of all rear door locks 57 through the electric opening and closing devices.

[0031] A drawer 6 is respectively provided in the upper storage compartment 51 on the left and right sides of each special locker, and a lock is provided on each drawer 6. The lock is a mechanical lock, and its key (not shown) is mastered by the corresponding user.

[0032] It also includes a fingerprint collector 7, which is connected to the signal input end of the server host 1. The server host 1 includes a CPU processor and a memory, and the fingerprints of various users are pre-stored in the memory. When the fingerprint collector 7 collects a fingerprint, it sends it to the CPU processor, and the CPU processor compares it with the fingerprints of various users pre-stored in the memory. If a matching fingerprint is found, the server host opens the front door lock 55 on the corresponding front cabinet door 52 of the corresponding special locker through the electric opening and closing device. If no matching fingerprint is found, the words "Fingerprint does not match, please contact the management staff" are displayed on the LED display screen 2.

[0033] It also includes a voice playing device 8, which is arranged below the password touch screen 56 and connected to the server host 1. When the user performs an unlocking operation, the voice playing device simultaneously plays the user's name or number.

[0034] A support plate 10 is provided on the bottom plate 9 of each storage compartment 51, and a support spring 11 and a contact switch 12 are provided between the support plate 10 and the bottom plate 9 of the corresponding storage compartment 51. All contact switches 12 are connected to the server host 1. When an object is placed on a certain support plate 10, the elastic force of the support spring 11 is overcome under the action of gravity, and the corresponding contact switch 12 is triggered. On the contrary, when no object is placed on the support plate, the support spring rebounds to overcome the gravity of the support plate, and the corresponding contact switch is reset. The server host determines whether the upper, middle and lower storage compartments on the left or right side of the corresponding special locker are used normally based on whether the contact switch is triggered.

[0035] When the voice playing device 8 plays the user's name or number, the LED display screen 2 displays more than five pieces of historical work clothes collection information of the user.

[0036] The server host 1 also includes a work clothes information management module for adding, deleting, modifying and querying work clothes information.

[0037] The server host 1 uses ThinkPHP framework technology, adopts MVC development mode, uses MySQL data, and uses PHP and JS high-efficiency scripting languages ​​for development; and adopts TTS text-to-speech synthesis technology. The password of the password lock is a 3-8-digit password.

Claims

1. A management system for preventing work clothes from being lost or taken by mistake, comprising a server host, an LED display, a mouse, a keyboard and a plurality of special lockers, wherein the LED display is connected to the signal output end of the server host, the mouse and the keyboard are both connected to the signal input end of the server host, and the special lockers include a cabinet body and a cabinet door, characterized in that: Each special locker is provided with six storage compartments in three layers, namely, upper, middle and lower layers and two columns, and each special locker has two front doors and two rear doors, wherein the outer sides of the two front doors are hinged to the front side of the left wall and the front side of the right wall of the cabinet body through hinge shafts, respectively, and the outer sides of the two rear doors are hinged to the rear side of the left wall and the rear side of the right wall of the cabinet body through hinge shafts, respectively. The two upper storage compartments are provided with rear side walls, and when the two front doors are closed, they constitute the front side walls of the six storage compartments, and when the two rear doors are closed, they constitute the rear side walls of the middle and lower storage compartments, and each front door is provided with a front door lock, and the locking bolt rod of each front door lock is equipped with a manual opening and closing device and an electric opening and closing device driven by a key, and each electric opening and closing device is also connected to a password touch screen to form a password lock, and each electric opening and closing device is also connected to the control signal output end of the server host, wherein the manual opening and closing device can drive the locking bolt rod to perform telescopic movement, and the password touch screen and the server host can also drive the locking bolt rod to perform telescopic movement through the electric opening and closing device respectively. Each user uses the upper, middle and lower storage compartments on the left or right side of a special locker, holds the key to the corresponding front cabinet lock, sets and uses the combination lock on the front cabinet door, places personal clothing in the upper storage compartment, clean work clothes in the middle storage compartment, and work clothes to be washed, work boots, work hats and mining lamps in the lower storage compartment. All rear cabinet doors are equipped with rear door locks. All rear door locks have the same lock cylinders and are controlled by the same common key and / or are equipped with electric opening and closing devices. The electric opening and closing devices are all connected to the control signal output terminal of the server host. The server host drives the lock cylinders of all rear door locks through the electric opening and closing devices. A support plate is provided on the bottom plate of each storage compartment. A support spring and a contact switch are provided between the support plate and the bottom plate of the corresponding storage compartment. All contact switches are connected to the server host. When an object is placed on a certain support plate, the gravity overcomes the elastic force of the support spring and triggers the corresponding contact. Switch, on the contrary, when there is no item placed on the tray, the support spring rebounds to overcome the gravity of the tray, and the corresponding contact switch is reset. The server host determines whether the upper, middle and lower storage compartments on the left or right side of the corresponding special locker are in normal use based on whether the contact switch is triggered. Each user controls a front cabinet door alone and uses the upper, middle and lower storage compartments behind the front cabinet door alone; the manager controls all the rear door locks, which are separated front and back for easy management, and the user can only open the front cabinet door of the storage compartment he uses, so there will be no loss or wrong use of work clothes.

2. The management system for preventing loss or wrong taking of work clothes according to claim 1 is characterized in that: Each dedicated locker has a drawer in the upper storage compartments on the left and right sides, and each drawer is equipped with a lock.

3. The management system for preventing loss or wrong taking of work clothes according to claim 1 is characterized in that: It also includes a fingerprint collector, which is connected to the signal input end of the server host. The server host includes a CPU processor and a memory, and the fingerprints of various users are pre-stored in the memory. When the fingerprint collector collects a fingerprint, it sends it to the CPU processor, and the CPU processor compares it with the fingerprints of various users pre-stored in the memory. If a matching fingerprint is found, the server host opens the front door lock on the corresponding front cabinet door of the corresponding special locker through an electric opening and closing device. If no matching fingerprint is found, the words "Fingerprint does not match, please contact the management staff" are displayed on the LED display screen.

4. The management system for preventing loss or wrong taking of work clothes according to claim 1, characterized in that: It also includes a voice playing device, which is arranged below the password touch screen and connected to the server host. When the user performs an unlocking operation, the voice playing device simultaneously plays the user's name or number.

5. The management system for preventing loss or wrong taking of work clothes according to claim 4 is characterized in that: When the voice playing device plays the user's name or number, the LED display screen displays more than five pieces of historical work clothes collection information of the user.

6. The management system for preventing loss or wrong taking of work clothes according to claim 1, characterized in that: The server host also includes a work clothes information management module for adding, deleting, modifying and querying work clothes information.

7. The management system for preventing loss or wrong taking of work clothes according to claim 1 is characterized in that: The server host uses ThinkPHP framework technology, adopts MVC development mode, uses MySQL data, and uses PHP and JS high-efficiency scripting languages ​​as development languages; and adopts TTS text-to-speech synthesis technology.

8. The management system for preventing loss or wrong taking of work clothes according to claim 1, characterized in that: The password of the password lock is a 3-8 digit password.

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