阅读说明：本技术 可穿戴的移动终端辅助装备、移动终端及其工作方法 (Wearable mobile terminal auxiliary equipment, mobile terminal and working method of wearable mobile terminal auxiliary equipment ) 是由 王亚涛 于 2018-08-08 设计创作，主要内容包括：本发明涉及一种可穿戴的移动终端辅助装备、移动终端及其工作方法，其中，移动终端辅助装备包括穿戴基体，供使用者穿戴且用于安装移动终端；扫描部件接口，设在穿戴基体上，用于连接扫描货物信息的扫描部件(5)；和操控触点(6)，设在穿戴基体上，用于接收外部操控以触发移动终端或扫描部件(5)的预定功能。使用者在执行仓储作业时，只需要将可穿戴的移动终端辅助装备穿戴与身体上，就实现货物的扫描和按键操作，并通过移动终端与仓储管理系统交互，简化了操控过程；而且无需手持移动终端，使用方便省力，减小使用者的负载负担，可解放双手进行搬货操作，适用于在仓储作业过程中频繁使用，还易于实现单手操作，能够提高仓储作业效率。(The invention relates to wearable mobile terminal auxiliary equipment, a mobile terminal and a working method thereof, wherein the mobile terminal auxiliary equipment comprises a wearing base body, a base body and a base body, wherein the wearing base body is worn by a user and used for installing the mobile terminal; the scanning component interface is arranged on the wearable base body and used for connecting a scanning component (5) for scanning cargo information; and a manipulation contact (6) provided on the wearing substrate for receiving an external manipulation to trigger a predetermined function of the mobile terminal or the scanning component (5). When a user executes warehousing operation, the scanning and key operation of goods can be realized only by wearing wearable mobile terminal auxiliary equipment on the body, and the operation process is simplified by interaction of the mobile terminal and the warehousing management system; and need not handheld mobile terminal, convenient to use is laborsaving, reduces user's load burden, can liberate both hands and remove the goods operation, is applicable to frequently to use in the storage operation process, still easily realizes one-hand operation, can improve storage operating efficiency.)

1. A wearable mobile terminal accessory apparatus, comprising:

the wearable base is worn by a user and used for mounting the mobile terminal;

the scanning component interface is arranged on the wearable base body and is used for connecting a scanning component (5) for scanning cargo information; and

and the control contact (6) is arranged on the wearable base body and used for receiving external control to trigger the preset function of the mobile terminal or the scanning component (5).

2. Wearable mobile terminal accessory equipment according to claim 1, characterized in that the wearing base comprises a glove part (1) and a wrist-arm part (2), the scanning component (5) and the handling contacts (6) being provided on the glove part (1), the mobile terminal being provided on the wrist-arm part (2).

3. Wearable mobile terminal accessory equipment according to claim 2, characterized by a back clip (3), said back clip (3) being provided on said wrist arm part (2) for carrying and securing said mobile terminal.

4. Wearable mobile terminal accessory equipment according to claim 3, characterized in that a battery is provided in the back clip (3) for powering at least one of the mobile terminal, the scanning component (5) and the handling contacts (6).

5. Wearable mobile terminal accessory equipment according to claim 1, further comprising a cradle head (4) disposed on the wearable base, wherein the scanning component interface is disposed on the cradle head (4), and a control unit is disposed in the cradle head (4) for receiving cargo information scanned by the scanning component (5) and a trigger signal of the control contact (6).

6. The wearable mobile terminal auxiliary equipment of claim 5, further comprising a back clip (3) disposed on the wearable base body, wherein the back clip (3) is provided with a contact spring (34) and a charging data interface (31), the contact spring (34) is used for realizing communication between the back clip (3) and the cradle head (4), and the charging data interface (31) is used for communication between the back clip (3) and the mobile terminal.

7. Wearable mobile terminal auxiliary equipment according to claim 1, characterized in that the scanning component interface is connectable to at least one of the scanning components (5) as follows: a bar code scanning component, a two-dimensional code scanning component, an RFID scanning component, an infrared scanning component, and an ultrasonic scanning component.

8. Wearable mobile terminal accessory equipment according to claim 1, characterized in that the handling contact (6) comprises a first contact and a second contact,

the first contact is used for starting the scanning component (5), and the second contact is used for realizing the preset warehousing function requirement through software logic configuration of the mobile terminal.

9. A mobile terminal, comprising:

wearable mobile terminal accessory equipment according to any of claims 1 to 8;

the scanning component (5) is connected with the scanning component interface and is used for scanning cargo information; and

and the mobile terminal is arranged on the wearable base body and used for receiving the goods information acquired by the scanning component (5) and realizing sharing with a warehousing management system.

10. The mobile terminal according to claim 9, characterized in that the wearable mobile terminal accessory equipment comprises a cradle head (4), the scanning component (5) is fixed on the cradle head (4) through a mounting port and communicates with the cradle head (4) through a scanning component interface;

and a control unit is arranged in the holder (4) and used for receiving the cargo information scanned by the scanning component (5) and the trigger signal of the control contact (6).

11. The mobile terminal according to claim 10, wherein the wearable mobile terminal accessory equipment comprises a back clip (3), the mobile terminal is mounted on the back clip (3), and the back clip (3) realizes communication between the back clip (3) and the cradle head (4) through a contact elastic sheet (34) and communicates with the mobile terminal through a charging data interface (31).

12. The mobile terminal of claim 9,

the mobile terminal includes: an industrial mobile terminal, a smart phone or a tablet computer; or

The scanning component (5) comprises: a barcode scanning component, a two-dimensional code scanning component, and an RFID scanning component.

13. An operating method of a mobile terminal according to any one of claims 9 to 12, comprising:

the mobile terminal receives information for selecting the warehousing operation type;

the scanning component (5) scans cargo information;

and the mobile terminal acquires the goods information acquired by the scanning component (5) and shares the goods information with the warehousing management system.

14. The mobile terminal operating method according to claim 13, wherein the step of scanning the cargo information by the scanning component (5) specifically comprises:

a first contact on the wearing substrate receiving an external manipulation to turn on the scanning component (5);

the scanning component (5) scans the current goods;

a second contact on the wearing base receives an external manipulation to switch the scanning component (5) to a state ready for scanning the next piece of goods.

15. The mobile terminal operating method according to claim 13, wherein the warehousing operation type is a picking operation,

before the scanning component (5) scans the goods information, the method further comprises the following steps:

the scanning component (5) scans the bar code reflecting the goods storage area; or

After completing the goods picking task of an order, the method further comprises the following steps:

the mobile terminal or a control contact (6) receives an instruction of an external control to trigger the completion of the current picking task.

Technical Field

The invention relates to the technical field of logistics storage, in particular to wearable mobile terminal auxiliary equipment, a mobile terminal and a working method of the wearable mobile terminal auxiliary equipment.

Background

The industrial handheld terminal is mostly used for warehousing operation at present, and when the industrial handheld terminal is used for warehousing operation, the industrial handheld terminal is provided with a handle for facilitating carrying of warehousing personnel due to frequent use. And the handheld terminal is provided with a touch screen control and a reading head for scanning codes.

When the storage operation is carried out, the handheld terminal needs to be carried about due to frequent use, but the handle-free net weight of the equipment is generally about 500-1000g, the weight is heavier, the load burden of storage personnel is increased, and the taking and lifting are laborious. Moreover, the current industrial handheld terminal equipment has high cost, high cost and poor expandability.

In addition, when the hand-held terminal is operated by man-machine, both hands are needed to complete the operation, the storage personnel relate to the interaction between actual operation and the system, the both hands are not only required to operate the system but also required to carry out the goods carrying of the real object, the operation process is complicated, and the working efficiency is not high.

Disclosure of Invention

The embodiment of the invention provides wearable mobile terminal auxiliary equipment, a mobile terminal and a working method thereof, which can improve the working efficiency of a user in a warehousing operation process.

To achieve the above object, a first aspect of embodiments of the present invention provides a wearable mobile terminal auxiliary equipment, including:

the wearable base is worn by a user and used for mounting the mobile terminal;

the scanning component interface is arranged on the wearable base body and used for connecting a scanning component for scanning cargo information; and

and the control contact is arranged on the wearing base body and used for receiving external control so as to trigger the preset function of the mobile terminal or the scanning component.

Further, dress the base member and include gloves portion and wrist arm portion, scanning component and control the contact and establish on gloves portion, and mobile terminal establishes on wrist arm portion.

Further, the wearable mobile terminal auxiliary equipment further comprises a back clip, wherein the back clip is arranged on the wrist arm part and used for bearing and fixing the mobile terminal.

Further, a battery is arranged in the back clip and used for supplying power to at least one of the mobile terminal, the scanning component and the control contact.

Furthermore, wearable mobile terminal auxiliary equipment is still including establishing the cloud platform on wearing the base member, and the scanning part interface is established on the cloud platform, is equipped with the control unit in the cloud platform for receive the goods information of scanning part scanning and control the trigger signal of contact.

Furthermore, wearable mobile terminal auxiliary equipment is still including establishing the back splint on wearing the base member, is equipped with contact shell fragment and the data interface that charges on the back splint, and the contact shell fragment is used for realizing the communication of back splint and cloud platform, and the data interface that charges is used for the communication of back splint and mobile terminal.

Further, the scan component interface may connect at least one of the following scan components: a bar code scanning component, a two-dimensional code scanning component, an RFID scanning component, an infrared scanning component, and an ultrasonic scanning component.

Further, the manipulation contacts include a first contact and a second contact,

the first contact is used for starting the scanning component, and the second contact is used for realizing the preset warehousing function requirement through software logic configuration of the mobile terminal.

To achieve the above object, a second aspect of the present invention provides a mobile terminal, comprising:

the wearable mobile terminal auxiliary equipment of the above embodiment;

the scanning component is connected with the scanning component interface and used for scanning the cargo information; and

and the mobile terminal is arranged on the wearable base body and used for receiving the goods information acquired by the scanning component and realizing sharing with the warehousing management system.

Furthermore, the wearable mobile terminal auxiliary equipment comprises a cradle head, wherein the scanning component is fixed on the cradle head through the mounting port and is communicated with the cradle head through the scanning component interface;

the cradle head is provided with a control unit for receiving cargo information scanned by the scanning component and triggering signals of the control contacts.

Further, wearable mobile terminal auxiliary equipment includes the back splint, and mobile terminal installs on the back splint, and the back splint passes through the contact shell fragment and realizes the communication of back splint and cloud platform to communicate with mobile terminal through charging data interface.

Further, the mobile terminal includes: an industrial mobile terminal, a smart phone or a tablet computer; or the scanning component comprises: a barcode scanning component, a two-dimensional code scanning component, and an RFID scanning component.

In order to achieve the above object, a third aspect of the present invention provides an operating method of a mobile terminal, including:

the mobile terminal receives information for selecting the warehousing operation type;

the scanning component scans the cargo information;

the mobile terminal acquires the goods information acquired by the scanning component and shares the goods information with the warehousing management system.

Further, the step of the scanning component scanning the cargo information specifically comprises:

a first contact on the wearing substrate receives an external manipulation to turn on the scanning component;

the scanning component scans the current goods;

a second contact on the wearable base receives an external manipulation to switch the scanning component to a state ready for scanning the next item of merchandise.

Further, the type of warehousing operation is picking operation,

before the scanning component scans the goods information, the method further comprises the following steps:

the scanning component scans the bar code reflecting the goods storage area; or

After completing the goods picking task of an order, the method further comprises the following steps:

the mobile terminal or the control contacts receive an instruction of an external control to trigger the completion of the current picking task.

Based on the technical scheme, the wearable mobile terminal auxiliary equipment provided by the embodiment of the invention can be used for integrally mounting the mobile terminal, the scanning component and the control contact on the wearable base body, so that when a user carries out warehousing operation, the scanning and key operation of goods can be realized only by wearing the wearable mobile terminal auxiliary equipment on the body, and the operation process is simplified by interaction between the mobile terminal and the warehousing management system; and need not handheld mobile terminal, convenient to use is laborsaving, reduces user's load burden, can liberate both hands and remove the goods operation, is applicable to frequently to use in the storage operation process, still easily realizes one-hand operation, can improve storage operating efficiency.

Drawings

The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without limiting the invention. In the drawings:

FIG. 1 is a schematic structural diagram of one embodiment of a wearable mobile terminal accessory of the present invention;

FIGS. 2A and 2B are schematic front and back structures of a mounting seat in a wearable mobile terminal accessory of the present invention;

FIG. 3 is a top view of one embodiment of a cradle head in the wearable mobile terminal accessory apparatus of the present invention;

FIGS. 4A and 4B are schematic structural diagrams of an embodiment of a scanning component in a wearable mobile terminal accessory according to the present invention;

FIG. 5 is a block diagram of a wearable mobile terminal accessory according to an embodiment of the present invention;

FIG. 6 is a communication interface connection diagram of an embodiment of a wearable mobile terminal accessory of the present invention.

Description of the reference numerals

1. A glove part; 2. a wrist portion; 21. fixing belts; 3. back clamping; 31. a charging data interface; 32. a battery charging interface; 33. a card slot; 34. a contact type elastic sheet; 4. a holder; 41. a first mounting port; 42. a first electrical connection port; 5. a scanning component; 51. a second mounting opening; 52. a second electrical connection port; 6. and operating the contact.

Detailed Description

The present invention is described in detail below. In the following paragraphs, different aspects of the embodiments are defined in more detail. Aspects so defined may be combined with any other aspect or aspects unless clearly indicated to the contrary. In particular, any feature considered to be preferred or advantageous may be combined with one or more other features considered to be preferred or advantageous.

The terms "first", "second", and the like in the present invention are merely for convenience of description to distinguish different constituent elements having the same name, and do not denote a sequential or primary-secondary relationship.

In the description of the present invention, the directions or positional relationships indicated by "upper", "lower", "top", "bottom", "front", "rear", "inner" and "outer" and the like are used based on the directions or positional relationships shown in the drawings, and are only for convenience of describing the present invention, and do not indicate or imply that the device referred to must have a specific direction, be constructed in a specific direction and be operated, and thus, should not be construed as limiting the scope of the present invention.

As shown in fig. 1 to 4B, a first aspect of the present invention provides a wearable mobile terminal accessory, which in an exemplary embodiment includes: wearing the base, scanning interface components and operating contacts 6. For example, wearable mobile terminal assistive devices may be warehousing operations assistive devices, where the wearable base is worn by the user and used to install the mobile terminal, and the user may be a warehousing personnel or other operator in the logistics chain who needs to scan the cargo information. The scanning component interface is arranged on the wearing base body and is used for connecting a scanning component 5 for scanning cargo information, such as a label on the scanned cargo; the control contact 6 is arranged on the wearing base body, can select a button, a key, a toggle switch or a touch key and the like, is used for receiving external control to trigger the preset function of the mobile terminal or the scanning component 5, and is used for triggering a single operation instruction. The user can start scanning by the scanning component 5, execute scanning of the next goods, and perform quick operation on the interface and functions of the mobile terminal by triggering the control contact 6.

The wearable mobile terminal auxiliary equipment can be used for integrally mounting the mobile terminal, the scanning component and the control contact on the wearable base body, and has at least one of the following advantages:

(1) the user only needs to dress wearable mobile terminal auxiliary equipment and on the health when carrying out the storage operation, need not handheld mobile terminal, and convenient to use is laborsaving, reduces user's load burden and physical power loss, can liberate both hands and carry the goods operation, is applicable to frequently to use in the storage operation process, still easily realizes one-hand operation.

(2) Only need dress wearable mobile terminal auxiliary equipment on the health, just can realize the scanning and the button operation of goods to through mobile terminal and storage management system interaction, can conveniently carry out above-mentioned operation after moving the goods to preset position, to the smallclothes goods, still can be held the goods by one hand, the scanning operation is carried out to another hand, has not only simplified and has controlled the process, can also improve storage operating efficiency.

(3) The wearable mobile terminal auxiliary equipment can be matched with different mobile terminals or scanning components according to requirements so as to adapt to different code scanning requirements and warehousing operation task requirements, and therefore the use universality of the mobile terminal equipment is improved. The mobile terminal can select a smart phone, a tablet personal computer and the like, and compared with an industrial mobile terminal, the mobile terminal is light in weight, rich in functions, smooth in operation and capable of reducing use cost.

(4) Through setting up swift control contact, with the interactive operation that original needs both hands to control, change one-hand operation into, convenient and fast promotes efficiency.

In some embodiments, as shown in fig. 1, the wearing base includes a glove part 1 and a wrist arm part 2 connected to the glove part 1, and the scanning unit 5 and the manipulation contact 6 are provided on the glove part 1 so as to more flexibly perform respective operation actions; the mobile terminal is provided on the wrist section 2 so that the weight of the mobile terminal is carried by the arm.

Alternatively, the wearing base may be in the form of a mitten as a whole. Or in order to maintain the flexibility of the hand, the shape of the glove part 1 exposes each finger, leaving at least the positions for mounting the scanning component 5 and the manipulation contact 6; the wrist portion 2 comprises a bearing base body which is open in the circumferential direction and can be buckled and pressed on the outer side of the forearm, and a fixing strap 21 is arranged on the bearing base body to fix the wrist portion 2 and the wrist of the user relatively. The carrier substrate may correspond to the back of the glove part 1.

This embodiment is through setting up the wearing base member of gloves form, wears to take off the convenience, and the flexibility of hand can smoothly carry out each action, is favorable to switching between each different action.

In the embodiment shown in fig. 1, the scanning component 5 is disposed in the area of the glove part 1 corresponding to the back of the hand, so that the cargo can be carried by both hands without being affected, the scanning operation can be conveniently performed, and the scanning component 5 is not easily damaged. Alternatively, the scanning unit 5 may be provided in a region of the glove part 1 corresponding to the palm of the hand.

The control contact 6 can be arranged in the area of the index finger close to the thumb on the glove part 1, so that the storage personnel can conveniently apply pressing force to the control contact 6 at the side part of the index finger through the thumb of the same hand, and the single-hand operation is facilitated. Alternatively, the control contact 6 can be arranged at other positions of the glove part 1 according to the operation requirement.

In some embodiments, the wearable mobile terminal accessory of the present invention further comprises a back clip 3, the back clip 3 being provided on the wrist arm portion 2 for carrying and securing the mobile terminal. Through setting up back splint 3, can make mobile terminal fix on wrist arm 2 steadily, be convenient for set up mobile terminal's mounting groove, the interface or the communication interface that charges moreover, improve the commonality and the convenience of installation mobile terminal. In addition, the back clip 3 can make the wrist part 2 made of thinner material, which increases the air permeability, thereby improving the comfort of the user during the storage operation.

Further, a battery is provided in the back clip 3 for powering at least one of the mobile terminal, the scanning component 5 and the manipulation contacts 6. The mobile terminal can be a finished smart phone, a palm computer, a tablet personal computer or an industrial mobile terminal, for example, a system with an android or wince can be directly installed after selection according to requirements, or integrally replaced when the requirements change. By arranging the back clip 3, the access of a common intelligent mobile terminal can be realized, the purchasing cost of a warehouse can be reduced, and the expansibility of equipment is increased.

Generally, after the mobile terminal is charged, the mobile terminal can be used for a period of time, and the mobile terminal can be charged through the back clip 3 by arranging the back clip 3 with a battery, so that the cruising ability of the mobile terminal is prolonged. In addition, the battery in the back clip 3 can also supply power to the scanning component 5 and the operating contacts 6.

In some embodiments, the wearable mobile terminal accessory equipment of the present invention further includes a cradle head 4 disposed on the wearable base, the scanning component interface is disposed on the cradle head 4, and a control unit, such as a micro control unit MCU, is disposed in the cradle head 4 and is configured to receive cargo information scanned by the scanning component 5 and trigger signals of the control contacts 6. The pan/tilt head 4 mainly realizes the fixed access of an external scanning component 5, such as a reading head, and the forwarding of signals of a function control area.

Through installing scan component 5 on cloud platform 4, can make scan component 5's installation more firm, prevent to take place to rock at the scanning in-process, improve the accuracy of scanning goods information. Moreover, the control unit can perform simple preprocessing before sending the scanning information of the scanning component 5 to the mobile terminal, so as to reduce the difficulty of processing the information by the mobile terminal; or sending the scanning information directly to the mobile terminal is also optional.

The distance between the cradle head 4 positioned in the back area of the hand and the mobile terminal is shorter than that between the cradle head 4 and the control contact 6, so that the control unit in the cradle head 4 receives the trigger signal of the control contact 6 and sends the trigger signal to the mobile terminal, and the control unit in the cradle head 4 is equivalent to a signal receiving and sending component, so that the connection of a communication line inside the auxiliary device is more convenient. Alternatively, a communication line may be connected directly between the control contact 6 and the mobile terminal to directly receive the trigger signal of the control contact 6 through the mobile terminal.

Specifically, as shown in fig. 3, 4A and 4B, a first mounting port 41 and a first electrical connection port 42 are provided on the pan/tilt head 4, wherein the first mounting port 41 is connected to a second mounting port 51 at the bottom of the scanning unit 5, and the first electrical connection port 42 is connected to a second electrical connection port 52 at the bottom of the scanning unit 5. In order to improve the mounting stability and prevent the scanner unit 3 from shaking, the first mounting holes 41 are formed on both sides of the first electrical connection port 42, and the first electrical connection port 42 can communicate with the second electrical connection port 52 after the two second mounting holes 51 at the bottom of the scanner unit 5 are fixed to the first mounting holes 41.

In some embodiments, the back clip 3 is provided with a contact elastic sheet 34 and a charging data interface 31, the contact elastic sheet 34 is used for realizing communication between the back clip 3 and the pan/tilt head 4, and the charging data interface 31 may adopt a MiniUSB charging data interface for communication between the back clip 3 and the mobile terminal. After the mobile terminal is mounted on the back clip 3, the cradle head 4 receives signals of the scanning component 5 and the control contact 6, and transmits the signals to the charging data interface 31 through the contact elastic sheet 34, and then transmits the signals to the mobile terminal. In addition, a card slot 33 is provided on the back clip 3 for mounting the mobile terminal. Set up rechargeable lithium cell in back splint 3, still be equipped with the battery interface 32 that charges on back splint 3, for example the MiniUSB interface that charges for back splint 3 charges, in order to realize mobile terminal's long-time power supply.

Therefore, the back clip 3 has the functions of fixedly connecting the mobile terminal, transmitting data signals and charging the handheld terminal. The back clip 3 consists of three parts: 1. MiniUSB charging data interface: the mobile terminal is connected, and power transmission and digital signal transmission are provided through the interface; 2. charging interface of MiniUSB battery: the charging of the back splint battery pack is realized; 3. back-clamping the battery pack: a rechargeable lithium battery is adopted to deliver standby power for the mobile terminal; 4. card slot 33: realizing the fixation of the mobile terminal.

In some embodiments, the scan component interface is a multifunction interface to which at least one of the following scan components 5 may be connected: a bar code scanning component, a two-dimensional code scanning component, an RFID scanning component, an infrared scanning component, and an ultrasonic scanning component. One of these scan components 5 may be selectively attached or a plurality of scan components 5 may be simultaneously mounted as desired. The embodiment can improve the expansibility of wearable mobile terminal auxiliary equipment, can select to install or replace the scanning component 5 according to the goods condition, and has strong universality. If a reading head with a certain type is selected and matched in the current hand-held terminal or the reading head is not purchased in the purchasing process, the reading head is purchased later, and the same manufacturer is needed. The same manufacturer also cannot be matched because the hand-held machine has different moulds and has no space for loading.

In some embodiments, as shown in fig. 1, the control contacts 6 include a first contact for turning on the scanning unit 5, and after the first contact is pressed, the scanning unit 5 starts scanning the goods, and after the scanning is finished, the scanning unit 5 is automatically turned off. The second contact is used for realizing the preset warehousing function requirement through software logic configuration of the mobile terminal.

Specifically, the scanning function can be fixed on the middle button due to high use frequency, the scanning component 5 can return in the form of characters after scanning goods, and the App displays the characters on cursor points of the mobile terminal after receiving the characters. The software logic control is realized by that the functions of the warehouse App are more, besides scanning and reading, the functions of entering, returning, next page, previous page and the like are also more frequent, two keys can be reserved to realize programming through software, and the functions realized after specific triggering are realized through software programming. For example, the reserved key is used as a switching key for scanning the next goods, or as a shortcut key for controlling the page turning of the mobile terminal, or as a shortcut key for the return function of the mobile terminal, etc.

Secondly, the invention also provides a mobile terminal, which comprises the wearable mobile terminal auxiliary equipment, the scanning component 5 and the mobile terminal of the embodiment. The scanning component 5 is connected with the scanning component interface and used for scanning cargo information by reading a bar code label on the cargo; the mobile terminal is installed on the wearable base body and used for receiving the goods information acquired by the scanning component 5 and sharing the goods information with the warehousing management system, and the mobile terminal is used for realizing operation far away from a computer. For example, the mobile terminal may be a warehousing mobile terminal device.

The mobile terminal does not have a return signal under the normal working condition, but in order to avoid the problem caused by the failure of the keys in the control area, the mobile terminal is supported to trigger a scanning instruction to the cloud deck 4, and the cloud deck 4 drives the scanning component 5 to read information.

The user is when carrying out the warehousing operation, only need dress wearable mobile terminal auxiliary assembly on the health, place the goods on ground or predetermine the platform, scanning part 5 through the back of the hand scans goods information, perhaps to less goods, in handling, one hand takes the goods, another hand scans goods information, goods information passes through 4 transmission to mobile terminal of cloud platform after the scanning, the rethread mobile terminal uploads the goods information to the warehousing management system, the warehousing management system can acquire the information of warehousing operation in-process goods comprehensively in real time.

The user can conveniently remove goods and scanning, button operation, can realize one-hand operation, makes whole storage operation process more smooth, is applicable to frequently using in the storage operation process, has not only simplified the control process, can also improve storage operating efficiency, reduces working strength. The mobile terminal of the invention solves three problems of operation, holding and expansion.

In some embodiments, the wearable mobile terminal accessory includes a cradle head 4, and the scanning component 5 is fixed to the cradle head 4 through a mounting port and communicates with the cradle head 4 through a scanning component interface. The cradle head 4 is provided with a control unit for receiving the cargo information scanned by the scanning component 5 and the trigger signal of the control contact 6, and transmitting the cargo information and the trigger signal to the mobile terminal.

In some embodiments, the wearable mobile terminal accessory includes a back clip 3, the mobile terminal is installed on the back clip 3, the back clip 3 realizes communication between the back clip 3 and the cradle head 4 through the contact elastic sheet 34, and communicates with the mobile terminal through the charging data interface 31.

In some embodiments, a mobile terminal comprises: industrial mobile terminals, smart phones or tablet computers. Because most of the existing handheld terminals are industrial handheld devices, the device has the defects of narrow selectable range, high cost, poor control and the like, and in view of the opening of the existing civil android market and the reduction of the manufacturing cost of electronic devices, the invention is connected to the smart phone or the tablet device, so that the invention has the advantages of light weight, low cost, good application effect and smooth actual operation, and the actual operation refers to the process of operation in the warehouse mobile terminal equipment library.

The mobile terminal receives the goods information scanned by the scanning component 5, and also has an operating system of the mobile terminal, can run a mobile terminal program, is similar to a mobile phone, and some terminals also have functions of photographing, telephone communication and the like. The mobile terminal runs the App program, the App program is connected with the background server through the WIFI, the App program can access the scanning component 5, and the scanning component 5 is used for realizing rapid positioning and inputting, so that the complexity of practical operation is reduced, and the warehousing operation efficiency is improved. App has more functions in the application interface of the warehouse, and can be clicked more conveniently by setting the rapid control contact 6.

In some embodiments, the scanning component 5 comprises: a bar code scanning component, a two-dimensional code scanning component, an RFID scanning component, an infrared scanning component and an ultrasonic scanning component.

Fig. 5 shows a module composition diagram of an embodiment of the mobile terminal of the present invention, which includes a processing unit, a power supply unit, a key unit, the mobile terminal, and a scanning unit 5. The power supply unit provides power transmission for the mobile terminal, the processing unit and the scanning component 5, and comprises a rechargeable battery pack arranged in the back clamp 3, a charging data interface 31 and a contact type elastic sheet 34; the key unit comprises three keys serving as the control contacts 6 and a key control circuit, and the key control circuit is used for transmitting the trigger signals of the control contacts 6 to the processing unit; the processing unit is a control member in the pan/tilt head 4.

The control part in the pan-tilt 4 can receive the trigger signal of the key unit and the goods information scanned by the scanning part 5, and transmit the information to the mobile terminal through the contact type elastic sheet 34 and the charging data interface 31, and can also receive the instruction of the mobile terminal and send the control instruction to the scanning part. When the problem of button failure occurs in the control contact 6, the mobile terminal can reversely transmit information, a scanning instruction is triggered to the cloud deck 4, and the cloud deck 4 drives the scanning component 5 to read the information. The rechargeable battery pack may supply power to the mobile terminal, the control unit in the cradle head 4, the scanning unit 5 and the key unit through the charging data interface 31.

Fig. 6 is a schematic diagram showing the communication interface connection of an embodiment of the wearable mobile terminal accessory of the present invention, wherein the control unit in the cradle head 4 is connected to the key unit through the BUS, and is connected to the scanning unit 5 and the power unit through the I/O interface.

Finally, the present invention provides a working method of a mobile terminal based on the foregoing embodiments, and in some embodiments, the working method includes:

step 101, the mobile terminal receives information for selecting a warehousing operation type. After entering the warehouse, the warehousing personnel can select to enter a system menu with corresponding authority according to different work types, such as entering different work types of goods picking, warehousing and checking, goods and materials putting on shelves, checking the warehouse by checking the warehouse, delivering goods and materials out of the warehouse, searching and inquiring and the like.

Step 102, the scanning component 5 scans the cargo information;

and 103, the mobile terminal acquires the goods information acquired by the scanning component 5 and shares the goods information with the warehousing management system.

The step 101 may be executed before the step 102, and the steps 102 and 102 may be sequentially executed in a circulating manner, or after the information of a plurality of goods is collectively scanned in the step 102, the information is uploaded to the warehousing management system through the step 103, and the warehousing management system can comprehensively acquire the information of the goods in the warehousing operation process in real time.

In some embodiments, the step 102 of the scanning component 5 scanning the cargo information specifically includes:

102A, a first contact on the wearing base receives external control to start the scanning component 5; for example, the stocker presses down the first contact in the intermediate position.

102B, the scanning component 5 automatically scans the current goods;

102C, receiving external control by a second contact on the wearing base body so as to switch the scanning component 5 to a state of preparing to scan the next piece of goods; the second contact may become a shortcut key configured to scan the next item through software of the mobile terminal.

This embodiment when needs scan a batch goods, can make the linking of scanning more smooth and easy between each goods, saves middle switching time, simplifies operation flow to improve the storage operating efficiency. When the same type of goods is multiple, the goods can be scanned one by one to determine the total quantity of the goods of the type; or the total number of this type of goods may be set in the mobile terminal.

In some embodiments, the warehousing operation type is a picking operation, and between steps 101 and 102, the method further comprises:

in step 101', the scanning component 5 scans the bar code reflecting the storage area of the goods, for example, the storage area code on the shelf, and in one order, the storage area code on the shelf may represent a fruit area, a vegetable area, a seafood area, a commodity area, etc. to reflect the attribute of the storage area of the goods, so as to facilitate the partition management of all the goods in the warehouse.

In some embodiments, after completing the goods picking task for an order, the method of work further comprises:

step 104, the mobile terminal or the handling contacts 6 receive an instruction of an external handling to trigger the completion of the current picking task. For example, after a customer places an order on the internet, when all the goods corresponding to the order are picked, the storage personnel can press the pre-configured control contact 6 to issue an instruction for completing the current picking task.

In a specific embodiment, after entering the warehouse, the warehousing personnel enter the system menu with corresponding authority according to different work types. For example, entering a picking station for a shelf-off operation, and due to the characteristics of the e-commerce, the picking efficiency is required to be high. The mobile terminal scans the bar codes of the storage areas (for example, the storage area codes on the shelves), then scans the bar codes of the goods, and if there are a plurality of goods of a certain type, the mobile terminal needs to scan for a plurality of times to determine the quantity. After the scanning of one cargo is completed, the control contact 6 with the function of "confirm" or "next" can be clicked to switch to the second cargo, and the scanning action is continued. And after one picking task is completed, clicking the full box to confirm the completion.

The wearable mobile terminal auxiliary equipment, the mobile terminal and the working method thereof provided by the invention are described in detail above. The principles and embodiments of the present invention are explained herein using specific examples, which are presented only to aid in understanding the method and its core concepts. It should be noted that, for those skilled in the art, it is possible to make various improvements and modifications to the present invention without departing from the principle of the present invention, and those improvements and modifications also fall within the scope of the claims of the present invention.