WO2016078581A1 - 空气包装装置的自动售卖装置及其监控系统和方法 - Google Patents

空气包装装置的自动售卖装置及其监控系统和方法 Download PDF

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Publication number
WO2016078581A1
WO2016078581A1 PCT/CN2015/094895 CN2015094895W WO2016078581A1 WO 2016078581 A1 WO2016078581 A1 WO 2016078581A1 CN 2015094895 W CN2015094895 W CN 2015094895W WO 2016078581 A1 WO2016078581 A1 WO 2016078581A1
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WIPO (PCT)
Prior art keywords
air
module
processor
packing
packing device
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PCT/CN2015/094895
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English (en)
French (fr)
Inventor
张嘉盈
Original Assignee
上海艾尔贝包装科技发展有限公司
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Application filed by 上海艾尔贝包装科技发展有限公司 filed Critical 上海艾尔贝包装科技发展有限公司
Priority to US15/528,096 priority Critical patent/US20180108204A1/en
Publication of WO2016078581A1 publication Critical patent/WO2016078581A1/zh

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    • GPHYSICS
    • G05CONTROLLING; REGULATING
    • G05BCONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00Programme-control systems
    • G05B19/02Programme-control systems electric
    • G05B19/418Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D81/00Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents
    • B65D81/02Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage
    • B65D81/03Wrappers or envelopes with shock-absorbing properties, e.g. bubble films
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B31MAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER; WORKING PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER
    • B31DMAKING ARTICLES OF PAPER, CARDBOARD OR MATERIAL WORKED IN A MANNER ANALOGOUS TO PAPER, NOT PROVIDED FOR IN SUBCLASSES B31B OR B31C
    • B31D5/00Multiple-step processes for making three-dimensional articles ; Making three-dimensional articles
    • B31D5/0039Multiple-step processes for making three-dimensional articles ; Making three-dimensional articles for making dunnage or cushion pads
    • B31D5/0073Multiple-step processes for making three-dimensional articles ; Making three-dimensional articles for making dunnage or cushion pads including pillow forming
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D23/00Details of bottles or jars not otherwise provided for
    • B65D23/08Coverings or external coatings
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D25/00Details of other kinds or types of rigid or semi-rigid containers
    • B65D25/02Internal fittings
    • B65D25/04Partitions
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D81/00Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents
    • B65D81/02Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage
    • B65D81/05Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents
    • B65D81/051Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents using pillow-like elements filled with cushioning material, e.g. elastic foam, fabric
    • B65D81/052Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents using pillow-like elements filled with cushioning material, e.g. elastic foam, fabric filled with fluid, e.g. inflatable elements
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D83/00Containers or packages with special means for dispensing contents
    • B65D83/0055Containers or packages provided with a flexible bag or a deformable membrane or diaphragm for expelling the contents
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00Administration; Management
    • G06Q10/08Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06QINFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00Commerce
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65BMACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B55/00Preserving, protecting or purifying packages or package contents in association with packaging
    • B65B55/20Embedding contents in shock-absorbing media, e.g. plastic foam, granular material
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D2207/00Standing packages
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B65CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65DCONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
    • B65D2581/00Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents
    • B65D2581/02Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage
    • B65D2581/05Containers, packaging elements, or packages, for contents presenting particular transport or storage problems, or adapted to be used for non-packaging purposes after removal of contents specially adapted to protect contents from mechanical damage maintaining contents at spaced relation from package walls, or from other contents
    • B65D2581/051Details of packaging elements for maintaining contents at spaced relation from package walls, or from other contents
    • B65D2581/052Materials
    • B65D2581/055Plastic in general, e.g. foamed plastic, molded plastic, extruded plastic

Definitions

  • the present invention relates to a merchandise selling device, and more particularly to an automatic vending device suitable for implementing the sale of an air packaging device in conjunction with the retail industry, and a monitoring system and method thereof, wherein the vending device is adapted to provide the air packaging device to normal consumer.
  • An air-packing device typified by an air-packing bag is a device for forming a cushioning protection structure by filling a bag with a gas such as air into a closed cavity formed by the bag body, and realizing a buffer such as air.
  • the purpose of packaging materials Especially in recent years, along with the rapid development of e-commerce and logistics transportation, compared with the traditional method of packaging products using foam, the air packaging device has low cost, good packaging effect and takes up less storage space. Other advantages are increasingly welcomed and favored by the market.
  • the existing bags popular in the retail market are mainly made of plastic or paper bags, which are not only costly, but also easy to pollute the environment. More importantly, the bags are only one The layer material is formed, which provides only the function of "loading” without providing the corresponding "protection” function, that is to say, the bag only allows the user to load the article into the interior thereof for carrying;
  • the package containing the item touches the ground or other relatively hard objects, it is easy to cause damage to the item, especially for fragile items such as eggs and alcohol.
  • air-packing devices are usually made of two layers of superimposed material, and the cavity formed by the two sides of the material is filled with gas to provide a corresponding cushioning effect when it is similar to fragile goods such as eggs and alcohol.
  • the air-packing device After the article is placed in the air-packing device, it is convenient for the air-packing device to easily damage the contents of the air-packing device after it touches the ground or other hard objects. Therefore, from the packaging effect of the air packaging device, the entry and popularization of the air packaging device into the retail industry has become an inevitable trend of market development. However, because the air-packing device must be inflated with an air pump prior to use, the traditional business model of the air-packing device is provided to large and medium-sized manufacturers and the logistics industry, which is difficult for ordinary consumers to use.
  • the present invention is directed to providing a service capable of providing an air-packing device to an ordinary consumer, introducing an air-packing device from a conventional market to the retail market, and greatly reducing the selling price thereof to conform to air packaging. The need for future trends in the installation.
  • a good packaging method can be Effectively protect the safety of items.
  • the air-packing device is more commonly used, which is formed by heat-sealing two layers of film and an inflation valve. When used, it is inflated by an air pump or other inflatable device, so that the air-packing device has an air cushioning effect. It effectively prevents articles from being crushed and impacted during transportation or storage, and the air-packing device can be designed in a variety of shapes suitable for matching various items, not only protecting the articles, but also adding aesthetics. In addition, when the air-packing device is in an unused state, it can be placed in a roll without being inflated, thereby effectively saving space.
  • Packaging bags are widely used in people's livelihood and industrial products. Whether it is retail shopping, e-commerce, factory shipment or logistics, you need to use a variety of different bags.
  • the existing bags popular in the retail market are mainly plastic or paper bags, which are formed of only one layer of material and can only accommodate articles for the user to carry, but cannot protect the contents. Therefore, when the package containing the item touches the ground or other relatively hard objects, it is easy to cause damage to the item, especially for fragile items such as eggs and alcohol.
  • many owners have abandoned traditional packaging bags, and adopted fluid packaging bags that have both containment and protection effects and low cost, which will be shipped or consigned. The item is packaged in a fluid bag until the item is delivered to the recipient and the bag is not easily damaged.
  • Conventional fluid packaging is usually made of two layers of superimposed material, and the chamber formed by the two layers of material is filled with air, inert gas, water or other fluid to provide a corresponding cushioning effect. After the articles of fragile goods such as eggs and alcohol are placed in the fluid packaging device, even if the fluid packaging device touches the ground or other hard objects, it is not easy to damage the articles inside the package.
  • fluid packaging devices must be filled with fluids using a filling pump prior to use, the traditional business model of fluid packaging devices is only available to medium and large manufacturers and the logistics industry, which is difficult for ordinary consumers to use.
  • an automatic vending device for fluid packaging devices that can be placed in public places such as supermarkets, shopping malls, scenic spots, and even logistics vendors, which allows ordinary consumers to conveniently purchase different fluid packages (eg, type, shape, and size). Etc.) and assist in filling fluids and packages to suit their individualized or actual shopping package needs.
  • a workstation for a fluid packaging device such as a merchant, that allows a user (eg, an employee or customer) to select or automatically obtain a fluid packaging device that matches the item to be packaged, and assists the user in filling fluid into the fluid packaging device and package.
  • a user eg, an employee or customer
  • a workstation for a fluid packaging device such as a merchant, that allows a user (eg, an employee or customer) to select or automatically obtain a fluid packaging device that matches the item to be packaged, and assists the user in filling fluid into the fluid packaging device and package.
  • a user eg, an employee or customer
  • the monitoring system and method of the present invention are required. Through real-time or semi-real-time data collection and analysis, timely feedback is provided to managers to enable supply platform operators to make better and more accurate decision-making responses, and even adjust operational tactics to gain more operational advantages.
  • the supply platform operator may also sell or share some or all of the data collected by the monitoring system and method of the present invention based on the alliance to obtain benefits. It is worth mentioning that the monitoring system and method of the present invention not only utilizes the collected data to assist the operator in managing the operational strategy, but also automatically performs various daily management tasks according to the operator's settings.
  • the acquisition device collects the data of various fluid packaging devices located in each fluid packaging device supply platform from each fluid packaging device supply platform, after automatically determining, automatically sends a message or instruction to remind or request the logistics department to go.
  • a specific type of fluid packaging device is added.
  • the maintenance department, the third party or each of the contracted merchants are automatically notified to repair or View.
  • fluid packaging devices have been developed in many different types and applications, either with built-in position-positioning devices for theft or tracking, or with built-in temperature sensors to avoid The contents are hot and corrupt, or have built-in pressure sensors to avoid damage to the contents due to factors such as drop and extrusion, or have built-in RFID to record whether the item has passed or arrived at a specific location.
  • the monitoring system and method of the present invention are combined with the sensing receiving devices, so that in addition to being able to respond appropriately after receiving the information of each sensor, a more comprehensive data collecting capability is available.
  • the packaging device can be remotely controlled to issue a warning and immediately contact the holding device. Personnel, or immediately contact the person who buys and sells the contents of the packaging device to avoid the deterioration of the content due to high temperature, and also helps the buyer and the seller to clarify the responsibility for the deterioration of the content afterwards.
  • the positional device installed in the specific fluid packaging device continuously tracks and records the position of the packaging device after leaving the supply platform.
  • the present invention can accept not only the person with relevant authority (for example, the The content buyer or the store that sold the content is connected to the monitoring system of the present invention after the item is lost or stolen to recover the error through the location path and to pursue the thief, and collect the location path records through a large number of collections.
  • Data with operational reference value (such as whether the boutique purchaser continues to visit the mall after purchase, whether to visit which malls, etc.) is provided for the fluid packaging equipment supply platform operator and its operating partners or customers as a reference for operational decisions.
  • fluid packaging devices break the traditional packaging bag's characteristics as a transitional, disposable, and general-purpose container, providing users with additional, value-added options when purchasing, selling, and shipping major items; in other words
  • the fluid packaging device allows the package to be more than just a package.
  • users have more choices before the fluid packaging device supply platform, including packaging devices of different shapes, sizes, colors, and additional functions. In many cases, these choices also involve unequal additional costs, which in turn affects the decision of the user to select the packaging device.
  • These decision result data have important reference value for the related operational strategy, and thus the present invention provides a monitoring system for And collect and analyze these related data.
  • An object of the present invention is to provide an automatic selling device for an air packaging device and a method thereof.
  • the automatic vending device described above is suitable for providing the air-packing device to an ordinary consumer.
  • An object of the present invention is to provide an automatic selling device for an air-packing device and a method thereof, wherein the automatic vending device is used to introduce the air-packing device from a conventional market field to a retail market, and does not increase the number of The cost and price of the air packaging unit.
  • the vending apparatus is adapted to be deployed in public places such as supermarkets, shopping malls, etc., to facilitate use by ordinary consumers.
  • An object of the present invention is to provide an automatic selling device for an air-packing device and a method thereof, wherein the automatic vending device allows an ordinary consumer to conveniently select a type (e.g., type, shape, size, etc.) of the air-packing device. To meet the needs of ordinary consumers for personalized use.
  • a type e.g., type, shape, size, etc.
  • An object of the present invention is to provide an automatic selling device for an air-packing device and a method thereof, wherein the automatic vending device provides a variety of payment means to allow ordinary consumers to pay by cash, third-party payment, etc.
  • the payment means used to complete the payment thereby making it easy to use.
  • the consumer provides the air-packing device that matches the item it is purchased for ease of operation.
  • An object of the present invention is to provide an automatic selling device for an air-packing device and a method thereof, wherein when the air-packing device is selected by an ordinary consumer, it is graphically displayed on a display module provided by the automatic vending device The state of the selected air-packing device after completion of inflation is displayed for confirmation by the general consumer.
  • An object of the present invention is to provide an automatic selling device for an air-packing device and a method thereof, wherein the automatic vending device can be integrated with a checkout counter or a packing station, etc., so that an ordinary consumer can directly obtain the same after completing the shopping.
  • the air-packing device that matches the merchandise.
  • the inflatable device is capable of inflating the air-packing device so that the general consumer can obtain the air-packing device that completes the inflation.
  • An object of the present invention is to provide an automatic selling device for an air-packing device and a method thereof, wherein the automatic vending device is simple in operation, convenient to use, and suitable for large-scale promotion and popularization.
  • Another object of the present invention is to provide an workstation for an air-packing device and a method thereof, wherein the workstation is capable of providing a corresponding air-packing device for packaging according to the specifications of the article.
  • Another object of the present invention is to provide a workstation for an air-packing device and a method thereof, which can automatically provide a suitable air-packing device for a worker by scanning a shipping list, thereby facilitating the staff to The item is packaged.
  • Another object of the present invention is to provide a workstation for an air-packing device and a method thereof, which provide a scanning module capable of matching the corresponding air-packing device by scanning corresponding articles or shipping lists to be packaged, thereby automatically Packed and automatically inflated.
  • Another object of the present invention is to provide a workstation for an air-packing device and a method thereof, which integrates the selection, packaging, and inflation of the air-packing device, realizes assembly line operations and automated operations, and conforms to the development trend of article packaging.
  • Another object of the present invention is to provide a workstation for an air-packing device and a method thereof, the workstation being integrated with an item shipping machine, the shipping machine transporting the articles to the workstation, and automating the articles After shipment, it will be shipped to meet the packaging needs of the manufacturing enterprises.
  • Another object of the present invention is to provide a workstation for an air-packing device and a method thereof, the workstation comprising an audio module that emits different types of sounds when the package is out of stock, packaged, or fails to alert the operator It can also realize voice interaction, which is convenient for staff to set up by voice.
  • Another object of the present invention is to provide a workstation for an air-packing device and a method thereof, which can complete the packaging of large-volume items by operating the workstation, and change the traditional packaging method, thereby effectively saving labor packaging for the enterprise. cost.
  • Another object of the present invention is to provide a workstation for an air-packing device and a method thereof, which are transformed from a conventional manual package to an automated package, in accordance with the future development trend of the package of articles.
  • Another object of the present invention is to provide a workstation and method for an air-packing device which is simple in operation, simple in packaging process, convenient to use, and suitable for large-scale promotion and popularization.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform, the monitoring system of the fluid packaging device supply platform can communicate with one or more fluid packaging device supply platforms to receive a fluid packaging device supply platform Relevant information on.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can store, assemble, and output relevant information received from a fluid packaging device supply platform.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can be provided in more than one style and size.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can be provided with sensors to monitor the state of the contents.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can be provided with sensors to monitor the location of the fluid packaging device.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can be provided with sensors to monitor the environment in which the fluid packaging device is located.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can transmit information for remote monitoring purposes.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can transmit and receive information in both directions.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can communicate with one or more fluid packaging devices to receive relevant information on the fluid packaging device.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can store, assemble, and output relevant information received from the fluid packaging device.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can receive commands and information through or from the Internet, telecommunications networks, and other sources.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can accept and store near-end and remote information input and output.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform, the monitoring system of the fluid packaging device supply platform can communicate one or more fluid packaging devices to supply a flat The station sends information or instructions to a specific or all fluid packaging device supply platform.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that is operated by or concurrently with one or more fluid packaging device supply platforms.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can communicate with one or more fluid packaging devices to send information or instructions to a particular or All fluid packaging devices.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform, wherein the monitoring system and method of the fluid packaging device supply platform can cross-use various pre-stored and real-time received information for performing Data collection analysis, and generation of instructions and information.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that extends the selection and activation of the fluid packaging device to subsequent tracking and alerting.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform in which two or more of the monitoring systems of the fluid packaging device supply platform can be operated in parallel with each other.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can be subordinate to each other in two or more.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform that can be integrated into a fluid packaging device supply platform.
  • Another object of the present invention is to provide a monitoring system and method for a fluid packaging device supply platform having a plurality of user access rights for system owners, contract manufacturers, logistics maintenance vendors, General customers and the general public access information in different areas.
  • an automatic selling device for an air-packing device which is suitable for selling at least one air-packing device, comprising:
  • a storage unit for storing the air packaging device
  • control unit includes a selection module, a payment module, and a processor, the selection module and the payment module are operably connected to the processor, respectively; wherein the selection module is used for assisting selection a type of the air-packing device, the payment module for assisting in completing payment for the selected air-packing device;
  • An allocating unit operatively coupled to the processor to supply the selected and fully paid air packaging device to a purchaser under the control of the processor.
  • it further includes an inflation device for inflating the air-packing device after being paid.
  • the inflator device is operatively coupled to the processor to inflate the selected and fully paid air-packing device in response to control instructions of the processor.
  • the inflator device automatically performs an inflating operation on the selected and fully paid air-packing device by controlling the inflation time.
  • control unit further includes a display module operatively coupled to the processor for providing the purchaser with a display interface during operation.
  • control unit further includes a scanning module operatively coupled to the processor.
  • the scanning module is configured to scan the payment credentials to perform the function of the payment module to complete the function of determining the payment.
  • the scanning module is configured to scan a purchaser's shopping list from And the processor calculates and matches the appropriate air-packing device based on the items on the shopping list.
  • the scanning module is a three-dimensional scanning device that performs three-dimensional scanning of the purchased item of the purchaser, and the processor calculates and matches the appropriate item for the item according to the scanning information.
  • the air packaging device is a three-dimensional scanning device that performs three-dimensional scanning of the purchased item of the purchaser, and the processor calculates and matches the appropriate item for the item according to the scanning information.
  • control unit further comprises a communication module communicably connected to the processor to assist in completing a third party payment function, the communication module receiving after the payment is completed Confirmation payment information sent to the third party payment platform, and transmitting the payment information to the processor.
  • the payment module initiates a payment function by providing a scan mark by the purchaser scanning the scan mark by using an electronic mobile device.
  • control unit further comprises a sound module operatively coupled to the processor to implement a voice interaction function with the purchaser.
  • the selection module provides one or more of a button, an input keyboard, a touch screen, and a voice recognition input device.
  • the payment module includes a coin dispensing unit and a dispensing unit, and the payment module identifies a banknote or a coin inserted by the purchaser from the coin dispensing unit to complete payment, and The coin is implemented to implement the change function.
  • the dispensing portion has a separate coin dispensing opening or is integrated with a shipping outlet of the vending device.
  • the payment module includes a card swipe portion to enable the purchaser to implement payment by swiping a bank card.
  • the air-packing devices are of the same or different type and have the same or various different shapes and sizes.
  • the dispensing unit further comprises shearing means for shearing the air-package continuum forming the air-packing device in position to obtain the air-package of suitable size and shape Device.
  • a method of automatically selling an air-packing device by an automatic vending device comprising the steps of:
  • the air-packing device after being selected and completed is provided to the purchaser by the dispensing unit.
  • the method further comprises the step of inflating the air-packing device selected and completed after payment by an inflator device integrally provided to the vending device.
  • the method further comprises the step of: the air-packing device being inflated for use in packaging the article, or the un-inflated air-packing device for packaging the packaged article for inflating.
  • the method further comprises the step of inflating the various air-packing devices by controlling the inflation time.
  • the selection of the air-packing device in the method comprises the selection of one or more of the type, shape and size parameters of the air-packing device.
  • the method further comprises the step of determining a touch operation of the purchaser by the display module, the automatic vending device completing the selection of the air-packing device.
  • the method further comprises the step of determining an operation of the purchaser operating the button, the automatic vending device completing the selection of the air-packing device.
  • the method further comprises the step of determining an input operation of the purchaser on the input keyboard, the automatic vending device completing the selection of the air-packing device.
  • the method further comprises the step of identifying a voice input of the purchaser to cause the automatic vending device to complete the selection of the air-packing device.
  • the method further comprises the step of identifying the banknote or coin inserted by the purchaser to complete the payment of the air-packing device.
  • the method further comprises the step of determining a bank card operation performed by the purchaser to complete the payment of the air-packing device.
  • the method further comprises the steps of: providing a scan mark, causing the purchaser to initiate the third party payment function by scanning the scan mark with the electronic mobile device, and receiving the third party payment information through the communication module And determining whether the payment operation of the air-packing device is completed.
  • the method further comprises the steps of: identifying a payment receipt provided by the purchaser and determining whether the payment operation of the air-packing device is completed.
  • the method further comprises the steps of: receiving type and size information of the item to be packaged input by the purchaser, and providing the purchaser with the item to be packaged after the calculating and matching operation
  • the air-packing device pre-selection scheme provides for the purchaser to select or confirm that the matching predetermined air-packing device is directly provided to the purchaser after the payment is completed.
  • the method further comprises the steps of: performing a three-dimensional scan on the purchaser's item to be packaged, and providing the purchaser with the item to be packaged after the calculation and matching operation
  • the air-packing device pre-selection scheme provides for the purchaser to select or confirm that the matching predetermined air-packing device is directly provided to the purchaser after the payment is completed.
  • the method further comprises the steps of: identifying a shopping list provided by the purchaser, providing the purchaser with the air-packing device pre-selection plan for the item in the shopping list for supply The purchaser selects or confirms that the matching predetermined air-packing device is directly provided to the purchaser after the payment is completed.
  • the air-packing device comprises a two-layer plenum membrane and a two-layer valve membrane, the two layers of the valve membrane being at least partially superposed with two layers of the plenum membrane to form a single
  • the inflation valve is inflated into one or more of the inflatable units formed by the two layers of the plenum film.
  • the method includes an inflatable cushion in the various air-packing devices for filling as a filling material in other packages or bags.
  • the various air-packing devices of the method include forming an inflatable package having a receiving cavity by bending and heat sealing, the article to be packaged being adapted to be stored in the receiving cavity.
  • some of the air-packing devices of the various air-packing devices further comprise at least one functional layer fixedly connected to the package body inside or outside the package body formed by the four-layer film.
  • the functional layer provides one or more of shading, heat preservation, anti-static, waterproof, moisture-proof, abrasion-resistant, anti-shock, anti-shock, anti-corrosion, anti-rust and printable functions.
  • some of the air-packing devices of the various air-packing devices further comprise a paper package on the outside of the package formed by the four-layer film, wherein the package is at least partially adhered Attached to the inner surface of the paper package, and automatically expand the paper package when the package is inflated.
  • the method further comprises the step of causing a portion of the air-package continuum to form the air bag in response to a shearing or tearing action of the shearing device of the purchaser or the dispensing unit Install the device.
  • a workstation for an air-packing device comprising:
  • a storage unit for storing a plurality of air packaging devices
  • control unit comprising a selection module and a processor, wherein the processor is coupled to the storage unit and the selection module to enable a worker to select a corresponding air packaging device according to requirements;
  • An allocating unit coupled to the processor and the storage unit, executing instructions of the processor to assign a corresponding air-packing device to the worker;
  • An inflating unit coupled to the dispensing unit and the processor, executing instructions of the processor adapted to inflate the air-packing device assigned to the worker.
  • the control unit further includes a scan module, wherein the scan module is coupled to the processor to feed back a scan signal to the processor for the processor to issue an instruction.
  • the control unit further includes a sound module, wherein the sound module is coupled to the processor to effect voice interaction and to communicate information to the processor.
  • the control unit further includes a display module, the display module is connected to the processor to display corresponding information to the staff, so that the staff can select and confirm.
  • the workstation further includes a support unit operatively coupled to the dispensing unit, the inflating unit, and the processor, executing instructions of the processor to open the air-packing device to package the item.
  • the workstation further includes a transport unit operatively coupled to the support unit and the processor to execute instructions of the processor to transport the air-packing device of the packaged item.
  • the support unit is adapted to be coupled to a shipping machine for packaging the items delivered by the shipping machine.
  • the selection module provides one or more of a button, an input keyboard, a touch screen, and a voice recognition input device.
  • the inflatable unit is coupled to the support unit and the dispensing unit and is adapted to inflate and open the dispensed air-packing device to package the item.
  • a method of packaging a workstation for an air-packing device comprising the steps of:
  • a processor receives an instruction from a worker and distributes a corresponding air-packing device through an allocating unit;
  • the air-packing device dispensed by the dispensing unit is opened by a support unit, and the article is packaged and inflated by the inflation unit.
  • the air-packing device dispensed by the dispensing unit is opened by a support unit, and the air-filling unit is inflated to package the article.
  • the inflating unit is inflated and the air-packing device dispensed by the dispensing unit is opened by a support unit to package the article.
  • the packaged finished item is transported to a predetermined location by a transport unit.
  • the allocating unit, the supporting unit and the transmitting unit are connected to a shipping machine, and the processor is set at a time interval corresponding to the shipping speed of the shipping machine to automatically package the outgoing Goods delivered by the cargo plane.
  • the support unit is disposed at an end or a lower portion of the shipment machine.
  • the work is adapted to enter instructions by voice, keyboard or scan.
  • the processor is adapted to assign a corresponding one of the air-packing devices according to a scanning module scanning corresponding item information.
  • the processor is adapted to be equipped with a corresponding air-packing device according to a corresponding command input by a sound module.
  • the sound module prompts the worker to make a corresponding selection or prompt the working state of the working machine.
  • the present invention further provides a monitoring system for a fluid packaging device supply platform, comprising:
  • a computing device for accessing and analyzing information data, the computing device including a communication device operatively coupled to the computing device to allow the computing device to communicate external information;
  • At least one fluid packaging device supply platform includes a control unit including an input module, a verification module, a communication module, and a processor, the input module, the verification module, and the communication module being operatively coupled In the processor, wherein the input module is for assisting in selecting a type of the fluid packaging device, the verification module is for assisting in completing authorization of the selected fluid packaging device, the communication module allowing The fluid packaging device supply platform communicates external information and the computing device.
  • the system further comprises at least one fluid packaging device, the fluid packaging device supply platform further comprising a dispensing unit operatively coupled to the processor, supplied under the control of the processor
  • the fluid packaging device is authorized and authorized.
  • the verification module provides one or more of a near-end payment device, a remote payment device, and a credential identification device, and communicates external information through the communication module.
  • the fluid packaging device supply platform further comprises a storage unit, the storage unit storing the fluid packaging device.
  • the fluid packaging device supply platform further comprises a fluid filling device for filling the fluid packaging device that is authorized.
  • the fluid filling device is operatively coupled to the processor to inflate the selected and authorized fluid packaging device in response to control instructions of the processor.
  • control unit further comprises a display module operatively coupled to the processor for displaying information.
  • control unit further comprises an output module operatively coupled to the processor for outputting information.
  • control unit further comprises a sensing module, the sensing module being operatively coupled to the processor.
  • the fluid packaging device supply platform is information that is input by a user through the input module for identification by the processor to match a fluid packaging device suitable for the user's needs.
  • the fluid packaging device supply platform is used by the user to input information input by the user through the input module, so that the corresponding data is obtained by the communication module, and the matching is suitable for the user.
  • a fluid packaging device that is required.
  • the fluid packaging device supply platform senses information by the sensing module to identify the content for the processor to match a suitable fluid packaging device.
  • the fluid packaging device supply platform senses information by the sensing module to identify a user, so that the processor obtains corresponding data through the communication module, and then matches A fluid packaging device suitable for the needs of the user.
  • the fluid packaging devices are of the same or different type and have the same or a variety of different shapes and sizes.
  • the dispensing unit further comprises processing means for shearing, heat sealing, pressing one or more of the fluid packaging continuum forming the air-packing device at a suitable location To obtain the fluid packaging device of suitable size and shape.
  • the system further comprises at least one sensor disposed in the fluid packaging device, wherein the sensor is selected from the group consisting of a temperature sensor, a pressure sensor, a vibration sensor, a gyroscope, a position locating sensor, a camera module, and a radio One or more of a module, a light sensor, a chemical sensor, a humidity sensor, an electromagnetic sensor, and a signal sensing unit.
  • the sensor is selected from the group consisting of a temperature sensor, a pressure sensor, a vibration sensor, a gyroscope, a position locating sensor, a camera module, and a radio
  • a radio One or more of a module, a light sensor, a chemical sensor, a humidity sensor, an electromagnetic sensor, and a signal sensing unit.
  • the present invention provides a method of managing a fluid packaging device supply platform, the method comprising the steps of:
  • Computing device communicates a fluid packaging device supply platform
  • the computing device generates feedback information based on the communication results.
  • the method further comprises the step of: receiving the fluid packaging device supply platform
  • the user operates and transmits the process, environmental parameters, and results to the computing device.
  • the method further comprises the step of: the computing device generating feedback information based on the received and previously stored records.
  • the feedback information generated in the above method is selected from one or more of text information, multimedia information, device instructions, personnel instructions, software parameters, and data parameters.
  • the fluid packaging devices of the above method have the same or different types and sizes, and further include one or more sensors that are activated after the fluid packaging device is activated.
  • the senor further includes a sensing unit and a communication unit connected to each other to allow the sensor to communicate external information, the fluid packaging device supply platform, and the computing device.
  • a sensing unit and a communication unit connected to each other to allow the sensor to communicate external information, the fluid packaging device supply platform, and the computing device.
  • the sensing unit provides a temperature sensing unit, a pressure sensing unit, a vibration sensing unit, a gyroscope, a position positioning module, a camera module, a sound module, and a light sensing unit.
  • a chemical sensing unit a humidity sensing unit, an electromagnetic sensing unit, and a signal sensing unit.
  • the dispensing unit of the above method further comprises processing means for shearing, heat sealing, and squeezing the fluid packaging continuum forming the air packaging device at a suitable position. Or several to obtain the fluid packaging device of suitable size and shape.
  • the present invention provides a monitoring method for a fluid packaging device supply platform, the method comprising the steps of:
  • a sensor disposed in the fluid packaging device activates and transmits information
  • the computing device receives and records the information sent by the sensor.
  • the method further comprises the step of: the computing device generating feedback information based on the received and recorded information.
  • the feedback information generated by the foregoing method includes one or more of text information, multimedia information, device instructions, personnel instructions, software parameters, and data parameters.
  • the method further comprises the step of: the computing device also communicates and stores Department information, and comprehensively generate feedback based on received and previously stored records and external information.
  • the feedback information generated by the above method is selected from one or more of text information, multimedia information, device instructions, personnel instructions, software parameters, and data parameters.
  • the senor is selected from the group consisting of a temperature sensor, a pressure sensor, a vibration sensor, a gyroscope, a position locating sensor, a camera module, a sound module, a light sensor, a chemical sensor, a humidity sensor, an electromagnetic sensor, and a signal.
  • a temperature sensor a pressure sensor
  • a vibration sensor a vibration sensor
  • a gyroscope a position locating sensor
  • a camera module a sound module
  • a light sensor a chemical sensor
  • a humidity sensor an electromagnetic sensor
  • an electromagnetic sensor and a signal.
  • the present invention provides a monitoring method for a fluid packaging device supply platform, the method comprising the steps of:
  • the computing device sends feedback information.
  • the computing device synchronously communicates with the external network and receives and stores external messages.
  • the manner in which the computing device sends the feedback information includes directly displaying and transmitting through the communication device, and the object for sending the feedback information includes the near terminal terminal located at the computing device, through communication
  • the device connects to a remote or third party terminal of the computing device, and a fluid packaging device supply platform.
  • the computing device simultaneously generates feedback information based on the received and stored operational records and/or external messages.
  • the manner in which the computing device sends the feedback information includes direct display and transmission by the communication device, and the object for sending the feedback information includes a near-end terminal located at the computing device and connected to the computing device by the communication device. Remote or third-party terminals, and fluid packaging device supply platforms.
  • FIG. 1A and 1B show an embodiment of a first and second preferred embodiment and a second preferred embodiment, respectively, in accordance with the present invention.
  • FIG. 2 is a block diagram showing the above first and second preferred embodiments in accordance with the present invention.
  • Figure 3A is a flow chart showing a manner of use of the above first and second preferred embodiments in accordance with the present invention.
  • Figure 3B is a flow diagram showing another mode of use of the first and second preferred embodiments of the present invention.
  • FIG. 4 is a flow chart showing the operation of the selection module according to the above first and second preferred embodiments of the present invention.
  • Figure 5 is a flow chart showing the workflow of the payment module according to the above first and second preferred embodiments of the present invention.
  • 6A to 6G are schematic flow charts showing a specific use process of the above first and second preferred embodiments according to the present invention, respectively.
  • Figure 7 is a flow chart showing the operation of the automatic vending apparatus according to the above first and second preferred embodiments of the present invention.
  • FIG. 8 is a flow chart showing the operation of the control unit in accordance with the above first and second preferred embodiments of the present invention.
  • FIGS 9A-9K are schematic views of various embodiments of an air-packing device in accordance with the present invention.
  • Figure 10 is a schematic view showing the structure of an inflation valve of an air-packing device according to the present invention.
  • FIG. 11A and 11B are schematic views showing the structure of a continuous packaging body formed by an air-packing device according to the present invention.
  • Figure 12A is an embodiment of a workstation of an air-packing device in accordance with a third preferred embodiment of the present invention.
  • Figure 12B is an embodiment of a workstation of an air-packing device in accordance with a fourth preferred embodiment of the present invention.
  • Figure 12C is an embodiment and application of a workstation for an air-packing device in accordance with a fifth preferred embodiment of the present invention.
  • Figure 13 is a block diagram showing the automatic working machine according to the above third, fourth and fifth preferred embodiments of the present invention.
  • Figure 14A is a flow chart showing a manner of use of the above-described third, fourth and fifth preferred embodiments in accordance with the present invention.
  • Figure 14B is a flow diagram showing another mode of use of the above-described third, fourth and fifth preferred embodiments in accordance with the present invention.
  • Figure 15 is a flow chart showing the operation of the selection module of the above-described third, fourth and fifth preferred embodiments of the present invention.
  • 16A to 16D are diagrams showing the workflow of the display module according to the above third, fourth and fifth preferred embodiments of the present invention in use.
  • 17A and 17B are flowcharts showing the operation of the workstation in accordance with the above-described third, fourth and fifth preferred embodiments of the present invention.
  • Figure 18 is a flow chart showing the operation of the control unit according to the above third, fourth and fifth preferred embodiments of the present invention.
  • Figure 19 is a block diagram showing the controller of the above third, fourth and fifth preferred embodiments in accordance with the present invention.
  • 20A-20K are schematic views of various embodiments of an air-packing device in accordance with the present invention.
  • Figure 21 is a schematic view showing the structure of an inflation valve of an air-packing device according to the present invention.
  • 22A and 22B are schematic views showing the structure of a continuous packaging body formed by an air-packing device according to the present invention.
  • FIG. 23 is a block diagram of a monitoring system of a fluid packaging device supply platform in accordance with a sixth preferred embodiment of the present invention.
  • Figure 24 is a block diagram showing a monitoring system of a fluid packaging device supply platform in accordance with a seventh preferred embodiment of the present invention.
  • Figure 25 is a flow chart showing a method of managing a fluid packaging device supply platform in accordance with a sixth preferred embodiment of the present invention.
  • Figure 26 is a flow chart showing a method of managing a fluid packaging apparatus supply platform in accordance with a seventh preferred embodiment of the present invention.
  • Figure 27 is a flow chart showing a method of managing a fluid packaging apparatus supply platform in accordance with an eighth preferred embodiment of the present invention.
  • Figure 28 is a flow chart showing a method of managing a fluid packaging device supply platform in accordance with a ninth preferred embodiment of the present invention.
  • 29 is a block diagram of a fluid packaging device supply platform of a fluid packaging device supply platform in accordance with a preferred embodiment of the present invention.
  • 30A through 30K are schematic views of various preferred embodiments of a fluid packaging device in accordance with the present invention.
  • FIG. 31 is a schematic structural view of a filling valve of a fluid packaging device in accordance with a preferred embodiment of the present invention.
  • 32A and 32B are structural schematic views of a fluid packaging device forming a continuous package in accordance with a preferred embodiment of the present invention.
  • FIG. 1A and 1B show different embodiments of the present invention.
  • An automatic vending device is provided, wherein the vending device is for providing an air-packing device 100 to a consumer, the air-packing device 100 having more advantages than the conventional bag, in the present invention
  • the air-packing device 100 will be further disclosed and illustrated in the subsequent sections of the specification and the drawings.
  • the vending apparatus can be integrated with a checkout counter in this particular embodiment, and the checkout counter can be provided for use in a similar environment such as a supermarket or a mall, so that the consumer is completing the shopping. Thereafter, the air-packing device 100 that matches the item purchased by the consumer can be obtained directly through the vending device.
  • the vending apparatus can also be implemented separately as a packing station.
  • the vending apparatus can also be implemented as a stand-alone device to accommodate the use of the vending apparatus at different locations. Accordingly, those skilled in the art will appreciate that the specific embodiments of the vending apparatus disclosed in FIGS. 1A and 1B of the accompanying drawings are merely illustrative examples and are not to be considered as an The limits of the scope.
  • the automatic vending apparatus includes a supporting device 10 and an automatic vending machine body 20, and the vending machine body 20 is disposed on the supporting device 10 to be supported by the supporting device 10.
  • Support such as in this particular embodiment as shown in FIG. 1A, the vending machine body 20 can be disposed at a lower or side of the support device 10 such that a cashier can be provided by the support device 10.
  • the working face performs operations such as cash registering, packing, etc., while the consumer waits for the checkout of the purchased product, and can directly purchase and obtain the air-packing device 100 from the vending machine body 20 to perform the purchased product. package.
  • the automatic vending device when the automatic vending device is implemented as the packing station, the consumer can borrow a shopping basket or a shopping cart provided by a supermarket or a shopping mall after the traditional cash register completes the payment for the purchased product.
  • the apparatus transports the purchased item to the position of the packing station, and then obtains the corresponding air-packing device 100 through the vending machine body 20, and on the working surface provided by the supporting device 10 of the packing table Packing operations.
  • the vending machine body 20 includes a storage unit 21, a control unit 22, an inflator 23, a dispensing unit 24, and other possible components.
  • the storage unit 21, the control unit 22 and the inflation device 23 may have different configuration relationships.
  • the inflation device 23 may be implemented as a separate device to be independent of the vending body 20, After the consumer purchases the air-packing device 100 from the vending body 20, the air-packing device 100 is inflated using the inflator device 23. That is, the consumer or worker can manually inflate the air-packing device 100 using the inflator 23, such as an inflator.
  • the inflator device 23 may also be implemented as an air pump or the like, and integrated with the storage unit 21 and the control unit 22 and the like in the vending machine body 20 so that For subsequent use.
  • the storage unit 21 is for storing the air-packing device 100 of a different type (for example, including but not limited to the type and size of the air-packing device), in some embodiments, various types of The air-packing device 100 can also be displayed at the storage unit 21. That is, the consumer can view the various air-packing devices 100 stored in the storage unit 21 outside the vending machine body 20.
  • the control unit 22 is for assisting the consumer in selecting the air-packing device 100 and paying for the selected air-packing device 100, and the control unit 22 can also control the inflating during subsequent use.
  • the device 23 inflates the air-packing device 100 selected and completed for payment, thereby causing the consumer to finally obtain the air-packing device 100 that has completed inflation.
  • control unit 22 can include a selection module 221 and a payment module 222, by which the consumer can select the type of the air-packing device 100, and correspondingly, through the payment module. 222, the consumer can complete the payment for the selected air-packing device 100, such that the inflating operation of the air-packing device 100 can be completed by the inflation device 23.
  • the selection module 221 can be implemented as a device that provides a selection input mode such as a selection button, an input keyboard, a voice input, or a touch screen.
  • the payment module 222 can be implemented as various payment methods or a combination thereof, such as a banknote or coin dispensing and identification device, a bank card swipe device, etc., to facilitate the consumer to complete the payment and purchase.
  • control unit 22 may further include a processor 223, the selection module 221 and the payment module 222 are respectively operatively connected to the processor 223, and the distribution unit 24 and the
  • the inflating device 23 can also be operatively coupled to the processor 223, that is, after the dispensing unit 24 receives the control command from the processor 223, the dispensing unit 24 can perform the dispensing operation.
  • the selected air-packing device 100 is supplied to the consumer, and when the inflating device 23 receives the control instruction of the processor 223, the inflating device 23 can perform an inflating operation, thereby being selected
  • the air-packing device 100 is inflated.
  • 3A and 3B are flow diagrams showing specific operational modes of the vending machine body 20 in accordance with the present invention, respectively.
  • the processor 223 may prompt the consumer to the air-packing device 100 by sound, image, or the like.
  • the type is selected and confirmed, or the consumer or staff directly inputs relevant selection information through the selection module 221, after which the selection module 221 generates and feeds back a selection identifier 101 for proving that the air-packing device 100 is selected.
  • the selection identifier 101 is received by the processor 223.
  • the processor 223 may authorize the payment module 222 and prompt the consumer to select a payment method and complete the payment by means of sound or image, etc., after which the payment module 222 generates and feeds back a payment identifier 102 for proving that the pair has been completed.
  • the payment of the air-packing device 100 is selected and the payment identification 102 is received by the processor 223.
  • the processor 223 will authorize the inflator 23 to perform an inflating operation on the air-packing device 100 selected and completed for payment, and finally, to obtain the consumer's The air-packing device 100 that has been inflated is completed.
  • the selection identifier 101 and the payment identifier 102 may be computer code or any other credential that can be received and approved by the processor 223 to enable the processor 223 to receive the location separately. The corresponding action is completed after the selection identifier 101 and the payment identifier 102 are described.
  • processor as referred to in the specification and the drawings of the present invention may be implemented as a processor module that can execute commands, or as a computer device that can execute commands. Therefore, the type of the processor 223 should not be construed as limiting the scope and scope of the invention.
  • the processor 223 may authorize the payment module 223 to prompt the consumer to select the payment by sound or image. And prepaying, and then the payment module 223 can feed back the payment identifier 102 to the processor 223.
  • the processor 223 authorizes the selection module 221 to prompt the consumer to select and confirm the type of the air-packing device 100, and then the selection module 221 feeds the selection identifier 101 to the processor 223.
  • the processor 223 compares the prepayment with the selected payables of the air-packing device 100, and when the prepayment is sufficient to pay for the selected air-packing device 100, the processor 223
  • the inflator device 23 will be authorized to complete the inflating operation of the selected air-packing device 100; accordingly, when the pre-payment is insufficient to pay for the selected air-packing device 100, the processor 223 will Notifying and authorizing the payment module 222 to prompt the consumer to select a payment method and pay the remaining funds, and the payment module 222 will again feed back the payment identifier 102 to the processor 223, after which the processor 223 will authorize the The inflator 23 completes the inflating operation of the selected air-packing device 100. Finally, the consumer is provided with the air-packing device 100 that has completed inflation.
  • the selection module 221 allows the consumer to select the type of the air-packing device 100 multiple times and allows the consumer to combine a plurality of selected air-packing devices 100 for payment for ease of use.
  • the automatic vending apparatus 20 can implement automatic initialization when the time when the vending apparatus 20 completes a transaction or the transaction fails for more than a preset time, and the vending apparatus 20 also Allow consumers to actively initialize them for the next use.
  • the consumer can view the specifications of the air-packing device 100 including the shape, size, and the like after the air-packing device 100 through a display module 224 to facilitate consumption.
  • the selected air-packing device 100 is confirmed.
  • the control unit 22 further includes the display module 224 operatively coupled to the processor 223 for displaying image information, such as selection commands.
  • the selected air-packing device 100 can be instructed by the consumer to pass the display.
  • Module 224 views to assist the consumer in confirming the desired air-packing device 100.
  • the display module 224 can also be used to preview the state of the package to be packaged by the air-packing device 100 for viewing by the consumer.
  • the processor 223 can respectively prompt the consumer to select the type and support mode of the air-packing device 100, thereby facilitating operation.
  • the display module 224 can be implemented as a display screen or a touch screen. Through the display module 224, the specifications of the air-packing device 100 after being inflated can be selected. It is graphically displayed on the display module 224 for more intuitive viewing and confirmation by the consumer.
  • the display module 224 can also receive an input of an instruction, that is, the display module 224 can be a touch display, and the selection module 221 can be completed together.
  • the function, and the instructions can be received and identified by the processor 223 in a subsequent process to cause the processor 223 to perform a corresponding action in accordance with the instruction.
  • the consumer may input information (eg, name, variety, etc.) of the item to be packaged through the display module 224, and the input information may be transmitted to the processor 223 in the form of an instruction, at which time the processor The 223 can automatically match the air-packing device 100 that matches the item to be packaged input by the consumer based on the instruction.
  • control unit 22 can also include a sound module 225 operatively coupled to the processor 223 to assist the processor 223 in prompting the consumer to perform a corresponding operation. That is, the display module 224 and the sound module 225 can be used to prompt the consumer to complete the corresponding operation, either alone or in combination.
  • the processor 223 can authorize the selection module 221 and the The payment module 222 calls at least one of the display module 224 and the sound module 225 to prompt the consumer to perform corresponding operations.
  • FIG. 4 is a block diagram showing a selection of available types of the air-packing device 100 according to the first and second preferred embodiments of the present invention, in which the processor 223 authorizes the selection module 221 to pass through After at least one of the display module 224 and the sound module 225 prompts the consumer to select the type of the air-packing device 100, the consumer may select the air by any of the following methods including but not limited to the following.
  • the type of packaging device 100 is a block diagram showing a selection of available types of the air-packing device 100 according to the first and second preferred embodiments of the present invention, in which the processor 223 authorizes the selection module 221 to pass through After at least one of the display module 224 and the sound module 225 prompts the consumer to select the type of the air-packing device 100, the consumer may select the air by any of the following methods including but not limited to the following.
  • the type of packaging device 100 is a block diagram showing a selection of available types of the air-packing device 100 according to the first and second preferred embodiments
  • the consumer can directly input the required size of the air-packing device 100 through the display module 224, the processor 223 receives the demand, and matches and inputs based on the demand.
  • the air-packing device 100 of substantially the same size and shape is required, and the matched air-packing device 100 may also graphically display on the display module 224 the air-packing device 100 after being inflated.
  • the specification is to assist the consumer in judging and confirming that after the consumer confirms the air-packing device 100, the selected identifier 101 is generated and fed back to the processor 223. That is, in this manner, the required specification information of the air-packing device 100 can be input on the display module 224 to complete all the selection functions.
  • the consumer can directly input the information of the item to be packaged through the display module 224, and the processor 223 receives the information and calculates and matches the item to be packaged based on the information.
  • the shape and size of the air-packing device 100, and the matched air-packing device 100 graphically displays the specifications of the air-packing device 100 after inflation on the display module 224 to assist consumption.
  • the user is judged and confirmed that the selected identifier 101 is generated and fed back to the processor 223 after the consumer confirms the selection of the air-packing device 100.
  • the consumer can enter the information in the shopping list into the processor 223 by scanning through a scanning module 226 operatively coupled to the processor 223.
  • the control unit 22 further includes the scanning module 226, the scanning module 226 is operatively coupled to the processor 223, and the consumer can place the shopping list in a range that the scanning module 226 can recognize.
  • a shopping list may be placed directly in front of the scanning module 226.
  • the information on the shopping list may be automatically passed through the selection module 221 or directly Receiving by the processor 223, the processor 223 automatically matches the air-packing device 100 that matches the specification of the information recorded on the shopping list, and the matched air-packing device 100 is in the display module.
  • the specification of the air-packing device 100 after inflation is graphically displayed on the 224 to assist the consumer in judging and confirming, and after the consumer confirms the selection of the air-packing device 100, it generates and feeds back
  • the selected identifier 101 is given to the processor 223.
  • the scanning module 226 operatively coupled to the processor 223 is a three-dimensional scanning device that can three-dimensionally scan the item to be packaged to obtain the shape and size of the item to be packaged. Information is transmitted to the processor 223.
  • the processor 223 automatically calculates the air-packing device 100 that matches the item to be packaged, and after the consumer confirms the selection of the air-packing device 100, the selected identifier 101 is generated and fed back to The processor 223.
  • vending machine body 20 can also provide more options for selecting the specifications of the air-packing device 100.
  • the vending machine body 20 provided by the present invention can also provide a variety of payment methods.
  • the processor 223 authorizes the payment module 222 to pass the display module 224 and the At least one of the sound modules 225 prompts the consumer to select a payment method, wherein the payment method of the vending body 20 includes, but is not limited to, the following.
  • the payment module 222 can be provided with at least one coin-operating unit 2221 for receiving the coin of the consumer, and the vending machine body 20 further has a delivery port 2222.
  • the coin portion 2221 is configured to receive an input of a coin or a banknote of a consumer, and the dispensing device 24 sends the selected air-packing device 100 to the delivery port after the processor 223 issues a shipping instruction. 2222 for the consumer to access the air-packing device 100.
  • the delivery port 222 can also be implemented as a coin dispensing unit at the same time, so that the change can be realized.
  • the coin or the banknote may be put into the payment module 222 through each of the coin dispensing units 2221, and the payment module 222 generates and feeds back the payment identifier 102 to the The processor 223 is to complete the payment. It is worth mentioning that in this payment method, coins that need to be changed can be obtained by the consumer in the delivery port 2222. It will be understood by those skilled in the art that the vending machine body 20 can also separately provide the coin dispensing portion without being integrated with the delivery port 2222.
  • the consumer can pay by paying a receipt.
  • the consumer can obtain the payment slip by means of payment in advance or by giving, etc., for example, the payment slip can be purchased in a specific area of the place where the vending machine body 20 is provided, when payment is required,
  • the payment slip may be scanned by the scanning module 226, after which the information on the payment slip may be automatically passed through the payment module 222 to generate and feed back the payment identifier 102 to the processor, or
  • the information on the payment slip is received directly by the processor 223 to complete the payment.
  • consumers can also pay through third parties, including third party payment including Alipay payment, WeChat payment, payment code payment, VISA (Visa International Service Association, Visa) or MasterCard (MasterCard).
  • third party payment including Alipay payment, WeChat payment, payment code payment, VISA (Visa International Service Association, Visa) or MasterCard (MasterCard).
  • the processor 223 When the consumer selects to use the payment means such as Alipay payment or WeChat payment, the processor 223 generates a corresponding two-dimensional code and displays it on the display module 224, and the consumer can use any pre-installed Alipay such as a mobile phone.
  • a software application such as WeChat and an electronic device that can communicate with the network realizes payment by scanning a two-dimensional code displayed on the display module 224.
  • the consumer can open the payment code of the payment software such as Alipay, and scan the payment code through the scanning module 226. At this time, the payment identifier is generated and fed back by the payment module 222. 102 is sent to the processor 223, or directly to the processor 223 to complete the payment.
  • the scanning module 226 can scan the magnetic strip of the card such as UnionPay card, VISA or MasterCard, and cooperate with the consumer to issue the card in UnionPay card, VISA or MasterCard.
  • the bank-reserved mobile phone verification related SMS implements payment, wherein the information is generated by the payment module 222 and fed back to the processor 223 or directly to the processor 223 to complete the payment.
  • the payment module 222 can also be implemented as a card swipe machine, and the consumer can also input the amount directly on the card swiping machine, and use the bank card to directly swipe the card on the card swiping machine.
  • control unit 22 can also include a communication module 227 operatively coupled to the processor 223 for the processor 223 to be communicably coupled to the The three-party payment platform enables the communication module 227 to complete the payment operation with the service provider of the third party payment when the user selects to use the third party payment to pay for the selected air-packing device 100.
  • the above disclosed payment method is merely an exemplary description, and the vending machine body 20 can also provide other payment methods for the consumer to select.
  • the vending machine body 20 can be configured with Lakara. And other payment methods.
  • the inflatable device 23 is integrally provided to the vending machine body 20 such that when the consumer purchases the appropriate air package After the device 100, the inflator 23 automatically inflates the air-packing device 100 by pressing a corresponding button or by opening other switches, and when the inflating is completed, the inflating device 23 ends the inflating. It is worth mentioning that, when inflated, the consumer can directly put the packaged article into the air-packing device 100, so that when inflated, the air-packing device 100 wraps the packaged article therein. Of course, the consumer can also put the packaged article into the air-packing device 100 after the air-packing device 100 is inflated.
  • the inflation nozzle of the inflatable device 23 may be disposed at a suitable position of the vending machine body 20, such as the lower side of the body thereof, or may be disposed in the delivery port 2222 as long as the inflation operation of the air-packing device 100 is facilitated. Just fine.
  • the inflator 23 is operatively coupled to the processor 223, the vending apparatus setting a predetermined amount of inflation in accordance with the air packaging apparatus 100 of each type and specification such that the processor 223 passes Control the inflation time and automatically determine if the inflation is complete.
  • the processor 223 passes Control the inflation time and automatically determine if the inflation is complete.
  • the consumer or other staff it is also possible for the consumer or other staff to determine whether the inflation is completed and then turn off the corresponding switch.
  • the distribution unit 24 may be of various suitable structures, such as a lifting platform, and the selected air-packing device 100 may be transported to the delivery port 2222, or may be other switches, as will be described.
  • the bottom plate of the storage compartment of the air-packing device 100 is opened, so that the air-packing device 100 is dropped or slipped by itself. And after the air packaging device 100 in the corresponding storage room is used up, the worker is reminded or the air packaging device 100 is automatically replenished.
  • the automatic vending device can also be configured with various pre-selection schemes according to various types of commodities in the shopping mall and combinations thereof, that is, according to the combination, the air-packing device of the predetermined type and specification is matched according to the combinations. 100 for consumers to choose.
  • different types of the air-packing device 100 may also have different prices, so that when the advice information is provided to the consumer, the price information can also be notified to the consumer.
  • FIGS. 6A through 8 are depictions of a process of use of the vending machine body 20 provided by a preferred embodiment of the present invention, wherein a consumer can purchase from the vending machine body 20 after a series of operations.
  • the air packaging device 100 The air packaging device 100.
  • the consumer may purchase and pay for red wine (commodity) in a supermarket or a shopping mall (retail market), and then the corresponding air-packing device 100 is purchased at the vending machine body 20.
  • red wine component
  • the vending machine body 20 can respond to the consumer's usage requirements, at which time the processor 223 will authorize the display module 224 to graphically display for the consumer to select the The instructions of the mode of selection of the air-packing device 100, and optionally also prompting the consumer to make a selection by sound by the sound module 225, while the processor 223 authorizes the selection module 221 to receive or prepare to receive Consumer choice.
  • the instructions displayed on the display module 224 may include "input size”, “enter product name or category”, and “scan shopping list”, etc., and the consumer may proceed to the next step by clicking or touching the responsive area of the instructions. . It is worth mentioning that other instructions (not shown in the drawing) may be included in the following menu of this instruction, for example, when the consumer performs "input size” by clicking or touching,
  • the processor 223 is authorized to display an instruction at the display module 224 to request the consumer to input the desired long, high parameters of the air-packing device.
  • the consumer can complete the steps by selecting "Scan Shopping List.”
  • the processor 223 authorizes the scanning module 226 to receive the consumer's shopping list information to assist in responding to the consumer's usage needs.
  • the vending machine body 20 allows the consumer to scan the shopping list of red wine at the scanning module 226.
  • the scanning module 226 inputs the information on the shopping list to the processor 223 for processing, and displays the shopping list information in whole or in part through the display module 224 for the consumer to check.
  • the processor 223 automatically matches the air-packing device 100 that matches the red wine according to the information of the shopping list entered by the scanning module 226, and the processor 223 authorizes the
  • the display module 224 displays the selected state of the air-packing device 100 after inflation to assist the consumer in confirming the type of the air-packing device 100 while graphically at the corresponding location of the display module 224.
  • An instruction is displayed prompting the consumer to "determine selection” and “reselect”, and the consumer can determine the selection by clicking or touching the responsive area of the instructions.
  • the selection module 221 generates and feeds back the selection identifier 101 to the processor 223, and the processor 223 authorizes the other after receiving the selection identifier 101.
  • the module works.
  • the processor 223 will authorize the display module 224 to graphically display instructions for the consumer to select a payment method, and may also selectively alert the consumer by sound module 225 at the same time. A selection is made while the processor 223 authorizes the payment module 222 to receive or prepare to receive a consumer's selection.
  • the instructions displayed on the display module 224 may include "cash payment”, "payment receipt payment”, and "third party payment” and other payment types for the consumer to click through or touch the responsive areas of the instructions. The next step.
  • the third party payment information such as “Alipay payment”, “WeChat payment”, “payment code payment”, “UnionPay card”, “ Payment methods such as VISA” and “MasterCard” are available for consumers to choose, as shown in Figure 6E.
  • the price to be paid and the corresponding payment code are displayed in the display area 224, and the consumer can use the mobile phone or other electronic device through the Alipay software.
  • the payment code displayed on the display module 224 is scanned for payment.
  • the payment module 222 generates and feeds the payment identifier 102 to the processor 223, which in turn authorizes the inflatable device 23 to be selected and completed.
  • the air-packing device 100 is inflated as shown in Figure 6G. Finally, the consumer can obtain the air-packing device 100 that completes the inflation to provide packaging for the red wine.
  • the present invention also provides a method of selling an air-packing device 100, which is controlled by a processor 223 configured with executable instructions, the method comprising the steps of:
  • the method may further include the step of performing an inflation operation of the air-packing device 100.
  • the method further comprises the steps of:
  • the processor 223 automatically calculates and matches the air-packing device 100 that is consistent with the purchase request.
  • the processor 223 authorizes the selection module 221 to assist the consumer in selecting the type of the air-packing device 100, and After the selection is determined, the selection module 221 generates and feeds back a selection identifier 101 to the processor 223, which further authorizes the payment module 222 to assist the consumer in completing the selected air.
  • the processor 223 authorizes and controls an inflatable device 23 as described.
  • the inflatable packaging device 100 is inflated.
  • the selling method further comprises the steps of:
  • the processor automatically matches the air-packing device in accordance with the purchase request.
  • FIG. 3B a workflow diagram of the vending machine body 20 in this mode of operation is shown.
  • the type selection mode of the air-packing device 100 is graphically displayed on a display module 224, and the display module 224 is capable of receiving a selection instruction and feeding back to the selection module 221, The module 221 is selected to generate and feed back a selection identifier 101 to the processor 223.
  • the payment selection mode is graphically displayed on the display module 224, and the display module 224 is capable of receiving a payment instruction and feeding back to the payment module 222, the payment module 222 to generate and A payment identifier 102 is fed back to the processor 223.
  • the selection of the type of the air-packing device 100 and/or the selection of the payment method are prompted by a sound module 225.
  • the selection identifier is an identifier selected by the air-packing device;
  • the payment identifier is an identifier for payment completion.
  • the processor responds to the usage requirement by at least one of the following:
  • the processor completes payment by at least one of the following methods:
  • the information of the shopping list is scanned by a scanning module operatively connected to the processor, and the information of the shopping list is displayed in whole or in part at the display module.
  • the present invention also provides an operation method of the vending machine body 20, which is automatically initialized before the operation of the vending machine body 20, it being understood that, as needed, The vending body 20 allows the consumer to actively initialize it for subsequent operations.
  • the vending machine body 20 includes a control unit 22 and an inflator 23, and the control unit 22 further includes a selection module 221, a payment module 222, and a processor 223, and The selection module 221 and the payment module 222 are respectively operatively coupled to the processor 223, the method comprising the steps of:
  • the consumer or other worker can also manually inflate the air-packing device 100 through the inflation device 23 implemented as a pump.
  • the type selection of the air-packing device 100 is displayed on a display module 224 operatively coupled to the processor 223.
  • the type selection mode of the air-packing device 100 is displayed on a display module 224 operatively connected to the processor 223, and the display module 224 is capable of receiving a selection.
  • the instructions are fed back to the selection module 221, which generates and feeds back a selection identifier 101 to the processor 223.
  • a selectable payment method is displayed on the display module 224, and the display module 224 is capable of receiving an instruction and feeding back to the payment module 222, the payment module 222 A payment identifier 102 is generated and fed back to the processor 223.
  • the type of the air-packing device 100 is selected by at least one of the following:
  • a scan module 226 operatively coupled to the processor 223 scans the information of the shopping list.
  • the payment is completed by at least one of the following:
  • the present invention also provides a commercial method of automatically selling an air packaging device, wherein the method comprises the steps of:
  • the merchant extracts the commission from the buyer's purchase of the air-packing device.
  • the merchant may be various supermarkets, shopping malls or specialty stores, etc., and the buyer may match the various air-packing devices after purchasing various goods of the merchant, and then conveniently take home or other workplaces.
  • the merchant may also be a logistics company that selects the appropriate air packaging device as needed, and then the logistics company uses the air packaging device to package the item to be shipped.
  • the seller may be a manufacturer or an agent distributor of the air-packing device 100.
  • the air-packing device 100 may be from the same manufacturer or agent distributor, or may be from a different manufacturer or agent distributor.
  • the merchant can provide specification information such as the shape and size of various commodities that are sold, so that the automatic vending device can be equipped with appropriate types and specifications of the air-packing device according to the information, and can provide various pre-selections.
  • the plan is for the buyer to choose.
  • the buyer can be directly a consumer, and the vending device can also automatically count the sales of various air packaging devices 100 to optimize the stored air according to consumer preferences.
  • the type of packaging device 100 and the pre-selection options suggested to the consumer can all benefit.
  • the air-packing device 100 provides air cushioning primarily by being filled with air, and in some embodiments, the air-packing device 100 also includes other packaging materials to provide additional protection or cushioning.
  • the air-packing device 100 comprises a four-layer film, a two-layer plenum film 110 and a two-layer valve film 120 forming a one-way inflation valve, and undergoes a series of heats
  • the seal forms one or more inflatable units 130.
  • air enters between the two layers of the valve film 120 into the inflation chamber of each of the inflating units 130, and then, after filling the inflation chamber of each of the inflating units 130, sufficient air is filled in the inflating chamber.
  • the air pressure is applied to the two layers of the valve film 120, thereby closing the intake passage between the two layers of the valve film 120.
  • the inflation port of the air-packing device 100 can be inserted into the inflation nozzle of the inflatable device 23 to inflate the air-packing device 100.
  • the air-packing device 100 may be merely an inflatable cushion that, after inflation, forms an inflated material that is filled into a package, package or package to serve as a cushioning function.
  • the air-packing device 100 may itself form a receiving cavity for bending and heat-sealing for accommodating a packaged article.
  • the air-packing device 100a has a plurality of inflatable side walls to form a receiving cavity 150a in which packaged articles can be stored, and the entire bag body can be substantially U-shaped.
  • the air-packing device 100b forms the substantially rectangular accommodating cavity 150b, thereby forming a square air-packing device 100b for accommodating a substantially square-shaped packaged article such as various electronic devices and the like.
  • the air-packing device 100c is annular and can be wrapped around the packaged article to form an article peripheral wrapping device.
  • the air-packing device 100d can form a multi-layered inflatable structure, such as an inner and outer layer of a superposed inflatable bag structure, thereby enhancing the cushioning effect.
  • the inner and outer layers of the air-packing device 100e may be arranged in a misaligned manner to reduce the thickness thereof.
  • Fig. 9C the air-packing device 100b forms the substantially rectangular accommodating cavity 150b, thereby forming a square air-packing device 100b for accommodating a substantially square-shaped packaged article such as various electronic devices and the like.
  • the air-packing device 100c is annular and can be wrapped around the packaged article to form an article peripheral wrapping device.
  • the air-packing device 100d
  • the inflatable structures of the air-packing device 100f are cross-folded to form a generally triangular shape as a whole, thereby forming a corner wrap device, such as four corners for packaging a television set.
  • the air-packing device 100g forms a plurality of dispensing chambers 150g so that different items can be stored.
  • the air-packing device 100h forms an elongated receiving chamber 100h, which is suitable for packaging elongated items such as bottled red wine.
  • the air-packing device 100i is also internally provided with a fixedly connected inner packaging layer 160i.
  • the inner packaging layer 160i may be other functional materials, such as waterproof, moisture-proof, heat-insulating, shading, anti-static, and wear-resistant. One or a combination of lossy, corrosion resistant, printable materials.
  • the outer portion of the air-packing device 100j may also be provided with a fixedly connected outer packaging layer 170j.
  • the outer packaging layer 170j may also be other functional materials, such as waterproof, moisture-proof, heat-insulating, shading, anti-static, A type of abrasion resistant, corrosion resistant, printable material or combination thereof.
  • the packaging layer 170j may also be a package, the air bag
  • the plenum film of the loading device 100j is adhered to the inside of the package, and when not in use, the package is also in a folded state, and when the inflatable unit formed by the plenum film is inflated, it will automatically be in a folded state.
  • the package is expanded to form a box-in-bag structure having an outer side of the package and an inner inflatable bag.
  • the type of the air-packing device 100 described above should not be construed as limiting the content and scope of the present invention. In practical applications, various suitable air-packing devices may be provided as needed.
  • the air-packing device 100 having different shapes and sizes can also be designed as needed, depending on the type of 100.
  • each of the air-packing devices 100 may be separately stored in the storage unit 21, and the storage unit 21 may have a plurality of independent chambers to store different types or different specifications respectively.
  • the air-packing device 100 of the poor ghost, in use, the dispensing unit 24 provides the selected one of the air-packing devices 100 to the purchaser.
  • stored in the storage unit 21 are one or more air-package continuums 1000 that are ready for use in a roll or folded for use.
  • the air-package continuum 1000 can include a plurality of the air-packing devices 100, such as the air-packing devices 100, 100a...100j or other types of air-packing devices, adjacent to the air-packing device 100.
  • a frangible connection may be formed between, so that when the dispensing unit 24 transfers one of the air-packing devices 100 to the delivery port 2222, the purchaser can easily tear the air-packing device 100 for use. Pack the items to be packed. It is worth mentioning that, for example, in this embodiment, a plurality of volumes of the air-package continuum 1000 may be stored in the storage unit 21, and the corresponding air-packing device 100 of each of the air-package continuums 1000 Types and specifications can be the same or different.
  • each of the air-packaging continuum 1000' may not be clearly divided into a plurality of the air-packing devices 100 as in Fig. 11A, but may be cut as needed. That is, after the purchaser selects the appropriate size, the dispensing unit 24 further includes shearing means, for example, the air-packing continuum 1000' is stored in a roll on a reel, and the processor 223 calculates the need accordingly The position of the cut, for example, by the rotation speed of the reel and the radius of the packaged continuous body 1000' of the roll air, and the thickness of the single layer of the air-package continuum 1000', etc., to determine the shear position, thereby forming a section of suitable size The air package continuum 1000' is cut and supplied to the purchaser.
  • the air-package continuum of this paragraph serves as an air-packing device 100 for the purchaser.
  • the air-packing continuum of this paragraph can be combined with other packaging materials such as a carton box to provide an air cushioning effect.
  • the workstation of an air-packing device provided by the present invention can provide an air-packing device to package articles. And can automatically inflate, making the packaging work easier and faster.
  • FIGS. 12A to 12C show a workstation of an air-packing device provided by the present invention, which is suitable for being used in a factory, a logistics company or a large online shopping supermarket, which includes a bracket 10' and an automatic working machine. 20', wherein the bracket 10' is matched with the automatic working machine 20' to support the automatic working machine 20', wherein the bracket 10' can be disposed at any position of the automatic working machine 20'.
  • the automatic working machine 20' includes a storage unit 21', a control unit 22', a dispensing unit 23' and an inflating unit 24', and other possible units for storing a plurality of air packages.
  • the device 100', wherein the plurality of air-packing devices 100' stored in the storage unit 21' may be of the same type, the same specification (including size, shape, etc.), or different types and different specifications. For selecting different items according to the actual situation.
  • the storage unit 21', the control unit 22', and the inflating unit 24' may have different configuration relationships.
  • the inflating unit 24' may be implemented as a separate device to Independent of the automatic working machine 20', when a worker obtains from the storage unit 21' After the air-packing device 100', the inflating operation is performed by the external inflating unit 24', that is, the worker can manually use the inflating unit 24', such as an inflator for the air-packing device 100'. Inflate.
  • the inflating unit 24' may also be disposed in the automatic working machine 20'. After the storage unit 21' issues the air-packing device 100', it is automatically inflated by the inflating unit 24'. After the article is packaged, or packaged, it is automatically inflated by the inflator unit 24'.
  • the control unit 22' includes a selection module 221' through which the worker can select the type of the air-packing device 100' to match the corresponding item.
  • the selection module 221' may be implemented as a device that provides a selection input mode such as a selection button, an input keyboard, a voice input, or a touch screen.
  • the control unit 22' further includes a processor 222', the selection module 221' is operatively coupled to the processor 222', and the inflator unit 24' and the dispensing unit 23' are also operatively Connected to the processor 222', that is, when the worker sends a request for selecting the corresponding air-packing device 100' to the processor 222' through the selection module 221', the processor 222' passing control instructions to the allocating unit 23', after the receiving unit 23' receives the control instruction of the processor 222', the assigning unit 23' may perform a dispensing operation, thereby selecting the selected The air-packing device 100' is supplied to a worker, and when the inflating unit 24' receives a control command from the processor 222', the inflating unit 24' can perform an inflating operation, thereby giving the selected The air-packing device 100' is inflated.
  • the processor 222' After receiving the request from the worker, the processor 222' prompts the worker to select and confirm the type of the air-packing device 100' by sound or image. Or after the worker inputs the relevant selection information through the selection module 221', the selection module 221' generates and feeds back a selection identifier for proving that the air-packing device 100' is selected, and the selection identifier is The processor 222' receives.
  • the staff member can input the type of the air-packing device 100' and the number of each type one by one through the selection module 221', and can set the outflow of each type of the air-packing device 100'.
  • the order of the goods and the shipping interval of each of the two air-packing devices 100' can complete the selection of a plurality of the air-packing devices 100' by one setting, saving time, and setting corresponding sequences and intervals to Ensure that the staff has enough time to complete the packaging of the item. For example, for a large online shopping supermarket, an order downloaded by the same user may contain a plurality of items, and the user may select a plurality of corresponding air packaging devices 100' by one setting to complete the packaging of the items one by one.
  • processor as referred to in the specification and the drawings of the present invention may be implemented as a processor module that can execute commands, or as a computer device that can execute commands. Therefore, the type of the processor 222' should not be construed as limiting the scope and scope of the invention.
  • the control unit 22' further includes a sound module 223', the sound module 223' is operatively coupled to the processor 222' to assist the processor 222' to prompt a worker to perform corresponding operations, and The sound of the sound module 223' indicates the type of the air-packing device 100' that is being shipped or is about to be shipped, prompting the worker to package the corresponding item or confirming it, and can adjust it in time when an error occurs. .
  • the worker can view the specifications of the air-packing device 100' including the shape, size and the like after the air-filling device 100' is inflated through a display module 224', so as to facilitate the staff.
  • the selected air-packing device 100' is confirmed.
  • the control unit 22' further includes the display module 224', the display module 224' being operatively coupled to the
  • the processor 222' is for displaying image information such as a selection command.
  • the selected air-packing device 100' can be instructed by the staff to pass the display after inflation.
  • the module 224' is viewed to assist the worker in confirming the air-packing device 100'.
  • the display module 224' can also be used to preview the status of the item to be packaged after being packaged by the air-packing device 100' for the worker to view the confirmation to prevent configuration errors.
  • the display module 224' and the processor 222' can respectively prompt the worker to select the type and support mode of the air-packing device 100', thereby facilitating operation.
  • the display module 224' may be implemented as a display screen or a touch screen through which the selected air-packing device 100' is inflated after the display module 224' The specifications can be graphically displayed on the display module 224' for more intuitive viewing and confirmation by the staff.
  • the display module 224' can also receive an input function of an instruction, and the instruction can be received and recognized by the processor 222' in a subsequent process to cause the processor 222 'According to this instruction, the corresponding action is performed.
  • the staff can input information (eg, name, variety, etc.) of the item to be packaged through the display module 224', and the input information can be transmitted to the processor 222' in the form of an instruction.
  • the processor 222' can automatically match the air-packing device 100' that matches the item to be packaged by the consumer based on the instruction, for example, for a factory or a large shopping mall, etc., according to daily shipments,
  • the item to be packaged is pre-recorded into the processor 222'.
  • the packaged item is needed, only the corresponding item or item number needs to be selected on the display module 224' to select the corresponding air-packing device. 100', the choice is more convenient.
  • the display module 224 ′ and the sound module 223 ′ can individually or in combination prompt the staff to complete the corresponding operations, for example, the processor 222 ′ can accept the selection module. 221' invokes at least one of the display module 224' and the sound module 223' to prompt a worker to perform a corresponding operation.
  • the sound module 223' prompts the worker whether the storage unit 21' is out of stock and whether the shipment is normal. For example, after the worker inputs the required number of the air-packing device 100', the storage unit 21 The number in 'sufficiently meets the demand. At this time, the sound module 223' will issue a corresponding prompt tone, prompting the consumer to supplement the air-packing device 100' or change the selection.
  • the sound module 223' also sounds an alarm to prompt the worker to appear in the automatic working machine 20', which is convenient for timely processing and prevention. A serious situation arises, which is especially important for automatic packaging.
  • the inflatable unit 24' is integrally connected to the automatic working machine 20'.
  • the workstation When the workstation is used in the factory, it is suitable to install the workstation next to the shipping machine and connect it with the shipping machine to facilitate streamlined operation and automatic packaging.
  • the articles when the articles are shipped from the shipping machine, they are immediately packaged by the automatic working machine 20', and inflated by the inflating unit 24', and may be inflated and repacked, or may be packaged and re-inflated, wherein A support unit 25' is disposed at the automatic working machine 20', and the support unit 25' is connected to the processor 222', the storage unit 21', the distribution unit 23', and the inflation unit 24' After the air-packing device 100' is issued by the storage unit 21', the dispensing unit 23' feeds the corresponding air-packing device 100' into the support unit 25', the support unit 25 The instructions of the processor 222' are simultaneously received to automatically open the air-packing device 100', and the articles automatically enter the air-packing device 100' for automated packaging.
  • the inflating unit 24' may simultaneously receive an instruction from the processor 222', during the opening of the air-packing device 100' by the supporting unit 25', or after opening or The air-filling unit 100' can inflate the air-packing device 100' before opening.
  • the supporting unit 25' is connected to the shipping port of the shipping machine, automatic packaging can be realized, and of course, the worker can manually put the item into the air opened by the supporting unit 25'.
  • the packaging device 100' is configured to realize semi-automatic packaging, saving time for the worker to open the air-packing device 100' and inflating time, and improving packaging efficiency.
  • the processor 222' is provided with a corresponding time interval according to the shipping speed to provide the air-packing device 100', and a corresponding packaging time is reserved for continuously and automatically packaging the articles.
  • the inflator unit 24' is operatively coupled to the processor 222', and the workstation of the air-packing device is set with a predetermined amount of inflation according to each type of the air-packing device 100', such that the processing The device 222' automatically determines whether the inflation is completed by controlling the inflation time and the inflation speed to ensure that an appropriate inflation amount can be charged.
  • the dispensing unit 23' may be of various suitable configurations, for example, may be implemented as a lifting platform, and the selected air-packing device 100' may be transported to a shipping port of the shipping machine, or may be other switches. If the bottom or side opening of the storage compartment of the air-packing device 100' is opened, the air-packing device 100' can be dropped or slipped by itself, and then enters the support unit 25' for further use.
  • the support unit 25' may be of various suitable structures, including a structure capable of opening and supporting the air-packing device 100', and capable of replacing the air-packing device 100' according to an instruction of the processor 222', The air-packing device 100' that has been inflated is transported to a predetermined position, and then the next air-packing device 100' is opened.
  • the staff needs to store the corresponding air-packing device 100' in the storage unit 21' in advance, and pre-position the corresponding item information in the processor 222' and The type of the air-packing device 100' that is adapted to the item, when the worker inputs the number of the corresponding item information, the processor 222' automatically matches the adapted air-packing device 100', Or after the scan list is scanned by the scanning module 225', the corresponding air-packing device 100' is automatically matched and automatically inflated, and the air-packing device 100' is adapted to prompt the work. The personnel are accurately packaged.
  • the scanning module 225' can also be equipped with the corresponding air packaging device 100' by scanning the shipping list, saving time. Labor saving, can effectively improve packaging efficiency.
  • the automatic working machine 20' further includes a transport unit 26', wherein the transport unit 26' is coupled to the processor 222', the dispensing unit 23' and the support unit 25' when the air package After the device 100' automatically packages the corresponding article, under the control of the processor 222', the air-packing device 100' automatically withdraws from the support unit 25' into the transport unit 26', and transports to The scheduled location for the staff to perform the next step.
  • the processor 222' controls the reserved time of the air-packing device 100' at the support unit 25' to allow sufficient time for opening, packaging and inflation, wherein the processor 222' sets a corresponding reserved time according to the shipping speed of the shipping machine and the speed of opening, packaging and charging of the air-packing device 100' to ensure that sufficient time is reserved for the item to be timely and intact. package.
  • the support unit 25' needs to be connected to the delivery port of the automatic shipping machine to directly feed the goods from the shipping machine into the factory.
  • the support unit 25' may be implemented to be mounted at the top or bottom of the shipment port of the shipment to receive the shipped items.
  • the processor 222' is based on the shipping speed of the shipping machine and according to the air-packing device 100' Packing time and inflation time to control the dispensing unit 23' and the transport unit 26' to replace the air-packing device 100' at the support unit 25' at a predetermined speed and to control the transport unit 26's transmission speed, timely transportation, to prevent the accumulation of items after packaging.
  • the processor 222' receives an instruction from a worker and assigns the corresponding air-packing device 100' to the worker;
  • the inflator unit 24' is adapted to inflate the air-packing device 100';
  • the air-packing device 100' is used to package corresponding articles.
  • step (a') the following steps are included:
  • the processor 222' automatically calculates or distributes the corresponding air-packing device 100' to the worker through the scanning unit 224 and through the dispensing unit 23'.
  • step (b') the following steps are included:
  • the support unit 25' receives the air-packing device 100' that the dispensing unit 23' matches, and opens the air-packing device 100' to facilitate entry of the article into the air-packing device 100' Accommodating space;
  • the inflatable unit 24' inflates the air-packing device 100' supported by the support unit 25' to have an air cushioning effect.
  • step (b'.2) may be performed before the step (b'.1), that is, the air-packing device 100' is first inflated, and then through the supporting unit 25'. Open and pack the items.
  • step (c') the following steps are included:
  • (c'.1) automatically packaging the article by the automatic working machine 20', suitable for use in a factory, for example, a brewery, a winery, a milk factory, a beverage factory, etc., connecting the support unit 25' to the factory a shipping port of the product shipping machine, the processor 222' sets the speed at which the supporting unit 25' replaces the air-packing device 100' according to the shipping speed and the charging time of the air-packing device 100', and packages the package The finished merchandise is transported to the predetermined location by the transport unit 26' for automatic packaging;
  • the staff sets the speed at which the support unit 25' replaces the air-packing device 100' according to the conventional packaging speed, so that the worker can continuously carry out the packaging, eliminating the need for the staff to find the air-packing device. And open and inflated operation to save time, improve packaging efficiency, and save labor intensity.
  • the dispensing unit 23' assigns the corresponding air-packing device 100'
  • the worker manually picks up the air-packing device 100', thereby packaging the corresponding article, and after the packaging is finished, is placed on the inflating unit 24 'Automatic inflation.
  • the air-packing device 100' After the dispensing unit 23' assigns the corresponding air-packing device 100', the air-packing device 100' enters the support unit 25' and is opened by the support unit 25', and through the The inflator unit 24' is inflated, and then the worker places the corresponding item into the air-packing device 100', and activates the processor 222' by pressing a button to control the support unit 25' to replace the air.
  • the packaging device 100' causes the air-packing device 100' of the packaged article to enter the transport unit 26', and then the dispensing unit 23' assigns one of the air-packing device 100' to the support unit 25', Then open, inflate, package items, transport, and so on.
  • the air-packing device 100' provides air cushioning primarily by being filled with air, and in some embodiments, the air-packing device 100' also includes other packaging materials to provide additional protection or cushioning.
  • the air-packing device 100' includes a four-layer film, a two-layer air chamber film 110', and a two-layer valve film 120' forming a one-way inflation valve. And forming one or more inflatable units 130' through a series of heat seals.
  • air enters between the two layers of the valve film 120' into the inflation chamber of each of the inflating units 130', and then after sufficient air is filled in the inflation chamber of each of the inflating units 130', The air pressure in the plenum is applied to the two layers of the valve membrane 120', thereby closing the intake passage between the two layers of the valve membrane 120'.
  • the inflation port of the air-packing device 100' can be inserted into the inflation nozzle of the inflation unit 24' to inflate the air-packing device 100'.
  • the air-packing device 100' may be merely an inflatable cushion which, after inflation, forms an inflated material which is filled into a package, a package or a package to serve as a cushioning function.
  • the air-packing device 100' may be bent and heat-sealed to form a receiving cavity for accommodating the packaged article.
  • the air-packing device 100a' has a plurality of inflatable side walls, thereby forming a receiving cavity 150a', and the packaged articles may be stored in the receiving cavity 150a', and the entire bag may be substantially U shape.
  • FIG. 20A the air-packing device 100' may be merely an inflatable cushion which, after inflation, forms an inflated material which is filled into a package, a package or a package to serve as a cushioning function.
  • the air-packing device 100' may be bent and heat-sealed to form a receiving cavity for accommodating the packaged article.
  • the air-packing device 100a' has a plurality of inflatable side walls, thereby forming a receiving
  • the air-packing device 100b' forms the substantially rectangular receiving chamber 150b', thereby forming a square air-packing device 100b' for accommodating a substantially square-shaped packaged article such as various electronic devices. Wait.
  • the air-packing device 100c' is annular and can be wrapped around the packaged article to form an article peripheral wrapping device.
  • the air-packing device 100d' can form a multi-layered inflatable structure, such as an inner and outer two-layered inflatable bag structure, thereby enhancing the cushioning effect.
  • the inner and outer layers of the air-packing device 100e' may be arranged in a folded position so as to be reduced in thickness.
  • the inflatable structure of the air-packing device 100f' is cross-folded so as to be integrally formed into a substantially triangular shape, thereby forming a corner wrap device such as four corners for packaging a television set.
  • the air-packing device 100g' forms a plurality of dispensing chambers 150g' so that different items can be stored.
  • the air-packing device 100h' forms an elongated receiving chamber 150h', thereby being suitable for packaging elongated articles such as bottled red wine.
  • the air-packing device 100i' is also internally provided with a fixedly connected inner packaging layer 160i'.
  • the inner packaging layer 160i' may be other functional materials, such as waterproof, moisture-proof, heat-insulating, shading, anti-static. , one or a combination of abrasion resistant, corrosion resistant, printable materials.
  • the outer portion of the air-packing device 100j' may also be equipped with a fixedly connected outer packaging layer 170j'.
  • the outer packaging layer 170j' may also be other functional materials, such as waterproof, moisture-proof, heat-insulating, and shading.
  • One or a combination of antistatic, abrasion resistant, corrosion resistant, printable materials may be used.
  • the packaging layer 170j' may also be a package, the air chamber film of the air-packing device 100j' is adhered to the inside of the package, and when not in use, the package is also in a folded state, when When the inflatable unit formed by the air chamber film is inflated, the packaging box in a folded state is automatically opened, thereby forming a box-in-bag structure having an outer side of the packaging box and an inner inflatable bag.
  • the type of the air-packing device 100' described above should not be considered as limiting the content and scope of the present invention. In practical applications, various combinations can be combined as needed. Depending on the type of the air-packing device 100', the air-packing device 100' having different shapes and sizes may be designed as needed.
  • each of the air-packing devices 100' may be separately stored in the storage unit 21', and the storage unit 21' may have a plurality of independent chambers to store different types or different respectively.
  • the poorly described air-packing device 100' of the specification, in use, the dispensing unit 23' provides a selected one of the air-packing devices 100' to a worker.
  • stored in the storage unit 21' is one or more air-package continuums 1000' which are ready for use in a roll or folded for use.
  • the air-packing continuum 1000' may comprise a plurality of the air-packing devices 100', such as the air-packing devices 100', 100a'...100j' or other types of air-packing devices, adjacent A frangible connection may be formed between the air-packing devices 100', so that the dispensing unit 23' can transfer the air-packing device 100' to the delivery port, and the worker can easily put the air-packing device
  • the 100' is torn off and is used to package the items to be packaged.
  • a plurality of volumes of the air-package continuum 1000' may be stored in the storage unit 21', and the corresponding air package of each of the air-package continuums 1000'
  • the type and specifications of the device 100' may be the same or different.
  • each of the air-package continuums 1000A' may not be clearly divided into a plurality of the air-packing devices 100' as in Fig. 22A, but may be cut as needed. That is, when the worker selects a suitable size, the dispensing unit 23' further includes a shearing device, for example, the air-packing continuum 1000A' is stored in a roll on a reel, the processor 222' correspondingly Calculating the position to be cut, for example, by the rotation speed of the reel and the radius of the packaged continuum 1000A' of the roll air, and the thickness of the single layer of the air-package continuum 1000A', etc., thereby determining the shear position, thereby making the appropriate size A section of the air-package continuum 1000A' is cut and supplied to the worker.
  • the air-package continuum of this paragraph serves as an air-packing device 100' for being provided to the worker.
  • the air-packing continuum of this paragraph can be combined with other packaging materials
  • a monitoring system for a fluid packaging device supply platform includes a computing device 30" for accessing and analyzing related information data, and at least one fluid packaging device supply platform. 20".
  • the computing device 30" includes a communication device 31" coupled to the computing device 30" to allow the computing device 30" to communicate information externally.
  • the computing device 30" may be a calculator, a smart phone, a cloud server or other computing device.
  • the communication device 31" may be an Ethernet network adapter, a telephone modem, a wireless network card, a GSM communication device, or a CDMA device. Communication device, Bluetooth communication device, radio transceiver, satellite communication device, or other device having one or more near-end and remote communication functions.
  • the fluid packaging device supply platform 20" then includes a communication module 227" coupled to the fluid packaging device supply platform 20" to allow the fluid packaging device supply platform 20" to communicate information externally.
  • the communication module 227" may also be an Ethernet network adapter, a telephone modem, a wireless network card, a GSM communication device, a CDMA communication device, a Bluetooth communication device, a radio transceiver, a satellite communication device, or the like having one or more Modules for near-end and remote communication functions; it is worth mentioning that, in a particular embodiment, and in certain embodiments, the communication unit employed may be identical to the communication device 31", for example two All have a matching Bluetooth communication unit and the physical location is in the signal range, and other communication units and indirect connections can be used under other conditions, for example, one of them is a GSM communication device, and the other is an Ethernet network adapter.
  • the communication device 31" and the communication module 227" in the present invention may include more than one communication device or module, and thereby derive various online modes; for example, both have an Ethernet network and
  • the wireless network module can increase the bandwidth through link aggregation, and the two communication methods can also be used for backup or data debugging.
  • the communication device 31" has both a Bluetooth and a wireless network module, and at the same time, the wireless network module connects a remotely located fluid packaging device supply platform 20" via the Internet, and directly connects another remotely located terminal with a Bluetooth module.
  • the fluid packaging device supply platform 20" in other words, if the computing device 30" is connected to a plurality of the fluid packaging device supply platforms 20", more than one embodiment may be combined or separately used.
  • the communication device 31" And the communication module 227" may only need to be interconnected with each other in some embodiments, and neither of them necessarily has a module capable of directly or indirectly connecting to the Internet; in contrast, in some embodiments, the communication device 31" Both the communication module 227" or one of them must have modules that can directly or indirectly connect to the Internet or other external network to interconnect with each other and obtain relevant information or instructions from the Internet or other external networks.
  • Network refers to a set of devices in a monitoring system of a fluid packaging device supply platform of the present invention, such as a computing device 30" Any network other than the network formed by the connection with several fluid packaging device supply platforms 20", including the Internet.
  • Other external networks are external networks other than the Internet, such as a self-erected organization in a shopping mall or factory site.
  • the internal network another network formed by the monitoring system of the fluid packaging device supply platform of the present invention, a telecommunications data exchange network operated by a carrier, an indoor telephone network formed through a telephone switchboard, and the like.
  • the fluid packaging device supply platform 20" is primarily for providing and/or filling a particular number of types of fluid packaging devices 100" upon receipt of a particular command or message, in various embodiments, the fluid packaging The device supply platform 20" may be a semi-self-service fluid packaging device supply, an automatic packaging device for an air-packing device, a workstation for an air-packing device, a workstation for a special gas and liquid packaging device, or a fluid packaging device based on the same or similar principles. Supply device. It is worth mentioning that when implemented as a semi-self-service fluid packaging device supply, the fluid packaging device 100" supplied by the fluid packaging device supply platform 20" can be taken by a field worker or taken by self-service.
  • the fluid packaging device supply platform 20" can also be implemented as shown in Figure 29, including a storage unit 21", a control unit 22", a fluid filling device 23", a dispensing unit 24", and other possible components; Different ways, the storage unit 21", the control unit 22" and the fluid filling device 23" may have different configuration relationships. For example, the fluid filling device 23" may be implemented as a separate device to be independent. In addition to the fluid packaging device supply platform 20", after the user obtains the fluid packaging device 100" from the fluid packaging device supply platform 20", the fluid filling device 23" is utilized as described The fluid packaging device 100" performs a fluid filling operation.
  • the user or other assisting personnel can manually use the fluid filling device 23" afterwards, for example, a pump, a storage tank, a high pressure gas cylinder, other fluid-fillable equipment, or a combination of similar devices.
  • the fluid packaging device 100" performs a filling fluid.
  • the fluid filling device 23" may also be integrated with the storage unit 21" and the control unit 22" and the like in the fluid packaging device supply platform 20", so that the user can directly obtain the filling completion. Fluid packaging device 100".
  • the storage unit 21" is used to store different types (e.g., the fluid packaging device 100 that may include, but is not limited to, the type and size of the fluid packaging device), in some embodiments, Various types of the fluid packaging device 100" may also be shown at the storage unit 21". That is, the user can see the various fluid packaging devices 100" stored in the storage unit 21" outside the fluid packaging device supply platform 20".
  • the control unit 22" is used to assist The user selects the fluid packaging device 100" and performs user authorization verification during the process, and during subsequent use, the fluid filling device 23" can also be controlled to be selected and completed for payment of the fluid packaging device. The fluid filling operation is performed 100", thereby allowing the user to finally obtain the fluid packaging device 100" that has completed filling.
  • the control unit 22" can also be used to assist in receiving message output, editing messages, issuing credentials, emitting video or signals, and other applications.
  • control unit 22" may include an input module 221" and a verification module 222" through which the user can select the type and filling method of the fluid packaging device 100", etc. Accordingly, through the verification module 222", the user can be authorized to obtain the selected fluid packaging device 100", such that the fluid packaging device 100 can be subsequently completed by the fluid filling device 23" Filling operations and/or other operations through other modules, such as obtaining a receipt.
  • the input module 221 ′′ may be implemented as a device that provides an input mode such as a selection button, an input keyboard, a voice input, a squint input, a motion control input, a gesture input, or a touch screen.
  • the verification module 222 ′′ may be implemented as Including various payment methods or combinations thereof, such as banknote or coin dispensing and identification devices, bank card swiping devices, etc., to allow the user to complete the payment and purchase, and after being paid, is authorized to obtain the selected fluid packaging device 100" and / or fluid filling service.
  • the verification module 222" can be implemented to be linked to a third party server via a third party authorization verification device, such as through a communication module 227" to confirm whether a particular person, time, or location is allowed to be obtained.
  • the specific fluid packaging device 100" and/or the fluid filling service for example, after a user completes the ordering and swiping through the official mobile APP or the official website, the mobile APP or the official website can verify the server directly or through the other party.
  • the verification module 222" is configured to obtain the verification order information, thereby authorizing the user to perform the condition again.
  • the obtained fluid 100 'and / or service fluid filling and packaging apparatus can be implemented to be linked to a third party server via a third party authorization verification device, such as through a communication module 227" to confirm whether a particular person, time, or location is allowed to be obtained.
  • the specific fluid packaging device 100" and/or the fluid filling service for example, after a user completes the ordering and swiping through the official mobile
  • the verification module 222 ′′ can also be implemented as a near-end or stand-alone authorization verification device, for example, after sensing the specific identification chip through the sensing module 226 ′′, authorizing the chip holder to obtain a specific type and quantity of the fluid packaging device 100 . Or, after the user enters a password, for example, through the input module 221, the user is authorized to obtain a specific type and quantity of fluid filling services.
  • the control unit 22" may further include a processor 223", the input module 221” and the verification module 222" are operably connected to the processor 223", respectively, and the distribution unit 24"
  • the fluid filling device 23" may also be operatively coupled to the processor 223", that is, after the dispensing unit 24" receives a control command from the processor 223", the dispensing unit 24" may perform a dispensing operation to supply the selected fluid packaging device 100" to a user, and when the fluid filling device 23" receives a control command from the processor 223", the fluid is filled
  • the device 23" can also perform a fluid filling operation to fill the selected fluid packaging device 100 with fluid; there is no necessary affiliation or sequence between the two, in other words, the fluid packaging device supply platform 20" can Only for the unfilled fluid packaging device 100" to the user, only perform the fluid filling operation, first perform a fluid filling operation on the fluid packaging device 100" and then supply it to the user, first unfilled The fluid packaging device 100" is supplied to the user and
  • the control unit 22" may further include an output module 225" operatively coupled to the processor 223" to assist the processor 223" to provide a user with a display module 224" Diverse feedback beyond images.
  • the display module 224" and the output module 225" can provide feedback to each other individually or in combination, for example, when the verification module 222" successfully authorizes the user to obtain the fluid packaging device 100", the processor 223"
  • the display module 224" and the output mode can be separately called At least one of the blocks 225" prompts the user that the authorization has been successful.
  • the output module 225" may be implemented as a printer, labeler, magnetic card or chip reader, audio device, vibrator, token or chip supply.
  • the fluid filling device 23" is operatively coupled to the processor 223", the fluid packaging device supply platform 20" is configured with a predetermined fluid fill according to the fluid packaging device 100" of each type and specification.
  • the processor 223" automatically determines whether the filling is completed by controlling the filling time. Of course, it is also possible for the user or other staff to determine whether the fluid filling is completed and then close the corresponding switch.
  • Some fluid packaging devices 100 "allows the filling of fluids of different kinds and capacities, such as but not limited to two gases of fixed volume but different proportions, different volumes of nitrogen in a certain range, less air mixed with a little colored water, etc., in this case
  • the user usually needs to select through the input module 221" in advance, and may also need to be verified by the verification module 222" to perform such non-preset or personalized fluid filling operations.
  • the fluid packaging device supply platform 20" can also be configured with various pre-selected schemes according to various types of articles and combinations thereof in the use place, that is, according to the combinations and predetermined types and specifications according to the combinations.
  • the fluid packaging device 100" is for the user to select.
  • different types of the fluid packaging device 100" may also have different prices, require different authorizations, or other precautions, so that when various options are provided to the user, the price and authorization information may also be combined. And inform the user of other cautions or suggestions.
  • the dispensing unit 24" may be of various suitable configurations, such as a lifting platform, and the selected fluid packaging device 100" may be transported from the fluid packaging device supply platform 20", or may be other a switch, such as opening the bottom plate of the storage chamber of the fluid packaging device 100", such that the fluid packaging device 100" drops or slides off by itself, and the fluid packaging device 100 in the corresponding storage chamber"
  • a prompt message is generated, or the display module 224", the output module 225", and/or the communication module 227" are issued by the processor 223" to issue supplementary information and credentials, for example,
  • the communication module 227 ordering the logistics package to order the required number of the fluid packaging device 100" and its supplementary service, and, for example, displaying the insufficient information message through the display module 224"
  • the above-mentioned fluid packaging device supply platform 20" and the type of modules it contains should not be regarded as limiting the content and scope of the present invention. In practical applications, it can also be matched as needed.
  • Various suitable fluid packaging device supply platforms 20" and the types of modules respectively included therein may also be designed with different numbers of types of modules in different fluid packaging device supply platforms 20" as needed. More important Yes, the fluid packaging device supply platform 20" of the present invention may also be implemented as a device that combines the computing device 30" or as a device in place of the computing device 30", including but not limited to The control unit 22" is used as the computing device 30" and is used as the communication device 31" with the communication module 227".
  • a monitoring center terminal can be separately provided as the computing device 30", and three air packaging devices that are the fluid packaging device supply platform 20" can be linked and monitored. Automatically sells the device and automatically sells one of the air-packing devices when it is malfunctioning or repairing, such as a monitoring center terminal
  • the device simultaneously serves as the fluid packaging device supply platform 20" and the computing device 30", while automatically selling the air packaging device and monitoring three of the fluid packaging device supply platforms 20" including itself; or based on mitigation
  • the device loading, the improvement in efficiency, the cost considerations, etc. can be used to adjust the automatic vending device of the air-packing device as the computing device 30", suspending the function of the fluid packaging device supply platform 20 such as automatic sales.
  • the fluid packaging device supply platform 20" may also cooperate with each other to form a computing device 30", such as a workstation having four air packaging devices in the factory as the fluid packaging device supply platform 20", one of which is controlled Unit 22" is a high performance calculator, but based on some factors only with an Ethernet adapter as its communication module 227", using an RJ-45 network cable to connect to the second control unit 22" performance, but Communication module 227" workstation with both an Ethernet adapter and an air-packing device for a Bluetooth communication device Therefore, the workstations of the third and fourth air-packing devices can be communicated by Bluetooth; thus, the control unit 22" of the first high-performance calculator can be used as the computing device 30", and the second air is combined
  • the communication module 227" of the workstation of the packaging device also serves as the communication device 31" to simultaneously monitor the workstations of the four air-packing devices.
  • this type of practice can also evolve into a plurality of concurrently-capable computing device 30" fluid packaging device supply platforms 20" that form a vertical or affiliation relationship that achieves single or multi-point monitoring in a series, parallel, or network manner.
  • the workstations of the third and fourth air-packing devices are monitored by the second communication module 227", the workstation of the second air-packing device of the Bluetooth communication device, and the second air-packing device.
  • the workstation and the first workstation of the air-packing device with the high-performance control unit 22" itself as part of the fluid-packing device supply platform 20" are served by the workstation of the first air-packing device as another computing device 30" to monitor; at the same time, the workstation-owned computing device 30" of the first air-packing device may also be used as the communication device 31" through its Ethernet adapter to monitor more of the other fluids connected through the Internet.
  • the affiliation can also be implemented as in the above example, the workstation of the first air-packing device can also partially or completely monitor the third, first through the workstation of the second air-packing device
  • the workstations of the four air-packing devices such as the workstations of the third and fourth air-packing devices, are usually empty by the second The workstation of the packaging device monitors, but when the workstation of the first air-packing device receives the relevant instructions from the Internet, it takes over the monitoring of the workstations of the third and fourth air-packing devices, or issues a one-time instruction to them, or The past monitoring data and the like are read by the workstation of the second air-packing device.
  • the computing device 30" may also be replaced by different fluid packaging device supply platforms 20", such as several of the fluid packaging device supply platforms 20", respectively, a number of air packaging located in the mall
  • the automatic vending device of the device and a plurality of workstations of the air-packing device at the factory wherein the vending device of the air-packing device is used in a large amount during the daytime operation, and the equipment load is high, so that one of the workstations of the air-packing device located at the factory serves as both
  • the computing device 30" operates until the night mall is snoring, but the factory continues the night shift production operation, at which point the portion of the computing device 30" is also the workstation of the air packaging device at the factory.
  • the operation of the delivery is replaced by a vending device for the air-packing device located in the mall, until the day-to-day shopping mall is handed over to the workstation of the same or another air-packing device at the factory to take over.
  • the monitoring system of the fluid packaging device supply platform further includes at least one fluid packaging device 100", the fluid packaging device 100" including at least one sensor 190",
  • the sensor 190" includes a sensing unit 1901" and a communication unit 1902".
  • the communication unit 1902" may be a wireless network module with independent operational capability, a GSM communication module, a CDMA communication module, a Bluetooth communication module, a radio communication unit, a satellite communication module, or the like having one or more wireless The module of the communication function; in addition, in consideration of cost and endurance, the communication unit 1902" may also be implemented as a combination of the above various types or other unidirectional signal transmission modules or a plurality of communication modules and in a specific case, such as The one-way or two-way communication is enabled only when the activation signal is received.
  • the communication unit 1902" is not limited to the communication mode with the communication device 31" and the communication module 227" except that the wired communication is not used.
  • the communication device 31" can have a Bluetooth module, a wireless network module, and an Ethernet card at the same time, and communicate with a fluid packaging device supply platform 20" using an Ethernet card, and communicate with the Bluetooth module.
  • a fluid packaging device 100" located at a close distance, and communicating another fluid-packaging device 100" at a medium distance using a wireless network module, but when the fluid packaging device 100" at a close distance is moved to a medium distance, The link of the packaging device 100" will be handed over to the wireless network module to simultaneously communicate two fluidly packed devices 100" at the intermediate distance using the wireless network module.
  • the communication device 31", the The communication module 227", and the communication unit 1902" may also be implemented as a signal relay station, thereby enhancing the link strength, performance, and flexibility of the monitoring system of the fluid packaging device supply platform of the present invention; for example, a fluid packaging device 100" can be connected to a nearby fluid packaging device supply platform 20", and then supplied by the fluid packaging device The connection of 20" to a computing device 30" communicates information to the computing device 30"; similarly, in addition to improving online performance, the use of the present invention is more flexible because of the provision of more online options. In other words, when the fluid packaging device 100" transmits data to the monitoring system of the fluid packaging device supply platform, no additional cost is avoided because third party services such as 4G LTE communication networking are not used.
  • the communication unit 1902" can also be implemented as a unit with a light, sound effect, vibration or other prompt function in addition to the communication function, so as to issue a prompt on the spot in a specific case, for example, when the communication unit 1902 "When the warning message is received, a flashing signal is sent to alert the holder of the fluid packaging device 100" and the surrounding personnel.
  • the sensing unit 1901" may be a temperature sensing unit, a pressure sensing unit, a vibration sensing unit, a gyroscope, a position positioning module, a camera module, a radio module, a light sensing unit, a chemical sensing unit, Humidity sensing unit, electromagnetic sensing unit, signal sensing unit, module with other sensing functions, and device composed of more than one sensing unit, wherein the position positioning module comprises one or more satellite positioning system modules, Such as the Beidou satellite navigation system, the US Global Positioning System, the Russian GLONASS system, and the satellite positioning system module of the European Union Galileo positioning system, as well as other auxiliary satellite positioning system modules, WiFi positioning modules, RFID positioning modules or The module with positioning function, etc.
  • satellite positioning system modules such as the Beidou satellite navigation system, the US Global Positioning System, the Russian GLONASS system, and the satellite positioning system module of the European Union Galileo positioning system, as well as other auxiliary satellite positioning system modules, WiFi positioning modules, RFID positioning modules or The module
  • the fluid packaging device 100 for packaging fine glass art can have a built-in pressure sensing unit and a position positioning module.
  • the sensing unit 1901" is configured to monitor whether the fluid packaging device 100" is subjected to excessive pressure or impact, and can provide an anti-theft and retrieving function.
  • the fluid packaging device 100" for packaging eggs may only have a sensing unit 1901" with a pressure sensing unit built in, or may not have a built-in sensing unit 1901".
  • the fluid packaging device 100" of the product may have a sensing unit 1901" having an RFID signal module built in to record whether the fluid packaging device 100" is actually transported to and stored in each designated place in time.
  • a fluid packaging device supply platform includes the following steps: (A) the computing device 30" communicates the fluid packaging device supply platform 20", (B) the computing device 30" determines the feedback mode and object based on the communication result, and (C) the computing device 30" sends feedback information, (D) the fluid packaging device supply platform 20" receives the user's operation, (E) the fluid packaging device supply platform 20" transmits the recorded record of the operation to the computing device 30", (F) the computing device 30" stores the received operational record, (G) The computing device 30" generates feedback information based on the received and stored operational records, (H) the computing device 30" determines the feedback mode and object based on the feedback information, and (I) the computing device 30" sends feedback information.
  • the steps (A) to (C) may be implemented as a computing device 30" requesting connection to a plurality of fluid packaging device supply platforms 20" through the Internet or other online mode after startup.
  • the computing device 30" makes a judgment based on the results of the communication, for example, determining that "a fluid packaging device supply platform 20 needs to be notified"
  • the store staff checks whether the fluid packaging device supply platform 20 is "faulty” and “reports the current company's current online status", etc., and then performs, for example, "automatically send a text message to notify the store personnel" and “automatically send an email to the total
  • the computing device 30" communicates the fluid packaging device supply platform 20"
  • all of them may normally respond to the connection, and at this time, the computing device 30" may judge that the image should be updated according to the communication result.
  • the management webpage displays that the connection is completely normal, and thus, for example, the action of sending the "online normal" information to the head office web server is performed, so that the person who logs in to the head office web page to view the real-time status of the fluid packaging device supply platform of the head office can know all of them.
  • the fluid packaging device supply platform is online.
  • the steps (D) to (I) may be implemented as when the fluid packaging device supply platform 20" receives the user's operation, for example, "scanning the shopping receipt of the shopping mall consumer, proposing a plurality of items related to the purchase item. A matching number of pre-selected fluid packaging devices 100", then the consumer selects one of the pre-selected options and the operation is completed", and then the fluid packaging device supply platform 20" will transmit a record of the operation, such as "the consumer Relevant data such as "the time taken by the consumer to make a decision", “the time the consumer operates the package", “recording during operation”, etc.
  • the computing device 30" when recording the received data, it is also based on which information is needed to be generated and which objects are to be sent to the object, such as "based on the data record, the fluid packaging device supply platform 20" of certain types of fluids
  • the packaging device 100" is almost exhausted, so a text message should be sent to the logistics personnel responsible for the fluid packaging device supply platform 20" to supplement”
  • the computing device 30" sends a short message or personnel command such as "please supplement the Yth No. Z fluid packaging device to the Xth supply platform as soon as possible” to a person such as a logistician.
  • the action which is also a type of user's operation, is thus recorded by the fluid packaging device supply platform 20" and transmitted back to the computing device 30", thereby causing the computing device 30" to record the updated condition and know the current fluid.
  • the various types of fluid packaging devices are stored in the packaging device supply platform 20", and then the computing device 30" may receive, for example, a data request from the corporate web server and the mobile phone APP of the user with administrative rights from the Internet, so it will be like "
  • the data of the stock of various fluid packaging devices in the No. X supply platform is transmitted as information to the mobile phone APP of the head office web server and the user with administrative authority, thereby the mobile phone of the user on the company webpage and the user with the administrative authority.
  • the ad can display real-time data on the inventory of various fluid packaging devices in a particular supply platform.
  • a monitoring system of a fluid packaging device supply platform may simultaneously manage a plurality of different types of fluid packaging device supply platforms for different applications, such as those provided at the factory to assist the operator in packaging.
  • fluid packaging devices that can be provided by the platform for the self-service paying package of the shipper's business office for the shipper, and for the shopper to be freely added by the value-added method, for example, the types of fluid packaging devices that can be provided by various platforms, for example, There are the most positive springs and the size is barely matched to the content that needs to be packaged. Those who are thicker, larger, have special appearances, have special folding packaging, and have more various sensor combinations. These different options Each has its own price and sales method.
  • the monitoring system of the fluid packaging device supply platform of the present invention can also communicate with the sensing unit 1901" of more than one fluid packaging device 100" in addition to the above-mentioned records, and record the transmissions of these sensing units 1901".
  • Information in addition to related external information received by the computing device 30" from the external network, the last of which is stored in the computing device 30" for access by authorized users, or by the computing device 30" Output after complete, statistical analysis or other processing.
  • the computing device 30" can be a calculator that allows statistical analysis of the data directly on the computing device 30" and outputs the analysis results, including outputting directly on the display. , print, write to disc or USB memory, send by email, send to the cloud, and more.
  • the computing device 30" can also be implemented as a terminal device with limited functions, and thus only allows the data to be transmitted through the Internet, and then other uses, including sharing, selling, and transmitting the data through other devices. Statistical analysis, etc.
  • a management method of a fluid packaging apparatus supply platform includes the steps of: (1") the fluid packaging apparatus 100" is activated, and (2") the sensor 190" starts transmitting.
  • the device 30" generates feedback information based on the information transmitted by the received and recorded sensor 190", (6") the computing device 30" determines the feedback mode and object based on the feedback information, and (7") the computing device 30" sends the feedback information.
  • the step may be implemented such that when a fluid packaging device 100" is accessed and activated by a user, the sensor 190" of the fluid packaging device 100" will immediately or under certain conditions, such as receiving a remote call. After that, start to activate or send information.
  • a sensor containing a temperature sensing unit transmits its sensed temperature through the Internet every minute.
  • the computing device 30" records the message after receiving the message, and determines whether to send the feedback message, the feedback method and the object, and sends the feedback message, for example, the computing device 30" has received a fluid package through the short message.
  • the internal temperature of the device should not exceed 10 degrees Celsius.
  • the computing device 30 When the information transmitted by the sensor 190" of the fluid packaging device indicates that the sensed degree is 12 degrees Celsius, the computing device 30" records the temperature information. It may also be determined that a reminder message should be separately sent to the owner of the fluid packaging device to sell the device command to issue a "start yellow LED light" to the sensor 190" of the fluid packaging device, and issue the corresponding code of the condition. Go to a mobile app such as a user with administrative rights, and execute it accordingly.
  • a management method of a fluid packaging device supply platform is further included in the step (A), the computing device 30, in addition to the steps of the foregoing sixth preferred embodiment.
  • "Synchronizing the external network and receiving and storing external messages, such as computing device 30” can be simultaneously connected to the Internet or the mall's internal network, and then receiving instructions or data from each of the networks, such as local weather temperatures, and storing the messages, thereby Allowing these messages to be incorporated into step (G) as a basis for judgment, for example, because the temperature in a certain area rises, a device instruction containing an adjustment parameter is issued to the fluid packaging device supply platform 20" located in the area, thereby supplying the fluid packaging device.
  • the manner in which the computing device 30" sends the feedback information further includes direct display and transmission by the communication device, and the object for sending the feedback information further includes a near-end terminal located at the computing device 30", through communication.
  • the device is connected to the remote or third party terminal of the computing device, and the fluid packaging device supply platform 20".
  • the communication device 31" can send a text message. The maintenance personnel go to the repair, or they can directly display it.
  • the computing device 30" is configured such that the staff member monitoring the computing device 30" knows which follow-up actions to take, such as which maintenance personnel to call or even ignores, and may also issue a shutdown command.
  • the fluid packaging device is supplied with a platform 20" to attempt to temporarily close the failed fluid packaging device supply platform 20".
  • the manner in which the computing device 30" sends the feedback information includes direct display and transmission by the communication device, and the object for sending the feedback information includes a near-end terminal located at the computing device, and is connected through the communication device. A remote or third party terminal of the device, and a fluid packaging device supply platform.
  • the computing device 30" can receive the information of the packaged high-quality fluid packaging device and can be directly displayed on the computing device 30", thereby allowing monitoring
  • the staff of the computing device 30" knows which follow-up actions to take, such as calling the returning owner, and can also notify the related information to a computer system such as a public security computer system or a cooperative security company.
  • the related information is launched, and the relevant information can also be transmitted to the fluid packaging device supply platform 20" which purchases and packages the high-priced product to notify the store of the attention.
  • a management method of a fluid packaging device supply platform in addition to the steps of the foregoing seventh preferred embodiment, further includes a computing device after the step (2") 30" also receives and stores messages from an external network, such as computing device 30", which can be connected to the Internet or a company's internal network, and then receive commands or data from each of the networks, such as local weather temperatures and the latest hot food takeaway owners. Serving the rules and storing the messages, so that in the step (5"), the computing device 30" is allowed to use the messages together as a basis for judging, for example, because the temperature in a certain area drops suddenly, and the information is sent to the area in the area.
  • an external network such as computing device 30"
  • the hot food is delivered to the owner's fluid packaging device supply platform 20", so that the fluid packaging device supply platform 20" displays a reminder message on the display module 224", prompting the delivery personnel to speed up the delivery, so as to avoid the meal temperature when the delivery is over. low.
  • the fluid packaging device 100" provides a cushioning effect mainly by filling a fluid into which the fluid packaging device 100 is filled.
  • the fluid can be implemented as air, a specific substance or a compound gas such as hydrogen, nitrogen, helium, carbon dioxide, etc., a specific substance or compound liquid such as liquid nitrogen, water, glycerin, etc., liquid organic matter like animal and vegetable oil, Or a mixture of different gases and/or liquids, different fill fluids will provide different effects, such as filling the helium gas to float the fluid packaging device 100, mixing liquid nitrogen with a cooling effect, and the like.
  • the fluid filling of the fluid packaging device 100" can also be implemented as a simple mixing method like 90% air mixing 10% pigment water, so that the fluid packaging device 100" presents different colors or even Text patterns, etc.
  • the fluid packaging device 100" also includes other packaging materials to provide additional protection or cushioning effects.
  • the fluid-packing device 100" includes a four-layer film, two layers of plenum film 110" and a two-layer valve film 120" forming a one-way fill valve, and is formed by a series of heat seals.
  • One or more filling units 130". Upon filling, fluid enters the filling cavity of each of the filling units 130" from between the two layers of valve membranes 120", and then after filling the filling chambers of the respective filling units 130" with sufficient fluid, The air pressure in the filling chamber is applied to the two layers of the valve membrane 120", thereby closing the intake passage between the two layers of the valve membrane 120".
  • the filling port of the fluid packaging device 100" can be inserted into the chamber
  • the filling nozzle of the fluid filling device 23" is filled to fill the fluid packaging device 100".
  • the fluid-packing device 100" can be just a fluid-filled pad that, after filling the fluid, forms a fluid-filling material that is filled into a package, package or package to provide a cushioning effect.
  • the fluid packaging device 100" can be bent and heat sealed to form a receiving cavity for receiving the packaged article.
  • the fluid packaging device 100" has a plurality of filling side walls, thereby forming a receiving cavity 150a" in which packaged articles can be stored, and the entire bag body can be substantially U-shaped.
  • the fluid package The spacer 100b" forms the substantially rectangular accommodating cavity 150b" to form a square fluid packaging device 100b" for accommodating a substantially square packaged article such as various electronic devices, etc.
  • the fluid packaging device 100c" is annular in shape and can be wrapped around the packaged article to form an article peripheral packaging device.
  • the fluid packaging device 100d" may form a multi-layered filling structure, such as a stacked bag structure in which the inner and outer layers are stacked to enhance the cushioning effect.
  • the fluid packaging device 100e" is inside and outside. The two layers of the stacked filling bag structure may be arranged in a dislocated manner to reduce the thickness thereof.
  • the filling structure of the fluid packaging device 100f" is cross-folded so as to form a substantially triangular shape as a whole, thereby forming a corner wrapping device, such as four corners for packaging a television set.
  • the fluid packaging device 100g" forms a plurality of dispensing chambers 150g" so that different articles can be stored.
  • the fluid packaging device 100h” forms an elongated receiving cavity 150h", thereby being suitable for packaging extension The article, such as bottled red wine.
  • the fluid packaging device 100i" is also internally provided with a fixedly connected inner packaging layer 160i", and the inner packaging layer 160i" may be other functional materials, such as waterproof, moisture-proof, and Thermal insulation, shading, antistatic, abrasion, corrosion resistant, one or a combination of printable materials.
  • the outer portion of the fluid packaging device 100j" may also be equipped with a fixedly connected outer packaging layer 170j", and the outer packaging layer 170j” may also be other functional materials, such as waterproof, moisture-proof, heat-insulating, shading, One or a combination of antistatic, abrasion resistant, corrosion resistant, printable materials.
  • the packaging layer 170j" may also be a package, and a gas chamber film of the fluid packaging device 100j" is bonded to the The inside of the package, and when not in use, the package is also in a folded state, when the filling unit formed by the plenum film is filled with fluid, the package in a folded state is automatically opened, thereby forming an outer side
  • the package has a bag-in-box structure with a filled bag inside.
  • the type of the fluid packaging device 100" described above should not be construed as limiting the content and scope of the present invention. In practical applications, various suitable fluid packagings may be provided as needed.
  • the type of the device 100" can also be designed with the fluid packaging device 100" having different shapes and sizes as needed, as well as selectively attaching different sensors 190" and the like therein.
  • each of the fluid packaging devices 100" may be separately stored in the storage unit 21", and the storage unit 21" may have a plurality of independent chambers to store different types or different respectively.
  • the described devil said fluid packaging device 100", in use, the dispensing unit 24" provides a selected one of the fluid packaging devices 100" to a user.
  • stored in the storage unit 21" is one or more fluid-packaged continuums 1000" that are ready for use in a roll, or folded for use.
  • the fluid package continuum 1000" may comprise a plurality of the fluid packaging devices 100", such as the fluid packaging device 100", 100a"...100j" or other types of fluid packaging devices, adjacent to the fluid.
  • a frangible connection may be formed between the packaging devices 100" such that when the dispensing unit 24" transfers one of the fluid packaging devices 100" to the shipping port, the user can easily move the fluid packaging device 100" Tear off and thus used to package the items to be packaged.
  • the storage unit 21" may store a plurality of the fluid packaging continuum 1000", the corresponding fluid packaging of each of the fluid packaging continuum 1000"
  • the type and specifications of the device 100" may be the same or different.
  • each of the fluid package continuums 1000B" may not be clearly divided into a plurality of the fluid packaging devices 100" as in Fig. 32A, but may be cut as needed.
  • the dispensing unit 24" may further comprise a processing device, thereby having one or more functions including shearing, heat sealing, and squeezing to process the fluid packaging device 100" to obtain a suitable size and The fluid packaging device in the shape.
  • the dispensing unit 24" can further shear the fluid packaging continuum through the processing device. 1000B", or even with a heat-sealed shear position to obtain the fluid-packing device 100" of a suitable size and shape.
  • the fluid package continuum 1000B" is stored in roll on a reel, and the processor 222" accordingly calculates the position to be sheared, such as by the rotational speed of the reel and the radius of the packaged fluid continuum 1000B" And determining the shearing position by a single layer of the thickness of the fluid packaging continuum 1000B” or the like, thereby cutting a section of the fluid packaging continuum 1000B" of a suitable size and supplying it to the user.
  • the fluid package continuum acts as a fluid packaging device 100" for providing to the user.
  • the fluid package continuum described in this paragraph can be combined with other packaging materials such as carton boxes to provide a fluid cushioning effect.

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Abstract

一种空气包装装置(100,100a,100b,100c,100d,100e,100f,100g,100h,100i,100j,100',100a',100b',100c',100d',100e',100f',100g',100h',100i',100j')的自动售卖装置及其监控系统和方法,该自动售卖装置包括:存储单元(21,21',21"),以用于存储该空气包装装置(100,100a,100b,100c,100d,100e,100f,100g,100h,100i,100j,100',100a',100b',100c',100d',100e',100f',100g',100h',100i',100j');控制单元(22,22',22"),该控制单元(22,22',22")包括一选择模块(221,221')、一支付模块(222)以及处理器(223,222',223"),该选择模块(221,221')与该支付模块(222)分别可操作地连接于该处理器(223,222',223");其中该选择模块(221,221')用于辅助选择该空气包装装置(100,100a,100b,100c,100d,100e,100f,100g,100h,100i,100j,100',100a',100b',100c',100d',100e',100f',100g',100h',100i',100j')的类型,其中该支付模块(222)用于辅助完成对被选定空气包装装置(100,100a,100b,100c,100d,100e,100f,100g,100h,100i,100j,100',100a',100b',100c',100d',100e',100f',100g',100h',100i',100j')的支付;以及分配单元(24,23',24"),其中该分配单元(24,23',24")可操作地连接于该处理器(223,222',223"),在该处理器(223,222',223")的控制下将被选定并且完全支付后的该空气包装装置(100,100a,100b,100c,100d,100e,100f,100g,100h,100i,100j,100',100a',100b',100c',100d',100e',100f',100g',100h',100i',100j')供应给购买者。

Description

空气包装装置的自动售卖装置及其监控系统和方法 技术领域
本发明涉及一种商品售卖装置,特别涉及一种适用于配合零售行业实现空气包装装置售卖的自动售卖装置及其监控系统和方法,其中所述自动售卖装置适用于将所述空气包装装置提供给普通消费者。
背景技术
以空气包装袋为代表的空气包装装置是通过将空气等气体充入到袋体形成的封闭的腔体内,使袋体被撑起来形成缓冲保护结构的装置,其实现了以空气等气体为缓冲材包装物品的目的。尤其是近年来,伴随着电子商务和物流运输的飞速发展,相对于传统的采用泡沫实现产品的包装的方法来说,空气包装装置以低廉的价格、良好的包装效果和占用更小的存储空间等优点越来越受到市场的欢迎和青睐。
现有的流行于零售市场的包装袋主要以塑料或纸质的包装袋为主,这种包装袋不仅成本高,还容易对环境造成污染,更为重要的是,这种包装袋仅由一层材料形成,其所提供的仅为“装”的功能,而没有提供相应的“保护”的功能,也就是说,这种包装袋仅允许使用者将物品装到其内部,以便于携带;但是,当装有物品的包装袋碰触到地面或者其他较为硬质的物体之后,极易对物品造成损坏,尤其是对于鸡蛋、酒类等易碎品来说。相反,空气包装装置通常由两层相互叠加的材料制成,并且在这两侧材料制成形成的腔体内充入气体,以提供相应的缓冲作用,当类似于鸡蛋、酒类等易碎品的物品放置于空气包装装置之后,既便于空气包装装置在碰触到地面或者其他较硬的物体之后,其也不容易对空气包装装置内部的物品造成损坏。因此,从空气包装装置的包装效果来看,空气包装装置进入并流行于零售行业成为市场发展的必然趋势。然而,因为空气包装装置在使用之前必须利用充气泵对其完成充气操作,导致空气包装装置的传统的商业模式是提供给大中型厂商和物流行业,其很难被普通消费者使用。
因此,本发明旨在提供一种能够为普通消费者提供空气包装装置的服务,将空气包装装置从传统的市场领域引入到零售市场领域,并极大程度地降低其销售价格,以符合空气包装装置的未来发展趋势的需求。
随着物流业的不断发展,各种各样的物品都会经过物流的运输而进入到各大商场或者消费者手中,在物流运输的过程中,物品的包装尤其重要,一种好的包装方式可以有效地保护物品的安全。
目前,使用较多的是空气包装装置,是由两层薄膜和充气阀通过热封而形成的,使用的时候,通过气泵或者其他充气设备给其充气,使得空气包装装置具有空气缓冲作用,可以有效防止物品在运输或者储存过程中受到挤压、撞击,而且空气包装装置可以设计为多种多样的形状,适于与各种各样的物品相匹配,不但保护了物品,而且增加了美感。此外,当空气包装装置处于未使用状态时,可以不用充气,成卷的放置,有效节约了占用空间。尤其对于一些易碎品,例如,化 学药品、酒、饮料、牛奶、手机及其它电子产品等,如果在运输过程中受到挤压或者撞击,容易受到损坏,给商家和消费者带来严重损失,但使用空气包装装置包装后可以得到有效的防护,而且易于携带。因此,空气包装装置在物品包装领域的应用越来越广泛。
对于很多物流企业和工厂而言,由于每天要出很多货,工作人员需要将每件物品使用相应的空气包装装置进行包装,而且还要充气,工作量大,效率低。例如,对于物流公司而言,需要包装不同规格、不同种类、大小不一、形状不同的物品,因此需要选用不同的空气包装装置,而且都是手动选择,这对于工作人员而言是一项繁琐的工作,而且包装效率低下,对于每天有大量业务的物流公司而言,为了提高包装效率,不得不聘用较多的工人参与包装,增加了人力成本。对于工厂而言,出货后也需要选用相应的空气包装装置进行包装,对于流水线上的工作人员而言,每天不停的重复同样的动作,不但枯燥无味,而且工作效率低。尤其目前网络购物比较盛行,各大购物平台每天都出售很多物品,而这些物品都要经过中转、运输才能到达消费者手中,因此,这些各种各样的物品需要配备相应的空气包装装置包装后才能运输,这对商家提出了更高的要求。总之,目前使用空气包装装置来包装物品的包装方式存在很多包装难题,例如包装速度慢、效率低、人力成本高等。
因此,急需解决物流公司、工厂或者其他大型商家的物品包装难题,以使物品的包装满足发展的需求,更加自动化和人性化。
包装袋是应用范围极为广泛的民生及工业用品,无论是零售市场购物、电子商务、工厂出货或物流运输,都需使用到各式不同的包装袋。现有流行于零售市场的包装袋主要以塑料或纸质的包装袋为主,这种包装袋仅由一层材料形成,仅能容纳物品以便使用者携带,却无法对内容物品提供保护。因此,当装有物品的包装袋碰触到地面或者其他较为硬质的物体时,极易对物品造成损伤,尤其是对于鸡蛋、酒类等易碎品来说。为此,在电子商务、工厂出货及物流运输方面,许多业主已舍弃传统包装袋,改采用同时兼具容纳及保护效果,且成本低廉的流体包装袋,在出货或托运之际便将物品以流体包装袋包装妥当,直至物品交付到接受者手中并移除包装袋前都不易受损。
传统的流体包装通常由两层相互叠加的材料制成,并且在这两层材料制成形成的腔体内充入像是空气、惰性气体、水或其它流体,以提供相应的缓冲作用,当类似于鸡蛋、酒类等易碎品的物品放置于流体包装装置之后,既便流体包装装置在碰触到地面或者其他较硬的物体,也不容易对包装内部的物品造成损伤。然而,因为流体包装装置在使用之前必须利用填充泵对其填充流体,导致流体包装装置的传统的商业模式仅提供给大中型厂商和物流行业,其很难被普通消费者使用。此外,传统的流体包装往往只藉由上述的双层迭构造作为平面以简单包覆、包裹或衬垫欲包装之物品,甚至辅以其他诸如纸箱等包材,或仅简单形成一信封袋状以自黏开口的方式包覆物品,其形式变化少,导致可适用之范围受限,甚至因为仍须其他包材辅助而徒增包装成本,更造成额外的环境负担。
为改进前述问题,发明者曾陆续发明多种可适用于许多不同形状大小特性物品的流体包装装置,以及多种因应不同场合需要可提供并辅助使用多样流体包装装置的平台装置。举例而言,可于超市、商场、风景区、甚至物流业者据点等公共场合设置的流体包装装置的自动售卖装置,其允许普通消费者方便地选购不同的流体包装(例如类型、形状和尺寸等),并协助填充流体及包裹,以因应其个性化或实际购物包装的使用需要。又例如可于物流公司、工厂、大型商家、精品 商家等特定场合设置的流体包装装置的工作站,其允许使用者(例如员工或顾客)选取或自动取得与待包装物品相匹配的流体包装装置,并协助用户填充流体进入该流体包装装置及包裹待包装物品。
然而,随着流体包装装置供应平台及各平台所能提供之流体包装装置的种类皆趋于多样,为有效管理各供应平台及掌握更多商业信息,便需要本发明之监控系统及方法,以便透过实时或半实时数据搜集与分析,适时提供反馈给管理者,使供应平台营运者能据以作出更理想、更精确的决策反应,甚至调整营运战术战略,获得更多营运优势。退一步来说,供应平台营运者也可出售或基于结盟关系分享部份或全部本发明之监控系统及方法搜集来的数据,以获取利益。值得一提的是,本发明之监控系统及方法除利用搜集之数据协助营运者进行营运战略管理外,更可依据营运者的设定,自动执行多种日常庶务管理。例如,获取装置于各流体包装装置供应平台传来的位于各各流体包装装置供应平台内的各式流体包装装置存量数据时,经自动判断后,自动发出信息或指令以提醒或要求后勤部门前往补充特定种类数量之流体包装装置。又例如,在获得特定流体包装装置供应平台传来的故障信息,或超过一定时间未收到特定体包装装置供应平台的信息时,自动通知维修部门、第三方或各该签约商家人员前往修理或查看。
此外,有别于传统包装袋所能提供的单一功能,目前流体包装装置已发展出许多不同种类及应用,其中或有内建位置定位装置以防盗或追踪者,或有内建温度传感器以避免内容物高温腐败者,或有内建压力传感器以避免内容物因跌落挤压等因素损伤者,或有内建RFID以纪录物品是否通过或抵达特定地点者等等。为实时管理众多流体包装装置,本发明之监控系统及方法更结合各传感接收装置,因此除了可以在接收到各传感器信息后立即作出适当响应外,尚具备更全面的数据搜集能力。举例而言,当本发明之监控系统透过装设于特定流体包装装置之温度传感器侦测到该包装装置内部温度过高时,可立即遥控该包装装置发出警示、立即联系持有该包装装置的人员、或立即联系买卖该包装装置内容物的人员,以避免该内容物继续因高温产生变质,也帮助买卖双方事后厘清该内容物变质的责任。又例如在本发明之监控系统透过装设于特定流体包装装置之位置定位装置持续追踪纪录该包装装置在离开供应平台后的位置路径,此时本发明不但可接受具有相关权限人员(例如该内容物买主或售出内容物的店家)在物品遗失或遭窃后联机到本发明之监控系统以透过位置路径寻回失误及追捕窃贼,更可透过大量搜集这些位置路径纪录,汇整提出具有营运参考价值之数据(例如精品购买者购买完毕后是否继续逛商场、喜好逛哪些商场等),供流体包装装置供应平台营运者及其营运伙伴或客户作为营运决策之参考。
最重要的是,流体包装装置打破了传统包装袋仅作为一种过渡性、一次性、普通性容器的特性,提供使用者在购买、贩卖及运输主要物品时,拥有附加、增值性选择;换言之流体包装装置让包装袋不只是包装袋。其衍生结果便是让用户在流体包装装置供应平台前可以有更多选择,包括选择不同形状、大小、花色、附加功能的包装装置。在许多场合中,这些选择也牵涉到不等的附加费用,进而影响用户选择包装装置的决策,这些决策结果数据对相关制定营运策略具有重要参考价值,也因此本发明提供一监控系统用以一并搜集与分析这些相关数据。
发明内容
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其 中所述自动售卖装置适用于将所述空气包装装置提供给普通消费者。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中所述自动售卖装置用于将所述空气包装装置从传统的市场领域引入到零售市场领域,并且不会增加所述空气包装装置的成本和售价。例如,所述自动售卖装置适于配置于诸如超市、商场等公共场合,以方便普通消费者使用。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中所述自动售卖装置允许普通消费者方便地选择所述空气包装装置的选型(例如类型、形状和尺寸等),以满足普通消费者的个性化的使用需要。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中所述自动售卖装置提供多样化的支付手段,以允许普通消费者通过现金支付、第三方支付等任何已经存在并被使用的支付手段完成支付,从而,便于使用。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中所述自动售卖装置能够根据普通消费者输入的信息,例如通过手动输入或者通过扫描购物清单输入,自动地为普通消费者提供与其购买的物品相匹配的所述空气包装装置,从而便于操作。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中当所述空气包装装置被普通消费者选择之后,在所述自动售卖装置提供的一显示模块上,会图形化地显示出被选择的所述空气包装装置在完成充气之后的状态,以供普通消费者确认。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中所述自动售卖装置可以与收银台或者打包台等整合,这样,普通消费者在完成购物之后,能够直接获得与其商品匹配的所述空气包装装置。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中所述自动售卖装置提供一充气设备,在所述空气包装装置被普通消费者选定并完成付款之后,所述充气设备能够为空气包装装置充气,从而,使普通消费者可以获得完成充气的所述空气包装装置。
本发明的一个目的在于提供一种空气包装装置的自动售卖装置及其方法,其中所述自动售卖装置操作简单、使用方便,适于大规模的推广和普及。
本发明的一个目的在于提供一种空气包装装置的工作站及其方法,其中所述工作站适于应用于物流公司、工厂或者大型商场使用,得以有效提高物品的包装速度和效率。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,其中所述工作站能够根据物品的规格提供相应的所述空气包装装置进行包装。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,所述工作站能够通过扫描出货清单,自动的为工作人员提供相适配的所述空气包装装置,从而便于工作人员对物品进行包装。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,提供一扫描模块,能够通过扫描相应的待包装物品或出货清单,匹配相应的所述空气包装装置,进而将其自动包装,并自动充气。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,将所述空气包装装置的选择、包装、充气集为一体,实现流水线作业和自动化操作,符合物品包装的发展趋势。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,所述工作站与物品出货机相整合,出货机将物品输送到所述工作站,对物品进行自动化包 装后再出货,以满足生产制造企业对物品的包装需求。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,所述工作站包括一声音模块,当缺货、包装完毕或者出现故障时会发出不同类型的声音,以提醒操作人员的注意,还可以实现语音交互,便于工作人员通过语音进行相应的设置。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,通过操作人员进行操作所述工作站即可完成大批量物品的包装,改变了传统的包装方式,可为企业有效节省人力包装成本。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,由传统的人工包装向自动化包装转变,符合物品包装的未来发展趋势。
本发明的另一目的在于提供一种空气包装装置的工作站及其方法,操作简便,包装过程简单,使用方便,适于大规模推广和普及。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可沟通一部或更多流体包装装置供应平台以接收流体包装装置供应平台上的相关信息。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可储存、汇整、及输出接收自流体包装装置供应平台的相关信息。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置可具备不只一种样式和尺寸。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置可具备传感器以监控内容物状态。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置可具备传感器以监控所述流体包装装置所在位置。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置可具备传感器以监控所述流体包装装置所在环境。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述传感器可发送信息,以达到远程监控的目地。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述传感器可双向收发信息。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可沟通一个或更多流体包装装置以接收流体包装装置上的相关信息。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可储存、汇整、及输出接收自流体包装装置的相关信息。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可接收透过或来自互连网、电信网络及其他来源之指令及信息。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可接受及储存近端及远程信息输入及输出。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可沟通一部或更多流体包装装置供应平 台以发送信息或指令到特定或所有流体包装装置供应平台。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统由一部或更多流体包装装置供应平台担任或兼任运行。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统及方法可沟通一个或更多流体包装装置以发送信息或指令到特定或所有流体包装装置。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统及方法可交叉使用多种事先储存及实时接收到之信息,用以进行数据汇整分析、及产生指令及信息。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,将所述流体包装装置的选择与启用服务,延伸到后续的各式追踪与警示。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可两部或以上彼此并联运行。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可两部或以上彼此从属。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统可被整合于流体包装装置供应平台中。
本发明的另一目的在于提供一种流体包装装置供应平台的监控系统及方法,所述流体包装装置供应平台的监控系统具有多重用户访问权限,以供系统拥有者、签约厂商、后勤维修厂商、一般顾客及一般大众等存取不同范围的信息。
为达到以上目的,本发明提供一种空气包装装置的自动售卖装置,适于售卖至少一空气包装装置,其包括:
一存储单元,以用于存储所述空气包装装置;
一控制单元,所述控制单元包括一选择模块、一支付模块以及一处理器,所述选择模块与所述支付模块分别可操作地连接于所述处理器;其中所述选择模块用于辅助选择所述空气包装装置的类型,所述支付模块用于辅助完成对被选定所述空气包装装置的支付;以及
一分配单元,所述分配单元可操作连接于所述处理器,在所述处理器的控制下将被选定并且完全支付后的所述空气包装装置供应给购买者。
根据本发明的一个实施例,其还包括一充气设备,以用于为被支付后的所述空气包装装置充气。
根据本发明的一个实施例,其所述充气设备可操作地连接于所述处理器,以回应于所述处理器的控制指令向被选定并且完全支付后的所述空气包装装置充气。
根据本发明的一个实施例,其所述充气设备通过控制充气时间,自动完成对被选定并且完全支付后的所述空气包装装置进行充气操作。
根据本发明的一个实施例,其所述控制单元还包括一显示模块,所述显示模块可操作地连接于所述处理器,以用于给所述购买者提供操作时的显示界面。
根据本发明的一个实施例,其所述控制单元还包括一扫描模块,所述扫描模块可操作地连接于所述处理器。
根据本发明的一个实施例,所述扫描模块用于扫描支付凭据,从而执行所述支付模块的功能,以完成确定支付的功能。
根据本发明的一个实施例,所述扫描模块,用于扫描购买者的购物清单,从 而供所述处理器根据所述购物清单上的商品计算并匹配合适的所述空气包装装置。
根据本发明的一个实施例,所述扫描模块是三维扫描装置,其将所述购买者的购买的商品进行三维扫描,并且供所述处理器根据扫描信息为所述商品计算并匹配合适的所述空气包装装置。
根据本发明的一个实施例,所述控制单元还包括一通信模块,所述通信模块可通信地连接于所述处理器,以协助完成第三方支付功能,在付款完成后,所述通信模块接收到第三方支付平台发送的确认付款信息,并将所述付款信息传送给所述处理器。
根据本发明的一个实施例,所述支付模块通过提供扫描标记,购买者通过利用电子移动设备扫描所述扫描标记从而启动支付功能。
根据本发明的一个实施例,所述控制单元还包括一声音模块,所述声音模块可操作地连接于所述处理器,以与所述购买者实现语音交互功能。
根据本发明的一个实施例,所述选择模块提供按钮、输入键盘、触摸屏、语音识别输入设备中的一种或几种。
根据本发明的一个实施例,所述支付模块包括投币部和出币部,并且所述支付模块识别所述购买者从所述投币部投入的纸币或硬币,以完成支付,并且从所述出币实现找零功能。
根据本发明的一个实施例,所述出币部具有单独的出币口或与所述自动售卖装置的出货口整合。
根据本发明的一个实施例,所述支付模块包括刷卡部,以使所述购买者通过刷银行卡的方式实现付款。
根据本发明的一个实施例,所述空气包装装置具有相同或不同的类型,并且具有相同或各种不同的形状和尺寸。
根据本发明的一个实施例,所述分配单元进一步地包括剪切装置,以将形成所述空气包装装置的空气包装连续体在合适位置进行剪切,以得到合适尺寸和形状的所述空气包装装置。
根据本发明的另外一方面,本发明提供一种通过自动售卖装置自动售卖空气包装装置的方法,其包括如下步骤:
接收到购买者的购买请求并协助所述购买者完成空气包装装置的选型和支付;以及
通过分配单元将被选定并完成支付后的所述空气包装装置提供给所述购买者。
根据本发明的一个实施例,所述方法还包括步骤:通过一体地设置于所述自动售卖装置的充气设备对被选定并完成支付后的所述空气包装装置进行充气。
根据本发明的一个实施例,所述方法还包括步骤:所述空气包装装置进行充气后再用于包装物品,或者未充气的所述空气包装装置用于包装所述包装物品后再进行充气。
根据本发明的一个实施例,所述方法还包括步骤:通过控制充气时间,对各种所述空气包装装置进行充气。
根据本发明的一个实施例,所述方法中所述空气包装装置的选型包括所述空气包装装置的类型、形状和尺寸参数中的一种或几种的选择。
根据本发明的一个实施例,所述方法还包括步骤:判断所述购买者在显示模块的触摸操作,所述自动售卖装置完成所述空气包装装置的选型。
根据本发明的一个实施例,所述方法还包括步骤:判断所述购买者操作按钮的操作,所述自动售卖装置完成所述空气包装装置的选型。
根据本发明的一个实施例,所述方法还包括步骤:判断所述购买者在输入键盘上的输入操作,所述自动售卖装置完成所述空气包装装置的选型。
根据本发明的一个实施例,所述方法还包括步骤:识别所述购买者的语音输入,以使所述自动售卖装置完成所述空气包装装置的选型。
根据本发明的一个实施例,所述方法还包括步骤:识别所述购买者投入的纸币或硬币以完成述空气包装装置的支付。
根据本发明的一个实施例,所述方法还包括步骤:判断所述购买者完成的刷银行卡操作,以完成所述空气包装装置的支付。
根据本发明的一个实施例,所述方法还包括步骤:提供扫描标记,使所述购买者通过利用电子移动设备扫描所述扫描标记从而启动第三方支付功能,并且通过通信模块接收第三方支付信息,判断所述空气包装装置的支付操作是否完成。
根据本发明的一个实施例,所述方法还包括步骤:识别所述购买者提供的支付凭条并且判断所述空气包装装置的支付操作是否完成。
根据本发明的一个实施例,所述方法还包括步骤:接收所述购买者输入的待包装物品的类型和尺寸信息,经计算和匹配操作后,向所述购买者提供针对所述待包装物品的所述空气包装装置预选方案以供所述购买者选择或确认支付完成后直接将匹配的预定所述空气包装装置提供给所述购买者。
根据本发明的一个实施例,所述方法还包括步骤:对所述购买者的待包装物品进行三维扫描,并经计算和匹配操作后,向所述购买者提供针对所述待包装物品的所述空气包装装置预选方案以供所述购买者选择或确认支付完成后直接将匹配的预定所述空气包装装置提供给所述购买者。
根据本发明的一个实施例,所述方法还包括步骤:识别所述购买者提供的购物清单,向所述购买者提供针对所述购物清单中的商品的所述空气包装装置预选方案以供所述购买者选择或确认支付完成后直接将匹配的预定所述空气包装装置提供给所述购买者。
根据本发明的一个实施例,所述方法所述空气包装装置包括两层气室膜和两层阀膜,两层所述阀膜与两层所述气室膜至少部分地叠合以形成单向充气阀,从而向两层所述气室膜形成的一个或多个充气单元中充气。
根据本发明的一个实施例,所述方法各种所述空气包装装置中包括充气垫,以作为填充材料,填充在其他包装箱或包装袋中。
根据本发明的一个实施例,所述方法各种所述空气包装装置中包括经弯折和热封形成具有容纳腔的充气包装袋,待包装物品适合于储存在所述容纳腔中。
根据本发明的一个实施例,所述方法各种所述空气包装装置中一些空气包装装置在所述四层膜形成的包装体内侧或外侧还包括固定连接于所述包装体的至少一功能层,所述功能层提供遮光、保温、防静电、防水防潮、耐磨损、抗摔抗震、耐腐蚀、抗锈和可印刷功能中的一种或几种。
根据本发明的一个实施例,所述方法各种所述空气包装装置中一些空气包装装置在所述四层膜形成的包装体外侧还设置纸质包装箱,其中所述包装体至少部分地粘接于所述纸质包装箱内表面,并且在所述包装体充气时,自动撑开所述纸质包装箱。
根据本发明的一个实施例,所述方法还包括步骤:回应于购买者或所述分配单元的剪切装置的剪切或撕除动作,使空气包装连续体的一部分形成所述空气包 装装置。
根据本发明的另一方面,本发明提供一种空气包装装置的工作站,所述工作站包括:
一存储单元,用于存储多个空气包装装置;
一控制单元,其包括一选择模块和一处理器,其中所述处理器连接于所述存储单元和所述选择模块,以使工作人员根据需求选择相应的所述空气包装装置;
一分配单元,连接于所述处理器和所述存储单元,执行所述处理器的指令将相应的空气包装装置分配给所述工作人员;和
一充气单元,连接于所述分配单元和所述处理器,执行所述处理器的指令,适于对分配给所述工作人员的所述空气包装装置进行充气。
所述控制单元进一步包括一扫描模块,其中所述扫描模块连接于所述处理器,以反馈扫描信号给所述处理器,适于所述处理器下达指令。
所述控制单元进一步包括一声音模块,其中所述声音模块连接于所述处理器,以实现语音交互,传递信息给所述处理器。
所述控制单元进一步包括一显示模块,所述显示模块连接于所述处理器,以显示相应的信息给工作人员,便于工作人员进行选择和确认。
所述工作站进一步包括一支撑单元,其可操作地连接于所述分配单元、所述充气单元和和所述处理器,执行所述处理器的指令以打开所述空气包装装置,进而包装物品。
所述工作站进一步包括一传输单元,其可操作地连接于所述支撑单元和所述处理器,执行所述处理器的指令以运输已包装物品的所述空气包装装置。
根据本发明的一个实施例,所述支撑单元适于与一出货机相连接,以包装所述出货机送出的物品。
根据本发明的一个实施例,所述选择模块提供按钮、输入键盘、触摸屏、语音识别输入设备中的一种或几种。
根据本发明的一个实施例,所述充气单元连接于所述支撑单元和所述分配单元,适于对分配的所述空气包装装置进行充气和打开,以包装物品。
一种空气包装装置的工作站的包装方法,其中所述方法包括以下步骤:
(a’)一处理器接收工作人员的指令,并通过一分配单元分配相应的空气包装装置;
(b’)通过一充气单元对所述空气包装装置进行充气;以及
(c’)包装相应的物品。
根据本发明一优选实施例,通过一支撑单元打开所述分配单元分配的所述空气包装装置,包装所述物品,进而通过所述充气单元进行充气。
根据本发明一优选实施例,通过一支撑单元打开所述分配单元分配的所述空气包装装置,通关所述充气单元充气,进而包装所述物品。
根据本发明一优选实施例,通过所述充气单元进行充气,进而通过一支撑单元打开所述分配单元分配的所述空气包装装置,以包装所述物品。
进一步地,包装完成的所述物品通过一传输单元运输到预定的位置。
进一步地,所述分配单元、所述支撑单元和所述传输单元连接于一出货机,所述处理器被设置与所述出货机出货速度相应的时间间隔,以自动包装所述出货机传送的物品。
根据本发明的一个实施例,所述支撑单元设置于所述出货机的端部或下部。
根据本发明的一个实施例,在所述步骤(a’)中,包括以下步骤:所述工作 人员适于通过语音、键盘或扫描的方式输入指令。
根据本发明的一个实施例,所述处理器适于根据一扫描模块扫描相应的物品信息为其分配相应的所述空气包装装置。
根据本发明的一个实施例,所述处理器适于根据一声音模块输入的相应指令为其配备相应的所述空气包装装置。
根据本发明的一个实施例,所述声音模块提示所述工作人员进行相应的选择或提示工作机的工作状态。
根据本发明的另一方面,本发明还提供了一流体包装装置供应平台的监控系统,其特征在于,包括:
一计算装置,用于存取及分析信息数据,所述计算装置包括一通信装置,可操作地连接于所述计算装置,允许所述计算装置沟通外部信息;以及
至少一流体包装装置供应平台,包括一控制单元,包括一输入模块、一验证模块、一通信模块以及一处理器,所述输入模块、所述验证模块、及所述通信模块分别可操作地连接于所述处理器,其中所述输入模块用于辅助选择所述流体包装装置的类型,所述验证模块用于辅助完成对被选定的所述流体包装装置的授权,所述通信模块允许所述流体包装装置供应平台沟通外部信息及所述计算装置。
根据本发明的一个实施例,该系统还包括至少一流体包装装置,所述流体包装装置供应平台还包括一分配单元,可操作连接于所述处理器,在所述处理器的控制下供应被选定并获得授权的所述流体包装装置。
根据本发明的一个实施例,所述验证模块提供包括近端支付设备、远程支付设备、凭证辨识设备中的一种或几种,透过所述通信模块沟通外部信息。
根据本发明的一个实施例,所述流体包装装置供应平台还包括一存储单元,所述存储单元存储所述流体包装装置。
根据本发明的一个实施例,所述流体包装装置供应平台还包括一流体填充设备,以用于为被获得授权的所述流体包装装置填充流体。
根据本发明的一个实施例,所述流体填充设备可操作地连接于所述处理器,以回应所述处理器的控制指令,向被选定并且获得授权的所述流体包装装置充气。
根据本发明的一个实施例,所述控制单元还包括一显示模块,所述显示模块可操作地连接于所述处理器,以用于显示信息。
根据本发明的一个实施例,所述控制单元还包括一输出模块,所述输出模块可操作地连接于所述处理器,以用于输出信息。
根据本发明的一个实施例,所述控制单元还包括一感测模块,所述感测模块可操作地连接于所述处理器。
根据本发明的一个实施例,所述流体包装装置供应平台由使用者透过输入模块输入的信息供所述处理器识别,从而匹配合适于使用者需求的流体包装装置。
根据本发明的一个实施例,所述流体包装装置供应平台由使用者透过输入模块输入的信息供所述处理器识别,从而通过所述通信模块取得相对应的数据后,匹配合适于使用者需求的流体包装装置。
根据本发明的一个实施例,所述流体包装装置供应平台由感测模块感测信息以识别内容物,从而供所述处理器匹配合适的流体包装装置。
根据本发明的一个实施例,所述流体包装装置供应平台由感测模块感测信息以识别使用者,从而供所述处理器通过所述通信模块取得相对应的数据后,匹配 合适于使用者需求的流体包装装置。
根据本发明的一个实施例,所述流体包装装置具有相同或不同的类型,并且具有相同或各种不同的形状和尺寸。
根据本发明的一个实施例,所述分配单元进一步地包括加工装置,以将形成所述空气包装装置的流体包装连续体在合适位置进行剪切、热封、挤压中的一种或几种,以得到合适尺寸和形状的所述流体包装装置。
根据本发明的一个实施例,该系统还包括配置于所述流体包装装置的至少一传感器,其中所述传感器选自温度传感器、压力传感器、震动传感器、陀螺仪、位置定位传感器、摄像模块、收音模块、光线传感器、化学传感器、湿度传感器、电磁传感器、信号传感单元中的一种或几种。
根据本发明的另外一方面,本发明提供一种流体包装装置供应平台的管理方法,其方法包括如下步骤:
计算装置沟通流体包装装置供应平台;以及
计算装置根据沟通结果产生反馈信息。
根据本发明的一个实施例,上述方法还包括步骤:流体包装装置供应平台接收用
户操作并将过程、环境参数及结果纪录并传送到计算装置。
根据本发明的一个实施例,上述方法还包括步骤:计算装置根据收到及先前储存的纪录产生反馈信息。
根据本发明的一个实施例,上述方法中产生的反馈信息选自文字信息、多媒体信息、设备指令、人员指令、软件参数、数据参数中的一种或几种。
根据本发明的一个实施例,上述方法中所述流体包装装置具有相同或不同的类型和尺寸,还包括一个或多个传感器,于所述流体包装装置被启用后启动。
根据本发明的一个实施例,上述方法中所述传感器还包括一传感单元及一通信单元,彼此连接,以容许所述传感器沟通外部信息、所述流体包装装置供应平台、所述计算装置中的一种或几种。
根据本发明的一个实施例,上述方法中所述传感单元提供包括温度传感单元、压力传感单元、震动传感单元、陀螺仪、位置定位模块、摄像模块、收音模块、光线传感单元、化学传感单元、湿度传感单元、电磁传感单元、信号传感单元中的一种或几种。
根据本发明的一个实施例,上述方法中所述分配单元进一步地包括加工装置,以将形成所述空气包装装置的流体包装连续体在合适位置进行剪切、热封、挤压中的一种或几种,以得到合适尺寸和形状的所述流体包装装置。
根据本发明的另外一方面,本发明提供一种流体包装装置供应平台的监控方法,其方法包括如下步骤:
设置于流体包装装置的传感器启动并发送信息;以及
计算装置接收並纪录传感器发送的信息。
根据本发明的一个实施例,上述方法还包括步骤:计算装置根据收到及纪录的信息产生反馈信息。
根据本发明的一个实施例,上述方法产生的反馈信息包括文字信息、多媒体信息、设备指令、人员指令、软件参数、数据参数中的一种或几种。
根据本发明的一个实施例,上述方法还包括步骤:计算装置也沟通并储存外 部信息,并综合根据收到及先前储存的纪录及外部信息产生反馈信息。
根据本发明的一个实施例,上述方法产生的反馈信息选自文字信息、多媒体信息、设备指令、人员指令、软件参数、数据参数中的一种或几种。
根据本发明的一个实施例,上述方法所述传感器选自温度传感器、压力传感器、震动传感器、陀螺仪、位置定位传感器、摄像模块、收音模块、光线传感器、化学传感器、湿度传感器、电磁传感器、信号传感单元中的一种或几种.。
另一方面,本发明提供一种流体包装装置供应平台的监控方法,其方法包括如下步骤:
(A)计算装置沟通流体包装装置供应平台;
(B)计算装置根据沟通结果判断反馈方式及对象;
(C)计算装置送出反馈信息;
(D)流体包装装置供应平台接收用户操作;
(E)流体包装装置供应平台传送受到操作的纪录到计算装置;
(F)计算装置储存收到的操作纪录;
(G)计算装置根据收到及储存的操作纪录产生反馈信息;
(H)计算装置根据反馈信息判断反馈方式及对象;
(I)计算装置送出反馈信息。
根据本发明的一个实施例,在所述步骤(A)中,计算装置同步沟通外部网络并接收及储存外部讯息。
根据本发明的一个实施例,在所述步骤(B)中,计算装置送出反馈信息的方式包括直接显示及通过通信装置传送,其送出反馈信息的对象包括位于计算装置的近端终端、通过通信装置连接计算装置的远程或第三方终端、及流体包装装置供应平台。
根据本发明的一个实施例,在所述步骤(G)中,计算装置同时根据收到及储存的操作纪录及/或外部讯息产生反馈信息。
进一步地,在所述步骤(H)中,计算装置送出反馈信息的方式包括直接显示及通过通信装置传送,其送出反馈信息的对象包括位于计算装置的近端终端、通过通信装置连接计算装置的远程或第三方终端、及流体包装装置供应平台。
附图说明
图1A和图1B分别示出了根据本发明的一第一和第二优选实施例和一第二优选实施例的实施方式。
图2是根据本发明的上述第一和第二优选实施例的框图示意图。
图3A是根据本发明的上述第一和第二优选实施例的一种使用方式流程示意图。
图3B是根据本发明的上述第一和第二优选实施例的另一种使用方式流程示意图。
图4是根据本发明的上述第一和第二优选实施例的选择模块的工作流程示意图。
图5是根据本发明的上述第一和第二优选实施例的支付模块的工作流程示意图。
图6A至图6G分别是根据本发明的上述第一和第二优选实施例的具体使用过程的流程示意图。
图7是根据本发明的上述第一和第二优选实施例的自动售卖装置的工作流程示意图。
图8是根据本发明的上述第一和第二优选实施例的控制单元工作流程示意图。
图9A至图9K是根据本发明的空气包装装置的各种实施方式的示意图。
图10是根据本发明的空气包装装置的充气阀的结构示意图。
图11A和图11B是根据本发明的空气包装装置形成连续包装体的结构示意图。
图12A是根据本发明的一第三优选实施例的空气包装装置的工作站的实施方式。
图12B是根据本发明的一第四优选实施例的空气包装装置的工作站的实施方式。
图12C是根据本发明的一第五优选实施例的空气包装装置的工作站的实施方式及应用。
图13是根据本发明的上述第三、第四和第五优选实施例的自动工作机的框图示意图。
图14A是根据本发明的上述第三、第四和第五优选实施例的一种使用方式的流程示意图。
图14B是根据本发明的上述第三、第四和第五优选实施例的另一种使用方式的流程示意图。
图15是根据本发明的上述第三、第四和第五优选实施例的选择模块的工作流程示意图。
图16A至图16D是根据本发明的上述第三、第四和第五优选实施例的显示模块在使用过程中的工作流程示意图。
图17A和图17B是根据本发明的上述第三、第四和第五优选实施例的工作站的工作方式的工作流程示意图。
图18是根据本发明的上述第三、第四和第五优选实施例的控制单元的工作流程示意图。
图19是根据本发明的上述第三、第四和第五优选实施例的控制器的框图示意图。
图20A至图20K是根据本发明的空气包装装置的各种实施方式的示意图。
图21是根据本发明的空气包装装置的充气阀的结构示意图。
图22A和图22B是根据本发明的空气包装装置形成连续包装体的结构示意图。
图23是根据本发明的一个第六优选实施例的流体包装装置供应平台的监控系统的框图示意图。
图24是根据本发明的一个第七优选实施例的流体包装装置供应平台的监控系统的框图示意图。
图25是根据本发明的一个第六优选实施例的流体包装装置供应平台的管理方法的流程示意图。
图26是根据本发明的一个第七优选实施例的流体包装装置供应平台的管理方法的流程示意图。
图27是根据本发明的一个第八优选实施例的流体包装装置供应平台的管理方法的流程示意图。
图28是根据本发明的一个第九优选实施例的流体包装装置供应平台的管理方法的流程示意图。
图29是根据本发明的一个优选实施例的流体包装装置供应平台的流体包装装置供应平台的框图示意图。
图30A至图30K是根据本发明的流体包装装置的各种优选实施方式的示意图。
图31是根据本发明的优选实施例的流体包装装置的填充阀的结构示意图。
图32A和图32B是根据本发明的优选实施例的流体包装装置形成连续包装体的结构示意图。
具体实施方式
以下描述用于揭露本发明以使本领域技术人员能够实现本发明。以下描述中的优选实施例只作为距离,本领域技术人员可以想到其他显而易见的变型。在以下描述中界定的本发明的基本原理可以引用于其他实施方案、变形方案、改进方案、等同方案以及没有背离本发明精神和范围的其他技术方案。
在诸如超市或者商场等零售市场,消费者在完成购物之后,通常会选择购买包装袋或者使用商户提供的包装袋包装所购物品,如图1A和图1B分别示出了本发明的不同实施例所提供的自动售卖装置,其中所述自动售卖装置用于为消费者提供一空气包装装置100,相对于传统的包装袋来说,所述空气包装装置100具有更多的优点,在本发明的说明书和说明书附图的后续部分会对所述空气包装装置100做进一步的揭露和阐述。
如图1A所示,所述自动售卖装置在这个特定的实施例中可以与收银台整合,所述收银台能够被提供给诸如超市或商场等类似的环境中使用,这样,消费者在完成购物之后,能够直接通过所述自动售卖装置来获得与消费者所购物品匹配的所述空气包装装置100。另外,所述自动售卖装置还可以单独地被实施为一打包台。如图1B所示,所述自动售卖装置还可以被实施为一个独立的设备,以满足在不同的场所使用所述自动售卖装置。因此,本技术领域的技术人员应当理解,在说明书附图的图1A和图1B中揭露的所述自动售卖装置的具体实施方式仅为举例性的实例,并不能被视为对本发明的内容和范围的限制。
具体地说,如图1A所示,所述自动售卖装置包括一支撑装置10以及一自动售卖机体20,所述自动售卖机体20被配置于所述支撑装置10,以被所述支撑装置10所支撑,例如在如图1A所示的这个特定的实施例中,所述自动售卖机体20可以被配置于所述支撑装置10的下部或侧部,这样,收银员可以通过所述支撑装置10提供的工作面进行收银、打包等操作,同时,消费者在等待为所购商品结账的同时,能够直接从所述自动售卖机体20处购买并获得所述空气包装装置100,以对所购物品进行包装。
可以理解的是,当所述自动售卖装置被实施为所述打包台时,消费者在传统的所述收银台完成对所购物品的支付之后,可以借用超市或者商场提供的购物篮、购物车等设备将所购物品运输到所述打包台的位置,然后通过所述自动售卖机体20获得相应的所述空气包装装置100,并且在所述打包台的所述支撑装置10提供的工作面上进行打包操作。
进一步地,如图2所示,所述自动售卖机体20包括一存储单元21、一控制单元22、一充气设备23、分配单元24以及其他可能的构件,在不同的实施例中, 所述存储单元21、所述控制单元22与所述充气设备23可以具有不同的配置关系,例如,所述充气设备23可以实施为单独的设备,以独立于所述自动售卖机体20之外,以在消费者从所述自动售卖机体20处购得所述空气包装装置100之后,利用所述充气设备23为所述空气包装装置100进行充气操作。即消费者或工作人员可以手动地使用所述充气设备23如可以是打气筒为所述空气包装装置100进行充气。另外,在本发明的优选实施例中,所述充气设备23也可以实施为充气泵等,并与所述存储单元21和所述控制单元22等构件被集成于所述自动售卖机体20,以便于后续的使用。
具体地说,所述存储单元21用于存储不同的类型(例如可以包括但不限于所述空气包装装置的型号、尺寸)的所述空气包装装置100,在一些实施例中,各种类型的所述空气包装装置100还可以在所述存储单元21处进行展示。也就是说,消费者在所述自动售卖机体20外部可以看得见存储在所述存储单元21中的各种所述空气包装装置100。所述控制单元22用于辅助消费者选择所述空气包装装置100并对所选定的所述空气包装装置100进行支付,并且在后续使用过程中,所述控制单元22还可以控制所述充气设备23为被选定和被完成支付的所述空气包装装置100进行充气操作,从而,使消费者最终获得已经完成充气的所述空气包装装置100。
更具体地说,所述控制单元22可以包括一选择模块221以及一支付模块222,通过所述选择模块221,消费者可以选择所述空气包装装置100的类型,相应地,通过所述支付模块222,消费者可以完成对被选定的所述空气包装装置100的支付,从而,后续可以通过所述充气设备23完成对所述空气包装装置100的充气操作。
更具体地,所述选择模块221可以实施为选择按钮、输入键盘、语音输入或触摸屏等提供选择输入方式的装置。所述支付模块222可以实施为各种支付方式或其组合,如纸币或硬币投放和识别装置、银行卡刷卡设备等,以方便消费者完成支付和购买。
如图2所示,所述控制单元22还可以包括一处理器223,所述选择模块221与所述支付模块222分别可操作地连接于所述处理器223,并且所述分配单元24与所述充气设备23也可以分别可操作地连接于所述处理器223,也即是说,当所述分配单元24收到所述处理器223的控制指令后,所述分配单元24可以执行分配操作,从而将被选定的所述空气包装装置100供应给消费者,当所述充气设备23收到所述处理器223的控制指令后,所述充气设备23可以执行充气操作,从而给被选定的所述空气包装装置100充气。如图3A和图3B所示分别是根据本发明的所述自动售卖机体20的具体操作模式的流程示意图。
具体地说,如图3A和图8所示,所述处理器223在收到消费者的购买请求之后,所述处理器223会通过声音或图像等方式提示消费者对所述空气包装装置100的类型进行选择并确认,或者消费者或工作人员直接通过所述选择模块221输入相关选择信息,之后所述选择模块221会产生并反馈一选择标识101用于证明所述空气包装装置100被选定,并且所述选择标识101会被所述处理器223接收。所述处理器223会授权所述支付模块222并且通过声音或图像等方式提示消费者选择支付方式并完成支付,之后所述支付模块222会产生并反馈一支付标识102用于证明已完成对被选定的所述空气包装装置100的支付,并且所述支付标识102会被所述处理器223接收。所述处理器223会授权所述充气设备23对被选定且完成支付的所述空气包装装置100进行充气操作,最终,使消费者获得已 经完成充气的所述空气包装装置100。
值得一提的是,所述选择标识101与所述支付标识102可以是计算机代码或者其他任何能够被所述处理器223所接收和认可的凭证,以使所述处理器223能够在分别接收所述选择标识101与所述支付标识102之后完成相应的动作。
还值得一提的是,在本发明的说明书及说明书附图中所提及的术语“处理器”可以被实施为一个可执行命令的处理器模块,也可以是一个可执行命令的计算机设备,因此,所述处理器223的类型并不应被视为对本发明的内容和范围的限制。
相应地,如图3B和图8所示,所述处理器223在接收消费者的购买请求之后,所述处理器223会授权所述支付模块223通过声音或图像等方式提示消费者选择支付的方式并预付款,之后所述支付模块223能够将所述支付标识102反馈给所述处理器223。所述处理器223会授权所述选择模块221提示消费者对所述空气包装装置100的类型进行选择并确认,之后所述选择模块221用反馈所述选择标识101给所述处理器223。后续,所述处理器223会对预付款与被选择的所述空气包装装置100的应付款进行比对,当预付款足够支付被选定的所述空气包装装置100时,所述处理器223会授权所述充气设备23完成对被选定的所述空气包装装置100的充气操作;相应地,当预付款不足够支付被选定的所述空气包装装置100时,所述处理器223会通知并授权所述支付模块222再次提示消费者选择支付方式并支付剩余资金,并且所述支付模块222会再次反馈所述支付标识102给所述处理器223,之后所述处理器223会授权所述充气设备23完成对被选定的所述空气包装装置100的充气操作。最终,使消费者获得已经完成充气的所述空气包装装置100。
值得一提的是,所述选择模块221允许消费者多次选择所述空气包装装置100的类型,并且允许消费者将多个选定的所述空气包装装置100合并付款,以便于使用。
还值得一提的时,在所述自动售卖设备20完成一次交易或者交易失败之后的时间超过预设时间时,所述自动售卖设备20都可以实现自动的初始化,而且所述自动售卖设备20也允许消费者主动将其初始化,以便于下一次的使用。
更多地,在所述空气包装装置100被选定之后,消费者可以通过一显示模块224来查看所述空气包装装置100在充气之后的包括形状、尺寸等参数在内的规格,以便于消费者对被选择的所述空气包装装置100进行确认。具体地说,所述控制单元22还包括所述显示模块224,所述显示模块224可操作地连接于所述处理器223,以供显示诸如选择命令在内的图像信息。例如,在本发明的一些特定的实施例中,在所述处理器223接收到所述选择标识101之后,被选择的所述空气包装装置100在充气之后的规格能够被消费者通过所述显示模块224进行查看,以辅助消费者对所需的所述空气包装装置100进行确认。在另外的一些实施例中,所述显示模块224也可以用于预览待包装物品被所述空气包装装置100包装之后的状态,以供消费者查看。
值得一提的是,通过所述显示模块224,所述处理器223能够实现分别提示消费者对所述空气包装装置100的类型和支持方式的选择,从而,便于操作。在本发明的一个特定的实施例中,所述显示模块224可以被实施为一个显示屏幕或一个触摸屏幕,通过所述显示模块224,被选择所述空气包装装置100在充气之后的规格能够被图形化地显示在所述显示模块224,以更加直观地被消费者查看和确认。在本发明的另一个实施例中,所述显示模块224还可以接收指令的输入,即所述显示模块224可以是触控显示器,并且可以一并完成所述选择模块221的 功能,并且该指令在后续过程中能够被所述处理器223接收和识别,以使所述处理器223根据该指令执行相应的动作。例如,消费者可以将待包装物品的信息(例如名称、品种等)通过所述显示模块224输入,输入的信息能够以指令的形式被传输至所述处理器223,此时,所述处理器223能够基于该指令自动地匹配与消费者所输入的待包装物品相匹配的所述空气包装装置100。
如图2所示,所述控制单元22还可以包括一声音模块225,所述声音模块225可操作地连接于所述处理器223,以辅助所述处理器223提示消费者进行相应的操作。也就是说,所述显示模块224和所述声音模块225无论是单独地还是结合起来都能够用于提示消费者完成相应的操作,例如,所述处理器223能够授权所述选择模块221和所述支付模块222分别调用所述显示模块224和所述声音模块225中的至少一个提示消费者进行相应的操作。
如图4所示是根据本发明的该第一和第二优选实施例的所述空气包装装置100的类型的选择可用方式的框图示意图,在所述处理器223授权所述选择模块221通过所述显示模块224和所述声音模块225中的至少一个提示消费者对所述空气包装装置100的类型进行选择之后,消费者可用通过包括但不限于以下方式中的任何一个方式来选择所述空气包装装置100的类型。
在第一种选择方式中,消费者可用通过所述显示模块224直接输入所需求的所述空气包装装置100的尺寸,所述处理器223会接收到该需求,并基于该需求匹配出与输入的需求大致相同尺寸和形状的所述空气包装装置100,并且被匹配的所述空气包装装置100会在所述显示模块224上还可以图形化地显示出所述空气包装装置100在充气之后的规格,以辅助消费者对其进行判断并确认,在消费者对所述空气包装装置100进行确认之后,会生成并反馈所述选定标识101给所述处理器223。即在这种方式中,可以在所述显示模块224上输入所需的所述空气包装装置100的规格信息完成所有选择功能。
在第二种选择方式中,消费者可用通过所述显示模块224直接输入待包装物品的信息,所述处理器223会接收到该信息,并基于该信息计算并匹配出与待包装物品大致匹配的形状和尺寸的所述空气包装装置100,并且被匹配的所述空气包装装置100会在所述显示模块224上图形化地显示出所述空气包装装置100在充气之后的规格,以辅助消费者对其进行判断并确认,在消费者对所述空气包装装置100的选择进行确认之后,会生成并反馈所述选定标识101给所述处理器223。
在第三种选择方式中,消费者可用通过可操作地连接于所述处理器223的一扫描模块226将购物清单中的信息通过扫描的方式输入到所述处理器223中。具体地说,所述控制单元22还包括所述扫描模块226,所述扫描模块226可操作地连接于所述处理器223,消费者可用将购物清单放置于所述扫描模块226能够识别的范围内,例如购物清单可用被放置在所述扫描模块226的正前方,此时,通过所述描述模块226的扫描,购物清单上的信息会被自动地通过所述选择模块221或直接被所述处理器223接收,所述处理器223会自动地匹配出与购物清单上所记载的信息规格相匹配的所述空气包装装置100,并且被匹配的所述空气包装装置100会在所述显示模块224上图形化地显示出所述空气包装装置100在充气之后的规格,以辅助消费者对其进行判断并确认,在消费者对所述空气包装装置100的选择进行确认之后,会生成并反馈所述选定标识101给所述处理器223。
在第四种选择方式中,可操作地连接于所述处理器223的扫描模块226是三维扫描装置,其可以将待包装物品进行三维扫描以获得待包装物品的形状和尺寸 信息,并且将这些信息传送至所述处理器223。所述处理器223会自动地计算出与待包装物品匹配的所述空气包装装置100,在消费者对所述空气包装装置100的选择进行确认之后,会生成并反馈所述选定标识101给所述处理器223。
尽管如此,本技术领域的技术人员应当理解,所述自动售卖机体20还可以提供更多的选择方式以供选择所述空气包装装置100的规格。
如图5所示,本发明提供的所述自动售卖机体20还可以提供多样化的支付方式,具体地说,在所述处理器223授权所述支付模块222通过所述显示模块224和所述声音模块225中的至少一个提示消费者对支付方式进行选择,其中所述自动售卖机体20的支付方式包括但不限于以下几种。
在第一种支付方式中,所述支付模块222可以被设有至少一投币部2221以用于接收消费者的投币,所述自动售卖机体20还具有一出货口2222,所述投币部2221用于接收消费者的硬币或纸币的投入,并且所述分配装置24在所述处理器223发出出货指令后,将选定的所述空气包装装置100送至所述出货口2222,以供消费者取用所述空气包装装置100。值得一提的是,所述出货口222也可以同时实施为一出币部,从而可以实现找零。具体地说,消费者在需要进行支付时,可以将硬币或纸币通过每所述投币部2221投入到所述支付模块222,所述支付模块222会生成并反馈所述支付标识102给所述处理器223,以完成支付。值得一提的是,在这种支付方式中,需要找零的硬币可以通过所述出货口2222内消费者获取。本领域技术人员可以理解的是,所述自动售卖机体20也可以单独地提供所述出币部,而不与所述出货口2222整合在一起。
在第二种支付方式中,消费者可以通过支付凭条支付。具体地说,消费者可以通过预先支付或被赠送等方式获取支付凭条,例如,所述支付凭条可以在所述自动售卖机体20被提供的场所的特定区域进行购买,在需要支付时,所述支付凭条可以被所述扫描模块226扫描,之后,所述支付凭条上的信息会被自动地通过所述支付模块222以产生并反馈所述支付标识102给所述处理器,或者所述支付凭条上的信息会直接地被所述处理器223接收,以完成支付。
在第三种支付方式中,消费者还可以通过第三方支付,第三方支付包括支付宝支付、微信支付、付款码支付、VISA(Visa International Service Association,维萨)或MasterCard(万事达)等银行卡方式完成支付。例如,消费者在选择使用支付宝支付或微信支付等支付手段时,所述处理器223会生成相应的二维码并显示在所述显示模块224,消费者可以使用手机等任何预装有支付宝、微信等软体应用并且可联通网络的电子设备,通过扫描显示在所述显示模块224上的二维码实现支付。消费者在选择使用付款码支付时,消费者可以打开支付宝等支付软体的付款码,并且通过所述扫描模块226扫描付款码,此时,会通过所述支付模块222生成并反馈所述支付标识102给所述处理器223,或直接反馈至所述处理器223,以完成支付。消费者在选用银联卡、VISA或MasterCard等支付手段进行支付时,可以通过所述扫描模块226扫描银联卡、VISA或MasterCard等卡片的磁条,并配合消费者在银联卡、VISA或MasterCard等发卡银行预留的手机验证相关短信实现支付,其中这些信息会通过所述支付模块222生成并反馈所述支付标识102给所述处理器223,或直接反馈至所述处理器223,以完成支付。另外,所述支付模块222也可以实施为刷卡机,消费者也可以直接在所述刷卡机上输入金额,并且使用银行卡直接在刷卡机上刷卡消费。
值得一提的是,所述控制单元22还可以包括一通信模块227,所述通信模块227可操作地连接于所述处理器223,以供所述处理器223可通信地连接于第 三方支付平台,以在使用者选择是使用第三方支付对被选择所述空气包装装置100进行支付时,所述通信模块227能够配合第三方支付的服务提供商完成支付操作。值得一提的是,以上揭露的支付方式仅为举例性的描述,所述自动售卖机体20还可以提供其他的支付方式供消费者选择,例如,所述自动售卖机体20可以被配置有拉卡拉等支付方式。
值得一提的是,在本发明的这个第一和第二优选实施例中,所述充气设备23一体地设于所述自动售卖机体20,这样,当消费者购买到合适的所述空气包装装置100后,通过按下相应的按钮的方式或打开其他开关,所述充气设备23自动地向所述空气包装装置100充气,当充气完毕时,所述充气设备23结束充气。值得一提的是,充气时,消费者可以直接将包装物品放入所述空气包装装置100,从而在充气时,所述空气包装装置100即将包装物品包装在其内。当然,消费者也可以在所述空气包装装置100充气完成后,再将包装物品放入所述空气包装装置100内。
所述充气设备23的充气嘴可以设置在所述自动售卖机体20的合适位置,如其机体下侧,或者可以设置在所述出货口2222内,其只要方便所述空气包装装置100的充气操作即可。
另外,所述充气设备23与所述处理器223可操作地连接,所述自动售卖装置根据各个类型和规格的所述空气包装装置100设定有预定的充气量,从而所述处理器223通过控制充气时间,自动判断充气是否完成。当然,也可以是消费者或其他工作人员自行判定充气是否完成,然后关闭相应的开关。
所述分配单元24可以是各种合适的结构,例如可以是升降台,将被选定的所述空气包装装置100运送至所述出货口2222,也可以是其他的开关,如将所述空气包装装置100的储存室的底板打开,从而所述空气包装装置100自行掉落或滑落。并且在对应的所述储存室中的所述空气包装装置100用尽后,再提醒工作人员或自动补充所述空气包装装置100。
值得一提的是,所述自动售卖装置也可以根据商场中各种类型的商品及其组合,配置有多种预选方案,即相应地根据这些组合搭配有预定类型和规格的所述空气包装装置100以供消费者选择。当然,不同种类的所述空气包装装置100也可能有不同的价格,从而在将建议信息提供给消费者时,也可以一并地将价格信息告知消费者。
如图6A至图8是对本发明的一个优选实施例提供的所述自动售卖机体20的使用过程的描述,其中消费者在经过一系列的操作之后能够从所述自动售卖机体20购得所需的所述空气包装装置100。
具体地说,如图6A所示,消费者可以可能会在超市或商场(零售市场)购买并支付红酒(商品),之后会在所述自动售卖机体20处购买相应的所述空气包装装置100,以供包装红酒。当消费者的使用需求产生之后,所述自动售卖机体20能够响应到消费者的使用需求,此时所述处理器223会授权在所述显示模块224图形化地显示出供消费者选择所述空气包装装置100的选择方式的指令,并且还可以选择性地在同时通过所述声音模块225用声音的方式提示消费者进行选择,同时所述处理器223授权所述选择模块221接收或准备接收消费者的选择。显示在所述显示模块224的指令可以包括“输入尺寸”、“输入商品名称或种类”和“扫描购物清单”等,消费者可以通过点击或触摸这些指令的可响应区域来进行下一步的操作。值得一提的是,在这个指令的下列菜单中还可以包括其他的指令(附图中未示出),例如,当消费者通过点击或触摸执行“输入尺寸”后,接 着所述处理器223会授权在所述显示模块224显示指令,以要求消费者输入所需的所述空气包装装置的长、高等参数。
在这个示例中,消费者可以通过选择“扫描购物清单”来完成该步骤的操作。在消费者选择“扫描购物清单”之后,所述处理器223会授权所述扫描模块226接收消费者的购物清单信息,以辅助响应消费者的使用需求。如图6B所示,具体地说,在所述空气包装装置100的类型选择方式被确定之后,所述自动售卖机体20会允许消费者将红酒的购物清单在所述扫描模块226处进行扫描,此时,所述扫描模块226会将购物清单上的信息输入到所述处理器223进行处理,并通过所述显示模块224全部或部分地显示购物清单信息,以供消费者查验。
如图6C所示,所述处理器223会根据所述扫描模块226录入的购物清单的信息自动地匹配处与红酒相匹配的所述空气包装装置100,并且所述处理器223会授权所述显示模块224显示出被选择的所述空气包装装置100在充气之后的状态,以辅助消费者对所述空气包装装置100的类型进行确认,同时会在所述显示模块224的相应位置图形化地显示出提示消费者进行“确定选择”和“重新选择”的指令,消费者可以通过点击或触摸这些指令的可响应区域来确定选择。并且当消费者执行“确定选择”之后,所述选择模块221会生成并反馈所述选择标识101给所述处理器223,所述处理器223会在接收到所述选择标识101之后,授权其他的模块进行工作。
如图6D所示,所述处理器223会授权在显示模块224图形化地显示出供消费者选择支付方式的指令,并且还可以选择性地在同时通过声音模块225用声音的方式提示消费者进行选择,同时所述处理器223授权所述支付模块222接收或准备接收消费者的选择。显示在所述显示模块224的指令可以包括“现金支付”、“支付凭条支付”和“第三方支付”以及其他的支付类型,以供消费者通过点击或触摸这些指令的可响应区域来进行下一步的操作。在消费者选择“第三方支付”之后,会接着在所述显示模块显示出具体地第三方支付信息,如“支付宝支付”、“微信支付”、“付款码支付”、“银联卡”、“VISA”和“MasterCard”等支付方式以供消费者选择,如图6E所示。
如图6F所示,在消费者选择“支付宝支付”之后,会在所述显示区域224显示出所需支付的价格以及相应的付款码,消费者可以通过手机或其他的电子设备,通过支付宝软体来扫描显示在所述显示模块224的付款码实现支付。并且在消费者完成支付之后,所述支付模块222会生成并反馈所述支付标识102给所述处理器223,所述处理器223会接着授权所述充气设备23为被选定和被完成支付的所述空气包装装置100充气,如图6G所示。最终,消费者可以获得完成充气的所述空气包装装置100,来给红酒提供包装。
本技术领域的技术人员应当理解,上述所描述的所述空气包装装置100的使用方式仅为举例性的说明,其并不会对本发明的内容和范围产生限制,并且在每个步骤中显示在所述显示模块224上的操作指令在本发明的不同的实施例中也会不同。
相应地,如图10所示,本发明还提供一种空气包装装置100的售卖方法,在配置有可执行指令的一处理器223的控制下,所述方法包括步骤:
(a)接收一购买请求;
(b)所述处理器223回应所述购买请求,并匹配与所述购买请求一致的所述空气包装装置100;以及
(c)将所述空气包装装置100供应给消费者。
在上述方法中,还可以包括步骤:执行对所述空气包装装置100的充气操作。
优选地,在所述步骤(b)中,还可以包括步骤:
(b.1)通过一选择模块221选择所述空气包装装置100的类型;
(b.2)通过一支付模块222完成对被选择所述空气包装装置100的支付;以及
(b.3)所述处理器223自动地计算并匹配与所述购买请求一致的所述空气包装装置100。
具体地说,在所述自动售卖机体20收到消费者的所述购买请求之后,所述处理器223会授权所述选择模块221辅助消费者对所述空气包装装置100的类型进行选择,并在选择被确定之后,所述选择模块221会生成并反馈一选择标识101给所述处理器223,所述处理器223会进一步授权所述支付模块222辅助消费者完成对被选择的所述空气包装装置100的支付,并且在支付完成之后,所述支付模块222会生成并反馈一支付标识102给所述处理器223,最后,所述处理器223会授权并控制一充气设备23为所述充气包装装置100充气。
值得一提的是,在本发明的另外的一些实施例中,所述售卖方法还包括步骤:
(b.4)通过一支付模块222完成预付款支付;
(b.5)通过一选择模块221选择所述空气包装装置100的类型;
(b.6)对比预付款与被选择所述空气包装装置100的应付款,其中当预付款足够支付被选择所述空气包装装置100时,完成支付;否则,通过所述支付模块222继续支付剩余资金;以及
(b.7)所述处理器自动地匹配与所述购买请求一致的所述空气包装装置。
如图3B所示,示出了所述自动售卖机体20在这种操作模式下的工作流程示意图。
优选地,其中在上述方法中,图形化地显示所述空气包装装置100的类型选择方式于一显示模块224,并且所述显示模块224得以接收选择指令并反馈至所述选择模块221,所述选择模块221以生成并反馈一选择标识101给所述处理器223。
优选地,其中在上述方法中,图形化地显示支付选择方式于所述显示模块224,并且所述显示模块224得以接收支付指令并反馈至所述支付模块222,所述支付模块222以生成并反馈一支付标识102给所述处理器223。
优选地,其中在上述方法中,通过一声音模块225提示进行所述空气包装装置100的类型的选择和/或支付方式的选择。
值得一提的是,所述选择标识是所述空气包装装置被选定的标识;所述支付标识是支付完成的标识。
优选地,如图4所示,其中在上述方法中,所述处理器通过以下至少一种方式响应所述使用需求:
在所述显示模块输入所述空气包装装置的尺寸;
在所述显示模块输入所购商品的名称和/或种类;以及
扫描购物清单。
优选地,如图5所示,其中在上述方法中,所述处理器通过以下至少一种方式完成支付:
现金支付;
支付凭条支付;以及
第三方支付。
优选地,其中在上述方法中,通过可操作地连接于所述处理器的一扫描模块扫描购物清单的信息,并且所述购物清单的信息同时全部或部分地显示于所述显示模块。
值得一提的是,本发明还提供一种自动售卖机体20的操作方法,在对所述自动售卖机体20进行操作之前,所述自动售卖机体20会自动地实现初始化,应当理解,根据需要,所述自动售卖机体20允许消费者主动将其初始化,以便于后续的操作。
具体地说,如图11所示,所述自动售卖机体20包括一控制单元22以及一充气设备23,所述控制单元22还包括一选择模块221、一支付模块222以及一处理器223,并且所述选择模块221和所述支付模块222分别可操作地连接于所述处理器223,所述方法包括步骤:
(A)在所述选择模块221选择一空气包装装置100的类型;
(B)通过所述支付模块222完成对被选择所述空气包装装置100的支付;以及
(C)控制所述充气设备23为所述空气包装装置100充气。
当然在所述步骤(C)中,消费者或其他工作人员也可以手动地通过实施为打气筒的所述充气设备23给所述空气包装装置100进行充气操作。
优选地,在所述步骤(A)中,在可操作地连接于所述处理器223的一显示模块224上显示所述空气包装装置100的类型选择方式。
优选地,在所述步骤(A)中,在可操作地连接于所述处理器223的一显示模块224上显示所述空气包装装置100的类型选择方式,并且所述显示模块224得以接收选择指令并反馈至所述选择模块221,所述选择模块221以生成并反馈一选择标识101给所述处理器223。
优选地,在所述步骤(B)中,在所述显示模块224上显示可选择的支付方式,并且所述显示模块224得以接收指令并反馈至所述支付模块222,所述支付模块222以生成并反馈一支付标识102给所述处理器223。
优选地,在所述步骤(A)中,通过以下至少一种方式选择所述空气包装装置100的类型:
在所述显示模块224输入所述空气包装装置100的尺寸;
在所述显示模块224输入所购商品的名称和/或种类;以及
扫描购物清单。
值得一提的是,在可操作地连接于所述处理器223的一扫描模块226扫描购物清单的信息。
优选地,通过以下至少一种方式完成支付:
现金支付;
支付凭条支付;以及
第三方支付。
值得一提的是,本发明还提供一种自动售卖空气包装装置的商业方法,其中所述方法包括步骤:
(i)由卖家提供所述空气包装装置;
(ii)买家通过放置在商家的自动售卖装置购买所述空气包装装置;以及
(iii)商家在所述买家购买所述空气包装装置所付费用中抽取提成。
所述商家可以是各种超市、商场或专卖店等,所述买家在购买商家的各种货物后再搭配合适的所述空气包装装置,然后可以方便地带回家或其他工作场所。 所述商家也可以是物流公司,所述买家根据需要,自行挑选合适的所述空气包装装置,然后物流公司将所述空气包装装置用于包装待运输的物品。所述卖家可以是所述空气包装装置100的制造商或代理分销商。所述空气包装装置100可以是来自同样的制造商或代理分销商,也可以来自不同的制造商或代理分销商。
所述商家可以提供其所售卖的各种商品的形状和尺寸等规格信息,从而所述自动售卖装置可以根据这些信息配备有合适的所述空气包装装置的类型和规格,并且可以提供多种预选方案,以供所述买家选择。
值得一提的是所述买家可以直接是消费者,所述自动售卖装置还可以自动统计各种所述空气包装装置100的售卖情况,从而根据消费者选择偏好,再优化存储的所述空气包装装置100的种类以及给消费者建议的预选方案。从而,在这样的商业方法中,使所述买家,所述商家和所述卖家都能受益。
如图9A至图9K所示是本发明的所述空气包装装置100的各种类型。所述空气包装装置100主要通过填充有空气来提供空气缓冲效果,在一些实施例中,所述空气包装装置100还包括其他的包装材料,从而提供额外的保护或缓冲效果。
在本发明的这个第一和第二优选实施例中,所述空气包装装置100包括四层薄膜,两层气室膜110以及形成单向充气阀的两层阀膜120,并且经过一系列热封形成一个或多个充气单元130。在充气时,空气从所述两层阀膜120之间进入各个所述充气单元130的充气腔内,然后在各个所述充气单元130的充气腔内充入足够空气后,所述充气腔内的气压施压于两层所述阀膜120,从而关闭所述两层所述阀膜120之间的进气通道。所述空气包装装置100的充气口可以塞入所述充气设备23的充气嘴,从而对所述空气包装装置100进行充气。
如图9A中所示,所述空气包装装置100可以只是一个充气垫,在充气后,形成充气材料,填充到包装箱,包装盒或包装袋中,以起到缓冲作用。如图9B至图9K所示,所述空气包装装置100经弯折和热封可以自身形成容纳腔,以用于容纳包装物品。具体地,如图9B所示,所述空气包装装置100a具有多个充气侧壁,从而形成容纳腔150a,包装物品可以储存在所述容纳腔150a中,并且整个袋体可以大致呈U形。如图9C所示,所述空气包装装置100b形成大致呈方形的所述容纳腔150b,从而形成方形空气包装装置100b,以用于容纳大致呈方形的包装物品如各种电子设备等等。如图9D所示,所述空气包装装置100c呈环形,可以环绕在包装物品的周围,从而形成物品周缘包装装置。如图9E所示,所述空气包装装置100d可以形成多层充气结构,如内外两层呈叠合的充气袋结构,从而增强缓冲效果。在图9F中,所述空气包装装置100e内外两层呈叠合的充气袋结构可以呈错位地布置,从而减小其厚度。在图9g中,所述空气包装装置100f的充气结构呈交叉叠合状,从而整体形成大致三角形,从而形成角套包装装置,如应用于包装电视机的四个角。在图9h中,所述空气包装装置100g形成多个分装室150g,从而可以储存不同的物品。在图9i中,所述空气包装装置100h形成延长形的容纳腔100h,从而适合于包装延长形的物品,如瓶装红酒。在图9J中,所述空气包装装置100i内部还搭配有固定连接的内包装层160i,所述内包装层160i可以是其他功能材料,如防水防潮、隔热保温、遮光、防静电、耐磨损、耐腐蚀、可印刷材料的一种或其组合。在图9K中,所述空气包装装置100j外部还可以搭配有固定连接的外包装层170j,所述外包装层170j也可以是其他功能材料,如防水防潮、隔热保温、遮光、防静电、耐磨损、耐腐蚀、可印刷材料的一种或其组合。另外,所述包装层170j也可以是包装箱,所述空气包 装装置100j的气室膜粘接于所述包装箱内部,并且在未使用时,所述包装箱也处于折叠状态,当所述气室膜形成的充气单元充气时,自动将呈折叠状态的所述包装箱撑开,从而形成外侧有所述包装箱,内部有充气袋的箱中袋结构。
技术领域的技术人员应当理解,上述所述空气包装装置100的类型不应该被视为对本发明的内容和范围的限制,在实际应用中,还可以根据需要搭配各种合适的所述空气包装装置100的类型,也可以根据需要设计具有不同形状和尺寸的所述空气包装装置100。
值得一提的是,各个所述空气包装装置100可以单独地存储在所述储存单元21中,并且所述储存单元21可以有多个独立的腔室,以分别存储不同类型或不同规格的所述穷鬼所述空气包装装置100,在使用时,所述分配单元24将被选定的某个所述空气包装装置100提供给购买者。另外如图11A所示,存储在所述存储单元21中的是一个或多个空气包装连续体1000,所述空气包装连续体1000成卷待用,或折叠起来待用。相应地,所述空气包装连续体1000可以包括多个所述空气包装装置100,如可以是上述空气包装装置100,100a…100j或其他类型的空气包装装置,相邻的所述空气包装装置100之间可以形成易断连接,从而所述分配单元24将一个所述空气包装装置100传送至所述出货口2222时,购买者可以轻易地将所述空气包装装置100撕下,从而用于包装待包装的物品。值得一提的是,例如在这个实施例中,所述存储单元21中可以存储有多卷所述空气包装连续体1000,各个所述空气包装连续体1000的对应的所述空气包装装置100的类型和规格可以相同或不同。
如图11B所示,各个所述空气包装连续体1000’可以不像图11A中将其明显地分为多个所述空气包装装置100,而是根据需要来剪切。即,当购买者选定合适的尺寸后,所述分配单元24进一步地包括剪切装置,例如所述空气包装连续体1000’成卷地储存在卷轴上,所述处理器223相应地计算需要剪切的位置,例如通过卷轴的转速和卷式空气所述包装连续体1000’的半径以及单层所述空气包装连续体1000’的厚度等来判断剪切位置,从而将合适尺寸的一段所述空气包装连续体1000’剪切下来并供应给所述购买者。在这里,该段所述空气包装连续体作为一个空气包装装置100,以提供给所述购买者。该段所述空气包装连续体可以搭配其他的包装材料如包装箱包装盒等,以提供空气缓冲效果。
在物流公司、工厂、大型商场以及大型网购超市等,由于每天的出货量很大,在运输之前需要对物品进行包装,本发明提供的一空气包装装置的工作站能够提供空气包装装置来包装物品,并能够自动充气,使包装工作变得更加简单、快速。
图12A至图12C所示是本发明提供的一空气包装装置的工作站,适于放置于出货较多的工厂、物流公司或大型网购超市等来使用,包括一支架10’和一自动工作机20’,其中所述支架10’与所述自动工作机20’相匹配,得以支撑所述自动工作机20’,其中所述支架10’可以配置于所述自动工作机20’的任意位置。
所述自动工作机20’包括一存储单元21’、一控制单元22’、一分配单元23’和一充气单元24’以及其他可能的单元,所述存储单元21’用于存储多个空气包装装置100’,其中被存储于所述存储单元21’的多个所述空气包装装置100’可以是同一种类型、同一种规格(包括大小、形状等)的,也可以是不同类型、不同规格的,以用于根据实际情况进行选择来包装不同的物品。
在不同的实施例中,所述存储单元21’、所述控制单元22’和所述充气单元24’可以具有不同的配置关系,例如,所述充气单元24’可以实施为单独的设备,以独立于所述自动工作机20’之外,当工作人员从所述存储单元21’处取得 所述空气包装装置100’后,再通过外置的所述充气单元24’进行充气操作,即工作人员可以手动地使用所述充气单元24’如可以是打气筒为所述空气包装装置100’进行充气。此外,所述充气单元24’也可以设于所述自动工作机20’,当所述存储单元21’发出所述空气包装装置100’后,自动地通过所述充气单元24’进行充气,再包装物品,或者包装物品后,再自动地通过所述充气单元24’进行充气。
如图13至图19所述,所述控制单元22’包括一选择模块221’,工作人员得以通过所述选择模块221’选择所述空气包装装置100’的类型,以与相应的物品相匹配。具体地,所述选择模块221’可以实施为选择按钮、输入键盘、语音输入或触摸屏等提供选择输入方式的装置。
所述控制单元22’还包括一处理器222’,所述选择模块221’可操作地连接于所述处理器222’,并且所述充气单元24’和所述分配单元23’也可操作地连接于所述处理器222’,也就是说,当工作人员通过所述选择模块221’将选择相应的所述空气包装装置100’的需求指令发送给所述处理器222’,所述处理器222’传递控制指令给所述分配单元23’,当所述分配单元23’收到所述处理器222’的控制指令后,所述分配单元23’可以执行分配操作,从而将选定的所述空气包装装置100’供应给工作人员,当所述充气单元24’收到所述处理器222’的控制指令后,所述充气单元24’可以执行充气操作,从而给被选定的所述空气包装装置100’充气。
具体地说,所述处理器222’在收到工作人员的请求之后,所述处理器222’会通过声音或图像等方式提示工作人员对所述空气包装装置100’的类型进行选择并确认,或者工作人员通过所述选择模块221’输入相关选择信息后,所述选择模块221’会产生并反馈一选择标识用于证明所述空气包装装置100’被选定,并且所述选择标识会被所述处理器222’接收。
值得一提的是,工作人员可以通过所述选择模块221’逐个输入所述空气包装装置100’的类型及每一类型的数量,并可以设置每种类型的所述空气包装装置100’的出货顺序及每两个所述空气包装装置100’的出货间隔,通过一次设定,即可完成多种所述空气包装装置100’的选择,节约时间,并设置相应的顺序及间隔,以保证工作人员有足够的时间完成物品的包装。例如,对于大型网购超市,对于同一用户下载的订单,可能包含有多件物品,使用者通过一次设定,即可选择多个相应的所述空气包装装置100’,以逐个完成物品的包装。
还值得一提的是,在本发明的说明书及说明书附图中所提及的术语“处理器”可以被实施为一个可执行命令的处理器模块,也可以是一个可执行命令的计算机设备,因此,所述处理器222’的类型并不应被视为对本发明的内容和范围的限制。
所述控制单元22’还包括一声音模块223’,所述声音模块223’可操作地连接于所述处理器222’,以辅助所述处理器222’提示工作人员进行相应的操作,还可通过所述声音模块223’发出的声音来提示正在出货或即将出货的所述空气包装装置100’的类型,提示工作人员需要包装相对应的物品或者进行确认,出现错误的时候能够及时调整。
在所述空气包装装置100’被选定之后,工作人员可以通过一显示模块224’来查看所述空气包装装置100’在充气之后的包括形状、尺寸等参数在内的规格,以便于工作人员对被选择的所述空气包装装置100’进行确认。具体地说,所述控制单元22’还包括所述显示模块224’,所述显示模块224’可操作地连接于所述 处理器222’,以供显示诸如选择命令在内的图像信息。例如,在本发明的一些特定实施例中,在所述处理器222’接收到所述选择标识后,被选择的所述空气包装装置100’在充气之后的规格能够被工作人员通过所述显示模块224’进行查看,以辅助工作人员对所述空气包装装置100’进行确认。在另外一些实施例中,所述显示模块224’也可以用于预览待包装物品被所述空气包装装置100’包装之后的状态,以供工作人员查看确认,防止配置错误。
值得一提的是,通过所述显示模块224’、所述处理器222’能够实现分别提示工作人员对所述空气包装装置100’的类型和支持方式的选择,从而便于操作。在本发明的一个特定的实施例中,所述显示模块224’可以被实施为一个显示屏幕或一个触摸屏幕,通过所述显示模块224’,被选择的所述空气包装装置100’在充气之后的规格能够被图形化地显示在所述显示模块224’,以更加直观地被工作人员查看和确认。在本发明的另一个实施例中,所述显示模块224’还可以接收指令的输入功能,并且该指令在后续过程中能够被所述处理器222’接收和识别,以使所述处理器222’根据该指令执行相应的动作。例如,工作人员可以将待包装物品的信息(例如名称、品种等)通过所述显示模块224’进行输入,输入的信息能够以指令的形式被传输至所述处理器222’,此时,所述处理器222’能够基于该指令自动地匹配与消费者所输入的待包装物品相匹配的所述空气包装装置100’,例如,对于工厂或者大型购物超市等来说,根据日常出货情况,预先把待包装的物品种类录入到所述处理器222’,当需要包装物品时,只需要在所述显示模块224’上选择相应的物品或物品编号即可选择相对应的所述空气包装装置100’,选择更加便捷。
值得一提的是,所述显示模块224’和所述声音模块223’无论是单独地还是结合起来都能够提示工作人员完成相应的操作,例如,所述处理器222’能够接受所述选择模块221’调用所述显示模块224’和所述声音模块223’中的至少一个提示工作人员进行相应的操作。
此外,所述声音模块223’提示工作人员所述存储单元21’是否缺货以及出货是否正常,例如,当工作人员输入需求的所述空气包装装置100’的数量后,所述存储单元21’中的数量不足以满足需求,此时,所述声音模块223’则会发出相应的提示音,提示消费者补充所述空气包装装置100’或者更改选择。当所述自动工作机20’出现故障不能正常出货或包装时,所述声音模块223’也会发出警报的声音,以提示工作人员所述自动工作机20’出现状况,便于及时处理,防止出现严重情况,这对于自动包装尤其重要。
值得一提的是,在本发明的一个优选实施例中,所述充气单元24’一体地连接于所述自动工作机20’。当将工作站应用于工厂中时,适于将工作站安装于出货机旁边,与出货机连接在一起,便于流线型作业,实现自动化包装。即当物品由出货机出货后,立即通过所述自动工作机20’进行包装,并通过所述充气单元24’进行充气,可以先充气再包装,也可以先包装再充气,其中需要在所述自动工作机20’处设置一支撑单元25’,所述支撑单元25’连接于所述处理器222’、所述存储单元21’、所述分配单元23’和所述充气单元24’,当所述空气包装装置100’由所述存储单元21’发出来后,所述分配单元23’将相应的所述空气包装装置100’送入所述支撑单元25’,所述支撑单元25’同时接收所述处理器222’的指令,以自动打开所述空气包装装置100’,物品自动进入所述空气包装装置100’,进行自动化包装。此外,所述充气单元24’也可以同时接收所述处理器222’的指令,在所述支撑单元25’打开所述空气包装装置100’的过程中、打开后或者 打开前,所述充气单元24’均可以对所述空气包装装置100’进行充气。进一步地,如果将所述支撑单元25’连接于所述出货机的出货口,则可以实现自动包装,当然工作人员也可以手动将物品放入所述支撑单元25’打开的所述空气包装装置100’,以实现半自动化包装,节约工作人员打开所述空气包装装置100’的时间和充气的时间,提高包装效率。
值得一提的是,所述处理器222’根据出货速度设定有相应的时间间隔来提供所述空气包装装置100’,并预留有相应的包装时间,以连续、自动地包装物品。
另外,所述充气单元24’与所述处理器222’可操作地连接,所述空气包装装置的工作站根据各个类型的所述空气包装装置100’设定有预定的充气量,从而所述处理器222’通过控制充气时间和充气速度,自动判断充气是否完成,以保证能够充入适当的充气量。
所述分配单元23’可以是各种合适的结构,例如可以实施为升降台,将被选定的所述空气包装装置100’运送至出货机的出货口,也可以是其他的开关,如将所述空气包装装置100’的储存室的底板或侧口打开,从而所述空气包装装置100’自行掉落或滑落,进而进入到所述支撑单元25’,以便于进一步地使用。
所述支撑单元25’可以是各种合适的结构,包括能够打开、支撑所述空气包装装置100’的结构,能够根据所述处理器222’的指令进行更换所述空气包装装置100’,即将已经打开充气的所述空气包装装置100’运输到预定位置,接着打开下一个所述空气包装装置100’。
例如,对于大型网购超市来说,工作人员需要预先将相应的所述空气包装装置100’存入所述存储单元21’中,并在所述处理器222’中预先置入相应的物品信息以及与物品相适配的所述空气包装装置100’的类型,当工作人员将相应物品信息的编号输入后,所述处理器222’会自动匹配出相适配的所述空气包装装置100’,或者通过所述扫描模块225’扫描出货清单后,会自动匹配出相应的所述空气包装装置100’,并自动充气,语音提示所述空气包装装置100’相适配的物品,以提示工作人员准确无误的进行包装。对于大型网购超市或者物流公司来说,出货时都有相应的出货清单,所述扫描模块225’还可以通过扫描所述出货清单进行配备相应的所述空气包装装置100’,省时省力,能够有效提高包装效率。
所述自动工作机20’进一步包括一传输单元26’,其中所述传输单元26’连接于所述处理器222’、所述分配单元23’和所述支撑单元25’,当所述空气包装装置100’自动包装好相应的物品后,在所述处理器222’的控制下,所述空气包装装置100’自动从所述支撑单元25’中退下进入到所述传输单元26’,运输到预定的位置,供工作人员执行下一步的操作。值得一提的是,所述处理器222’控制所述空气包装装置100’在所述支撑单元25’的预留时间,以留出足够的时间来打开、包装和充气,其中所述处理器222’根据出货机的出货速度以及所述空气包装装置100’的打开、包装与充气的速度来设置相应的预留时间,以保证预留足够多的时间使物品得到及时的、完好的包装。
例如,当将所述空气包装装置的工作站应用于工厂中时,需要将所述支撑单元25’与自动出货机的出货口相连接,以将出货机出的物品直接送入所述支撑单元25’处打开的所述空气包装装置100’,所述空气包装装置100’接到物品包装后,在所述处理器222’的控制下,送入所述传输单元26’,进而运输到相应的位置。值得一提的是,所述支撑单元25’可以实施为安装于所述出货机出货口的顶端或者下端,以接收出货的物品。
所述处理器222’根据出货机的出货速度以及根据所述空气包装装置100’ 的包装时间和充气时间来控制所述分配单元23’和所述传输单元26’,以按照预定速度来更换所述支撑单元25’处的所述空气包装装置100’,并控制所述传输单元26’的传输速度,及时运输,防止包装后的物品堆积。
所述空气包装装置的工作站的使用过程如下:
(a’)所述处理器222’接收工作人员的指令,并分配相应的所述空气包装装置100’给所述工作人员;
(b’)所述充气单元24’适于给所述空气包装装置100’充气;以及
(c’)所述空气包装装置100’被用来包装相应的物品。
在所述步骤(a’)中,包括以下步骤:
(a’.1)通过所述选择模块221’或/和所述声音模块223’输入指令,其中所述指令包括所述空气包装装置100’的类型和规格、相应的商品编号、充气时间设定、所述空气包装装置100’的出货速度、所述支撑单元25’的更换速度以及所述传输单元26’的运输速度等其他需要设置的指令;
(a’.2)所述处理器222’自动计算或通过所述扫描模块224的扫描并通过所述分配单元23’将相应的所述空气包装装置100’分配给所述工作人员。
在所述步骤(b’)中,包括以下步骤:
(b’.1)所述支撑单元25’接收所述分配单元23’匹配的所述空气包装装置100’,并打开所述空气包装装置100’,以便于物品进入所述空气包装装置100’的容纳空间;
(b’.2)所述充气单元24’对所述支撑单元25’支撑的所述空气包装装置100’进行充气,使其具有空气缓冲作用。
值得一提的是,所述步骤(b’.2)可以在所述步骤(b’.1)之前,即先对所述空气包装装置100’进行充气,然后通过所述支撑单元25’进行打开,进而来包装物品。
在所述步骤(c’)中,包括以下步骤:
(c’.1)通过所述自动工作机20’自动来包装物品,适于应用于工厂,例如,啤酒厂、红酒厂、牛奶厂、饮料厂等,将所述支撑单元25’连接于工厂产品出货机的出货口,所述处理器222’根据出货速度以及所述空气包装装置100’的充气时间来设置支撑单元25’更换所述空气包装装置100’的速度,并将包装完的商品通过所述传输单元26’进行运输到预定位置,实现自动包装;以及
(c’.2)通过所述自动工作机20’手动来包装物品,适于应用于物流公司、大型网购超市储货基地或工厂等,所述空气包装装置100’通过在所述支撑单元25’中打开后,工作人员手工将物品放置到所述空气包装装置100’的容纳空间,然后再进行充气,或者充气后再将物品放入进行包装,包装后的物品可通过所述传输单元26’进行运输到预定位置,或者工作人员直接将包装好的物品放置到预定的位置。值得一提的是,工作人员根据常规包装速度来设置所述支撑单元25’更换所述空气包装装置100’的速度,使得工作人员能够连续进行包装,省去了工作人员寻找所述空气包装装置并打开和充气的操作,以节约时间,提高包装效率,节省工作人员的劳动强度。
所述分配单元23’分配相应的所述空气包装装置100’后,工作人员通过手动拿到所述空气包装装置100’,进而来包装相应的物品,包装结束后,放置到所述充气单元24’进行自动充气。
所述分配单元23’分配相应的所述空气包装装置100’后,所述空气包装装置100’进入到所述支撑单元25’,并通过所述支撑单元25’进行打开,且通过所述 充气单元24’进行充气,然后工作人员将相应的物品放入所述空气包装装置100’,并通过按一按钮来启动所述处理器222’,以控制所述支撑单元25’更换所述空气包装装置100’,使已包装物品的所述空气包装装置100’进入到所述传输单元26’,然后所述分配单元23’分配一个所述空气包装装置100’到所述支撑单元25’,进而打开、充气,包装物品,进行运输,依次类推。
如图20A至图20K所示是本发明的所述空气包装装置100’的各种类型。所述空气包装装置100’主要通过填充有空气来提供空气缓冲效果,在一些实施例中,所述空气包装装置100’还包括其他的包装材料,从而提供额外的保护或缓冲效果。
在本发明的第三、第四和第五优选实施例中,所述空气包装装置100’包括四层薄膜,两层气室膜110’以及形成单向充气阀的两层阀膜120’,并且经过一系列热封形成一个或多个充气单元130’。在充气时,空气从所述两层阀膜120’之间进入各个所述充气单元130’的充气腔内,然后在各个所述充气单元130’的充气腔内充入足够空气后,所述充气腔内的气压施压于两层所述阀膜120’,从而关闭所述两层所述阀膜120’之间的进气通道。所述空气包装装置100’的充气口可以塞入所述充气单元24’的充气嘴,从而对所述空气包装装置100’进行充气。
如图20A中所示,所述空气包装装置100’可以只是一个充气垫,在充气后,形成充气材料,填充到包装箱,包装盒或包装袋中,以起到缓冲作用。如图20B至图20K所示,所述空气包装装置100’经弯折和热封可以自身形成容纳腔,以用于容纳包装物品。具体地,如图20B所示,所述空气包装装置100a’具有多个充气侧壁,从而形成容纳腔150a’,包装物品可以储存在所述容纳腔150a’中,并且整个袋体可以大致呈U形。如图20C所示,所述空气包装装置100b’形成大致呈方形的所述容纳腔150b’,从而形成方形空气包装装置100b’,以用于容纳大致呈方形的包装物品如各种电子设备等等。如图20D所示,所述空气包装装置100c’呈环形,可以环绕在包装物品的周围,从而形成物品周缘包装装置。如图9E所示,所述空气包装装置100d’可以形成多层充气结构,如内外两层呈叠合的充气袋结构,从而增强缓冲效果。在图20F中,所述空气包装装置100e’内外两层呈叠合的充气袋结构可以呈错位地布置,从而减小其厚度。在图20G中,所述空气包装装置100f’的充气结构呈交叉叠合状,从而整体形成大致三角形,从而形成角套包装装置,如应用于包装电视机的四个角。在图20H中,所述空气包装装置100g’形成多个分装室150g’,从而可以储存不同的物品。在图20I中,所述空气包装装置100h’形成延长形的容纳腔150h’,从而适合于包装延长形的物品,如瓶装红酒。在图20J中,所述空气包装装置100i’内部还搭配有固定连接的内包装层160i’,所述内包装层160i’可以是其他功能材料,如防水防潮、隔热保温、遮光、防静电、耐磨损、耐腐蚀、可印刷材料的一种或其组合。在图20K中,所述空气包装装置100j’外部还可以搭配有固定连接的外包装层170j’,所述外包装层170j’也可以是其他功能材料,如防水防潮、隔热保温、遮光、防静电、耐磨损、耐腐蚀、可印刷材料的一种或其组合。另外,所述包装层170j’也可以是包装箱,所述空气包装装置100j’的气室膜粘接于所述包装箱内部,并且在未使用时,所述包装箱也处于折叠状态,当所述气室膜形成的充气单元充气时,自动将呈折叠状态的所述包装箱撑开,从而形成外侧有所述包装箱,内部有充气袋的箱中袋结构。
技术领域的技术人员应当理解,上述所述空气包装装置100’的类型不应该被视为对本发明的内容和范围的限制,在实际应用中,还可以根据需要搭配各种合 适的所述空气包装装置100’的类型,也可以根据需要设计具有不同形状和尺寸的所述空气包装装置100’。
值得一提的是,各个所述空气包装装置100’可以单独地存储在所述存储单元21’中,并且所述存储单元21’可以有多个独立的腔室,以分别存储不同类型或不同规格的所述穷鬼所述空气包装装置100’,在使用时,所述分配单元23’将被选定的某个所述空气包装装置100’提供给工作人员。另外如图22A所示,存储在所述存储单元21’中的是一个或多个空气包装连续体1000’,所述空气包装连续体1000’成卷待用,或折叠起来待用。相应地,所述空气包装连续体1000’可以包括多个所述空气包装装置100’,如可以是上述空气包装装置100’,100a’…100j’或其他类型的空气包装装置,相邻的所述空气包装装置100’之间可以形成易断连接,从而所述分配单元23’将一个所述空气包装装置100’传送至所述出货口时,工作人员可以轻易地将所述空气包装装置100’撕下,从而用于包装待包装的物品。值得一提的是,例如在这个实施例中,所述存储单元21’中可以存储有多卷所述空气包装连续体1000’,各个所述空气包装连续体1000’的对应的所述空气包装装置100’的类型和规格可以相同或不同。
如图22B所示,各个所述空气包装连续体1000A’可以不像图22A中将其明显地分为多个所述空气包装装置100’,而是根据需要来剪切。即,当工作人员选定合适的尺寸后,所述分配单元23’进一步地包括剪切装置,例如所述空气包装连续体1000A’成卷地储存在卷轴上,所述处理器222’相应地计算需要剪切的位置,例如通过卷轴的转速和卷式空气所述包装连续体1000A’的半径以及单层所述空气包装连续体1000A’的厚度等来判断剪切位置,从而将合适尺寸的一段所述空气包装连续体1000A’剪切下来并供应给所述工作人员。在这里,该段所述空气包装连续体作为一个空气包装装置100’,以提供给所述工作人员。该段所述空气包装连续体可以搭配其他的包装材料如包装箱包装盒等,以提供空气缓冲效果。
如图23所示,根据本发明的一个第六优选实施例的流体包装装置供应平台的监控系统包括一计算装置30”,用于存取及分析相关信息数据,以及至少一流体包装装置供应平台20”。所述计算装置30”包括一通信装置31”,连接于所述计算装置30”,以允许所述计算装置30”对外沟通信息。其中所述计算装置30”可以是一部计算器、智能手机、云端服务器或其他计算设备。所述通信装置31”则可以是一个以太网络适配器、电话调制解调器、无线网络卡、GSM通信装置、CDMA通信装置、蓝牙通信装置、无线电收发装置、卫星通信装置、或其他具有一种或更多近端及远程通信功能的装置。
所述流体包装装置供应平台20”则包括一通信模块227”,连接于所述流体包装装置供应平台20”,以允许所述流体包装装置供应平台20”对外沟通信息。其中所述通信模块227”也可以是一个以太网络适配器、电话调制解调器、无线网络卡、GSM通信装置、CDMA通信装置、蓝牙通信装置、无线电收发装置、卫星通信装置、或其他具有一种或更多近端及远程通信功能的模块;值得一提的是,所述通信模块227”在特定实施方式中,且符合一定条件下,采用的通信单元除了可与所述通信装置31”相同,例如两者皆具有可相匹配的蓝牙通信单元且实体位置位于信号范围内,也可以在其他条件下,采用不同通信单元及间接联机,例如其中之一为GSM通信装置,另一个则为以太网络适配器,彼此透过电信业者提供的服务转换信号,然后直接对接或透过互联网联机,又或者其一是GSM通信装置,另一者是无线网络卡,两者除了透过电信业者提供的上网服务,还透过 位于其中使用无线网络卡端由电信业者或第四方提供的无线网络信号转换服务达成对接的目地。换言之,本发明中的所述通信装置31”与所述通信模块227”在一实施方式中,虽然必须以某种方式相匹配以最终实现连接的目地,但其作法上并不限定两者必须使用相同装置,也不限定必须直接连接或仅透过一第三方连接;举凡可以使两者彼此通讯的作法都包含在本发明的范围内。
此外,本发明中的所述通信装置31”与所述通信模块227”皆可包含不只一种通信装置或模块,并以此衍生出多种联机方式;例如,两者皆同时具备以太网络及无线网络模块,此时除可以分别以两条路径透过互联网互连外,尚能透过链路聚合方式增加带宽,且两种通信方式也可互为备援或作为数据除错之用。又或者例如所述通信装置31”同时具备蓝牙与无线网络模块,同时以无线网络模块透过互联网连结一位于远程的流体包装装置供应平台20”,并以蓝牙模块直接连结另一位于近端的流体包装装置供应平台20”;换言之,所述计算装置30”若与多部所述流体包装装置供应平台20”联机,可合并或分别使用不只一种实施方式。另外,所述通信装置31”与所述通信模块227”在部分实施例当中仅需彼此互连即可,两者皆未必要有能直接或间接连结互联网的模块;相对地,在部分实施例当中,所述通信装置31”与所述通信模块227”两者或其一则必须要具有能直接或间接连结互联网或其他外部网络的模块,以彼此互连及从互联网或其他外部网络取得相关信息或指令。在此,外部网络指的是一组本发明的流体包装装置供应平台的监控系统中的设备,像是一计算装置30”与若干流体包装装置供应平台20”,之间彼此连结形成的网络以外的任何网络,包括互联网。而其他外部网络则是除了互联网以外的外部网络,例如一商场或工厂场区内自行架设的组织内网、另一组由本发明的流体包装装置供应平台的监控系统形成的网络、一电信业者经营的电信数据交换网络、透过一电话总机形成的室内电话网络等。
所述流体包装装置供应平台20”主要是用于在接受特定指令或讯息后,直接或间接提供及/或填充特定数量种类的流体包装装置100”,在不同的实施方式中,所述流体包装装置供应平台20”可以是一种半自助流体包装装置供应机、空气包装装置的自动售卖装置、空气包装装置的工作站、特殊气体及液体包装装置的工作站、或基于相同或类似原理的流体包装装置供应装置。值得一提的是,实施为半自助流体包装装置供应机时,该流体包装装置供应平台20”供应的流体包装装置100”可由现场工作人员协助拿取或采取自助式拿取。
流体包装装置供应平台20”也可以实施为如图29所示的组成,包括一存储单元21”、一控制单元22”、一流体填充设备23”、分配单元24”以及其他可能的构件;根据不同作法,所述存储单元21”、所述控制单元22”与所述流体填充设备23”可以具有不同的配置关系,例如,所述流体填充设备23”可以被实施为单独的设备,以独立于所述流体包装装置供应平台20”之外,以在使用者从所述流体包装装置供应平台20”处取得所述流体包装装置100”之后,再利用所述流体填充设备23”为所述流体包装装置100”进行流体填充操作。即使用者或其他协助人员可以事后手动地使用所述流体填充设备23”,例如可以是泵浦、储存槽、高压气筒、其他可以填充流体的设备或不指一种类似设备的组合,为所述流体包装装置100”进行填充流体。此外,所述流体填充设备23”也可以与所述存储单元21”和所述控制单元22”等构件被集成于所述流体包装装置供应平台20”内,如此可容许使用者直接取得填充完毕的流体包装装置100”。
具体地说,所述存储单元21”用于存储不同的类型(例如可以包括但不限于所述流体包装装置的型号、尺寸)的所述流体包装装置100”,在一些实施例中, 各种类型的所述流体包装装置100”还可以在所述存储单元21”处进行展示。也就是说,使用者在所述流体包装装置供应平台20”外部可以看得见存储在所述存储单元21”中的各种所述流体包装装置100”。所述控制单元22”用于辅助使用者选择所述流体包装装置100”并在过程中进行使用者授权验证,在后续使用过程中,还可以控制所述流体填充设备23”为被选定和被完成支付的所述流体包装装置100”进行流体填充操作,从而,让使用者最终获得已经完成填充的所述流体包装装置100”。此外,在某些实施方式中,所述控制单元22”还可用于辅助接受讯息输出输入、编辑讯息、出具凭证、发出影音或讯号、及其他应用方式。
更具体地说,所述控制单元22”可以包括一输入模块221”以及一验证模块222”,通过所述输入模块221”,使用者可以选择所述流体包装装置100”的类型及填充方式等,相应地,通过所述验证模块222”,使用者可以被授权取得被选定的所述流体包装装置100”,从而,后续可以通过所述流体填充设备23”完成对所述流体包装装置100”的填充操作及/或通过其他模块完成其他操作,例如获得收据。
更具体地,所述输入模块221”可以实施为选择按钮、输入键盘、语音输入、动眼输入、运动控制输入、手势输入或触摸屏等提供输入方式的装置。所述验证模块222”可以实施为包括各种支付方式或其组合,如纸币或硬币投放和识别装置、银行卡刷卡设备等,以容许使用者完成支付和购买,待支付完毕后即被授权取得所选择的流体包装装置100”及/或流体填充服务。所述验证模块222”可以实施为透过第三方的授权验证装置,如透过通信模块227”连结到第三方服务器以确认特定人员、时间、或地点等是否被允许取得特定流体包装装置100”及/或流体填充服务,具体来说例如一使用者透过官方手机APP或官方网站完成下单及刷卡后,该手机APP或官方网站可直接或透过它方验证服务器供所述所述验证模块222”取得该验证订单信息,从而授权该使用者再该条件下取得该流体包装装置100”及/或流体填充服务。所述验证模块222”也可以实施为近端或单机授权验证装置,例如透过感测模块226”感测到特定识别芯片后,授权该芯片持有者获得特定种类及数量的流体包装装置100”;或例如透过输入模块221”让用户输入一密码后,授权该用户获得特定种类及数量的流体填充服务。所述控制单元22”还可以包括一处理器223”,所述输入模块221”与所述验证模块222”分别可操作地连接于所述处理器223”,并且所述分配单元24”与所述流体填充设备23”也可以分别可操作地连接于所述处理器223”,也即是说,当所述分配单元24”收到所述处理器223”的控制指令后,所述分配单元24”可以执行分配操作,从而将被选定的所述流体包装装置100”供应给使用者,当所述流体填充设备23”收到所述处理器223”的控制指令后,所述流体填充设备23”也可以执行流体填充操作,从而给被选定的所述流体包装装置100”填充流体;这两者并无必然的隶属关系或顺序,换言之,所述流体包装装置供应平台20”可以仅供应未填充的流体包装装置100”给使用者、仅执行流体填充操作、先对流体包装装置100”执行流体填充操作后再供应给使用者、先把未填充的流体包装装置100”供应给使用者后再协助该使用者对该流体包装装置100”进行流体填充操作、或混合搭配上述作法等。
所述控制单元22”还可以包括一输出模块225”,所述输出模块225”可操作地连接于所述处理器223”,以辅助所述处理器223”对用户提供除显示模块224”的影像以外的多元化反馈。并且,所述显示模块224”和所述输出模块225”彼此可单独地或联合提供反馈,例如,当所述验证模块222”成功授权用户取得流体包装装置100”时,所述处理器223”能够分别调用所述显示模块224”和所述输出模 块225”中的至少一个提示使用者授权已成功。在此所述输出模块225”可以被实施为一打印机、标签机、磁卡或芯片读写装置、音效装置、振动器、代币或芯片供应装置、信息产生装置、发光装置、其他具提示或提供凭证功能的装置、或不只一种上述装置的组合。
另外,所述流体填充设备23”与所述处理器223”可操作地连接,所述流体包装装置供应平台20”根据各个类型和规格的所述流体包装装置100”设定有预定的流体填充量,从而所述处理器223”通过控制填充时间,自动判断填充是否完成。当然,也可以是使用者或其他工作人员自行判定流体填充是否完成,然后关闭相应的开关。某些流体包装装置100”容许填充不同种类和容量的流体,例如但不限于体积固定但比例不同的两种气体、一定范围内不同体积的氮气、较少的空气混合少许有颜色的水等等,在这种情况下,使用者通常需要事先透过所述输入模块221”进行选定,并可能也需另通过验证模块222”验证以进行这类非预设或个人化流体填充操作。
值得一提的是,所述流体包装装置供应平台20”也可以根据使用场所中各种类型的物品及其组合,配置有多种预选方案,即相应地根据这些组合搭配有预定类型和规格的所述流体包装装置100”以供使用者选择。当然,不同种类的所述流体包装装置100”也可能有不同的价格、需要不同授权、或其他注意事项,从而在将各种选择提供给使用者时,也可以一并地将价格、授权信息及其他注意或建议事项告知用户。
所述分配单元24”可以是各种合适的结构,例如可以是升降台,将被选定的所述流体包装装置100”从所述流体包装装置供应平台20”内运送出来,也可以是其他的开关,如将所述流体包装装置100”的储存室的底板打开,从而所述流体包装装置100”自行掉落或滑落。并且在对应的所述储存室中的所述流体包装装置100”剩下一指定存量时,产生提示信息,或同时透过处理器223”使所述显示模块224”、所述输出模块225”、及/或所述通信模块227”发出补充信息及凭证,例如,透过所述通信模块227”对后勤包商下单订购所需种类数量的所述流体包装装置100”及其补充服务,又例如,透过所述显示模块224”显示存量不足的提示讯息以提醒承租该流体包装装置供应平台20”的商店的工作人员,并透过所述输出模块225”打印出一二维条形码凭条,内含所需流体包装装置100”的种类数量等相关信息及验证信息,从而允许商店工作人员持该二维条形码凭条到附近的供应站,透过扫描二维条形码凭条从而自动领取到所需流体包装装置100”回来补充;这种方式特别适用于在一大型商场中有多家商店承租或购买所述流体包装装置供应平台20”的情况。
本技术领域的技术人员应当理解,上述所述流体包装装置供应平台20”及其包含的模块的类型不应该被视为对本发明的内容和范围的限制,在实际应用中,还可以根据需要搭配各种合适的所述流体包装装置供应平台20”及其分别包含的模块的类型,也可以根据需要设计具有不同数量种类的模块于不同的所述流体包装装置供应平台20”中。更重要的是,本发明的所述流体包装装置供应平台20”也可被实施为一兼具所述计算装置30”的装置,或实施为替代所述计算装置30”的装置,其作法包括但不限于以控制单元22”作为所述计算装置30”使用,并以所述通信模块227”作为所述通信装置31”使用。在不同的实施方式中,为因应不同需求,可以例如单独设置一监控中心终端机作为所述计算装置30”,链接并监控三部身为所述流体包装装置供应平台20”的空气包装装置的自动售卖装置,并且在像是监控中心终端机故障或维修时,改由其中一部空气包装装置的自动售卖 装置同时作为所述流体包装装置供应平台20”及所述计算装置30”,同时自动售卖空气包装装置及监控包含其自身在内的三部所述流体包装装置供应平台20”;又或者基于减轻装置负载、提高效能、成本考虑等,可以使该空气包装装置的自动售卖装置调整作为所述计算装置30”,暂停执行自动售卖等流体包装装置供应平台20”功能。进一步地,一部以上的所述流体包装装置供应平台20”也可以彼此配合形成一所述计算装置30”,例如一工厂内有四部作为所述流体包装装置供应平台20”的空气包装装置的工作站,其中一部的控制单元22”为高性能计算器,但基于某些因素仅搭配一以太网络适配器作为其所述通信模块227”,利用一RJ-45网络电缆线连结到第二部控制单元22”性能一般,但通信模块227”兼具以太网络适配器及蓝牙通信装置的空气包装装置的工作站,从而能够以蓝牙沟通第三、第四部空气包装装置的工作站;于是便可采用第一部的高性能计算器的控制单元22”兼作为所述计算装置30”,又联合第二部空气包装装置的工作站的通信模块227”兼作为所述通信装置31”以同时监控四部空气包装装置的工作站。此外,这类作法也可演变为多部兼任计算装置30”的流体包装装置供应平台20”形成垂直或从属关系,以串连、并联或网络的方式达到单点或多点监控的效果。例如在上述例子中,第三、第四部空气包装装置的工作站改由第二部通信模块227”兼具蓝牙通信装置的该第二部空气包装装置的工作站监控,而第二部空气包装装置的工作站和第一部具备高性能控制单元22”的空气包装装置的工作站本身作为所述流体包装装置供应平台20”的部份才由第一部空气包装装置的工作站兼任另一个所述计算装置30”来监控;在此同时,第一部空气包装装置的工作站兼任的计算装置30”可能还透过其以太网络适配器作为所述通信装置31”使用,监控更多透过互连网连结的其他流体包装装置供应平台20”。而从属关系也可以实施为像是在上述例子中,第一部空气包装装置的工作站还可透过第二部空气包装装置的工作站部份或完全监控第三、第四部空气包装装置的工作站,例如平时第三、第四部空气包装装置的工作站是由第二部空气包装装置的工作站监控,但当第一部空气包装装置的工作站从互连网接收到相关指令时,便接管第三、第四部空气包装装置的工作站的监控,或下达一次性的指令给它们,或由第二部空气包装装置的工作站读取它们过去的监控数据等。
在另外的实施方式中,所述计算装置30”也可以由不同所述流体包装装置供应平台20”替换兼任,例如几部所述流体包装装置供应平台20”,分别是若干位于商场的空气包装装置的自动售卖装置及若干位于工厂的空气包装装置的工作站,其中商场白天营业时空气包装装置的自动售卖装置使用量大,设备负载高,因此以位于工厂的空气包装装置的工作站之一兼作为所述计算装置30”运作,到了夜间商场打烊,但工厂继续进行夜班生产作业,此时该部兼作为所述计算装置30”的位于工厂的空气包装装置的工作站便将所述计算装置30”的运行交递由一部位于商场的空气包装装置的自动售卖装置接替兼任,直到白天商场营业前再交递回位于工厂的同一部或另一部的空气包装装置的工作站接替兼任。
本技术领域的技术人员应当理解,上述所述流体包装装置供应平台20”兼任所述计算装置30”及其轮替、串连、并联、形成网络等方式仅为举例说明,不应该被视为对本发明的内容和范围的限制,在实际应用中,还可以根据需要,依据相同或类似原理进行变化与调整。
如图24所示,根据本发明的一个第七优选实施例的流体包装装置供应平台的监控系统更进一步包括至少一流体包装装置100”,所述流体包装装置100”包括至少一传感器190”,所述传感器190”包括一传感单元1901”及一通信单元 1902”。所述通信单元1902”可以是一具备独立运作能力的无线网络模块、GSM通信模块、CDMA通信模块、蓝牙通信模块、无线电通信单元、卫星通信模块、或其他具有一种或更多无线通信功能的模块;另外,在成本及续航力的考虑下,所述通信单元1902”也可被实施为上述各式或其他单向信号发送的模块或多种通信模块的组合并在特定情况,如接收到启动信号,才开启单向或双向通信。所述通信单元1902”除了不采用有线通信的方式外,其与所述通信装置31”及所述通信模块227”的沟通方式同样都不限于使用相同的通信单元、故定的通信方式、直接通信、或一对一通信。举例而言,一所述通信装置31”可同时具有一蓝牙模块、一无线网络模块、及一以太网络卡,并分别使用以太网络卡沟通一流体包装装置供应平台20”,使用蓝牙模块沟通一位于近距离的流体包装装置100”,及使用无线网络模块沟通另一位于中距离的流体包装装置100”,但是当该位于近距离的流体包装装置100”被移动到中距离时,与该流体包装装置100”的链接将会被交递到无线网络模块,从而使用无线网络模块同时沟通两个位于中距离的流体包装装置100”。值得一提的是,所述通信装置31”、所述通信模块227”、及所述通信单元1902”也可以被实施为信号中继站,进而强化本发明的流体包装装置供应平台的监控系统的链接强度、效能及灵活性;举例而言,一流体包装装置100”可联机到一附近的流体包装装置供应平台20”,再藉由该流体包装装置供应平台20”与一计算装置30”的联机将信息传递到该计算装置30”;类似作法除了提高联机效能外,也因为提供了更多联机选择,让本发明的使用更具灵活性。以上述例子来说,该流体包装装置100”传递数据到流体包装装置供应平台的监控系统时,因为没有使用到像是4G LTE通信连网之类的第三方服务,从而避免了额外的费用。值得一提的是,所述通信单元1902”也可实施为在通信功能外,还附加有灯光、音效、振动或其他提示功能的单元,以便在特定情况下当场发出提示,例如当通信单元1902”收到警示讯息时,发出闪灯信号以提醒该流体包装装置100”持有者及周遭人员。
至于所述传感单元1901”则可以是一温度传感单元、压力传感单元、震动传感单元、陀螺仪、位置定位模块、摄像模块、收音模块、光线传感单元、化学传感单元、湿度传感单元、电磁传感单元、信号传感单元、具有其他传感功能的模块、及由不只一种传感单元组成的装置。其中的位置定位模块包括一或多种卫星定位系统模块,像是适用北斗卫星导航系统、美国全球定位系统、俄罗斯格洛纳斯系统、及欧盟伽利略定位系统的卫星定位系统模块,以及其他像是辅助全球卫星定位系统模块、WiFi定位模块、RFID定位模块或具有定位功能的模块等等。至于上述信号传感单元则包括雷达追踪模块、无线电追踪模块、主动式及被动式RFID、电信传呼模块、SIM模块、USIM模块、及其他具有远距辨识功能的模块等等。在不同种类数量的所述流体包装装置100”中,可以实施为具备不同种类数量的所述传感单元1901”,从而因应不同使用者的需求。例如,用来包装精品琉璃艺品的流体包装装置100”可以内建具有压力传感单元及位置定位模块的传感单元1901”,以便监控纪录该流体包装装置100”是否承受过高压力或撞击,并且可以提供防盗及寻回功能。又例如,用来包装鸡蛋的流体包装装置100”可以仅内建具有压力传感单元的传感单元1901”,或不内建传感单元1901”。另外像是用来包装尚未公开上市发表的产品的流体包装装置100”,可内建具有RFID信号模块的传感单元1901”,以纪录该流体包装装置100”是否确实按时依序被运送到并保存在各指定场所。
如图25所示,根据本发明的一个第六优选实施例的流体包装装置供应平台 的管理方法包括如下步骤:(A)计算装置30”沟通流体包装装置供应平台20”、(B)计算装置30”根据沟通结果判断反馈方式及对象、(C)计算装置30”送出反馈信息、(D)流体包装装置供应平台20”接收使用者操作、(E)流体包装装置供应平台20”传送受到操作的纪录到计算装置30”、(F)计算装置30”储存收到的操作纪录、(G)计算装置30”根据收到及储存的操作纪录产生反馈信息、(H)计算装置30”根据反馈信息判断反馈方式及对象、以及(I)计算装置30”送出反馈信息。具体地说,所述步骤(A)到(C)可以实施为一所述计算装置30”在启动后先透过互联网或其他联机方式,向多部流体包装装置供应平台20”请求联机,此时发生例如有若干部无法联机或传来错误信息的情形,则计算装置30”根据这些沟通结果做出判断,例如判断出”需要通知某流体包装装置供应平台20”所在位置的商店人员检查该部流体包装装置供应平台20“是否故障”及“需报告总公司本次联机状况”等,然后进而执行例如“自动发出短信通知该商店人员”及“自动发出电邮给总公司负责人员”等动作;另外,在计算装置30”沟通流体包装装置供应平台20”时,可能例如全体都正常响应联机,此时计算装置30”根据此沟通结果可能判断出像是”应更新管理网页显示联机完全正常”,于是进而执行例如送出”联机正常”的信息到总公司网页服务器的动作,从而,登入总公司网页观看总公司所属流体包装装置供应平台实时状态的人员可以得知所有流体包装装置供应平台都联机正常。
所述步骤(D)到(I)则可以实施为当一流体包装装置供应平台20”接收到使用者的操作,例如”扫描了商场消费者的购物收据后,提出多种与该购买物品相匹配的流体包装装置100”种类数量的预选方案,于是该消费者选择了其中一种预选方案并操作完成”,然后该流体包装装置供应平台20”将传送受到操作的纪录,例如”该消费者的选择”、”该消费者作决定所花费的时间”、”该消费者操作包装的时间”、”操作过程中的录像”等相关数据,都传送至该计算装置30”,于是该计算装置30”在纪录这些收到的数据时,也据以判断需要产生哪些反馈信息及该将这些讯息送给哪些对象,例如”根据数据纪录,该流体包装装置供应平台20”的某些类型的流体包装装置100”已经快用尽了,因此应发短信给负责该流体包装装置供应平台20”的后勤人员前往补充”,于是计算装置30”就将例如”请尽速为第X号供应平台补充Y个第Z号流体包装装置”的短信或人员指令发送给像是后勤人员等相关人员。至于后勤人员补充流体包装装置的动作,也属于使用者的操作的一种,也因此会被流体包装装置供应平台20”留下纪录并传送回计算装置30”,从而使计算装置30”纪录到更新情形及得知当下该流体包装装置供应平台20”内各式流体包装装置存量,然后计算装置30”可能例如从互联网中收到来自总公司网页服务器及具管理权限的使用者的手机APP的数据请求,所以将像是”第X号供应平台中各式流体包装装置存量的数据”作为信息,分别传送给总公司网页服务器及具管理权限的使用者的手机APP,从而总公司网页上及具管理权限的使用者的手机上将可显示出特定供应平台中各式流体包装装置存量的实时数据。
值得一提的是,一组根据本发明的流体包装装置供应平台的监控系统可能同时管理多部应用在不同场合的不同类型的流体包装装置供应平台,例如有设置于工厂协助作业员进行包装者,有设置于物流业者营业处供托运者自助付费包装者,以及设置于商场供购物者以免费搭配加值方式包装者,并且,各平台所能提供之流体包装装置的种类也很多样,例如有最阳春且尺寸勉强匹配需要包装的内容物者,有较厚实、较大者、有外观特别设计者,有采特殊折迭封装方式者,更有具备额外各式传感器组合者,这些不同选项又各自带有不同价格及销售方式, 最终在使用者选择时,被连同使用者作决定花费的时间、甚至其他各该流体包装装置供应平台可观测的数据,例如用户当时的眼动情形、当时的气温、使用者的个人资料、各该流体包装装置供应平台放置的地点或商场等,都可以被本发明的流体包装装置供应平台的监控系统纪录下来并作为可适用于多种统计分析的变因数据。值得一提的是,本发明的流体包装装置供应平台的监控系统除了上述纪录外,同时也可以沟通不只一个流体包装装置100”的传感单元1901”,并纪录这些传感单元1901”发送的信息,此外还有计算装置30”从外部网络收到的相关外部信息,最后这些纪录及外部信息被储存在计算装置30”中,供得到授权的使用者存取,或由计算装置30”汇整、统计分析或进行其他处理后输出。
在一些实施方式中,计算装置30”可以是一部计算器,从而容许直接在该计算装置30”上直接对这些数据进行统计分析并输出分析结果,输出的方法包括像是直接显示于显示器上、打印、写入到光盘或USB记忆体、以电邮方式寄出、发送到云端等等。此外,计算装置30”也可以实施为一部功能受到限制的终端设备,因而只容许将这些数据透过互联网传出之后,再作其他利用,包括分享、出售、透过其他装置对这些数据进行统计分析等。
如图26所示,根据本发明的一个第七优选实施例的流体包装装置供应平台的管理方法包括如下步骤:(1”)流体包装装置100”被启用、(2”)传感器190”开始发送信息、(3”)计算装置30”透过第三方及/或直接接收传感器190”发送的信息、(4”)计算装置30”纪录收到的传感器190”发送的信息、(5”)计算装置30”根据收到及纪录的传感器190”发送的信息产生反馈信息、(6”)计算装置30”根据反馈信息判断反馈方式及对象、以及(7”)计算装置30”送出反馈信息。具体地说,所述步骤可以实施为当一所述流体包装装置100”被用户取得并启用后,该流体包装装置100”的传感器190”会立刻,或在符合一定条件下,例如收到远程呼叫后,开始作动或发送信息,例如一内含温度传感单元的传感器每隔一分钟就透过互联网传出其感应到的温度。所述计算装置30”接收到讯息后会将讯息纪录,并据以判断使否发送反馈讯息、反馈方式及对象,并将反馈讯息送出,例如计算装置30”曾透过短信收到某流体包装装置内部温度不宜超过摄氏10度,当某次该流体包装装置的传感器190”传来的信息显示其感测到的问度为摄氏12度之后,该计算装置30”除纪录该温度信息外,也可能据以判断出应分别发出提醒短信给售出该流体包装装置内容物的店主、发出“启动黄色LED灯号”的设备指令给该流体包装装置的传感器190”,以及发出该状况对应代码到某一具管理权限的使用者的手机APP等,并据以执行。
如图27所示,根据本发明的一个第八优选实施例的流体包装装置供应平台的管理方法除前述第六优选实施例的步骤外,进一步包括在所述步骤(A)中,计算装置30”同步沟通外部网络并接收及储存外部讯息,例如计算装置30”可同步连接到互联网或商场内部网络,然后接收来自于各该网络的指令或数据,例如各地天候气温,并储存这些讯息,从而容许这些讯息并入步骤(G)中作为判断依据,例如因为某区气温上升,故而发出内含调整参数的设备指令给位于该区的流体包装装置供应平台20”,从而使该流体包装装置供应平台20”小幅降低每次填充流体的容量。此外,在所述步骤(B)中,计算装置30”送出反馈信息的方式还包括直接显示及通过通信装置传送,其送出反馈信息的对象还包括位于计算装置30”的近端终端、通过通信装置连接计算装置的远程或第三方终端、及流体包装装置供应平台20”。例如当计算装置30”收到某流体包装装置供应平台20”的故障信息后,可以通过通信装置31”发出短信请维修人员前往维修,也可以直接显示在该 计算装置30”上,从而让监控该计算装置30”的工作人员得知后自行判断该采取哪些后续行动,例如打电话给哪个维修人员或甚至不予理会,此外,也可以像是发出关机指令给该流体包装装置供应平台20”,从而尝试是否可暂时将该故障流体包装装置供应平台20”关闭。进一步地,在所述步骤(H)中,计算装置30”送出反馈信息的方式包括直接显示及通过通信装置传送,其送出反馈信息的对象包括位于计算装置的近端终端、通过通信装置连接计算装置的远程或第三方终端、及流体包装装置供应平台。例如计算装置30”收到某包装高价精品的流体包装装置遭窃的信息后,可以直接显示在该计算装置30”上,从而让监控该计算装置30”的工作人员得知后自行判断该采取哪些后续行动,像是打电话回报失主等,也可以把相关信息通报到像是公安计算机系统或有合作关系的保全公司计算机系统,从而在第一时间发动协寻,也可以把相关信息传到购买并包装该高价精品的流体包装装置供应平台20”以通知店家注意。
如图28所示,根据本发明的一个第九优选实施例的流体包装装置供应平台的管理方法除前述第七优选实施例的步骤外,进一步包括在所述步骤(2”)之后,计算装置30”也接收及储存来自外部网络的讯息,例如计算装置30”可连接到互联网或公司内部网络,然后接收来自于各该网络的指令或数据,例如各地天候气温以及某热食外卖业主最新的服务规章,并储存这些讯息,从而在所述步骤(5”)当中,容许计算装置30”将这些讯息一并作为判断依据,例如因为某区气温骤降,故而发出信息给位于该区属于该热食外送业主的流体包装装置供应平台20”,从而使该流体包装装置供应平台20”于显示模块224”上显示提醒信息,提醒外送人员需加速配送,以免送达时餐点温度过低。
如图30A至图30K所示是本发明的所述流体包装装置100”的各种类型。所述流体包装装置100”主要通过充入流体来提供缓冲效果,其中填充进入所述流体包装装置100”的流体可以被实施为空气、特定物质或化合物气体像是氢气、氮气、氦气、二氧化碳等等、特定物质或化合物液体像是液态氮、水、甘油等等、液态有机物像是动植物油、或多种不同气体及/或液体的混合,不同的填充流体将提供不同的效果,例如填充氦气可使所述流体包装装置100”漂浮、混合有液态氮则具有降温效果等等。值得一提的是,所述流体包装装置100”的流体填充也可以实施为一些简单的混合方式像是90%的空气混合10%颜料水,使所述流体包装装置100”呈现不同色彩或甚至文字图案等。此外,在一些实施例中,所述流体包装装置100”还包括其他的包装材料,从而提供额外的保护或缓冲效果。
在本发明的这个优选实施例中,所述流体包装装置100”包括四层薄膜,两层气室膜110”以及形成单向填充阀的两层阀膜120”,并且经过一系列热封形成一个或多个填充单元130”。在填充时,流体从所述两层阀膜120”之间进入各个所述填充单元130”的填充腔内,然后在各个所述填充单元130”的填充腔内充入足够流体后,所述填充腔内的气压施压于两层所述阀膜120”,从而关闭所述两层所述阀膜120”之间的进气通道。所述流体包装装置100”的填充口可以塞入所述流体填充设备23”的填充嘴,从而对所述流体包装装置100”进行填充。
如图30A中所示,所述流体包装装置100”可以只是一个流体填充垫,在填充流体后,形成流体填充材料,填充到包装箱,包装盒或包装袋中,以起到缓冲作用。如图30B至图30K所示,所述流体包装装置100”经弯折和热封可以自身形成容纳腔,以用于容纳包装物品。具体地,如图30B所示,所述流体包装装置100”具有多个填充侧壁,从而形成容纳腔150a”,包装物品可以储存在所述容纳腔150a”中,并且整个袋体可以大致呈U形。如图30C所示,所述流体包装装 置100b”形成大致呈方形的所述容纳腔150b”,从而形成方形流体包装装置100b”,以用于容纳大致呈方形的包装物品如各种电子设备等等。如图30D所示,所述流体包装装置100c”呈环形,可以环绕在包装物品的周围,从而形成物品周缘包装装置。如图31E所示,所述流体包装装置100d”可以形成多层填充结构,如内外两层呈叠合的填充袋结构,从而增强缓冲效果。在图30F中,所述流体包装装置100e”内外两层呈叠合的填充袋结构可以呈错位地布置,从而减小其厚度。在图30G中,所述流体包装装置100f”的填充结构呈交叉叠合状,从而整体形成大致三角形,从而形成角套包装装置,如应用于包装电视机的四个角。在图30H中,所述流体包装装置100g”形成多个分装室150g”,从而可以储存不同的物品。在图30I中,所述流体包装装置100h”形成延长形的容纳腔150h”,从而适合于包装延长形的物品,如瓶装红酒。在图30J中,所述流体包装装置100i”内部还搭配有固定连接的内包装层160i”,所述内包装层160i”可以是其他功能材料,如防水防潮、隔热保温、遮光、防静电、耐磨损、耐腐蚀、可印刷材料的一种或其组合。在图30K中,所述流体包装装置100j”外部还可以搭配有固定连接的外包装层170j”,所述外包装层170j”也可以是其他功能材料,如防水防潮、隔热保温、遮光、防静电、耐磨损、耐腐蚀、可印刷材料的一种或其组合。另外,所述包装层170j”也可以是包装箱,所述流体包装装置100j”的气室膜粘接于所述包装箱内部,并且在未使用时,所述包装箱也处于折叠状态,当所述气室膜形成的填充单元填充流体时,自动将呈折叠状态的所述包装箱撑开,从而形成外侧有所述包装箱,内部有填充袋的箱中袋结构。
技术领域的技术人员应当理解,上述所述流体包装装置100”的类型不应该被视为对本发明的内容和范围的限制,在实际应用中,还可以根据需要搭配各种合适的所述流体包装装置100”的类型,也可以根据需要设计具有不同形状和尺寸的所述流体包装装置100”,也包括在其中选择性加装不同的传感器190”等。
值得一提的是,各个所述流体包装装置100”可以单独地存储在所述存储单元21”中,并且所述存储单元21”可以有多个独立的腔室,以分别存储不同类型或不同规格的所述穷鬼所述流体包装装置100”,在使用时,所述分配单元24”将被选定的某个所述流体包装装置100”提供给使用者。另外如图32A所示,存储在所述存储单元21”中的是一个或多个流体包装连续体1000”,所述流体包装连续体1000”成卷待用,或折叠起来待用。相应地,所述流体包装连续体1000”可以包括多个所述流体包装装置100”,如可以是上述流体包装装置100”,100a”…100j”或其他类型的流体包装装置,相邻的所述流体包装装置100”之间可以形成易断连接,从而所述分配单元24”将一个所述流体包装装置100”传送至所述出货口时,使用者可以轻易地将所述流体包装装置100”撕下,从而用于包装待包装的物品。值得一提的是,例如在这个实施例中,所述存储单元21”中可以存储有多卷所述流体包装连续体1000”,各个所述流体包装连续体1000”的对应的所述流体包装装置100”的类型和规格可以相同或不同。
如图32B所示,各个所述流体包装连续体1000B”可以不像图32A中将其明显地分为多个所述流体包装装置100”,而是根据需要来剪切。其中所述分配单元24”可以进一步地包括加工装置,从而具备包括剪切、热封、挤压中的一种或几种功能,以对所述流体包装装置100”进行加工而得到合适尺寸和形状的所述流体包装装置。例如,当使用者或所述流体包装装置供应平台20”选定合适的尺寸后,所述分配单元24”可以进一步地透过加工装置剪切所述流体包装连续体 1000B”,或甚至配合热封剪切位置,以得到合适尺寸和形状的所述流体包装装置100”。例如所述流体包装连续体1000B”成卷地储存在卷轴上,所述处理器222”相应地计算需要剪切的位置,例如通过卷轴的转速和卷式流体所述包装连续体1000B”的半径以及单层所述流体包装连续体1000B”的厚度等来判断剪切位置,从而将合适尺寸的一段所述流体包装连续体1000B”剪切下来并供应给使用者。在这里,该段所述流体包装连续体作为一个流体包装装置100”,以提供给所述使用者。该段所述流体包装连续体可以搭配其他的包装材料如包装箱包装盒等,以提供流体缓冲效果。
本领域的技术人员应理解,上述描述及附图中所示的本发明的实施例只作为举例而并不限制本发明。本发明的目的已经完整并有效地实现。本发明的功能及结构原理已在实施例中展示和说明,在没有背离所述原理下,本发明的实施方式可以有任何变形或修改。

Claims (92)

  1. 一种空气包装装置的自动售卖装置,适于售卖至少一空气包装装置,其特征在于,包括:
    一存储单元,以用于存储所述空气包装装置;
    一控制单元,所述控制单元包括一选择模块、一支付模块以及一处理器,所述选择模块与所述支付模块分别可操作地连接于所述处理器;其中所述选择模块用于辅助选择所述空气包装装置的类型,所述支付模块用于辅助完成对被选定所述空气包装装置的支付;以及
    一分配单元,所述分配单元可操作连接于所述处理器,在所述处理器的控制下将被选定并且完全支付后的所述空气包装装置供应给购买者。
  2. 如权利要求1所述的空气包装装置的自动售卖装置,还包括一充气设备,以用于为被支付后的所述空气包装装置充气。
  3. 如权利要求2所述的空气包装装置的自动售卖装置,其中所述充气设备可操作地连接于所述处理器,以回应于所述处理器的控制指令向被选定并且完全支付后的所述空气包装装置充气。
  4. 如权利要求3所述的空气包装装置的自动售卖装置,其中所述充气设备通过控制充气时间,自动完成对被选定并且完全支付后的所述空气包装装置进行充气操作。
  5. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述控制单元还包括一显示模块,所述显示模块可操作地连接于所述处理器,以用于给所述购买者提供操作时的显示界面。
  6. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述控制单元还包括一扫描模块,所述扫描模块可操作地连接于所述处理器。
  7. 如权利要求6所述的空气包装装置的自动售卖装置,其中所述扫描模块,用于扫描支付凭据,从而执行所述支付模块的功能,以完成确定支付的功能。
  8. 如权利要求6所述的空气包装装置的自动售卖装置,其中所述扫描模块,用于扫描购买者的购物清单,从而供所述处理器根据所述购物清单上的商品计算并匹配合适的所述空气包装装置。
  9. 如权利要求6所述的空气包装装置的自动售卖装置,其中所述扫描模块,是三维扫描装置,其将所述购买者的购买的商品进行三维扫描,并且供所述处理器根据扫描信息为所述商品计算并匹配合适的所述空气包装装置。
  10. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述控制单元还包括一通信模块,所述通信模块可通信地连接于所述处理器,以协助完成第三方支付功能,在付款完成后,所述通信模块接收到第三方支付平台发送的确认付款信息,并将所述付款信息传送给所述处理器。
  11. 如权利要求10所述的空气包装装置的自动售卖装置,其中所述支付模块通过提供扫描标记,购买者通过利用电子移动设备扫描所述扫描标记从而启动支付功能。
  12. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述控制单元还包括一声音模块,所述声音模块可操作地连接于所述处理器,以与所述购买者实现语音交互功能。
  13. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所 述选择模块提供按钮、输入键盘、触摸屏、语音识别输入设备中的一种或几种。
  14. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述支付模块包括投币部和出币部,并且所述支付模块识别所述购买者从所述投币部投入的纸币或硬币,以完成支付,并且从所述出币实现找零功能。
  15. 如权利要求14所述的空气包装装置的自动售卖装置,其中所述出币部具有单独的出币口或与所述自动售卖装置的出货口整合。
  16. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述支付模块包括刷卡部,以使所述购买者通过刷银行卡的方式实现付款。
  17. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述空气包装装置具有相同或不同的类型,并且具有相同或各种不同的形状和尺寸。
  18. 如权利要求1至3中任一所述的空气包装装置的自动售卖装置,其中所述分配单元进一步地包括剪切装置,以将形成所述空气包装装置的空气包装连续体在合适位置进行剪切,以得到合适尺寸和形状的所述空气包装装置。
  19. 一种通过自动售卖装置自动售卖空气包装装置的方法,其特征在于,包括如下步骤:
    接收到购买者的购买请求并协助所述购买者完成空气包装装置的选型和支付;以及
    通过分配单元将被选定并完成支付后的所述空气包装装置提供给所述购买者。
  20. 如权利要求19所述的方法,还包括步骤:通过一体地设置于所述自动售卖装置的充气设备对被选定并完成支付后的所述空气包装装置进行充气。
  21. 如权利要求20所述的方法,还包括步骤:所述空气包装装置进行充气后再用于包装物品,或者未充气的所述空气包装装置用于包装所述包装物品后再进行充气。
  22. 如权利要求20所述的方法,其中还包括步骤:通过控制充气时间,对各种所述空气包装装置进行充气。
  23. 如权利要求19至22中任一所述的方法,其中所述空气包装装置的选型包括所述空气包装装置的类型、形状和尺寸参数中的一种或几种的选择。
  24. 如权利要求19至22中任一所述的方法,其中还包括步骤:判断所述购买者在显示模块的触摸操作,所述自动售卖装置完成所述空气包装装置的选型。
  25. 如权利要求19至22中任一所述的方法,其中还包括步骤:判断所述购买者操作按钮的操作,所述自动售卖装置完成所述空气包装装置的选型。
  26. 如权利要求19至21中任一所述的方法,其中还包括步骤:判断所述购买者在输入键盘上的输入操作,所述自动售卖装置完成所述空气包装装置的选型。
  27. 如权利要求19至21中任一所述的方法,其中还包括步骤:识别所述购买者的语音输入,以使所述自动售卖装置完成所述空气包装装置的选型。
  28. 如权利要求19至21中任一所述的方法,其中还包括步骤:识别所述购买者投入的纸币或硬币以完成述空气包装装置的支付。
  29. 如权利要求19至21中任一所述的方法,其中还包括步骤:判断所述购买者完成的刷银行卡操作,以完成所述空气包装装置的支付。
  30. 如权利要求19至21中任一所述的方法,其中还包括步骤:提供扫描标记,使所述购买者通过利用电子移动设备扫描所述扫描标记从而启动第三方支付 功能,并且通过通信模块接收第三方支付信息,判断所述空气包装装置的支付操作是否完成。
  31. 如权利要求19至21中任一所述的方法,其中还包括步骤:识别所述购买者提供的支付凭条并且判断所述空气包装装置的支付操作是否完成。
  32. 如权利要求19至21中任一所述的方法,其中还包括步骤:接收所述购买者输入的待包装物品的类型和尺寸信息,经计算和匹配操作后,向所述购买者提供针对所述待包装物品的所述空气包装装置预选方案以供所述购买者选择或确认支付完成后直接将匹配的预定所述空气包装装置提供给所述购买者。
  33. 如权利要求19至21中任一所述的方法,其中还包括步骤:对所述购买者的待包装物品进行三维扫描,并经计算和匹配操作后,向所述购买者提供针对所述待包装物品的所述空气包装装置预选方案以供所述购买者选择或确认支付完成后直接将匹配的预定所述空气包装装置提供给所述购买者。
  34. 如权利要求19至21中任一所述的方法,其中还包括步骤:识别所述购买者提供的购物清单,向所述购买者提供针对所述购物清单中的商品的所述空气包装装置预选方案以供所述购买者选择或确认支付完成后直接将匹配的预定所述空气包装装置提供给所述购买者。
  35. 如权利要求19至21中任一所述的方法,其中所述空气包装装置包括两层气室膜和两层阀膜,两层所述阀膜与两层所述气室膜至少部分地叠合以形成单向充气阀,从而向两层所述气室膜形成的一个或多个充气单元中充气。
  36. 如权利要求35所述的方法,其中各种所述空气包装装置中包括充气垫,以作为填充材料,填充在其他包装箱或包装袋中。
  37. 如权利要求35所述的方法,其中各种所述空气包装装置中包括经弯折和热封形成具有容纳腔的充气包装袋,待包装物品适合于储存在所述容纳腔中。
  38. 如权利要求35所述的方法,其中各种所述空气包装装置中一些空气包装装置在所述四层膜形成的包装体内侧或外侧还包括固定连接于所述包装体的至少一功能层,所述功能层提供遮光、保温、防静电、防水防潮、耐磨损、抗摔抗震、耐腐蚀、抗锈和可印刷功能中的一种或几种。
  39. 如权利要求35所述的方法,其中各种所述空气包装装置中一些空气包装装置在所述四层膜形成的包装体外侧还设置纸质包装箱,其中所述包装体至少部分地粘接于所述纸质包装箱内表面,并且在所述包装体充气时,自动撑开所述纸质包装箱。
  40. 如权利要求35所述的方法,还包括步骤:回应于购买者或所述分配单元的剪切装置的剪切或撕除动作,使空气包装连续体的一部分形成所述空气包装装置。
  41. 一种空气包装装置的工作站,其特征在于,所述工作站包括:
    一存储单元,用于存储多个空气包装装置;
    一控制单元,其包括一选择模块和一处理器,其中所述处理器连接于所述存储单元和所述选择模块,以使工作人员根据需求选择相应的所述空气包装装置;
    一分配单元,连接于所述处理器和所述存储单元,执行所述处理器的指令将相应的空气包装装置分配给所述工作人员;和
    一充气单元,连接于所述分配单元和所述处理器,执行所述处理器的指令,适于对分配给所述工作人员的所述空气包装装置进行充气。
  42. 根据权利要求41所述的工作站,所述控制单元进一步包括一扫描模块,其中所述扫描模块连接于所述处理器,以反馈扫描信号给所述处理器,适于所述 处理器下达指令。
  43. 根据权利要求41所述的工作站,所述控制单元进一步包括一声音模块,其中所述声音模块连接于所述处理器,以实现语音交互,传递信息给所述处理器。
  44. 根据权利要求42所述的工作站,所述控制单元进一步包括一声音模块,其中所述声音模块连接于所述处理器,以实现语音交互,传递信息给所述处理器。
  45. 根据权利要求41所述的工作站,所述控制单元进一步包括一显示模块,所述显示模块连接于所述处理器,以显示相应的信息给工作人员,便于工作人员进行选择和确认。
  46. 根据权利要求42所述的工作站,所述控制单元进一步包括一显示模块,所述显示模块连接于所述处理器,以显示相应的信息给工作人员,便于工作人员进行选择和确认。
  47. 根据权利要求43所述的工作站,所述控制单元进一步包括一显示模块,所述显示模块连接于所述处理器,以显示相应的信息给工作人员,便于工作人员进行选择和确认。
  48. 根据权利要求44所述的工作站,所述控制单元进一步包括一显示模块,所述显示模块连接于所述处理器,以显示相应的信息给工作人员,便于工作人员进行选择和确认。
  49. 根据权利要求45所述的工作站,所述控制单元进一步包括一显示模块,所述显示模块连接于所述处理器,以显示相应的信息给工作人员,便于工作人员进行选择和确认。
  50. 根据权利要求49所述的工作站,其中所述选择模块提供按钮、输入键盘、触摸屏、语音识别输入设备中的一种或几种。
  51. 根据权利要求41至50任一所述的工作站,进一步包括一支撑单元,其可操作地连接于所述分配单元、所述充气单元和和所述处理器,执行所述处理器的指令以打开所述空气包装装置,进而包装物品。
  52. 根据权利要求51所述的工作站,进一步包括一传输单元,其可操作地连接于所述支撑单元和所述处理器,执行所述处理器的指令以运输已包装物品的所述空气包装装置。
  53. 根据权利要求52所述的工作站,所述支撑单元适于与一出货机相连接,以包装所述出货机送出的物品。
  54. 根据权利要求53所述的工作站,所述充气单元连接于所述支撑单元和所述分配单元,适于对分配的所述空气包装装置进行充气和打开,以包装物品。
  55. 一种通过空气包装装置的工作站的包装方法,其特征在于,所述方法包括以下步骤:
    (a’)一处理器接收工作人员的指令,并通过一分配单元分配相应的空气包装装置;
    (b’)通过一充气单元对所述空气包装装置进行充气;以及
    (c’)包装相应的物品。
  56. 根据权利要求55所述的方法,通过一支撑单元打开所述分配单元分配的所述空气包装装置,包装所述物品,进而通过所述充气单元进行充气。
  57. 根据权利要求55所述的方法,通过一支撑单元打开所述分配单元分配的所述空气包装装置,通关所述充气单元充气,进而包装所述物品。
  58. 根据权利要求55所述的方法,通过所述充气单元进行充气,进而通过一支撑单元打开所述分配单元分配的所述空气包装装置,以包装所述物品。
  59. 根据权利要求56、57或58所述的方法,包装完成的所述物品通过一传输单元运输到预定的位置。
  60. 根据权利要求59所述的方法,所述分配单元、所述支撑单元和所述传输单元连接于一出货机,所述处理器被设置与所述出货机出货速度相应的时间间隔,以自动包装所述出货机传送的物品。
  61. 根据权利要求60所述的方法,所述支撑单元设置于所述出货机的端部或下部。
  62. 根据权利要求59所述的方法,在所述步骤(a’)中,包括以下步骤:所述工作人员适于通过语音、键盘或扫描的方式输入指令。
  63. 根据权利要求55至58任一所述的方法,所述处理器适于根据一扫描模块扫描相应的物品信息为其分配相应的所述空气包装装置。
  64. 根据权利要求62所述的方法,所述处理器适于根据一扫描模块扫描相应的物品信息为其分配相应的所述空气包装装置。
  65. 根据权利要求55至58任一所述的方法,所述处理器适于根据一声音模块输入的相应指令为其配备相应的所述空气包装装置。
  66. 根据权利要求64所述的方法,所述处理器适于根据一声音模块输入的相应指令为其配备相应的所述空气包装装置。
  67. 根据权利要求66所述的方法,所述声音模块提示所述工作人员进行相应的选择或提示工作机的工作状态。
  68. 一种流体包装装置供应平台的监控系统,其特征在于,包括:
    一计算装置,用于存取及分析信息数据,所述计算装置包括一通信装置,可操作地连接于所述计算装置,允许所述计算装置沟通外部信息;以及
    至少一流体包装装置供应平台,包括一控制单元,包括一输入模块、一验证模块、一通信模块以及一处理器,所述输入模块、所述验证模块、及所述通信模块分别可操作地连接于所述处理器,其中所述输入模块用于辅助选择所述流体包装装置的类型,所述验证模块用于辅助完成对被选定的所述流体包装装置的授权,所述通信模块允许所述流体包装装置供应平台沟通外部信息及所述计算装置。
  69. 根据权利要求68所述的流体包装装置供应平台的监控系统,还包括至少一流体包装装置,所述流体包装装置供应平台还包括一分配单元,可操作连接于所述处理器,在所述处理器的控制下供应被选定并获得授权的所述流体包装装置。
  70. 根据权利要求68所述的流体包装装置供应平台的监控系统,其中所述验证模块提供选自近端支付设备、远程支付设备、凭证辨识设备中的一种或几种,透过所述通信模块沟通外部信息。
  71. 根据权利要求69所述的流体包装装置供应平台的监控系统,其中所述流体包装装置供应平台还包括一存储单元,所述存储单元存储所述流体包装装置。
  72. 根据权利要求71所述的流体包装装置供应平台的监控系统,其中所述流体包装装置供应平台还包括一流体填充设备,以用于为被获得授权的所述流体包装装置填充流体。
  73. 根据权利要求71所述的流体包装装置供应平台的监控系统,其中所述流体填充设备可操作地连接于所述处理器,以回应所述处理器的控制指令,向被选定并且获得授权的所述流体包装装置充气。
  74. 根据权利要求68至73中任一所述的流体包装装置供应平台的监控系统,其中所述控制单元还包括一显示模块,所述显示模块可操作地连接于所述处理器,以用于显示信息。
  75. 根据权利要求68至73中任一所述的流体包装装置供应平台的监控系统,其中所述控制单元还包括一输出模块,所述输出模块可操作地连接于所述处理器,以用于输出信息。
  76. 根据权利要求68至73中任一所述的流体包装装置供应平台的监控系统,其中所述控制单元还包括一感测模块,所述感测模块可操作地连接于所述处理器。
  77. 根据权利要求68至73中任一所述的流体包装装置供应平台的监控系统,其中所述流体包装装置供应平台由使用者透过输入模块输入的信息供所述处理器识别,从而匹配合适于使用者需求的流体包装装置。
  78. 根据权利要求68至73中任一所述的流体包装装置供应平台的监控系统,其中所述流体包装装置供应平台由使用者透过输入模块输入的信息供所述处理器识别,从而通过所述通信模块取得相对应的数据后,匹配合适于使用者需求的流体包装装置。
  79. 根据权利要求76所述的流体包装装置供应平台的监控系统,其中所述流体包装装置供应平台由感测模块感测信息以识别内容物,从而供所述处理器匹配合适的流体包装装置。
  80. 根据权利要求76所述的流体包装装置供应平台的监控系统,其中所述流体包装装置供应平台由感测模块感测信息以识别使用者,从而供所述处理器通过所述通信模块取得相对应的数据后,匹配合适于使用者需求的流体包装装置。
  81. 根据权利要求69和73中任一所述的流体包装装置供应平台的监控系统,其中所述流体包装装置具有相同或不同的类型,并且具有相同或各种不同的形状和尺寸。
  82. 根据权利要求81所述的流体包装装置供应平台的监控系统,其中所述分配单元进一步地包括加工装置,以将形成所述空气包装装置的流体包装连续体在合适位置进行剪切、热封、挤压中的一种或几种,以得到合适尺寸和形状的所述流体包装装置。
  83. 根据权利要求68至73中任一所述的流体包装装置供应平台的监控系统,其中还包括配置于所述流体包装装置的至少一传感器,其中所述传感器选自温度传感器、压力传感器、震动传感器、陀螺仪、位置定位传感器、摄像模块、收音模块、光线传感器、化学传感器、湿度传感器、电磁传感器、信号传感单元中的一种或几种。
  84. 一种流体包装装置供应平台的监控方法,其方法包括如下步骤:
    计算装置沟通流体包装装置供应平台;以及
    计算装置根据沟通结果产生反馈信息。
  85. 根据权利要求84所述的方法,还包括步骤:流体包装装置供应平台接收用户操作并将过程、环境参数及结果纪录并传送到计算装置。
  86. 根据权利要求85所述的方法,还包括步骤:计算装置根据收到及先前储存的纪录产生反馈信息。
  87. 根据权利要求84至86中任一所述的方法,其中产生的反馈信息选自文字信息、多媒体信息、设备指令、人员指令、软件参数、数据参数中的一种或几种。
  88. 根据权利要求84和86中任一所述的方法,其中所述流体包装装置具有相同或不同的类型和尺寸,还包括一个或多个传感器,于所述流体包装装置被启用后启动。
  89. 根据权利要求88所述的方法,其中所述传感器还包括一传感单元及一通信单元,彼此连接,以容许所述传感器沟通外部信息、所述流体包装装置供应平台、所述计算装置中的一种或几种。
  90. 根据权利要求89所述的方法,其中所述传感单元提供包括温度传感单元、压力传感单元、震动传感单元、陀螺仪、位置定位模块、摄像模块、收音模块、光线传感单元、化学传感单元、湿度传感单元、电磁传感单元、信号传感单元中的一种或几种。
  91. 根据权利要求90所述的方法,其中所述分配单元进一步地包括加工装置,以将形成所述空气包装装置的流体包装连续体在合适位置进行剪切、热封、挤压中的一种或几种,以得到合适尺寸和形状的所述流体包装装置。
  92. 根据权利要求88所述的方法,其方法包括如下步骤:
    设置于流体包装装置的传感器启动并发送信息;以及
    计算装置接收並纪录传感器发送的信息,其中所述传感器选自温度传感器、压力传感器、震动传感器、陀螺仪、位置定位传感器、摄像模块、收音模块、光线传感器、化学传感器、湿度传感器、电磁传感器、信号传感单元中的一种或几种。
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