• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    The present invention discloses a device and a procedure for storing and dispatching products, linked to a web page in which products can be ordered, some of which require cooling temperature (below 5º c), where said device it is automated, so that the client can self-manage the delivery of his order. (Machine-translation by Google Translate, not legally binding)
    公开号:ES2629292A1
    申请号:ES201600095
    申请日:2016-02-08
    公开日:2017-08-08
    发明作者:Fernando DAPENA GALLEGO；Albert VENDRELL RIBERA；Joan ESPINAGOSA VILARÓ；Jordi AUBETS POTRONY；Jordi LLOBET TRAVESET；Jordi BRULL NOVAL；Ramón CUNYÉ MASANES；David VIDAL PICAS；Ramón CASTELLÁ MANZANARES
    申请人:Corporacion Alimentaria Guissona S A；Corporacion Alimentaria Guissona Sa；
    IPC主号:
    专利说明:

    DEVICE AND PROCEDURE FOR STORAGE AND DISPATCH OF COOLED PRODUCT AND ENVIRONMENTAL TEMPERATURE MANAGED THROUGH A WEB PAGE 5 OBJECT OF THE INVENTION
    The present invention discloses a device and a method for storing and dispatching products. linked to a web page where you can order products, some of which require cooling temperature (below 5 ° C), where
    10 said device is automated, so that the customer can manage the delivery of his order.
    BACKGROUND OF THE INVENTION
    15 The automated operation of large warehouse units by means of computer-controlled systems, equipped with automatic loading and unloading devices, is known per se and has been in use for a long time. These automatic warehouse units, both structurally and operatively, have nevertheless been designed and constructed as functionally independent systems, which are not
    20 can be integrated into modern production processes, which require automatic operations integrated with services and other functions, on which they depend in general. The current automated warehouses are therefore composed of large structures located in isolated areas, often away from work areas, so that they require transport systems to move materials or
    25 items from a warehouse unit to a work area or a machine tool. Warehouse units and automated transport systems in which computer-controlled and autonomous vehicles are used, which move along a path to be traveled, are known, for example, from GB · A · 2,174,686 documents or US · A-4,538,950; however, although the handling of the warehouse unit and the
    The operation of transport vehicles can be controlled by a central processing unit (CPU), they require large storage areas and do not allow the change or modification of the work program of the warehouse unit, except from the central unit, to adapt to work needs whenever they arise. Therefore, a complicated and expensive conductor wire system is required to connect and transmit the separate program data from the central control unit, to the warehouse units, to the vehicles and to the work points. Document US-A-4,669,047 suggests the use of autonomous, computer-controlled vehicles, equipped with charging means, for an automated delivery system, in
    5 which storage modules are used as movable passive reserve supply sources on the same transport vehicles of the system; there is no possibility of actively and independently modifying the management program of the storage modules by an operator, except from a central control unit. Rotary warehouses are also known, which advantageously comprise a
    10 support structure of the shelving type, small in size, suitable to be placed within a work area to be served. Although the management of these warehouses is both automated and linked to a specific logical ("software"), it does however require the intervention of an operator to load and unload items or stored objects, which must be removed or stored manually, or
    15 either by mechanical means operated in any case by an operator, who every time must rotate the structure to select the required shelf, acting on a control keypad in the same warehouse unit. From US-A-4 921 087 a collection apparatus is known which comprises movable collection containers along a path to be traveled for simply
    20 collect and transport a certain number of items delivered by a delivery device. The information for the collection is provided to a passive data carrier attached to the collection container by a main control device, while the travel information is provided to the control device by a separate route setting device; therefore, no positive charge action is possible,
    25 download or storage. From EP-A-110547, a handling and storage system suitable for operating in an integrated manner with a transport system within a work area is also known.
    The object of the present invention is based on a device and a storage procedure, linked to a web page where product orders can be made, the advantage is that the customer of these products can directly manage by means of an application, products that require temperatures of less than 5 degrees and products that require a direct room temperature, a situation that does not
    r
    currently exists in the prior art. On the other hand, product management does not depend on
    carts or additional devices for order control, another advantage of the invention, is that
    the products will always be at an optimum temperature and therefore do not lose the chain of
    cooling, additionally another advantage is that said device is
    S automated, so that the customer can manage the delivery of their order and not
    The presence of a carrier is necessary for the delivery of the products.
    DESCRIPTION OF THE DRAWINGS
    10 To complement the description that is being made and in order to
    help a better understanding of the features of the invention, according to a
    preferred example of the practical realization thereof, is accompanied as an integral part
    of said description, a set of drawings in which with an illustrative and non-limiting nature,
    has represented the following:
    fifteen
    Figure 1.- shows a view of the storage device, where the
    screen and various storage cameras.
    DESCRIPTION OF THE INVENTION
    twenty
    The storage device (10) of the present invention has a plurality of
    storage chambers (20), which may contain items that require
    refrigeration and items that require room temperature, this device
    storage (10) also comprises a system formed by a screen (30), with
    25 an intercom and a video camera as auxiliary elements, where said system
    It also has a data connection that connects to the control center,
    from where the data of the authorized orders and their respective PINs are imported to
    allow the opening of storage instructions.
    30 The volume of the storage chambers (20), is developed according to an order
    standard, and calculated that a customer can order fresh product, product of
    ambient temperature less bulky and room temperature but higher
    volume.
    On the other hand the need to maintain a temperature below 5QC in some of the chambers (20) and in general that the temperatures do not exceed values of 25 ° C, makes a wrapper design that reduces the transfer of heat between stored products and the environment, this wrapper converts the device into a
    5 camera (20) as adiabatic as possible.
    Inside, in some of the chambers (20) to facilitate, the arrangement and withdrawal of the order, shelves have been installed, some of which are removable by at least one lateral guide.
    For the unification of the dimensions of volume, a stainless structure is available, which finishes the entire assembly perimeter. Also at the base of this structure are the supports, which allow the height adjustment of the entire device (10), thus facilitating the establishment of the unit in areas that are not perfectly flat.
    To facilitate assembly, and standardize works, a kind of module is defined as an element of at least 2 columns (6 chambers (20)), where a cold equipment will be arranged, where the necessary elements are connected according to the quantity of cameras (20) that
    20 we want to arrange, welding between them the different modules, thus generating a unique device.
    The device also includes a refrigerating compressor equipment, which by means of an evaporator air conditioner allows the environment to be generated between 0 and 5 ° C inside the 25 refrigerated chambers (20). An evaporator air conditioner is sufficient to maintain a correct temperature in two chambers (20). A temperature probe is also available to guarantee the correct traceability of the product's cooling, and to warn in case of failure in a control center. At the operational level, the system maintains a base temperature and is activated when a chamber (20) is loaded with
    30 product thus seeking the optimization of electricity consumption.
    The user can interact with the device (10) by means of a screen (30), with an intercom and a video camera as auxiliary elements. The system has a data connection that allows the connection to the control center, from which the data of the authorized orders and their respective access codes (PIN) are imported to allow the opening of each chamber (20). On the other hand, an app application has been developed that facilitates the loading of orders from a mobile, activating from this the opening of the cameras
    (20) at the time the code assigned to an order is read and printed on it.
    PREFERRED EMBODIMENT OF THE INVENTION
    The storage device (10) of the present invention allows a user
    10 can place their product orders through a previously defined web page, so that when the customer chooses the products they want to buy, they will have had to define the volumes of all references and establish what quantity and type of cameras (20 ) that are assigned., which will identify Once the storage device (10) and the pick-up time have been chosen, your order will be given a numerical code, this
    15 system can be implemented by means of a barcode that can be printed or sent to a mobile, or other systems as an app that recognizes the customer's phone. After placing said order, the system will inform the customer via mall and reiterate the code or identifier. When the carrier loads the product in the storage device (10), an SMS will be sent, indicating this fact and returned
    20 to remember the code.
    This code allows you to access a screen associated (30) to the storage device (10), who will accept you and allow you to sequentially open the doors of the cameras (20) where your product is located. The screen (30) will indicate the cameras
    25 (20) assigned and also the color of the luminous push buttons that cam to each camera. When you reach the camera (20), you just have to press the button, which will activate the first of the doors and so on until you have been able to pick up the entire order.
    As for the order loading procedure, once the user, via the web, makes their
    Upon request, an internal process is generated to the Central to carry out its preparation and transport to the storage device (10). When the storage device (10) is reached, via mobile and through an app application, the barcode that has been placed on each of the bags that make up the order is read and the system allows the storage cameras to be opened (20) where the product is assigned.
    Each of the storage chambers (20) have dimensions of at least 55 cm in height, at least 80 cm in depth and at least 80 cm in width, which in the case of the product that is refrigerated and has a low volume environment You will find it divided into two shelves and in the case that it is very bulky, it will be a single shelf, which will allow among others a better location of all the components.
    The need to maintain a temperature below 5 ° C in some of the storage chambers (20) and in general that the temperatures do not exceed values of 25 ° C, means that a packaging design has been made that reduces the thermal loss of stored products, so the device material must be polyurethane
    or similar, which presents one of the best existing isolations today. On the other hand and as an opening area of the storage chamber (20), the use of PVC profiles, with insulating panel instead of glass, has been considered to avoid thermal exchange.
    Inside, in some of the storage chambers (20), shelves have been installed, which are removable, by means of a lateral guide to facilitate, the arrangement and withdrawal of the order.
    In refrigerated storage chambers (20), this shelf is made of mesh, since it must not present any resistance to the passage of cold air that allows cooling of the entire storage chamber (20), while in chambers (20 ) not refrigerated the shelf is made of PVC.
    In order to unify the cameras of the storage device (10) there is a stainless structure, which finishes the entire assembly perimeter. Also at the base of this structure are the supports, which allow the height adjustment of the entire storage device (10), thus facilitating the establishment of the unit in areas that are not perfectly flat.
    To facilitate the assembly, and standardize works, a module is defined as an element of 2 columns where 6 storage chambers (20) are located, where a cold equipment will be arranged. Later, we will connect the necessary elements depending on the number of cameras (20) that we want to have, welding the modules between them, generating a unique element.
    Each module to facilitate transport has fastening points, where belts pass to be able to lift it more easily and be transported, these points are fastened to the stainless structure, and once the entire storage device (10) is welded and unified, It allows transport to the destination point without problems.
    At the roof level and in cases where the storage device (10) is outside in an open area, a structural cover is designed that allows a 1.2 m overhang. In addition to protecting the customer, from possible rain, it allows an elegant solution to illuminate the collection of orders, as well as the protection of compressors and electrical equipment. The cover will be installed later, once the storage device (10) is transported to the place.
    Perimetrically to this roof structure, we close with sheet metal and finish with decorative and informative vinyl that give the final image of the storage device (10).
    The storage device (10) also has a refrigerating compressor unit, which by means of an evaporator air conditioner allows the environment to be generated between 0 and 5 ° C inside the refrigerated storage chambers (20). A single evaporator air conditioner is sufficient to maintain a correct temperature in two storage chambers (20). A temperature probe is also available to guarantee the correct traceability of the product's cooling, and to warn in case of failure in a control center. At the operational level, the device (10) maintains a base temperature and is activated at the time a camera (20) is loaded with product, thus seeking the optimization of electricity consumption.
    It also has an electric lock, which performs the opening of the door, as well as a sensor that detects if the door is closed or open. This is activated by a central automaton, which receives the information and allows transmitting all alarms that may be generated, such as an unauthorized opening.
    In order to facilitate which storage chamber (20) the order is in, different colored illumination pushbuttons have been installed next to each door of the storage chambers (20), in order to inform different users, that you have to press to open the door
    5 The interaction of the user with the device (10), is carried out by means of a system comprising a screen (30), with an intercom and a video camera as auxiliary elements, said system has a data connection that allows the connection with the control center, from where the data of the authorized orders and their respective PINs are imported to allow the opening. In addition, an app application has been developed
    10 that facilitates the loading of orders from a mobile, activating from this, the opening of the storage chambers at the time that the code assigned to an order is read and that is printed on it.
    15 The system contains a programmable logic controller (PLC) comprising multiple alarms, among which have been implemented, temperature alarm, thermal failure alarm, false power supply, unauthorized and authorized opening alarm but which has left the Door open too long, repeated PIN error alarm, order alarm not picked up on time and communication failure alarm.
    These alarms are transferred to the exchange in order to execute the corresponding corrective measures. The storage device (10) also has a siren that will be activated in case of an unauthorized open door alarm.
    25 The storage device (10) also has an uninterruptible power supply (SAl) to keep the storage device active and thus be able to give the messages corresponding to the control panel, this allows the PLC to operate and the rest of the automation for at least 1 hour.
    30 The system has a selector, to be able to go into manual mode, where a person can resolve an incident and manually open the necessary doors, in case of automatic system failure. Also in case of failure, the carrier will be able to load the cameras (20) manually.
    权利要求:
    Claims (12)
    [1]
    1.-Storage device and dispatch of refrigerated product and temperature
    5 environment managed by a web page, characterized in that it comprises: a plurality of storage chambers (20), which contain some chambers (20) refrigerated at a temperature less than 5 ° and some chambers (20) at temperatures that do not exceed 25 °; a refrigerating compressor equipment, consisting of an evaporator air conditioner and a probe; a data connection system that allows connection to the central
    10 control; a screen (30), with a nterfana and a camera as auxiliary elements; and a programmable controller.
    [2]
    2. Storage device and dispatch of refrigerated product and ambient temperature managed through a web page, according to claim 1 characterized in that each of the storage chambers (20) have dimensions of at least 55 cm in height , at least 80 cm deep and at least 80 cm wide.
    [3]
    3. Storage device and dispatch of refrigerated product and room temperature managed by a web page, according to claim 1, characterized in that the material of the device (10) must be made of polyurethane or similar and where the opening area of The storage chambers (20) are made of PVC.
    [4]
    4. Storage device and dispatch of refrigerated product and ambient temperature managed through a website, according to claims 1 and 2 characterized in that inside, in some of the storage chambers (20) have been installed removable shelves by means of a lateral gluttony.
    [5]
    5. Storage device and dispatch of refrigerated product and room temperature managed by a web page, according to claim 4 characterized in that in refrigerated storage chambers, this shelf is mesh, while in non-refrigerated chambers The shelf is PVC.
    [6]
    6. Storage device and dispatch of refrigerated product and room temperature managed by a web page, according to any of the preceding claims characterized in that each camera (20) has an electric lock, as well as a sensor that detects the door opening.
    [7]
    7. Storage device and dispatch of refrigerated product and room temperature managed through a website, according to previous claims characterized in that the storage chambers (20) have colored colored push buttons on each side of the doors.
    [8]
    8.-Refrigerated storage device and room temperature managed by a web page, according to claim 1 characterized in that the programmable logic controller comprises multiple alarms, among which have been implemented, a temperature alarm, a faUo alarm. thermal, a false power supply, an unauthorized and authorized opening alarm, a repeated PIN error alarm, an order alarm not picked up in time and a communication failure alarm.
    [9]
    9. Storage device and dispatch of refrigerated product and ambient temperature managed through a web page, according to any of the preceding claims characterized in that the storage device (10) also has a siren placed to the opening sensor of the door.
    [10]
    10. Storage device and dispatch of refrigerated product and room temperature managed by a web page, according to any of claims 19 characterized in that the storage device (10) also has an uninterruptible power supply.
    [11]
    11. Storage and dispatch device of refrigerated product and room temperature managed by a web page, according to any of claims 1 to 10 characterized in that the device (10) has a manual mode selector.
    [12]
    12.-Procedure for storing and dispatching refrigerated product and room temperature managed by a web page using the storage device of the preceding claims, characterized by presenting the following operational steps:
    1) The user chooses the products that he wishes to buy by defining the volumes of all references and establishes what quantity and type of cameras (20) are assigned to the products
    2) The user chooses the storage device (10) and the collection schedule
    3) The system will give a numerical code to your order, through a barcode that can be printed or sent to a mobile, or other systems such as an app that recognizes the customer's phone
    4) The system will inform the customer via email and reiterate the code or identifier
    5) The carrier loads the product in the storage device (10) and will send an SMS to the user
    6) The user with the code accesses a screen associated (30) to the storage device (10), which will allow you to sequentially open the doors of the cameras (20) where your product is located.
    7) The user through the screen (30) will know the cameras (20) assigned and also the color of the light buttons that accompany each camera (20).
    8) The user will have to press the button, which will activate the camera doors (20) to remove their product.
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    同族专利:
    公开号 | 公开日
    ES2629292B1|2018-03-21|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    JPS51114753A|1975-04-01|1976-10-08|Toyo Koki|System for automatically controlling refrigerating capability of a fre ezer|
    WO2012000389A1|2010-06-29|2012-01-05|Liu Huaiyin|Automatic and spontaneous air-conditioning freshness retaining system and method for retaining freshness of fruits and vegetables thereof|
    法律状态:
    2018-03-21| FG2A| Definitive protection|Ref document number: 2629292 Country of ref document: ES Kind code of ref document: B1 Effective date: 20180321 |
    优先权:
    申请号 | 申请日 | 专利标题
    ES201600095A|ES2629292B1|2016-02-08|2016-02-08|Device and procedure for storage and dispatch of refrigerated product and room temperature managed through a web page|ES201600095A| ES2629292B1|2016-02-08|2016-02-08|Device and procedure for storage and dispatch of refrigerated product and room temperature managed through a web page|
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