• 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:
    Multitasking system for dispensing hospital clogs. It consists of a multi-pouch dispensing system for clean hospital clogs and collection of dirty clogs, thanks to which a total and effective control of the use and stock of clogs in a hospital is achieved through a software for the management of permits and credits. It includes a closet for the dispensation formed by a large door with several smaller automated opening, which give access to receptacles where users find the clogs clean; another cabinet for the return with two receptacles where the users deposit the dirty clogs; and a software that works adding and taking credits to each user. (Machine-translation by Google Translate, not legally binding)
    公开号:ES2609959A1
    申请号:ES201600338
    申请日:2016-04-20
    公开日:2017-04-25
    发明作者:Nuria GUERRA CASTELLS
    申请人:Polytex Gestion Automatizada De Prendas S L；Polytex Gestion Automatizada De Prendas SL；
    IPC主号:
    专利说明:

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    DESCRIPTION
    Multitaquilla hospital clog control system.
    The present invention relates to a multitaquilla system for dispensing clean hospital clogs and collecting dirty ones, thanks to which a total and effective control of the use and stock of clogs in a hospital is achieved, through a permit and credit management software .
    The system represents an advance in the management of the use of hospital clogs, as well as the control of the existing stock, it allows to know in real time its location. It provides an automated service, sensible use, organized storage and considerable savings for the hospital.
    Technology Sector
    The invention is part of the technical sector of hospital services and includes equipment that allows dispensing and return of hospital clogs, in an automated manner.
    State of the art (Background of the invention)
    In the hospital field, it is very important to have tools that, with full health guarantees, facilitate while accelerating the usual actions carried out by all health personnel. One of these usual actions is to return the clogs used by the health personnel and collect the clean ones.
    Automated lockers with several doors are now known to accommodate objects that can be removed, used and returned. However, these systems are composed of several doors that close each compartment so that when you have to fill in the empty compartments you must open, fill and close individually. In a system with many lockers, the filling time is very high. We cite, for purely enunciative and non-limiting purposes, the following product already existing in the market http://www.locker.co.id/product/electronic-coin-locker The present invention solves the problem by means of a multi-door system housed in a hinged pre-frame with a single lock. Opening the pre-frame also opens all the doors that are embedded giving access to all lockers for refilling.
    There are also non-automated multitaquillas cabinets with a large master door that houses several small doors, which are usually used in the locker rooms of company workers to put clean work clothes. These cabinets have the advantage that they can be recharged quickly but do not have any type of stock control or traceability of the service. We cite, for purely enunciative and non-limiting purposes, the following product already existing in the market http://www.megablok.com/stv8-403.aspx. The present invention solves the problem by means of a multitaquilla dispensing cabinet and another automated collection cabinet for the dispensing and return of the clogs. These identify the user, record the delivery and return of the clogs and are assisted by software that processes all the information to manage a system that by means of the allocation or suspension of credits will offer the absolute control of the stock of clogs available in the hospital.
    Finally, there are also vending machines or object dispensers. These machines can dispense regular objects that in some cases must be packaged for proper dispensing since they cannot dispense irregularly shaped objects as you can
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    be a sanitary clog, but they also do not have a closet where they can return used objects so that the identity of the person and the returned object are registered. We cite, for purely enunciative and non-limiting purposes, the following products already existing in the market http://www.maquinaepis.com/ US2006217836 (A1) - Interactive automated article dispensing system. The present invention solves the problem by means of closed receptacles with an automated door in which any object can be located whatever its form without the need for it to be packaged previously. The credit return and control system described above also solves the problem of non-existent traceability in this type of vending dispensers.
    As you can see, none of the three types of systems referred to, has all the advantages offered by this invention and also, none of the systems known in the market are suitable for housing dirty objects, purely for hygiene reasons.
    Description of the invention
    The multitaquilla system of dispensation, return and control of clogs comprises a dispensing cabinet, a return cabinet and a management software.
    The dispensing cabinet has a large door anchored in the cabinet with hinges and a key lock. Inside, there are several rooms or compartments with restricted access, in which an object can be housed regardless of its shape, weight or material such as clogs. Each of these compartments is closed with a small door with an automated lock so that each of them can be opened independently and give access to a single compartment of all those that make up the multi-locker cabinet.
    The closing of the doors is automated with electroiman and when receiving electrical tension it activates an opening mechanism. This closure is anchored in each small door to prevent the door from being opened manually.
    The user knows if there are stocks in the compartment through one or more sensors located in each compartment that detect it.
    An access panel with touch screen instructions and operating, integrated in the cabinet allows the identification of the user who once validated gives access to the compartment. This validation is obtained through a connection to the computer network that communicates with the system database through Webservice.
    It also has a user identification reader which can be card, biometric, keyboard, or any identification system existing in the market.
    All this with its corresponding internal controller with processor.
    In this way, the user accesses the system to collect the clogs.
    Other software manages the operation of dispensing and return of them.
    The clog return cabinet serves to collect the clogs used for cleaning or checking. This cabinet can be installed embedded in an opening in the wall so that the return of used clogs is carried out in a rear room, and comprises a vertical opening front door with an opening and blocking solenoid thereof; a clog and tray receiving clogs provided with an eccentric crown motor for the movement of the receiving tray; two clog detection sensors, one in each
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    cublcuio with two indicative leds; a touch screen of instructions and operation and a user identification reader that can also be card, biometric, keyboard, or any identification system existing in the market.
    A clogging level sensor, a Polytex controller and a camera complete the elements that make up the system.
    Finally, a user management software and access permits, credits and control of products dispensed and returned, offers total control of the stock of clogs as well as their consumption.
    Description of a preferred embodiment
    The multitaquilla clog control system is the only system that offers comprehensive control of the use of hospital clogs. The most important advantages offered by the system are the reduction of losses in the clogs and the rationalization of its use.
    Username
    This system cannot be installed in a public access space, it is designed for certain users whose identity is known
    Each user is assigned some credits and a periodicity of use so he is obliged to return the dirty clogs to recover his credit. You also have a change limit that you cannot overcome.
    Once the user is registered in the system with their credit assignments and limits, you can identify in the dispensing cabinet to choose the pair of clogs of your size through the touch screen, and one of the doors will automatically open from the closet, remove the clogs and close the door. At this time a transaction will be generated that will subtract a credit.
    The system may deny the dispensation to a user even if they are registered in the system, if they no longer have credits to obtain clean clogs.
    When the clogs are dirty, the user will be identified in the return cabinet, the vertical door will be opened and a clog will be deposited in each cubicle (the corresponding sensor sensors are illuminated), the door will be closed manually, the camera will take a photograph that will remain associated with the user, the motor of the receiving tray will be activated and the clogs will fall into the collection basket that you have prepared. At this time another transaction will be carried out that will return a credit to the user who, if he has not exceeded the change limit assigned in time, may pick up another pair of clogs.
    Mantenance staff
    The maintenance staff may consult or receive notices via email or sms to know the status of each cabinet, either of the dispenser or of the return, to be able to replace clogs in the dispensing cabinets or remove dirty clogs from the returnees.
    The reposition of clogs will be done by opening the master door with a single key and a single lock that will give access to all the compartments of the multitaquilla. Each compartment will be marked with the clog size to be replaced. The replacement time will be 3 or 4 minutes making this system the fastest repositioning of those existing in the market.
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    The removal of dirty clogs will consist of replacing the full container with an empty one.
    If on some occasion it is detected that in the dirty clogs container there is an object that is not a clog, the maintenance personnel may consult the photographs stored in the system to detect the user who has violated the rules and admonish it. This method is based on persuasion and is proven effective.
    Brief description of the drawings
    To complement the description that is being made and in order to facilitate the understanding of the features of the invention, a set of drawings is attached to the present specification in which, with an illustrative and non-limiting nature, the following has been represented:
    Figure 1 represents a front view of the multi-locker clog dispensing cabinet.
    Figure 2 represents an elevational view of the floor of the multi-locker clog dispensing cabinet according to the X-X cut line of Figure 1.
    Figure 3 represents a front view of the return cabinet of dirty clogs.
    Figure 4 represents a flow chart of use of the clog dispensing cabinet. Detailed description of the invention
    Sections 1 and 3 respectively show a front view of the multi-locker clog dispensing cabinet and a front view of the return crate of used clogs or floors. These two figures make up the Multitaquilla Control System for Hospital Clogs of the present invention so that the dispensing cabinet (Figure 1 and 2) allows the pair of clean clogs to be removed from a user and the return cabinet (Figure 3) allows it to be returned to Your cleaning in the laundry. A control software manages the traceability of the dispenser and the returnee and the allocation of credits to users offers full control of hospital clogs.
    The dispensing cabinet (Figures 1 and 2) is equipped with several compartments (9) to locate the clean clogs. These receptacles are closed by small doors (2) with automated opening by means of an electric lock (7). In turn, these small doors are anchored in a large door-frame (1) by two hinges (5). The frame door (1) remains anchored to the side wall of the cabinet (11) by means of two interior hinges (6) and is kept closed by the lock (3) located opposite to the hinges (6).
    Said dispensing cabinet also includes photoelectric sensors (8) for detecting objects that are responsible for reporting the presence or absence of clogs in each compartment (9).
    The dispensing cabinet comprises an identification and control device (4) that is composed of a reader for the identification of the user, a touch screen interface for receiving user orders and a microprocessor with programmable software.
    In accordance with the present example of realization, the identification and control device (4) as shown in the diagram of use of Figure 4, is responsible for identifying users, checking if they have access permission, communicating with the database by means of Webservice to check the status of the user's credits and subsequently activate or not activate the automated door opening (2) by means of the electromagnetic lock (7).
    The clog return cabinet (Figure 3) mainly comprises an upper door (13) and a lower door (14).
    The upper door (13) comprises all the necessary elements for the return of the 5 clogs so that it can be removed from the lower part (14) and installed embedded in any wall in which a custom hole has been made. The lower door (14) is the access to the receptacle that stores the clogs collected by the returner.
    The clogs return cabinet comprises a reader for the identification of users (15), 10 a screen (16) for informative messages to the user, a sliding door (17) that is mechanically released when the user is identified giving access to two receptacles in which the user deposits the pair of dirty clogs, two object detection LEDs (18) one for each receptacle and a handle (19) for closing the sliding door (17).
    The clogs return cabinet also includes a photographic camera located in the upper part of the receptacles that a photograph takes in each transaction that is associated to the user for the control of the objects introduced in the returner.
    The return cabinet also includes a microprocessor that is responsible for managing the 20 user access permits, activating the automated door opening (17), communicating with the database through Webservice to add credits to the user and control the actions mechanics for collecting clogs.
    权利要求:
    Claims (8)
    [1]
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    1. Multitaquilla hospital clog control system comprising a dispensing cabinet with automatic opening doors (2), which has a series of receptacles designed to make available to users a pair of new clogs and with a door system single multi-ticket (1); a clog return cabinet with automatic opening door (14) designed to collect used clogs; and management software.
    [2]
    2. Multitaquilla hospital clog control system according to revindication 1 characterized in that it comprises a control software configured to manage and control the delivery of clean clogs and the reception of used clogs.
    [3]
    3. Multitaquilla hospital clog control system according to claims 1 to 2, characterized by a dispensing cabinet comprising a series of compartments with a clog detector sensor.
    [4]
    4. Multitaquilla hospital clogs control system according to claims 1 to 3, comprising a return cabinet characterized in that the collection of clogs is carried out by free broth of these, when the receiving tray drops them.
    [5]
    5. Multitaquilla hospital clog control system according to claims 1 to 4, characterized by the ability to be embedded in a structure or wall, so that the clogs are collected in the rear space of this wall.
    [6]
    6. Multitaquilla hospital clog control system according to claims 1 to S, characterized by a recharge system of the dispensing cabinet comprising the opening of a master door that gives access to all receptacles of the multitaquilla closet.
    [7]
    7. Multitaquilla hospital clog control system according to claims 1 to 6, characterized in that the opening and closing orders of each of the receptacles of the cabinets, are managed by a control software.
    [8]
    8. Multitaquilla hospital clog control system according to claims 1 to 7, characterized in that the clog return cabinet comprises a camera located at the top that takes a picture of each transaction.
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    同族专利:
    公开号 | 公开日
    ES2609959B1|2018-01-30|
    引用文献:
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    CN204393794U|2015-01-28|2015-06-17|杨全庚|Semi-automatic turning shoe shelf|
    法律状态:
    2018-01-30| FG2A| Definitive protection|Ref document number: 2609959 Country of ref document: ES Kind code of ref document: B1 Effective date: 20180130 |
    优先权:
    申请号 | 申请日 | 专利标题
    ES201600338A|ES2609959B1|2016-04-20|2016-04-20|Multitaquilla hospital clog control system|ES201600338A| ES2609959B1|2016-04-20|2016-04-20|Multitaquilla hospital clog control system|
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