DE102017003828A1 - Product device and product method - Google Patents

Product device and product method

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Publication number
DE102017003828A1
DE102017003828A1 DE102017003828.7A DE102017003828A DE102017003828A1 DE 102017003828 A1 DE102017003828 A1 DE 102017003828A1 DE 102017003828 A DE102017003828 A DE 102017003828A DE 102017003828 A1 DE102017003828 A1 DE 102017003828A1
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DE
Germany
Prior art keywords
product
cleaning
device
storage
product device
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
DE102017003828.7A
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German (de)
Inventor
Robert Simmoteit
Kim-Louis Simmoteit
Ken-Joel Simmoteit
Original Assignee
Robert Simmoteit
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
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Publication date
Application filed by Robert Simmoteit filed Critical Robert Simmoteit
Priority to DE102017003828.7A priority Critical patent/DE102017003828A1/en
Publication of DE102017003828A1 publication Critical patent/DE102017003828A1/en
Pending legal-status Critical Current

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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B08CLEANING
    • B08BCLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B3/00Cleaning by methods involving the use or presence of liquid or steam
    • B08B3/02Cleaning by the force of jets or sprays
    • B08B3/024Cleaning by means of spray elements moving over the surface to be cleaned
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B08CLEANING
    • B08BCLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B11/00Cleaning flexible or delicate articles by methods or apparatus specially adapted thereto
    • B08B11/02Devices for holding articles during cleaning
    • AHUMAN NECESSITIES
    • A47FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47BTABLES; DESKS; OFFICE FURNITURE; CABINETS; DRAWERS; GENERAL DETAILS OF FURNITURE
    • A47B2210/00General construction of drawers, guides and guide devices
    • A47B2210/05Metal wire baskets for vertical drawers
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B08CLEANING
    • B08BCLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B3/00Cleaning by methods involving the use or presence of liquid or steam
    • B08B3/04Cleaning involving contact with liquid
    • B08B3/10Cleaning involving contact with liquid with additional treatment of the liquid or of the object being cleaned, e.g. by heat, by electricity, by vibration
    • B08B3/12Cleaning involving contact with liquid with additional treatment of the liquid or of the object being cleaned, e.g. by heat, by electricity, by vibration by sonic or ultrasonic vibrations

Abstract

Product device, in particular for product purification and for product logistics of medical products, which is used in a cleaning machine and contains products, characterized in that it has spaced storage levels (5) as a storage system (1) for products and as a cleaning device in a cleaning chamber (2 , 10) or in a cleaning machine cart (20, 60, 70) of a cleaning machine without product storage systems is introduced in order to use at least their cleaning arms (3) and / or their rinsing modules (11) at least between the spaced storage levels (5).

Description

  • Field of the invention
  • Product device and product method, in particular for medical product cleaning and for the product logistics of medical instruments. Can also be used for products that are cleaned and stored in the home, in the laboratory and in industry.
  • Background of the invention
  • The preparation of medical products is a product process and includes in detail the following steps: 1 the product transport from the OR to the treatment center, 2 the pre- and main cleaning and drying in a cleaning machine, 3 the product care and product testing with subsequent product packaging and 4 the product sterilization and - storage. An integral part of this process is product purification. This cleaning and disinfection machines from the manufacturers Miele, Belimed, Steelco, Ken, MMM and other well-known manufacturers are used. The state of the art here includes cleaning machine trolleys (eg shelf trolleys) which are provided in particular for defined product groups. For example, for instruments from the eye, ENT or dental surgery, just to name a few. Furthermore, cleaning lines are used to increase the degree of automation of the rinsing technology. The state of the art is also flexible cleaning machine inserts as in DE 10 2008 011 743 A1 used. The machine insert described here is flexible by attaching rinsing pipes to a main channel and thereby usable for cleaning medical product channels. Recent developments also allow the removal of rotating arms and / or the removal of rinsing levels. Next are technical cleaning operations by DE 10 2013 001 874 A1 known, be used in the cleaning inserts with removable function grids for storing baskets. These functional grids also allow a divisible storage level in a cleaning machine cart. By and large, the cleaning of dishwashing products in the household goods sector is aimed at a precisely coordinated dishwashing cycle constellation. Either the items to be washed themselves (eg in the case of dishwashers) or the items to be washed are in screen baskets and are introduced, for example, in a shelf trolley. After product sorting and inspection, the products are sterilized in sterile containers or with baskets with a soft-wrap casing in steam sterilizers and then stored. The state of storage technology, in particular of medical goods z. B. storage shelves used in the storage baskets.
  • The products in the known treatment process have the disadvantage that they have to be repackaged several times and consuming. Despite a continuous development of the treatment processes, there is no integrated and automated process management between the product transport, the pre-cleaning, the main cleaning up to the storage of medical steep products. Human error or lack of knowledge and sloppy behavior always leads to expensive rework. The usable cleaning roads are technically vulnerable and therefore not always economical. OR related instrument preparation for larger operations is not process related.
  • Summary of the invention
  • The invention has the object to optimize the disadvantage of the known product devices in the field of product preparation with regard to a continuous usability so that a machine-independent use is possible. This is currently prevented by technical measures of the manufacturers as far as possible. The innovation should also enable the logistical use of robots, especially in medical cleaning and subsequent sterilization to storage.
  • In the first place, a product device for product cleaning and logistics is provided, the flexibility in particular in the loading and functionality of cleaning machines with ware z. B. improved in baskets. The preferred field of application of the innovation is the reprocessing of medical instruments of all types and sizes, including product logistics with the support of automated systems. For clarification, reprocessing and rinsing products are products that are subjected to at least one cleaning. These include baskets, racks or storage aids. These can in turn be arranged to instrument or surgical sets.
  • This object is achieved by a product device, in particular for product cleaning and for the product logistics of medical instruments according to claim 1 and with a product process for product purification and for product logistics according to claim 11. The following claims relate to the advantageous embodiments of the invention.
  • The innovation solves the task by a product device, in particular for product cleaning and for the product logistics of medical Products that is used in a cleaning machine and contains the products, characterized in that it is introduced with spaced storage levels as storage system for products as a cleaning device in a cleaning chamber or in a cleaning machine cart a cleaning machine without product storage systems to at least their media-carrying parts (such as rotating arms and / or their rinsing modules and / or main media lines) between the spaced storage levels to use at least for cleaning.
  • The preferably standing, independently and machine-independent usable product device for product cleaning and for product logistics may alternatively be partially or completely open on all sides. The proposed opening areas or open sides are needed for a Dreharmreinigung and lie between spaced storage levels, which are in particular storage grid or storage baskets and are arranged below a storage grid or a storage basket. These opening areas are defined as turning arm levels and may have spaced grid areas or other visible boundaries. Demarcation grids can be used after cleaning as an additional storage level.
  • It is intended to use the product device in particular as a product cleaning device for product purification. In addition, the device should also be usable as a sterilization device or as a transport device and thereby a continuous system for product logistics, at least as a storage system, be used. Preferably, the device is inserted or placed in a suitable storage-free cleaning machine cart or a cleaning chamber laterally or from the front (alternatively also introduce from above) or hung. Alternatively, the product device for product cleaning and logistics is stored independently standing on a receiving grid or a receiving rail or hung on hooks on the machine car. Essentially with the aim of not having to repackage the baskets, rinsing racks, items to be washed or reprocessing goods (eg sterile items) stored on the storage levels. The innovation allows a compact and tiered storage of products and thus an optimal use of space, especially if formations are available to accommodate media-carrying parts (rotating arms, flushing modules or main media lines and media connections in the cleaning machine) to save space.
  • The proposed independently usable and movable product devices for product cleaning and for product logistics are defined in the narrower sense as a storage system and can be used throughout the treatment process. The product device for product cleaning and for product logistics preferably has no fixed rotating arms, which does not mean that no rotating arms can be additionally installed. This limits the use and structure of the device of existing systems z. B. in dishwashers or special cleaning machines in medical technology.
  • The upper and / or lower storage levels or storage grids of the product device are formed, for example, by flat and / or inclined grid surfaces or grid baskets or, alternatively, can also be arranged individually (eg if required) at an angle and / or can form at least on one side exhibit. The corners of the device form L, U or tube profiles. The latter can also serve to bring in at least from below cleaning solution. Furthermore, at the corners adapter for cleaning cavities between the storage levels may be present.
  • Also conceivable is a combination of the lateral product device surfaces with additional gratings and / or closed surfaces. Grid surfaces are consistent for cleaning media. Closed surfaces, on the other hand, have the advantage that the cleaning solution is distributed more spatially and thus supports the cleaning performance, insofar as it can run downwards. At least laterally closed surfaces, which may also be transparent, have the further advantage that the storage of the items to be washed are already secured with the exception of the open areas during cleaning.
  • It may be provided that before cleaning a surface (eg., An area with a filter window) can be opened and after cleaning again with a surface z. B. is closed with a filter window and a peripheral seal at least until further processing or removal. Such a usable product device for product purification and logistics would, in conjunction with a sterile filter surface, deliver a usable sterile container and be sterilizable in a sterilizer. Again, the containing products would not be repackaged in the treatment process. It is even conceivable that ultrasonic vibrators are mounted on these surfaces in a surrounding watertight space.
  • For identification, the product device has, for example, in the interior, between the storage levels on which the products are located and spaced from these are preferably a defined and a clearly visible partitioned space for receiving a rotating arm. This rotating arm room without a rotary arm is freely accessible at least from one side for an external supplied rotary arm. Alternatively, it is conceivable that a Dreharmelement is used consisting of a rotary arm and at least one supply line with a connection adapter. This element can be introduced into the rotating arm of the product device (eg by hand) and removed again here. It is envisaged that in this case the adapter will couple to a suitable port in the chamber or on the machine cart for media delivery.
  • For reasons of space and weight as well as hygiene reasons, the product device has no additional large-scale media or main supply line. Nevertheless, additional components such as rinse modules or rotary arm devices may be employed inside the product device as a cleaning device to assist at least the cleaning process or to allow void cleaning in the planes.
  • The innovation is characterized in that over an open straight or shaped side without obstacles, a machine rotary arm of a machine chamber or a machine tool cart is introduced into the interior of the product device. The Dreharmraum may have for spatial delimitation lateral and circumferential connecting struts and / or a lattice plane which is at least spaced from the stored screen baskets or rinsing racks and / or the items to be cleaned, have. Preferably, the Dreharmraum is defined as a rotating arm level by a side opening window-like visible or divided. It is important that no items to be washed are allowed to protrude in this room. The Dreharmraum can be formed at least by a coarse grid to clearly define or demarcate this space. If the rotating arm space in the product device has a lower and suitable grid surface, then further products can be stored here after cleaning to the items already being washed. Thus, the storage capacity of the product device is substantially increased.
  • The product device has the task of facilitating the processing without repacking the containing products (baskets and / or items to be cleaned ect.) And / or to enable a hollow product cleaning. A process part in the treatment chain may provide for product pre-cleaning in ultrasonic baths or sterilization in a sterilizer. To meet these tasks meaningful, components such. As storage aids, screen baskets, inner mesh walls, mounting parts or rinsing modules (media distributor for cleaning cavity instruments) supplement the product device structure. If additional flushing distributors are introduced into the storage levels, these can be coupled to a main distributor in a cleaning chamber or a machine carriage in order to introduce the cleaning solution directly. For this purpose, the cleaning chamber or the machine carriage on the main media pipe has suitable, preferably self-closing coupling valves or coupling openings. Alternatively, only one hose line for forwarding cleaning solution can be used here. In addition, a filter cylinder or a planar surface filter can be used in the main media line, which can be removed from above or laterally.
  • This type of use is not possible with the known cleaning machine manufacturers, because the storage systems for products are always part of a cleaning machine car or a cleaning machine. Removable cleaning machine storage parts and rotating arms are known at 3mach, Belimed, Ken or MMM, but these are always matched to the design of the cleaning machine.
  • The usable for cleaning rotary arms are preferably set by a pump in motion brought cleaning solution in the washer-disinfector in rotation. It is also conceivable, however, a mechanically executed rotation by a motor. The rotary arm can also be removed together with the supply line to change the place for product devices for receiving larger and bulky items in the chamber.
  • The innovation makes it possible to use novel cleaning machine insert carriages or cleaning chambers in cleaning machines, which at least do not have to contain any storage systems or storage holders for items to be washed. The novel cleaning trolleys contain at least one vertically extending main media line, into which cleaning solution is supplied from below or from the side. To use the machine-independent and stand-alone product devices for cleaning and logistics of products only a suitable support in the chamber or on the cleaning cart must be present. This support is preferably a continuous or split support plane, which may also include further fluid line media connections to the product device to receive a single or multiple product devices for product purification and logistics.
  • Conceivable are thus divisible cleaning machine wagons, which may also have separately usable main media lines and media connections with or without an internal filter and on this the rotary arms are driven inside a cleaning chamber. The main media lines are preferably at the corners and / or positioned on one side of the cart. For cleaning, the product devices for product cleaning and for product logistics are introduced into cleaning trolleys or can be removed from them again. This embodiment improves the possibilities of using the machine chambers of cleaning machines, because the chamber is free of any rigid storage systems.
  • The self-supporting product devices for product cleaning and logistics are primarily storage and transport systems in a design of a frame with lattice planes, which can also accommodate bulky products by design. It is therefore possible to use the product device after cleaning without repacking the containing products for product control and product care or for sorting the products at table height.
  • The product device may be as large as a cleaning chamber or fill only a portion of space in the cleaning chamber. In this case, the product device is stable and lightweight and substantially free of all unimportant and heavy rinse feed parts, which improves handling and transportation. For practical reasons, the product device can be composed of independently usable components, each with a lattice plane or be collapsible and / or carry handles for carrying or storage aids for storing screen baskets or larger items to be washed (eg., Dräger ventilators ect.) Have.
  • The storage levels themselves may be removable or flush spreaders, adapters or other flushing aids for void products may be attached to the storage spars. Meaningful way z. B. also be provided that the individual storage levels for better removal of products as drawers (eg., Grid baskets) are executed. Alternatively, the product device may be in the form of a mesh box with side grilles and may have only one open side for internally receiving an externally supplied rotary arm of a cleaning machine cart or cleaning chamber. The open straight or shaped side, z. B. with a molding for a main media line, can be closed with an additional grid surface, whereby the internal items to be washed or baskets are secured during transport. However, the device may also preferably provide one or more media couplings from below or from the side.
  • Conceivable is a product device for product cleaning and for the product logistics which is closed on three sides and at the bottom has a fluid outlet valve or a closable opening. The open side has a seal with a wall that can accommodate a large sterile filter to make a sterile container. The product device can thus be designed as a closable box. Closed side surfaces have the advantage that the acting cleaning solution in the product device, which is introduced via the rotating arms into the interior of the device, higher densified inside. This in turn improves the cleaning performance and cleaning can be better standardized. In this embodiment can be dispensed with additional sterile container. Preferably, however, the inner screen baskets z. B. packed with a soft packaging vapor permeable and stored again in the product device.
  • An advantage of the innovation is that complex and multi-part surgical sets (several baskets) throughout the treatment process remain together and located electronic components or barcodes on the product device allow an optimized and consistent monitoring process control.
  • The innovation is further impressive in that the product device for product cleaning and for product logistics can be used independently as a storage and transport module and this can also be stackable, which in turn reduces the storage space on the shelf.
  • For stackability of the product device, this can have pluggable parts or fixed elements, whereby the product device receives a segment-like structure. Preferably, the product device can be assembled according to the Lego principle to a multi-storey storage device and produce a stand-alone storage shelf. As an alternative to stacking, the product device can be hung on a rack or in a cleaning chamber or in a machine cart. The product devices can have flat rack bottoms with spacers, but also suspendable storage baskets for soft packaging.
  • In order to transport bulky items to be stored safely and to store them without repacking in the product device, lattice boxes or racks with sliding holding strips are proposed. The novel retaining strips have shock-damped or resilient pins. Due to the mobility to the front and / or to the rear, these are optimally placed on bulky dishwashing surfaces. This configuration thus contributes to the storage security and the storage stability is further z. B. improved by laterally and vertically displaceable mounting rails.
  • The idea of the innovation is to eliminate as far as possible the known rigid storage devices in cleaning machine devices in cleaning chambers and cleaning insert cars and to use them by means of independent movable product devices that can be used throughout the processing process. As a logistics module, it is intended to use them as far as possible throughout the treatment process, ie during transport, during cleaning, sterilization, storage and during use in the surgical area. The storage levels required for this purpose in the product device can have vertically or vertically and / or vertically or laterally displaceably arranged storage levels or rails for suspending or inserting storage baskets.
  • In a further development of the innovation, the product device for medical treatment products can be equipped manually, but alternatively also moved by a robot arm or a roller transport system. The proposed product device for product cleaning and logistics, in particular as a storage system, substantially improves the use of robot technology and secures the rinses stored in the product devices without repackaging up to use in the operating room.
  • It can be provided that the product logistics is in particular support the product movement by robotic arms or by automatic and mobile rolling systems. After cleaning, the cleaning products can remain on the product device and be moved together with them. The introduced cleaning products receive a soft packaging or packaging in the form of a hard sterile container. Subsequently, the loaded product device is sterilized and z. B. stored in a high-bay warehouse. This is possible because the product device as a storage system exerts an additional protective effect and / or allows additional stacking.
  • In order for the innovation to be economically and standardisable, the structure is multi-part, flexible and modular. In addition, rinsing or rinsing cylinder are set as a media distributor in the product device or removably used or the structure of the device allows itself a media line z. B. via pipes at the corners. This design ensures, in particular by the replacement of the internal parts, the highest possible flexibility.
  • Furthermore, it is intended to use the product device process-related and as a connecting element. A product method for product purification and for product logistics is proposed, in which the product device described above is used in particular for medical product preparation, characterized in that in the first step a movable product device with storage levels loaded with treatment products and a feed device and / or robot arms is introduced into one or more cleaning machines to clean them at least outside and then to remove the product device via an executing device or robotic arms from the cleaning machine or the cleaning cart in a second step, then the containing items to be washed outside a cleaning machine for use in OP to edit and finally at least store the product device with the products or sterilize.
  • It is conceivable that pre-cleaning takes place in a separate ultrasonic bath before the cleaning process. Here, the product device is dipped for product purification with the containing products in the ultrasonic basin and pre-cleaned. After removal, the product device is placed on a feeder or passed through a robotic arm to a washer-disinfector as described above. Suitable delivery systems have z. B. Rolls to move the product device for product cleaning in a cleaning machine in and out. By this efficient pre-cleaning, the pre-cleaning step can be omitted in the cleaning machine. If the cleaning solution in the cleaning machine is consistently maintained at a temperature between approximately 40 and 70 ° C, the cleaning time in the washer-disinfector is significantly reduced.
  • It can further be provided to sterilize the product device at least with packed baskets in sterile containers or in a soft packaging in a sterilizer. Subsequently, the product devices sterilized in this way are stored in a sterile goods store or a sterile goods storage rack is produced with the devices and the sterile goods contained. The product device used here ensures a secure storage, especially if the product device itself is designed as a mesh basket or even a box.
  • However, it is also conceivable that in the product device, at least during the cleaning, sorted medical instruments are placed in screen baskets or on cleaning racks in order to subject them to a cleaning process. Subsequently, the so purified products are stored in large quantities in a central warehouse largely sorted and removed only after an OP request again and OR-related or according to the requirements and type of surgery to be performed in one Sieve basket assembled and then sterilized. Again, the product device improves the use of robotic systems and storage in a high-bay warehouse. This type of use significantly reduces the amount of instrumentation required for surgical use and thus also reduces instrument repairs.
  • If the product device for product purification and logistics spent in the OP, the sterile goods contained here (baskets with instruments or bulky items) removed and removed after surgery, the contaminated instruments back into the product device z. B. be stored on screen baskets. The subsequent transport to the central sterilization can be done secured without additional disposal container. Again, the advantage of the product device shows again.
  • As stated above, the product device can incorporate flushing modules to aid in the voiding of medical void products (motor handles, MIS instruments, aspirators, trocars, etc.) within the product device without repacking these instruments. The introduction of these components can be further supported by suitable fastening systems. In addition, storage aids in the bottom area of the storage level can improve the positioning of baskets in the product device, so that these z. B. can be connected to plug adapters. This together expands the possibilities of using the product device for product cleaning and for product logistics in the preparation process.
  • The proposed innovation in the design of a product device for product cleaning and for product logistics together provide the following advantages:
  1. 1. A usable device for product cleaning and logistics, which is movable, storable and sterilizable.
  2. 2. The device serves as a connecting logistics module, which is preferably used safe transport from the OR in the processing center and back.
  3. 3. The device improves the cleaning logistics in cleaning machines, as Siebkorbsets can stay together, alternatively, the logistics for single-variety medical instruments.
  4. 4. The device improves the functionality of cleaning cart and standardizing treatment processes.
  5. 5. The device can be used as a divisible mounting system and / or can have space-saving formations for receiving media-carrying parts at least for a main media line.
  6. 6. The device supports cleaning in particular by machine-independent rinsing manifolds (rinse bars, flushing cylinders, adapters and rotary arm devices, etc.) or even has pipelines.
  7. 7. The device improves the storage security by holding rails or other auxiliary devices and / or can be stacked.
  8. 8. The device has by a modular design a high degree of flexibility, which also supports an individualized treatment.
  9. 9. The device improves instrument documentation in instrument control and instrument care.
  10. 10. The device supports the storage arrangement in automatic sterilizers and cleaning in ultrasonic baths.
  11. 11. The device enables efficient surgical preparation with complex and multi-part strainer basket sets.
  12. 12. The device allows the mass storage of unmixed dishwashing products in a central warehouse with subsequent OR-related compilation of the required instruments in a screen basket or rack with subsequent sterilization of these baskets with a sterile packaging.
  13. 13. The device supports the use of robotic systems before and after the cleaning machine and automation in the field of warehouse logistics.
  14. 14. The device improves the standardization of the treatment process with electronic parts, such as temperature and data loggers and / or barcodes.
  15. 15. The device can be used as a stand-alone Sterilgutlagerungsvorrichtung or as a disposal device.
  16. 16. The device may have pull-out storage levels to remove the baskets, racks or items stored here better and safer.
  17. 17. The device supports the storage in a high-bay warehouse or the production of a stand-alone storage shelf.
  • The proposed and described product process approach and product device optimize the production of a clean and safe sterile product. In addition, the product transport or its logistics between the process steps of the product pre-cleaning, product cleaning, product reunification, product sterilization with subsequent product storage as far as possible standardized and rationalized. The advantages of the innovation will therefore economically influence the future developments, in particular the treatment of medical goods in health facilities of all kinds in a variety of ways.
  • Fields of application and embodiments
  • There are areas of application, in which a treatment unit in the field of medical product preparation is used, in particular in connection with cleaning machines, feed systems (roller conveyors ect.) And in which a use of robots is provided. The aim is to improve product processing or at least to optimize it economically and in terms of time. Furthermore, the rinsing, connecting and / or holding cavity products outside of cleaning machines by combination with suitable rinsing manifolds or the product external cleaning is improved by separately usable rotating arms or spray nozzles. Furthermore, it is provided to enable a treatment process section through a connecting element of a movable product device. The preferred field of application is the treatment of medical ware and reprocessing goods of medical instruments of all kinds, of machine parts and in particular of goods which also have to be sterilized in the process. In addition, the use is not limited to these items. Conceivable are areas of application in industrial product cleaning up to the dishwasher in the household.
  • The following embodiments of a product device for product cleaning and for product logistics are conceivable in the form of a storage system:
    1. 1. product device with at least one storage level z. B. as a lattice plane and an inner rotating arm level without rotating arm for storing at least 2 to 10 screen baskets.
    2. 2. Product device which has a flushing distributor for cavity products and / or a pluggable and thus at least one extendable vertical pipe as a cleaning device on at least one side and can flow over this cleaning solution.
    3. A product device having a rotary arm product device with at least one connection adapter at least on the floor and / or on the ceiling.
    4. 4. Product device with flat and / or inclined storage levels, which may be extendable and / or at least on one side have one or more formations.
    5. 5. Product device with removable or sliding storage levels or storage aids to better accommodate additional storage aids.
    6. 6. Product device with bottom and / or top plug-in parts, which are formed at the corners to allow stable stacking and or the production of several storage levels.
    7. 7. Product device having at the bottom a support rail or rollers for insertion into a machine or in a machine cart.
    8. 8. A product device that has or can accommodate electronic components to enhance transport logistics (eg, transponders) or sensors or dataloggers to analyze the processing steps.
    9. 9. Product device having carrying aids or other holding parts for the safe use of robotic arms, as a logistics device to assist the preparation process.
    10. 10. Product device having side grids or closed surfaces or can be combined with these to form a secure transport or even with additives a sterile container.
    11. 11. Product device that can be used without repacking the products in cleaning machines as well as in ultrasonic baths or in sterilizers.
    12. 12. Product device as a modular cleaning technology device for cavity products, which enables the cleaning solution supply via at least one plug-in connection adapter on the media distributor.
  • The preferred embodiment is a product device, which can be introduced as a cleaning device with at least two storage levels from two sides and that of left and right in a suitable machine insert car. Between the storage levels, a circumferential framing is mounted on the side, which produces a lateral window for the introduction of a rotating arm. For safety, there may be a ceiling grid in this area, so that instrument parts can not easily penetrate from below into the space free from rotating arm.
  • In a further embodiment, the product device as a cleaning and Sterilization device sterilizable and constructed as a storage system segmental. At least two independent product devices form the storage system and the cleaning device that can be used in a washer-disinfector. The proposed storage systems in turn are multiply stackable and may have rails over which the storage levels are mobile. After cleaning, these can in turn be put together or built into a larger storage rack. For better removal of the multi-storey storage system as a shelf unit serve the Schubebenen. These are secured against falling out and can each for z. B. be set via a bolt or a lock.
  • In another technically complex embodiment, the product device contains, at least in one plane, a media distribution pipe with an adapter, to which holroom instrument channels are connected directly or via a hose and thus can be flushed through in a cleaning machine. This product device can also be immersed as a grid box or as an ultrasonic device in an ultrasonic bath to allow in this bath a flushing of channels and at the same time an external cleaning. It is advantageous if the stored screen baskets or items to be cleaned are arranged ultrasonically and protected against lateral falling out. This storage unit can then be transported either by muscle power or via an automatic transport system to the washer-disinfector.
  • Also conceivable are product devices for product purification and logistics that contain electronic dataloggers or holders for this purpose are provided at a suitable location, so that the entire preparation process (cleaning, sterilization and transport) is documented separately and independently of the machine and monitored in terms of time. Suitable parameters for analysis are the pressures and temperatures prevailing in the process, which must be documented in chronological order. This usage improves the independent and continuous testing and validation of such processes even without the current and very expensive external validation services.
  • Further advantages of the invention will become apparent from the choice of the combined components and materials as well as from the description and the accompanying drawings.
  • It is understood that the features mentioned above and those yet to be explained can be used not only in the particular combination indicated, but also in part in other combinations or in isolation. Embodiments of the invention are illustrated in the drawings and are explained in more detail in the following descriptions.
  • Show it:
    • 1 , Two product devices for product cleaning and product logistics in one machine chamber
    • 2 , Cleaning machine cart which receives a product device for product cleaning laterally or from the front
    • 3 , Product device for product cleaning and for product logistics as independent usable storage system
    • 4 , Cleaning machine trolley for cleaning machines
    • 5 Product device for product cleaning with a flushing distributor
    • 6 , Special product device for product cleaning and product logistics of large-scale dishwashing products
    • 7 , Mobile and divisible product device for product cleaning and product logistics
    • 8th , Storage shelf consisting of preparation devices
  • 1 , shows two product devices for product cleaning and product logistics in a machine chamber. In a cleaning machine chamber 10 there is a cleaning cart 2 , which is centered over a main fluid pipe 8th leads 16 for rotary arms 3 has. It is also conceivable that two main media piping z. B. executed left and right at the corners and / or in these filters (filter sleeve or surface filter) are included. From left and right are from the open side 19 The product devices for product cleaning as a cleaning and storage system 1 on a lower car level 17 of the machine infeed carriage 2 stored. In this case, the product device 1 only open on one side or open on several sides. On the storage levels 5 the product device 1 there are screen baskets 6 or rinsing racks in a storage room 9 , Some of the stored baskets 6 also have rinsing modules 11 with adapter 18 for cleaning cavity instruments. At the main media pipe 8th are at the height of the storage level 5 four self-closing pluggable valve couplings 7 with different sized openings. In these openings of the valve couplings 7 can rinse modules 11 (such as machine distribution strips, rinsing bars or flushing cylinders) directly or via plug-in adapters and hoses 14 be supplied with cleaning solution. In the smaller openings, in turn, suitable plug adapters (Luer Lock male or female adapters, Hose or special adapter) for the instrument connection. It is also conceivable that the valve couplings shown at the front 7 are attached laterally. These self-closing couplings 7 Prevent excessive pressure loss in the media circuit and can be quickly replaced by the screw-on cover plates. The cleaning machine cart is here from below via a main media connection 12 supplied with cleaning solution. Well visible are between storage levels 5 , between a lower and an upper storage level 5 and spaced from the screen baskets or rinsing racks 6 an upper boundary 13 , The space between the demarcation 13 and the upper storage level 5 is as a rotating arm room 4 Are defined. Here can be a rotary arm 3 move freely rotating. The delimitation 13 can be a pole, a framing or a lattice plane. The cleaning chamber 10 A cleaning machine can alternatively be usable without a cleaning machine cart for a product device. The rotating arms are here z. B. arranged centrally and are supplied from the back with cleaning media. For this purpose, a large-scale product device in chamber size from the front into the cleaning chamber 10 and, for a space-saving arrangement, can have formations (for example, in size and the shape of a line cross-section) that fit precisely to at least one side for a main media channel.
  • 2 , shows a cleaning machine insertion cart that receives the product device for product cleaning laterally or from the front. The cleaning machine cart shown 20 has at the rear side a main media pipe 8th with self-closing valve couplings 7 , The arrangement of this main media pipe or channel can also be centrally located in the center of the cleaning machine car and have around on all four sides self-closing couplings or be self-rotating. From this main channel 8th go supply lines 16 for the rotary arms 3 and supply them with cleaning solution. Downwards has the cleaning machine cart 20 a support plane 17 which may have a grid surface but also rails for receiving product devices for product cleaning and logistics. On this support level, product devices for product cleaning and logistics can be used from left to right or from the front 1 (clarified by the arrows) are combined with the cleaning machine cart. It is important that the Dreharmräume 4 in the product device at least on one side 19 are freely accessible. Accordingly, this can also for the storage room 9 the product device 1 be valid. Also from this site 19 Her instrument channels can be connected via Spülmodule. Shown are product device for product cleaning and logistics 1 in the embodiment of Figures A and B and C. A and B are laterally and C is combined with the front of the cleaning machine cart. A and B are the same devices built together about the volume of result. Since these product devices are heavy with loaded screen baskets, the merging can be done via a robotic arm or feeder. This should preferably be arranged in height. Preferably, the screen baskets 6 on grid surfaces 15 as shelves 5 are designed.
  • 3 shows a product device for product cleaning and for product logistics as a stand-alone storage system. A shows here a simply designed product device and is as a storage unit 30 with rotating arms levels 4 , each with a storage grid 15 is arranged. This product device allows at least as a cleaning device a two-sided combination with a suitable cleaning machine cart or a machine chamber with here contained rotating arms and / or rinsing modules. B shows the storage system 30 in a top view. Here has the preferably insertable device 1 a shape 46 for a main media line on a straight device side 19 , Good to see is also the rough support grid 15 , C also shows as A a processing unit, this has as a storage unit 50 lateral grid 42 so that the stored screen baskets, rinsing racks or even larger items to be washed can not fall out. Furthermore, it is possible here to use soft cover (eg transparent plastic covers, sterile packaging) to protect the dishwashing products or sterile goods contained here at least against dust and for rapid contamination via the air. The illustration D is a plan view of C, which is a molding 46 for a main media line to be centrally located in the device 1 is positionable. The shows a central formations 45 the device 60 (Storage unit) on the accessible open side 19 for rotary arms. These can alternatively depending on the bearing of the main z. B also be present at the corners. Representation E is a product device 70 or a storage unit 1 the at least left and right closed surfaces 43 has. It is conceivable that further surfaces are present at the rear and at the top and after cleaning are attached from the front and from the bottom in order to close the product device 70 as a box. It is further shown that the product device 70 rails 37 owns, on which either storage grid 5 or grid baskets 6 be introduced. Removable storage tiers have the advantage of easier and organized removal, especially of sterile goods. Above these storage levels 5 or storage baskets can the rotary arm demarcations 13 as a grid surface 15 be educated. Down has these devices at the corners foot parts 23 and up sockets 35 or storage connector, to hereby z. B. to be able to produce a stable shelf.
  • 4 , shows a cleaning machine trolley for cleaning machines or even washer-disinfectors. Figure A shows a cleaning machine cart 80 with a central backward running main pipe 8th from which the supply lines 16 for the rotary arms 3 depart. In this embodiment, the cleaning solution supply takes place 12 from behind. The cleaning machine cart 80 has a lower storage level 17 having a grid plane and / or a rail system. Then the product devices for product cleaning and logistics are stored or positioned. Figure B shows a cleaning machine cart 70 However, the left and right in a corner position main pipes 8th owns and these over Dreharmzuleitungen 16 connected to each other. The cleaning solution is supplied from below via a central and large machine coupling connection 12 , Again, there is a lower shelf level 17 for receiving at least one product device for product purification available.
  • 5 shows a product device for product cleaning and for product logistics with a flushing distributor. Figure A shows a product device 100 and has a Spülverteilervorrichtung 11 with adapter 18 directly in the storage room 9 , This is laterally on the struts of the product device for product cleaning 1 about screws 21 firmly mounted. The corner struts can also be piping and have adapters. The arrangement height of the medium distributors 11 can have more openings 22 to be changed at the lateral struts. Alternatively, it is conceivable that the storage levels 5 respectively. 15 themselves are arranged either changeable in height over these holes or an inclination of the storage levels 5 enable. To the cavity washes in baskets 6 to be able to supply, are hoses 14 provided by adapter 18 of the flushing distributor 11 be supplied with cleaning medium. So that the flushing distributor 11 can be supplied with cleaning solution, can from the outside a connection adapter 41 be introduced into the Spülverteilerrohr or removed again (indicated by the arrow). The advantage is that the connection adapter in the further treatment of the product device 1 does not disturb and can be matched to the respective cleaning trolley or to the connections in a cleaning chamber. This can alternatively be set easily with a bayonet fixing at least in the flushing modules. Towards the bottom, the product device for product cleaning and logistics has a rail for better stability or displaceability of the product device. Figure B shows a product device 110 in a side view with a corner tube 46 on which an adapter 18 is arranged in each storage level. About this pipe 46 can from below cleaning solution via a coupling adapter 41 or machine connection 12 be introduced. The media distributors defined on the lateral struts 11 can over a holding block 24 be rotatable and / or lockable or fixed only by screws and have at least on the front side a preferably sealing plug connection 26 for a connection adapter. The in the baskets 6 containing medical cavity instruments 25 (Vacuum cleaner, MIC instrument, motor handpiece ect.) Can be supplied directly here via the Siebkorbwandung with cleaning solution. Rotatable Spülrohrverteiler 11 have the advantage of better orientation for connecting z. B. of hoses.
  • 6 shows in a special product device for product cleaning and product logistics of large-scale dishwashing products. The in Figure A product device 120 possesses as a logistics system a trained upwards Dreharmbene 4 and a storage level 5 for screen baskets. In the lower part of the product device 120 there is a larger storage space 9 in which sliding dividing grille 29 whose position via a fixing device z. B. in the form of fixing blocks 44 are changeable. For better storage of large items to be cleaned and to protect them are at least on the separation grid or rods 29 at least in height adjustable retaining pins 27 , The retaining pins 27 can on a support rails 28 be arranged changeable. Figure B shows one of the retaining rails described 28 for holding pins 27 , Here are several retaining pins 27 on a support rail 28 arranged in a row. The retaining rail here consists of two metal strips with openings for the retaining pins, the terminal a fixing part 32 have in design of a clamping part. is the retaining rail in a sectional view again. Here was z. B. an elastic silicone strip 31 between the support rails 28 trapped and stored in the breakthroughs a retaining pin shock-damped. Alternatively, only one spring could take over the shock protection here. Further, the retaining pin 27 from a protective cap 33 sheathed so that no surface damage occurs at the contact points.
  • 7 , shows a mobile and divisible product device for product cleaning and product logistics. The picture shows a product device 130 in refinement, a transport and storage device that works on the modular principle on processing segments 1 is stackable and divisible. The device 130 consists here of the assembly a and b are stacked on top of each other. Thus, the product device parts a and b can be assembled safely, are preferably at all four corners receptacles 35 , in the can be introduced from above and / or below protruding parts of the device. These in turn can also be designed as quick couplings to allow a fast stable assembly. The product device has in this case storage rails 37 to the containing storage levels 5 or storage grid 15 to be able to pull out. In order for the product device is movable, this can be on a trolley 36 be turned off (represented by an arrow). Suitable are especially hygienic roles 34 that provide easy transport. The device structure shown here is changeable at least in height. However, connecting corner connectors (double or parallel connectors) are also conceivable in order to be able to assemble two identically constructed devices.
  • 8th shows a storage shelf consisting of product devices. The illustration shows an example of a storage shelf 140 made of stacked product devices 1 (or from storage devices 70 ) the respective storage 9 and rotary arm rooms 4 owns, is constructed. In the storage room 9 the respective product device 1 are storage rails 37 for receiving the storage levels for screen baskets or or the storage baskets available. To further stabilize the shelf are the product devices 1 as a storage system via sockets 35 (Also in training as parallel sleeves) preferably releasably connected to each other. Last make preferably also ensure that several parallel shelf parts are releasably connected together. So that the entire shelf 140 the bearing load can distribute better down, here are feet 38 , Alternatively, the product device can also be introduced dust-protected in a suitable cabinet.
  • LIST OF REFERENCE NUMBERS
  • 1.
    Product device for product cleaning and for product logistics in an embodiment of at least one cleaning, logistics and / or storage system or device
    Second
    Cleaning machine chamber or cleaning machine cart
    Third
    rotating arm
    4th
    Swivel arm level or rotary arm room or swivel arm window
    5th
    Storage area or level for processed goods and / or items to be cleaned, screen baskets and rinsing racks
    6th
    Strainer basket or rack (dish rack)
    7th
    Plug connection main medium pipe or self-closing plug valve coupling
    8th.
    Main fluid pipe, pipe or duct
    9th
    storage space
    10th
    Cleaning machine chamber
    11th
    Medium distributor or flushing module (flush bar or flushing cylinder)
    12th
    Machine coupling for connection in the cleaning machine
    13th
    Demarcation of the Dreharmraums
    14th
    tube
    15th
    Grid (storage grid, floor grid or side rails)
    16th
    Supply line for a rotary arm
    17th
    Storage level in the cleaning machine trolley for product devices
    18th
    adapter
    19th
    Straight or shaped side with open areas at least for rotating arms
    20th
    Cleaning machines car
    21st
    screw
    22nd
    opening
    23rd
    Foot part or slide rail
    24th
    Holding block for a flushing pipe
    25th
    Medical cavity instrument or only instrument or ware
    26th
    Plug connection adapter for flushing distributor
    27th
    retaining pin
    28th
    Retaining rod or retaining rail for retaining pins
    29th
    Partition grille or rods z. B. in the storage room
    30th
    Simple framed product device
    31st
    Elastic material or spring element
    32nd
    Fixation part for retaining rail
    33rd
    protective cap
    34th
    roll
    35th
    Plug-in sleeve or bearing segment connector or parallel connector
    36th
    Transport trolley for product devices and for product logistics
    37th
    rail
    38th
    stand
    39th
    pole
    40th
    Product device for product cleaning and for product logistics as a lattice box
    41st
    Connection adapter for flushing modules
    42nd
    Side grid
    43rd
    Laterally closed surfaces
    44th
    Fixation blocks z. B. for separating grid with fixing part
    45th
    Shaping z. For a main media line
    46th
    Pipe distributor z. B. on a storage system
  • QUOTES INCLUDE IN THE DESCRIPTION
  • This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.
  • Cited patent literature
    • DE 102008011743 A1 [0002]
    • DE 102013001874 A1 [0002]

    Claims (14)

    1. Product device, in particular for product purification and for the product logistics of medical products, which is used in a cleaning machine and contains products, characterized in that it has spaced storage levels (5) as a storage system (1) for products and as a cleaning device in a cleaning chamber (2 , 10) or in a cleaning machine cart (20, 80, 90) of a cleaning machine without product storage systems is introduced in order to use their media-carrying parts (3, 11, 8) at least between the spaced storage levels (5) at least for cleaning.
    2. Product device after Claim 1 , characterized in that this as a standing, stand-alone and / or machine-independent usable product device (1) on a straight or shaped opening side (19) at least one rotary arm (3) and / or a flushing module (11) and / or a main line (8) receives and here at least one open and accessible Dreharmraum (4), so that the device (1) forms at least the storage system in cleaning machines and this makes the storage in a machine flexibilizes, changes and / or standardized.
    3. Product device after Claim 1 , characterized in that the product device (1) at least as storage or logistics system in a storage-free cleaning machine cart (20, 80, 90) or a cleaning chamber coming from the side or from the front or from top off or mount without the products on the storage levels (5) repackaging and / or beyond in sterilizers as a sterilization device and / or in conjunction with rollers (34) or with a Tranportwagen (36) is used as a transport device
    4. Product device according to one of Claims 1 to 3 , characterized in that on the open side (19) of the product device (1) at least one rotary arm (3) and / or a main media line (8) of a machine chamber (2, 10) or a cleaning machine car (20, 80, 90) itself in the interior of the product device (1) rotates during cleaning and this has a visible delimitation (13, 15) of the Dreharmraums (4) in the form of lateral struts and / or at least a lower grid surface (15) after cleaning on this surface additionally to store treatment products, screen baskets (6) or racks.
    5. Product device according to one of Claims 1 to 4 , characterized in that a cleaning insert carriage (20, 80, 90) in cleaning machines at least one vertically extending main media line (8) via which from below (12), centrally or laterally cleaning solution is supplied and thereto pivot arms (3) attached and / or can be coupled with Dreharmvorrichtung and / or at least pluggable connection coupling (7) or valve couplings or internal filters are present.
    6. Product device according to one of the preceding claims, characterized in that the cleaning insert carriage (20, 80, 90) used has at least one lower continuous or divided support (17) or a grid surface for receiving product device (1) and / or at least this carriage has an additional one Media distributor (11) to a main media pipe (8) has or the media distributor via a hose (14) receives cleaning solution.
    7. Product device according to one of the above claims, characterized in that it is sturdy and lightweight and segmented from independently usable components or assemblies (130, a, b) is assembled or collapsible and / or carrying handles for carrying or storage aids (27, 29, 35) for storing screen baskets or larger rinsing or reprocessing goods or even has piping (46) and / or pipe segments with adapter.
    8. Product device according to one of the above claims, characterized in that the storage levels (5) are grid surfaces (15) or grid baskets and these are removable from the product device (1) and / or adjustable or extendable via rails (37) and / or these has a formation (45).
    9. Product device according to one of the above claims, that it is movable and / or stackable with a trolley (36) and a plurality of these product devices (1) forms a storage rack (140) for baskets, racks, items to be washed or processed goods and / or for product safety side grating (42) or surfaces (43).
    10. Product device according to one of the above claims, that the product device shock-absorbing and / or buffered retaining pins (27), the arrangement of either fixed and / or in height or the series arrangement is changeable in order to hold at least bulky and large processing and Spülgüter and to transport.
    11. Product method for product cleaning and for product logistics, in which the product device described above is used in particular for medical product preparation, characterized in that in the first step a movable product device (1) with storage levels (5) loaded with products and is introduced via a feed device and / or robot arms at least in a cleaning machine to clean them at least outside and then in a second step, the product device (1) via an execution device or robot arms from the cleaning machine or the cleaning cart (2 , 20, 80, 90) in order subsequently to further process the containing products outside a cleaning machine for use in the OR and finally to store or sterilize at least the product device (1) with the products.
    12. Product method according to Claim 11 , characterized in that with the product device (1) is a pre-cleaning in a separate ultrasonic bath and / or then the product device (1) is introduced into the cleaning machine and here the cleaning solution has a temperature of 40 - 70 ° C and / or this continuously is tempered at a temperature of 40 - 70 ° C in the cleaning machine.
    13. Product method according to one of the above product method claims, characterized in that products in the product device (1) are packed in sterile containers or in a soft packaging or this itself is a sterile packaging, to be subsequently sterilized and to store the sterilized product device (1) in a sterile storage or with the device a storage rack (140) is produced.
    14. Product method according to one of the above product method claims, characterized in that with the product device (1) medical instruments are at least cleaned to store them sorted according to hereafter and therefrom the instruments OR-related and according to the requirement and type of medical operations to be performed to a surgical set assemble and then sterilize in baskets (6).
    DE102017003828.7A 2017-04-20 2017-04-20 Product device and product method Pending DE102017003828A1 (en)

    Priority Applications (1)

    Application Number Priority Date Filing Date Title
    DE102017003828.7A DE102017003828A1 (en) 2017-04-20 2017-04-20 Product device and product method

    Applications Claiming Priority (2)

    Application Number Priority Date Filing Date Title
    DE102017003828.7A DE102017003828A1 (en) 2017-04-20 2017-04-20 Product device and product method
    EP18000243.8A EP3391975B1 (en) 2017-04-20 2018-03-12 System and method for cleaning objects

    Publications (1)

    Publication Number Publication Date
    DE102017003828A1 true DE102017003828A1 (en) 2018-10-25

    Family

    ID=61655559

    Family Applications (1)

    Application Number Title Priority Date Filing Date
    DE102017003828.7A Pending DE102017003828A1 (en) 2017-04-20 2017-04-20 Product device and product method

    Country Status (2)

    Country Link
    EP (1) EP3391975B1 (en)
    DE (1) DE102017003828A1 (en)

    Citations (2)

    * Cited by examiner, † Cited by third party
    Publication number Priority date Publication date Assignee Title
    DE102008011743A1 (en) 2008-02-28 2009-09-03 Simmoteit, Robert, Dr. Pull-out car for dishwasher for insertion in area of medicine, pharmacy, laboratory and household techniques, particularly for cleaning of hollow space instruments, has pipes which are locked over swiveling fixing element at coupling device
    DE102013001874A1 (en) 2013-02-02 2014-08-07 Robert Simmoteit Machine insert and functional grid

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    * Cited by examiner, † Cited by third party
    Publication number Priority date Publication date Assignee Title
    US3007708A (en) * 1958-08-11 1961-11-07 Wire Tex Corp Storage racks
    US5718441A (en) * 1995-12-18 1998-02-17 Rehrig International, Inc. Display cart
    DE102008010057B4 (en) * 2008-02-20 2009-12-03 Itec-Ingenieurbüro für Hygiene Und Lebensmitteltechnik GmbH Cleaning machine for butcher equipment
    US8739986B2 (en) * 2011-12-08 2014-06-03 Effizient, LLC Retail cart

    Patent Citations (2)

    * Cited by examiner, † Cited by third party
    Publication number Priority date Publication date Assignee Title
    DE102008011743A1 (en) 2008-02-28 2009-09-03 Simmoteit, Robert, Dr. Pull-out car for dishwasher for insertion in area of medicine, pharmacy, laboratory and household techniques, particularly for cleaning of hollow space instruments, has pipes which are locked over swiveling fixing element at coupling device
    DE102013001874A1 (en) 2013-02-02 2014-08-07 Robert Simmoteit Machine insert and functional grid

    Also Published As

    Publication number Publication date
    EP3391975A1 (en) 2018-10-24
    EP3391975B1 (en) 2019-12-04

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