Textile storage facility

Abstract

Various aspects of this disclosure relate to a textile storage facility (300) and a textile management system (100), wherein textile characterization information is determined which describes a type of textile piece placed in a textile receiving area (310), wherein a processor (330) is configured to select several of the textile pieces placed in the textile receiving area (310) depending on the textile characterization information of the textile pieces placed in the textile receiving area (310) and depending on a textile processing machine characterization information, and to output information about the selected textile pieces.

Description

[0001] Several aspects of this disclosure relate to a textile storage facility as part of a textile management system, whereby textile characterization information is determined.

[0002] CN 109832826 A discloses a smart wardrobe and a control method for it. The smart wardrobe consists of a wardrobe body, a door body, a clothing recognition module, and a control module. The wardrobe body includes a clothing storage compartment for storing clothes. The door body is attached to the wardrobe body to open and close the clothing storage compartment. The clothing recognition module is located inside the clothing storage compartment to detect an electronic tag on the clothing by transmitting a radio signal that covers the entire clothing storage compartment to obtain relevant clothing information. The control module communicates with the clothing recognition module and controls it to switch on and off depending on the open / closed status of the door body.The smart wardrobe can recognize and store a user's clothing information and display information to the user on the care and combination of garments according to the clothing information, thus supporting the user in clothing management and improving their quality of life.

[0003] CN 110019322 A discloses a method for capturing and analyzing clothing data, characterized by the following steps: identifying and / or manually adding clothing information to washed clothing, wherein the clothing information includes at least material information of the clothing, capturing a corresponding washing and care common-sense according to the clothing information, and transmitting the washing and care common-sense to a user client.

[0004] US Patent 2021 150377 A1 discloses a smart dressing advice device that can be placed on a garment storage unit. The smart dressing advice device comprises a near-field identification module used to read clothing information stored in electronic tags attached to the clothing in the garment storage unit; and a control module connected to the near-field identification module to obtain relevant dressing recommendation information for a user.

[0005] CN 110009068 A discloses a control method for a clothing information management system. The clothing information management system comprises an identification device, a control device, a storage device, and an information processing system. The control method includes: an identification device that identifies the identification mark; and obtaining unique identification information from it; and an information processing device that processes the clothing information for the unique identification information. In the system, a user can freely enter clothing information via the information processing device.The control unit performs a keyword selection based on the clothing information entered by the user and selects the attribute information of each garment without requiring the user to enter the clothing information in a specific format, allowing the user to conveniently edit the clothing information and enabling the necessary clothing information to be intelligently selected for the clothing information edited by the user.

[0006] CN 103726262 A discloses a washing machine based on RFID technology and a system for recording information about the washing of clothes. The washing machine includes a sensor and a controller. The sensor reads clothing information from an RFID tag on the garment, and this clothing information, including the garment's unique code, is stored in the RFID tag. The controller records the clothing information read by the sensor. The number of wash cycles is recorded via a counter in the controller, and a control stroke is adjusted according to the number of wash cycles. The controller then uses this adjusted stroke to control the operating states of the drive components.The washing machine-based system for collecting information about the washing of clothes includes a main data collection machine connected to the controller in a wired or wireless mode, with the controller being used to send information about the number of washing cycles of the various garments to the main data collection machine.

[0007] The object of the invention is to improve the treatment of textiles. This object is achieved by a textile storage device or a textile management system according to the claims.

[0008] For example, the task is solved by a textile storage device that has the following features: - a textile receiving area set up for receiving textile pieces; - at least one identification device, designed to determine textile characterization information that describes a type of textile piece introduced into the textile receiving area; - a memory in which the textile characterization information of each textile piece introduced into the textile receiving area is stored; - at least one processor that is configured: • To receive textile processing machine characterization information, which describes at least one operating parameter of a textile processing machine that is intended to process textile pieces placed in the textile receiving area; • to select several of the textile pieces placed in the textile receiving area depending on the textile characterization information of the textile pieces placed in the textile receiving area and depending on the textile processing machine characterization information; and • to provide information about the selected textile items.

[0009] In an exemplary configuration, the textile processing machine is a textile processing machine selected from a group consisting of: • Washing machine; • Clothes dryer; and • Laundry care machine.

[0010] Examples of laundry care machines include a washer-dryer, an iron, a mangle, and the like.

[0011] In another exemplary embodiment, at least one identification device is selected from a group consisting of: • Near-field reading device (e.g. RFID reader or NFC reader); • an optical detection device (e.g. camera).

[0012] In another exemplary embodiment, the textile characterization information of a given textile piece includes at least one of the following pieces of information: • Composition of the textile piece; • Weight of the textile piece; • Size of the textile piece; • Information about the color of an area of ​​the textile piece; and / or • Care instructions for the recommended care of the textile item.

[0013] In another exemplary embodiment, the textile pieces placed in the textile receiving area are textile pieces to be processed by the textile processing machine.

[0014] In another exemplary embodiment, the textile receiving area is a textile container.

[0015] In another exemplary embodiment, at least some of the textile pieces introduced into the textile receiving area are provided with a textile characterization information carrier in which the textile characterization information is stored.

[0016] In another exemplary embodiment, the textile characterization information carrier is a machine-readable tag attached to the respective piece of textile.

[0017] In another exemplary embodiment, the at least one processor is further configured to determine a time at which the selected textile pieces are to be processed by the textile processing machine.

[0018] In another exemplary embodiment, the at least one processor is further configured to implement a data model using which the textile pieces are selected.

[0019] A "processor" can be understood as any type of logical implementation unit, which may consist of hardware, software, firmware, or a combination thereof. Thus, in one embodiment, a "processor" may be a hard-wired logic circuit or a programmable logic circuit such as a programmable processor, e.g., a microprocessor (e.g., a CISC (Complex Instruction Set Computer) processor or a RISC (Reduced Instruction Set Computer) processor). A "processor" may also include software that is implemented or executed by a processor, e.g., any type of computer program, e.g., a computer program that uses virtual machine code such as Java. Any other type of implementation of the respective functions, which are described in more detail below, may also be understood as a "processor" according to an alternative embodiment.

[0020] The processor can consist of multiple processors or have multiple processors that can jointly implement the respective function.

[0021] In another exemplary embodiment, the at least one processor is further configured as follows: • to determine a care program from a multitude of stored care programs for the care of the selected textile pieces, depending on the textile characterization information of the textile pieces placed in the textile receiving area and depending on the textile processing machine characterization information; and • to generate information representing the selected care program and send it to the textile processing machine.

[0022] For example, the processor can be configured to provide its information to an algorithm as a feed, in other words, as external information, which is then processed further. In that case, the algorithm (implemented in another processor, one of several processors that make up the processor or that the processor contains) would take over the subsequent steps and create a parameter set based on this additional information.

[0023] In another exemplary embodiment, the textile storage facility also features: • a textile piece condition determination unit, designed to determine the condition of a textile piece placed in the textile receiving area; and • wherein the at least one processor is further configured to determine the care program depending on the respective determined condition of the selected textile pieces.

[0024] In another exemplary embodiment, the determined condition describes a degree of soiling of a respective piece of textile.

[0025] The aforementioned task is also solved by a textile management system, comprising: • one of the aforementioned textile storage facilities; • an additional textile pickup area, designed to pick up multiple pieces of textile; • at least one additional identification device, designed to determine textile characterization information that describes a type of textile piece introduced into the additional textile receiving area; • a memory in which the textile characterization information of each textile piece introduced into the additional textile receiving area is stored; • at least one additional processor that is set up to communicate with the textile storage device.

[0026] In another exemplary embodiment, the additional textile storage area is a clothes rack or a wardrobe.

[0027] In another exemplary embodiment, the textile management system also includes at least one database in which the textile characterization information for at least some of the textile pieces is stored.

[0028] In another exemplary configuration, the at least one database stores at least one of the following pieces of information: • Textile characterization information for a large number of textile pieces; • Stain information describing a type of stain and / or instructions for removing a stain if it is present on a particular piece of fabric; and / or • Information about the textile pieces placed in the textile receiving area and / or the additional textile receiving area.

[0029] Exemplary embodiments of the invention are shown in the figures and are explained in more detail below.

[0030] They show Fig. 1 an example of a textile management system; Fig. 2 an example of a digital laundry basket; Fig. 3 an example of a digital wardrobe; Fig. 4. A schematic representation of an exemplary interaction between a digital laundry basket and a digital wardrobe;

[0031] The following detailed description refers to the accompanying drawings, which form part thereof and illustrate specific embodiments in which the invention can be implemented. In this context, directional terminology such as "top," "bottom," "front," "back," "anterior," "rear," etc., is used with reference to the orientation of the described figure(s). Since components of embodiments can be positioned in a number of different orientations, the directional terminology serves only for illustration and is in no way limiting. It is understood that other embodiments may be used and structural or logical modifications may be made without deviating from the scope of protection of the present invention.It is understood that the features of the various exemplary embodiments described herein can be combined with one another, unless specifically stated otherwise. The following detailed description is therefore not to be interpreted in a limiting sense, and the scope of protection of the present invention is defined by the appended claims.

[0032] Within the scope of this description, the terms "connected," "attached," and "coupled" are used to describe both direct and indirect connections, direct or indirect links, and direct or indirect couplings. In the figures, identical or similar elements are labeled with identical reference symbols where appropriate.

[0033] Fig. Figure 1 shows a textile management system 100 for digital laundry items. The term "digital laundry items" can include both garments in the narrower sense and (other) textiles, such as bed linen, curtains, tablecloths, and / or towels. Digital laundry items, digital textile items, and digital textiles are examples of textile items. The terms "textile" and "laundry" can be considered synonymous for the purposes of this disclosure. The terms "digital textile," "digital textile item," and "digital laundry item" can also be considered synonymous for the purposes of this disclosure. The textile management system 100 includes a data model 200, which is also described in Fig. 2 digital laundry baskets shown, 300 optionally also in Fig. The digital wardrobe 400 and a textile processing machine 500, such as a washing machine, a laundry care machine, or a tumble dryer, are shown in Figure 3. The digital laundry basket 300 is an example of a textile storage device. The textile management system 100 also optionally includes a large-language model 600 (for example, implemented as a computer program or application), an optional backend database 700, and an optional textile database 800. The textile database 800 is an example of a database. The digital laundry basket 300, the digital wardrobe 400, the textile processing machine 500, the large-language model 600 (computer program or application), the backend database 700, and the textile database 800 can communicate with each other using the data model 200.Communication between the data model 200 and the backend database 700 takes place via one or more communication links, for example via one or more internet connections.

[0034] The digital laundry items, or digital textile items, or digital textiles are – as the name in Fig. 2. Garments designated with reference numeral 1 – equipped with computer-readable tags 3 (e.g., RFID labels, NFC labels, 2D labels). This also includes optically readable labels, text-based labels that can be read, for example, using OCR software or other image analysis methods. An example tag is shown in Fig. 2 and in Fig. Tag 3 is designated with reference numeral 3 (see above). Tag 3 is an example of a textile characterization information carrier or a machine-readable tag. The information stored on Tag 3 is subsequently referred to as tag information. The tag information is an example of textile characterization information that describes a type of digital garment or digital textile. The tag information is collected in the Textile Database 800 and prepared in a computer-readable format. The computer-readable tag information forms database entries in the Textile Database 800, or at least a portion of the database entries in the Textile Database 800. The collected tag information can, for example, be a multi-digit, unique code from an RFID label. Tag information can also include one or more of the following: • Composition of the digital laundry item or digital textile item; • Weight of the digital laundry item or digital textile item; • Size of the digital laundry item or digital textile item; • Information about the color of an area of ​​the digital garment or digital textile; and / or • Care instructions for the recommended care of the digital laundry item or digital textile item.

[0035] The Large Language Model 600, or a corresponding computer program or application, manages the database entries of the Textile Database 800. To make the Textile Database 800 particularly user-friendly, one embodiment allows for the assignment of a photograph or image to each digital garment or textile. The database entries of the Textile Database 800 can also include additional information on textile composition, weight, size, care instructions, and color. This additional information can be entered manually, with the aid of tools (e.g., a camera, such as Camera 321 or Camera 421), or by linking to the interface of a language model like ChatGPT-1-n.In this way, the Textile Database 800 is created, forming a digital mirror of the digital laundry items or textiles present in a household. It is advantageous if all digital laundry items or textiles in a household are tagged.

[0036] In a preferred embodiment, only individual laundry items or textiles are digitally marked, representing specific textile groups, e.g., light-colored towels or kitchen towels. This classification or categorization offers the user the advantage of reducing the effort required to mark the digital laundry items or textiles.

[0037] Are - as in Fig. Figure 2 shows that digital laundry items (textiles) 15, 16, 17, 18, 19, once used or soiled, can be collected in a laundry basket 310 of the digital laundry basket 300. The laundry basket 310 is an example of a textile receiving area or textile container. The digital laundry basket 300 includes at least one reading device 320, which is configured to automatically detect the tags 3 (e.g., textile labels) as they pass – symbolized by an arrow designated with reference 5 – through a reading zone 323.

[0038] A distinction is made between adding and removing digital laundry items 1 or digital textiles. The reading device 320 can, for example, include a device for generating an image of a digital laundry item 1 or digital textile, such as the camera 321, and / or a device for reading digital information, such as an RFID reader 322. Reference numeral CAM3 denotes the output signal of the camera 321, and reference numeral RF3 denotes the output signal of the RFID reader 322. The reading device 320 is an example of an identification device.

[0039] The reading device 320 is connected to a processor 330, which in turn is connected to a data storage device 350. The processor 330 can also be connected to a human-machine interface 340. The processor 330 also includes an interface 331 for communication with the data model 200, provided its functionality is not implemented in the digital laundry basket 300. Accordingly, the interface 331 (or a corresponding group of interfaces) can enable communication with the digital wardrobe 400 and / or textile processing machine 500. The processor 330 can also include an interface 332 for communication with a smartphone.

[0040] The digital laundry basket 300 is linked to, or implemented within, a computer program called the Laundry Load Composer L2C, specifically within the processor 330. The Laundry Load Composer L2C is linked to the textile database 800 and, optionally, to a Large Language Model 600. The Laundry Load Composer L2C comprises a volatile / temporary database containing information about the current composition of the digital laundry items or textiles stored in the digital laundry basket. The Laundry Load Composer L2C also includes, or is connected to, a front end that interacts with a user and the data model 200. The data model 200, or its functionality, can be implemented within the processor 330. The front end (for example, a smartphone app) can be used to query for stains on individual textiles, providing valuable input for the data model 200.Spot detection can also be performed using a Large Language Model 600, such as ChatGPT-4. In this case, spots symbolizing contamination (2) can be detected or read using a camera (such as the Camera 321).

[0041] Using data model 200, the type of stain is identified and linked to cleaning instructions. This information can also be permanently stored to create a stain profile typical for the user. Stains can also be documented photographically or scanned. A before-and-after analysis allows the user to provide feedback, which is then recorded by data model 200 and used for future wash cycles. "After" in the context of the before-and-after analysis means "after the laundry care process." The "after" stain status can be captured, for example, using camera 421 before the (intended) placement of the garment in the digital wardrobe 400.

[0042] The digital laundry basket 300 can also be used for registering new digital laundry items or digital textiles equipped with a tag 3 (digital label), since new digital laundry items or digital textiles are typically washed once before being worn or used for the first time.

[0043] The Processor 330, or the Laundry Load Composer L2C linked to or implemented in the Processor 330, can, for example, receive the operating parameter "60 degrees colored wash with spin" from a washing machine designed for processing digital laundry items or digital textiles, or receive the operating parameter "dry clean gently" from a laundry care machine designed for processing digital laundry items or digital textiles, or receive the operating parameter "cupboard dry" from a tumble dryer designed for processing digital laundry items or digital textiles.

[0044] For example, the digital laundry basket can use the 330 processor to select digital laundry items of the type "light trousers" and 30 degrees Celsius delicate wash, select the care program "delicate wash" and send a signal to the washing machine to set a wash program "30 degrees Celsius without spin".

[0045] The digital laundry basket 300 can also include a textile condition detection unit, which is configured to determine the condition of a digital laundry item placed in the laundry basket 310. The determined condition can be the degree or type of soiling of the digital laundry item placed in the digital laundry basket. Depending on the determined condition of the selected digital laundry item, the processor can then determine a care program.

[0046] For example, the digital laundry basket can use the 330 processor to select digital laundry items of the type "bed linen" and 60 degrees Celsius colored laundry, select the care program "TREAT MANY WINE STAINS BEFOREWASHING COLORED LAUNDRY" and send a signal to the washing machine to set a wash program "60 degrees Celsius with spin".

[0047] The Laundry Load Composer L2C is assigned one or more of the following functions, which are explained using the example of a washing machine, but can alternatively also refer to a laundry care machine or a tumble dryer, adapted accordingly: • Determining an optimal selection of digital laundry items or digital textiles for a washing cycle (e.g., textiles suitable only for 60°C or dark textiles), especially depending on the type of digital laundry item and / or the features of the washing machine, for example, washing programs with and without spin cycles; • Preventing unsuitable combinations of digital laundry items in a laundry load • Determining a suitable time for the next wash, especially depending on the washing machine's features, for example, spinning only during the day • Clarifying whether a sufficient quantity of digital laundry items is available for a laundry load, especially depending on the washing machine's features, such as capacity; • Determining information regarding the next possible washing process, particularly depending on the characteristics of the washing machine and the type of digital laundry items; • Creating a possible load list for the next wash cycle, especially depending on the characteristics of the washing machine and the digital laundry items; • Transfer of the loading list to the data model 200

[0048] A selection of suitable digital laundry items or digital textiles for a washing process is also referred to as a laundry lot within the meaning of this disclosure.

[0049] Fig. Figure 3 shows an exemplary embodiment of a digital wardrobe 400. The one in Fig. The digital wardrobe 400 shown in Figure 3 includes a cabinet 410 for storing laundry items 14. The cabinet 410 is an example of an additional textile storage area. In an exemplary configuration, the cabinet 410 includes a cabinet, a shelf, a clothes rack, and / or a clothes rail. The digital wardrobe 400 also includes a reading device 420. The reading device 420 is an example of an additional identification device.

[0050] The reading device 420 can, for example, comprise a device for generating an image of a digital garment or a digital textile, such as the camera 421, and / or a device for reading digital information, such as an RFID reader 422. Reference numeral CAM4 denotes the output signal of the camera 421 and reference numeral RF4 denotes the output signal of the RFID reader 422.

[0051] The reading device 420 is connected to a processor 430, which in turn is connected to a data storage device 450. The processor 430 can also be connected to a human-machine interface 440. The processor 430 is an example of an additional processor. The processor 430 includes an interface 431 for communication with the data model 200 or with the digital laundry basket 300.

[0052] The in Fig. The digital wardrobe 400 depicted in Figure 3 includes a reading zone 423. When a user passes through this zone—symbolized by an arrow labeled with reference numeral 6—digital laundry items 1 or digital textile items are automatically recorded. A distinction is made between adding and removing digital laundry items 1 or digital textile items. This creates a database of digital laundry items or digital textile items that are available to the user, for example, for clothing-related purposes (also referred to here as inventory information). New digital laundry items or digital textile items, such as new garments, can be recorded here, just as the current inventory is maintained.

[0053] This inventory management can, in turn, be closely linked to the digital laundry basket 300 or the Laundry Load Composer L2C. For example, if towels are removed from cabinet 410 and the stock reaches a selected threshold or becomes 0 (i.e., no more towels in cabinet 410), the Laundry Load Composer L2C, after checking the digital laundry basket 300, can suggest a wash cycle to replenish the stock (which is one example of the implementation described below). Fig. The query described in section 4, ALL, in conjunction with the PROG function for compiling a laundry item, is used. However, if this is a regular process that the system has learned or can obtain from external information, e.g., a calendar, the inventory information can be incorporated into the pre-planning of washing processes.

[0054] By utilizing inventory information and information from the digital laundry basket 300, the digital wardrobe 400 is able to suggest clothing items to the user. These suggestions can be based on fashion trends or functional aspects (e.g., sportswear). Furthermore, in conjunction with the Laundry-Load-Composer L2C, the digital wardrobe 400 can also combine digital laundry items, textiles, or clothing items in such a way that they perfectly complement specific laundry loads or combine them with existing digital laundry items 15, 16, 17 or textiles in the laundry basket to create an optimized load. The necessary information is transmitted from the Laundry-Load-Composer L2C to the digital wardrobe 400 as described below. Fig. 4 described by the function block MITT

[0055] Both approaches are advantageous for the user because they minimize effort and maximize ecological benefits by allowing the washing machine to be used optimally and avoiding additional washing cycles.

[0056] In addition to or as a replacement for the described procedure, shows Fig. Figure 4 shows a schematic representation of an exemplary functionality of the Laundry-Load-Composer L2C regarding the interaction of the digital laundry basket 300 with the digital wardrobe 400. The corresponding process begins with a query TRIG to determine whether the L2C should be started or triggered accordingly. The execution of the function(s) of the Laundry-Load-Composer L2C is triggered, for example, by software or by a user.

[0057] To start or trigger the L2C Laundry Load Composer, the TRIG query is followed by the ENOUGH query, which checks whether digital laundry basket 300 or laundry basket 310 contains enough digital laundry items or textiles for an optimal wash cycle or load. For an optimal load, digital laundry items placed in laundry basket 310 are selected based on their tag information and the wash program provided by the washing machine. If enough digital laundry items are present for an optimal load, the corresponding load, including the name or identification of the digital laundry items or textiles and the corresponding wash program (and thus the washing machine's operating parameters), is displayed to the user using the PROG function.

[0058] Otherwise, the query ENOUGH is followed by a query ALL to determine whether all or too many digital laundry items or digital textiles in the digital wardrobe 400 or textile database 800 are placed in the digital laundry basket 300. If this is the case, the corresponding laundry load, including the name or identification of the digital laundry items or digital textiles and the corresponding washing program (and thus the operating parameters of the washing machine), is displayed to a user using the PROG function. The optimal laundry load is then determined based on the digital laundry items or digital textiles contained in the laundry basket 310.

[0059] Otherwise, the MITT function is triggered to issue a message to the user with suggestions for the preferred use of digital laundry items or textiles from the digital wardrobe 400. This is followed by a GO query to determine if the user indicates that they do not wish to wait for the suggested use of the digital laundry items or textiles. If so, a less-than-ideal laundry load, including the name or identification of the digital laundry items or textiles and a suitable washing program (and thus the operating parameters of the washing machine), is presented to the user using the PROG function. The selection of the less-than-ideal laundry load is based on the digital laundry items or textiles contained in the laundry basket 310.

[0060] A termination condition (query CUT) can be implemented to prevent digital laundry items or textiles from remaining in laundry basket 310 for too long. If at least one digital laundry item or textile has exceeded a predefined dwell time in laundry basket 310, a suitable laundry item, including the name or identification of at least this digital laundry item or textile and a corresponding laundry program (and thus the operating parameters of the washing machine), is presented to the user using the PROG function. The selection of the suitable laundry item is based on the digital laundry items or textiles contained in laundry basket 310, at least one of which has remained in laundry basket 310 for too long.

[0061] In summary, the following functions can be supported by the interaction of the digital laundry basket 300 and the digital wardrobe 400, allowing for segmentation: • Laundry batch planning even with suboptimal filling of the digital laundry basket, • Stain management, • Usage planning or support in usage planning with regard to digital laundry items stored in the digital wardrobe.

[0062] The Backend Database 700 is a network-based database application where all collected information can be stored. Typically, the Backend Database 700 is located on a server and is used by multiple users, i.e., those who store data, but also those who aggregate, evaluate, and analyze it. User data stored there can be retrieved and processed by the data model. Data can also be automatically used and evaluated by other software modules. Users themselves can create their own profiles and view their usage history based on the stored data. Generally, programs on the user's device process and visualize the database content for the user by establishing a connection. The following data can be hosted on the backend in this system: • Textile database • Stain database • Cabinet contents • Laundry basket contents • Process data • External data • Feedback • Image and audio files • Sensor data Reference symbol list 1, 14, 15, 16, 17, 18, 19 digital laundry item 2 stains 3 days (e.g. identification) 5, 6 Arrow 100 Textile Management System 200 Data Model 300 digital laundry basket 310 Laundry basket 320 reading device 321 Camera 322 RFID readers 323 Reading Zone 330 processor 331, 332 interface 340 Human-Machine Interface (HMI) 350 data storage devices 400 digital wardrobe 410 cabinet 420 reading device 421 Camera 422 RFID readers 423 Reading Zone 430 processor 431 Interface 440 Human-Machine Interface (HMI) 450 data storage devices 500 Textile processing machines (for example, washing machines and / or tumble dryers) 600 Large-Language-Model (Computer program application) 700 backend databases 800 textile database ALL, CUT, ENOUGH, GO, TRIG query CAM3, CAM4 output signal of a camera MITT, PROG function RF3, RF4 output signal of an RFID reader QUOTES INCLUDED IN THE DESCRIPTION

[0000] This list of documents cited by the applicant was automatically generated and is included solely for the reader's convenience. The list is not part of the German patent or utility model application. The DPMA accepts no liability for any errors or omissions. Cited patent literature

[0000] CN 109832826 A

[0002] CN 110019322 A

[0003] US 2021 150377 A1

[0004] CN 110009068 A

[0005] CN 103726262 A

[0006]

Claims

Textile storage device (300) comprising: a textile receiving area (310) configured for receiving textile pieces (1, 15, 16, 17, 18, 19); at least one identification device (320) configured for determining textile characterization information that describes a type of textile piece (1, 15, 16, 17, 18, 19) placed in the textile receiving area (310); a memory in which the textile characterization information of each textile piece (1, 15, 16, 17, 18, 19) placed in the textile receiving area (310) is stored; at least one processor (330) which is configured to: • receive textile processing machine characterization information which describes at least one operating parameter of a textile processing machine (500) which is to process textile pieces (1, 15, 16, 17, 18, 19) placed in the textile receiving area (310);• to select several of the textile pieces (1, 15, 16, 17, 18, 19) placed in the textile receiving area (310) depending on the textile characterization information of the textile pieces placed in the textile receiving area (310) and depending on the textile processing machine characterization information; and • to output information about the selected textile pieces (1, 15, 16, 17, 18, 19). Textile storage device (300) according to claim 1, wherein the textile processing machine (500) is a textile processing machine (500) selected from a group consisting of: • washing machine; • tumble dryer; and • laundry care machine. Textile storage device (300) according to claim 1 or 2, wherein the at least one identification device (320) is an identification device (320) selected from a group consisting of: • near field reading device (e.g. RFID reader or NFC reader); • an optical detection device (e.g. camera). Textile storage device (300) according to one of claims 1 to 3, wherein the textile characterization information of each textile piece comprises at least one of the following information: • Composition of the textile piece; • Weight of the textile piece; • Size of the textile piece; • Information about a color of an area of ​​the textile piece; and / or • Care instructions for the recommended care of the textile piece. Textile storage device (300) according to one of claims 1 to 4, wherein the textile pieces placed in the textile receiving area (310) are textile pieces to be processed by the textile processing machine (500). Textile storage device (300) according to one of claims 1 to 5, wherein the textile receiving area (310) is a textile container. Textile storage device (300) according to one of claims 1 to 6, wherein at least some of the textile pieces (1, 15, 16, 17, 18, 19) placed in the textile receiving area (310) are provided with a textile characterization information carrier (3) in which the textile characterization information is stored. Textile storage device (300) according to claim 7, wherein the textile characterization information carrier (3) is a machine-readable tag attached to the respective textile piece (1). Textile storage device (300) according to one of claims 1 to 8, wherein the at least one processor (330) is further configured to determine a time at which the selected textile pieces are to be processed by the textile processing machine (500). Textile storage device (300) according to one of claims 1 to 9, wherein the at least one processor (330) is further configured to implement a data model (200) by means of which the textile pieces are selected. Textile storage device (300) according to one of claims 1 to 10, wherein the at least one processor (330) is further configured to: • determine a care program from a plurality of stored care programs for caring for the selected textile pieces depending on the textile characterization information of the textile pieces placed in the textile receiving area (310) and depending on the textile processing machine (500) characterization information; and • generate information representing the selected care program and send this information to the textile processing machine (500). Textile storage device (300) according to one of claims 1 to 11, further comprising: • a textile piece condition determination unit, configured to determine the condition of a textile piece placed in the textile receiving area (310); and • wherein the at least one processor (330) is further configured to determine the care program depending on the respective determined condition of the selected textile pieces. Textile storage device (300) according to claim 12, wherein the determined condition describes a degree of soiling of a respective piece of textile. Textile management system (100) comprising: • a textile storage device (300) according to any one of claims 1 to 13; • an additional textile receiving area (410) configured to receive multiple textile pieces (1, 14); • at least one additional identification device (420) configured to determine textile characterization information that describes a type of textile piece placed in the additional textile receiving area (410); • a memory in which the textile characterization information of each textile piece placed in the additional textile receiving area (410) is stored; • at least one additional processor (430) configured to communicate with the textile storage device (300). Textile management system (100) according to claim 14, wherein the additional textile receiving area (410) is a clothes rack or a wardrobe. Textile management system (100) according to claim 14 or 15, further comprising: at least one database in which the textile characterization information for at least some of the textile pieces is stored. Textile management system (100) according to any one of claims 14 to 16, wherein the at least one database stores at least one of the following information: • textile characterization information for a plurality of textile pieces (1, 15, 16, 17, 18, 19); • stain information describing a type of stain (2) and / or instructions for removing a stain if it is present on a particular textile piece; and / or • information about the textile pieces (1, 14, 15, 16, 17, 18, 19) placed in the textile receiving area (310) and / or the additional textile receiving area (410).

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