JP2007280292A - Cleaning system and slip - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cleaning system by which waiting time in acceptance is reduced, acceptance efficiency of the reception is raised and a sorting operation after cleaning processing is easily and smoothly performed. <P>SOLUTION: The cleaning system has: an acceptance means 1 for accepting the number of cleaning information (a) regarding the number of objects for cleaning of one customer; a first printing means 2 for printing the number of cleaning information (a) accepted by the acceptance means 1 and one piece of sequential serial number information b constituted by being associated with one piece of number of cleaning information (a) on a slip R for a store and a second printing means 4 for printing the number of cleaning information (a) and the sequential serial number information b which are printed on the slip R for the store to unit tags T to be attached to each object for cleaning in a conveyance process and the second printing means 4 is constituted so as to perform printing to the number of unit tags T equal to the number of objects for cleaning. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a cleaning system used in a cleaning store and a slip issued in the cleaning store.

  Conventionally, in a cleaning store, the following processing has been performed at the time of reception. That is, as shown in FIG. 15, a sewing machine capable of cutting out a unit tag xt on which a store number, 1 to an arbitrary number of parent numbers xa, and serial numbers xb of 0 to 999 are already printed for each parent number xa. Sheet xs arranged continuously through the eyes is prepared in advance on the store side, and at the time of reception, one unit tag xt of a pair of unit tags xt to which the same information is attached is used as a cleaning object with a button hole or the like. The other unit tag xt was attached to the store (factory) slip xr shown in FIG. 16, and a customer slip (voucher) was handed to the customer. Each unit tag xt is also printed with a store number xc.

  Further, as another aspect, there is also adopted an aspect in which a unit tag printed with an arbitrary serial number that is different for each cleaning object brought by the customer at the time of reception is employed. Specifically, one set of unit tags with different serial numbers for each cleaning object is printed, and one unit tag is attached to the cleaning object, and the other unit tag is attached to the store (factory) slip. I was trying to stick it.

  In any of the above aspects, when a plurality of cleaning objects are brought by one customer, different unit tags are attached to the respective cleaning objects. In addition, such an aspect has been conventionally employed, and it is needless to say that patent literature is disclosed.

  However, in the conventional mode, when one customer requests a plurality of cleaning objects, each cleaning object is attached with an individual unit tag at the time of reception. Therefore, as the number of cleaning points increases, the unit tag is cleaned. The time attached to the object is increased, the waiting time of the customer is prolonged, and the trouble that the turnover rate of the reception becomes inefficient also for the store arises. In addition, since a different serial number is printed on each unit tag regardless of the customer, each unit tag can be used as a clue when sorting each cleaning object after cleaning (cleaning, pressing) for each customer. It is not possible to collect cleaning objects related to one customer, and it is impossible to check the number of cleaning objects related to one customer using each unit tag as a clue, so that sorting work cannot be performed efficiently. Problems also arise. In addition, as a means of attaching each unit tag to the slip, a mode is adopted in which all unit tags relating to one customer are attached to one slip using tape or the like, but the relative relationship between the unit tag and the slip is shifted. As a result, there is a possibility that the score information of the cleaning object related to one customer may be associated in an incorrect state, and the accuracy is lacking. In addition, since the number of unit tags attached to one slip increases as the cleaning score increases, many numbers are listed in one slip (see FIG. 16), and the contents (each unit tag) of the slip are sequentially added. The confirmation work becomes extremely troublesome, and there is a problem that further inefficiency such as sorting work is caused.

  The present invention has been made paying attention to such problems, and the main purpose is to reduce waiting time at the time of reception, increase the rotation efficiency of reception, and perform sorting work for each customer after cleaning processing. An object of the present invention is to provide a cleaning system that can be easily and smoothly performed, and a slip that is preferably used in such a cleaning system.

  That is, the cleaning system of the present invention is used in a cleaning store, and as shown in FIG. 1, is information input by a user on the store side and relates to the number of cleaning objects of one customer. A receiving unit that receives cleaning point information, cleaning point information received by the receiving unit, and serial number information that is information related to one serial number associated with the one cleaning point information A first voucher for recording on a voucher for a store stored together with an object to be cleaned and a voucher for customer to be delivered to a customer, and a conveyer for conveying the conveyer using a predetermined conveyance path In the process, the cleaning score information recorded on the store slip stored in the transfer tool, and And a second recording means for recording the number information on a unit tag attached to each cleaning object taken out from the conveying tool before the cleaning process, and the second recording means corresponds to the cleaning score information. The number of unit tags is the same as the number of cleaning objects to be cleaned.

  Here, “cleaning point information” and “serial number information” include all characters (numbers, Roman characters, etc.) that can be read by humans, barcodes that can be read by a barcode reader, or electromagnetic information written on an IC chip or the like. It is a concept to do. Further, “recording on a slip” is a concept including not only a mode of directly printing on a slip but also a mode of electromagnetically storing in a slip using an IC chip or the like.

  In such a case, at the time of reception, only the store slip and the customer slip are recorded. Therefore, compared with the conventional mode in which a tag is attached to each cleaning object at the time of reception, the waiting time for the customer It is possible to obtain the merit of shortening the time, and for the store side, the merit of improving the rotation efficiency of the reception can be obtained. Further, since the unit tag recorded by the second recording means in the transport process is the same cleaning point information and serial number information for each cleaning object related to one customer, each such unit tag is By attaching to the cleaning object, when sorting the cleaning object after cleaning processing for each customer, the same slip number information as the serial number information of the unit tag attached to the cleaning object is recorded in the store slip. It is possible to easily and smoothly sort each customer in association. Moreover, it is possible to check the number of objects to be cleaned after the cleaning process related to one customer by using the cleaning point information printed on the store slip as a clue, so that the sorting operation can be performed reliably.

  In a preferred embodiment, the accepting means accepts upper group information that is information relating to an upper group that can be grouped higher than the serial number such as a finish date or a store number, and the first recording means However, there is an aspect in which the upper group information is recorded in the store slip and the customer slip, respectively, and the second recording means records the upper group information in the unit tag. Here, the “upper group that can be grouped higher than the serial number such as the finish date and the store number” functions as a parent number that is positioned higher than the serial number. In addition, based on information related to the cleaning store, such as the week or month scheduled to be finished, the date received, the week or month, etc., based on information on the object to be cleaned, the store area or the number of the store clerk who performs the reception process Things. If it is such, the number of patterns of slips and unit tags can be dramatically increased, and the versatility is excellent.

  In particular, as shown in FIG. 2, the first recording means records unique identification information that associates at least cleaning point information and serial number information with each other in the store slip, Read means for reading the identification information recorded in the store slip by the first recording means, and the second recording means is associated with the identification information based on the identification information read by the reading means If the cleaning score information and serial number information are recorded on a unit tag attached to each cleaning object, the reading means is operated independently from the receiving means, so that the step of reading by the reading means takes time from the receiving process. Even if it is discontinuous in terms of distance and distance, it can be recorded on the store slip by reading the identification information by the reading means. The cleaning score information and serial number information can be reliably reflected in the unit tag, it is not out trouble in the system itself. As a result, the reception process and the reading process can be performed in separate facilities, and the system utilization mode can be flexibly changed. In addition to the cleaning point number information and serial number information, the grouping information may be processed together with the cleaning point number information and serial number information.

  Further, if the first recording means prints at least a barcode readable by a barcode reader as the identification information on the store slip, the system can be used for system introduction and operation without using dedicated identification information. Costs can be reduced.

  In particular, if the first recording means and the second recording means print at least the human-readable characters as the cleaning point information and serial number information on each slip or each unit tag, the contents of each information Can be easily grasped and contributes to the convenience of checking. Each recording unit may print a human-readable character as the grouping information on each slip or each unit tag.

  If the accepting unit accepts cleaning score information related to the score of the cleaning object for each group classified by the washing method, it is classified into, for example, those that can be dry-cleaned and those that cannot be dry-cleaned at the time of acceptance. Thus, the subsequent steps can be performed more smoothly.

  Further, the slip according to the present invention is issued at a cleaning store, and is information input by a user on the store side, and the cleaning score information regarding the score of the cleaning object of one customer, The serial number information, which is information related to one serial number associated with the cleaning point number information, is recorded.

  Here, “cleaning point information” and “serial number information” include all characters (numbers, Roman characters, etc.) that can be read by humans, barcodes that can be read by a barcode reader, or electromagnetic information written on an IC chip or the like. It is a concept to do. Further, “recording” is a concept including a mode in which printing is performed and electromagnetic storage is performed using an IC chip or the like.

  If this is the case, compared to the aspect of attaching a tag with a different serial number to each cleaning object on a slip relating to one customer, on the slip relating to one customer, the cleaning score information of the customer, The serial number information common to the cleaning score information is recorded in a one-to-one relationship, and there is no possibility that the score information of the cleaning object related to one customer is associated in an incorrect state, and the accuracy is excellent. In addition, even when there are many cleaning points for one customer, it is possible to avoid a voucher in which many numbers are enumerated as in the past, and it is easy to see and the contents of the voucher can be easily confirmed. Further, it is possible to promote further efficiency of sorting work and the like.

  In particular, if unique identification information in which the cleaning point number information and serial number information are associated with each other is recorded, the cleaning point information and serial number information can be associated with each other based on the identification information.

  As a preferred embodiment, the cleaning score information and serial number information are human-readable characters, the identification information is a barcode readable by a barcode reader, and these characters and barcode are printed. An embodiment is mentioned.

  In addition, if the upper group information, which is information related to the upper group that can be grouped higher than the serial number such as the finish date or the store number, is printed as human-readable characters, the number of print patterns on the slip is dramatically increased. It can be increased to a high level of versatility. The “upper group capable of grouping higher than the serial number such as the finishing date and the store number” has the same meaning as described above.

  As described above, according to the present invention, the waiting time at the time of reception can be reduced, the rotation efficiency of the reception can be increased, and the sorting operation for each customer after the cleaning process can be performed easily and smoothly.

  Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  As shown in FIG. 3, for example, the cleaning system according to this embodiment includes a reception information processing apparatus A installed in a reception counter F as a hardware resource, and a slip connected to the reception information processing apparatus A. Using the printing device B, the barcode reader C, and the unit tag printing device D, these hardware resources are made to function as predetermined means shown in FIG.

  As shown in FIG. 5, the reception information processing apparatus A includes a CPU, an internal memory, a communication interface with an external device, a display unit, an input unit, and a control panel on which general functional components as a microcomputer are mounted. In this embodiment, a touch panel method is adopted as the input unit. Then, the information processing apparatus A for reception receives at least the cleaning score information a input by the user performing an input operation on the input unit when the CPU executes the program stored in the internal memory. It functions as a receiving means 1 that accepts.

  The accepting means 1 is information input by a user on the store side and accepts the cleaning score information a regarding the score of the cleaning object of one customer. The receiving means 1 receives the cleaning object score for each group classified by the washing method. In this embodiment, a group that can be dry-cleaned and a group that cannot be dry-cleaned, such as a Y-shirt, are classified, and the number of cleaning objects for each group is received.

  The slip printing apparatus B is connected to the information processing apparatus A for reception via the communication interface and functions as the first printing means 2 as the first recording means of the present invention.

  The first printing unit 2 includes the cleaning point information a received by the receiving unit 1, the serial number information b that is information related to one serial number associated with the one cleaning point information a, the cleaning point information a, and the serial number information b. Specific identification information c associated with each other, a store slip R stored together with the cleaning object in a transport tool for storing the cleaning target object and providing it for a predetermined transport, and a customer slip handed to the customer Is printed on each.

  In the present embodiment, as shown in FIG. 6, a human-readable character, specifically a number, is applied as the cleaning point information a and serial number information b printed on the store slip R and the customer slip. As the identification information c printed on the store slip R and the customer slip, a barcode readable by the barcode reader C is applied. Specifically, as shown in FIG. 6, the cleaning score information a and the serial number information b are individually printed on the front upper right and the lower column of the customer name, and the cleaning score information a and the serial number information b are set to “□-”. “○○○” is printed on the lower left of the front. In addition, although the figure regarding the customer slip is omitted, it is substantially the same as the store slip R.

  At least cleaning point information a, serial number information b, and identification information c are printed on each slip (store slip R and customer slip).

  Moreover, in this embodiment, the bag body E shown in FIG. 7 is applied as a conveyance tool. The bag body E has an open state (O) in which the opening portion of the bag body E1 having an accommodating space therein is opened (see FIG. 5A), and a closed state (C) in which the opening portion is closed (see FIG. The state can be changed between (see b). In addition, the core material E2 is inserted and held in the cylindrical part formed in the upper end part of the surface which this bag main body E1 opposes. Moreover, the predetermined site | part of each core material E2 is exposed, and the user can hold | grip the said exposed site | part. Furthermore, the pocket part E3 which can accommodate the voucher R for shops is provided in the inner surface part of the bag main body E1. All or part of the pocket portion E3 is made of a transparent or translucent material so that the stored slip can be seen. The core material E2 is, for example, a substantially rod-shaped material (wire in the illustrated example) made of a metal material, and a hook portion E4 that can be hooked on a hook or the like is provided at a portion that can be exposed from the notch portion of the bag body E1. .

  The bar code reader C functions as the reading means 3 of the present invention. The reading means 3 reads the identification information c printed on the store slip R by the first printing means 2 in the conveyance process, that is, the barcode. The barcode reader C according to the present embodiment has a function of outputting the read barcode to the unit tag printing device D.

  The unit tag printing device D functions as the second printing means 4 as the second recording means of the present invention. Based on the identification information c read by the reading means 3 of the bar code reader C, that is, the bar code, the second printing means 4 uses the cleaning point information a and the serial number information b associated with the bar code for each cleaning object. Is printed on the unit tag T attached to, and is printed on the same number of unit tags T as the number of cleaning objects corresponding to the cleaning point information a. In the present embodiment, as shown in FIG. 8, human-readable characters, specifically numbers, are applied as the cleaning point information a and serial number information b printed on each unit tag T.

  Next, how to use and operation of such a cleaning system will be described. The following description is an example in which the cleaning target of one customer is two Y-shirts belonging to a group that cannot be dry cleaned.

  First, reception processing is performed by the reception counter F. In the reception counter F of the present embodiment, a bag body Ea for a cleaning object that cannot be dry cleaned and a bag body Eb for a cleaning object that can be dry cleaned are set in an open state (O) in parallel. (See FIG. 3). Then, when the user on the store side uses the input unit of the information processing apparatus A for reception to input that there are two Y-shirts, the information processing apparatus A for reception uses the reception means 1 to score the number of these Y-shirts. Is received (FIG. 9; step (hereinafter abbreviated as S) 1), and the first printing means 2 of the slip printer B receives the cleaning score information a received by the receiving means 1 and this cleaning score. One serial number information b attached in association with the information a is printed on the store slip R and the customer slip (S2). When there is an option such as discount or stain removal, the information is input using the input unit, so that the receiving unit 1 receives the option information d in association with the object to be cleaned, and the store slip R and Option information d is printed on each customer slip. The receiving unit 1 according to the present embodiment receives the cleaning score information a for each group classified into a group that can be dry-cleaned and a group that cannot be dry-cleaned. The group information e (in this embodiment, “D” for a dry-cleanable group and “L” for a non-dry-cleanable group) is also printed on the store slip R and customer slip. Then, the printed customer slip is handed over to the customer, while the Y-shirt is stored in the bag Ea for the cleaning object that cannot be dry cleaned, and the store slip R is stored in the pocket E3 of the bag E. To do. This completes the acceptance process.

  After the reception process, the bag body E is transferred from the reception counter F to a predetermined transport path G. In the present embodiment, as the transport path G, as shown in FIG. 10, a transport rail G1 in which a number of hooks G2 are slidably mounted is applied. A plurality of bag bodies E can be smoothly and compactly conveyed by hooking hook portions E4 of the bag bodies E in the closed state (C) on the respective hooks G2. In the process of transporting the bag body E using the transport path G, the identification information c printed on the store slip R stored in each bag body E by the reading means 3 of the barcode reader C is used. The bar code is read (FIG. 9; S3). Specifically, the bag body E is removed from the conveyance path G, and the bag body E is held in the accommodating portion of the wagon H shown in FIG. 11 in the open state (O), and the store slip R taken out from the pocket portion E3 is stored in the store slip R. The barcode printed on the store slip R is read by bringing the barcode reader C closer. Then, the cleaning number information a and serial number information b recorded in association with the read barcode are printed on the unit tag T by the second printing means 4 of the unit tag printing device D (FIG. 4; S4). Since the second printing means 4 prints the same information on the same number of unit tags T as the number of cleaning points, in this embodiment, as shown in FIG. 8, the unit tag T printed with the same information is used. Are printed. Further, in the present embodiment, the option information d and the group information e are also printed on each unit tag T by the second printing means 4, and specifically, the presence / absence of the option information d is determined based on whether the character related to the group information e is white. It is possible to discriminate by whether or not it is removed. Each unit tag T is attached to a Y-shirt using a fixture such as a stapler, and in that state, is accommodated in a large bag body I that is slightly larger than the bag body E shown in FIG. Focusing on the fact that this large bag I can accommodate 30 Y-shirts and can wash a maximum of 90 sheets in a single washing process. ing. In this embodiment, 10 Y-shirts are bundled with one belt (not shown), and when three different colors (for example, blue, white, red) become three belts, that is, with nine belts. When the total number of Y-shirts reaches 90, a single washing process is performed.

  On the other hand, the store slip R taken out from the pocket portion E3 of each bag body E is associated with each belt color by sticking it on one board (not shown), and the cleaning object taken out from the washing machine is associated with each of the belt slips E3. Press in order for each belt color. Then, the store slip R is reused in a collection space for collecting cleaning objects for each customer. Specifically, as shown in FIG. 12, a store slip R is attached to a collection tool J arranged in a collection space in order to collect cleaning objects for each customer. In the present embodiment, a long so-called S-shaped hook J1 having a first hook portion J11 at one end and a second hook portion J12 at the other end is applied as the collecting tool J, and the first hook portion J11 is applied. Is hooked on the collecting rail J2 arranged on the ceiling side, and the store slip R is pasted to the connecting portion J13 connecting the first hook portion J11 and the second hook portion J12 using a tape or the like. As a result, when the one S-shaped hook J1 is associated with the store slip R relating to one customer, and the cleaning objects after the cleaning process are collected for each customer, the unit tag attached to the cleaning object With reference to the serial number information b of T, the cleaning object (FIG. 5) is attached to the second hook portion J12 of the S-shaped hook J1 to which the shop slip R on which the same serial number information b as this serial number information b is printed is attached. In the illustrated example, the collection work can be smoothly performed by hooking the hanger K) on which the cleaning object is suspended. Then, if the cleaning score information a printed on the store slip R and the number of cleaning objects hooked on the second hook portion J12 are the same, all the cleaning objects related to the customer have been collected. At that time, the store slip R is attached to one cleaning object using a tape or the like and transferred to a storage space. In the present embodiment, a plurality of rings J3 are hooked in advance on the second hook portion J12, and a cleaning object (hanger K in which the cleaning object is suspended in the illustrated example) is hooked on the ring J3. When all the cleaning objects related to the above are collected, the cleaning objects related to the one customer are transferred to the storage space in a grouped state by the common ring J3. In the present embodiment, one sorting operation is performed for each store slip R associated with the one board described above. That is, a plurality of store slips R associated with one board are attached to different collection tools J, respectively. As a result, a total of 30 cleaning objects, each bundled with the same color belt, are sorted in one sorting operation. Compared to the case where 90 cleaning objects are sorted for each customer at a time, the cleaning objects are one by one. The sorting work for each time can be performed efficiently and speedily.

  In the storage space, as shown in FIG. 13, the cleaning object after the cleaning process is stored in a state of being hung on the storage rail L in the order of the serial numbers printed on the store slip R or the unit tag T. At this time, the cleaning objects related to one customer are grouped by a common ring J3 and stored in a transparent dust-proof bag M covering the cleaning object with the store slip R attached with a tape or the like. Yes.

  When a customer comes to receive an object to be cleaned, by searching for a store slip R printed with the same serial number information b as the serial number information b printed on the customer slip, the cleaning target product related to the customer can be easily found. In addition, the cleaning score can be easily checked by the cleaning score information a printed on each slip or unit tag T.

  In this embodiment, the case where the object to be cleaned is only a Y-shirt that cannot be dry-cleaned is illustrated, but when the object to be cleaned is one that can be dry-cleaned, the above-described substantially similar procedure is performed. In the reception process, the cleaning object that can be dry-cleaned is accommodated in the bag body Eb for the cleaning object that can be dry-cleaned, and the bag body Ea for the cleaning object that cannot be dry-cleaned Dry cleaning is not possible because the bag body Eb is transported using a transport path different from the transport path G to be transported (second transport path for transporting a bag body Eb for a cleaning object that can be dry cleaned). Cleaning that can be dry-cleaned is different from the collection space and storage space for clean objects Different in that it uses a collection space and storage space for the elephant products.

  In addition, when one customer brings a cleaning object that cannot be dry-cleaned and a cleaning object that can be dry-cleaned, the cleaning object that cannot be dry-cleaned and the cleaning object that can be dry-cleaned Perform classification and accept processing. Specifically, the receiving unit 1 receives the number of cleaning objects of the groups classified by the washing method, that is, the group that can be dry-cleaned and the group that cannot be dry-cleaned. The store slip R and the customer slip relating to the cleaning object that cannot be dry-cleaned, and the store slip R and the customer slip relating to the cleaning object that can be dry-cleaned are printed separately. As a result, the customer is given a total of two customer slips from the store side. As shown in FIG. 14, each store slip R has different group information e (in this embodiment, “D” for a dry-cleanable group and “L” for a non-dry-cleanable group), The serial number information b in the group that can be dry-cleaned and the serial number information b in the group that cannot be dry-cleaned are printed, and the number f and the number of sheets g that correlate the cleaning objects related to one customer are printed.

  The subsequent flow is substantially the same as the flow described above, and the cleaning object that cannot be dry-cleaned and the cleaning object that can be dry-cleaned are processed using different dedicated conveyance paths G, collection spaces, and storage spaces, respectively. Is done.

  As described above, the cleaning system according to the present embodiment includes the receiving unit 1 that receives the cleaning score information a regarding the score of the cleaning object of one customer, the cleaning score information a received by the receiving unit 1, and the one cleaning score. The store slip R stored together with the cleaning object in the bag body E, which is a transport tool for supplying the cleaning target object to the predetermined transport, the serial number information b which is information relating to one serial number associated with the information a, And the first printing means 2 for printing on the customer slip to be delivered to the customer, and the store slip R stored in the bag E during the transport process of transporting the bag E using a predetermined transport path G. The cleaning point number information “a” and the serial number information “b” are attached to each cleaning object taken out from the bag body E before the cleaning process. Second printing means 4 for printing on the position tag T, and the second printing means 4 prints on the same number of unit tags T as the number of cleaning objects corresponding to the cleaning point information a. When the cleaning is accepted, only the store slip R and the customer slip are printed, so that the customer has the advantage of shortening the waiting time compared to the conventional mode in which tags are attached to each cleaning object at the time of reception. The store side can obtain the merit of improving the rotation efficiency of the reception. Furthermore, since the unit tag T printed by the second printing means 4 in the transport process is printed with the same cleaning score information a and serial number information b for each cleaning object related to one customer, this unit tag T By attaching each cleaning object, the same serial number information b as the serial number information b of the unit tag T attached to the cleaning object is printed when the cleaning object after cleaning is sorted for each customer. It is possible to easily and smoothly sort each customer in association with the store slip R. In addition, it is possible to check the score of the cleaning object after the cleaning process related to one customer by using the cleaning score information a printed on the store slip R as a clue, and the sorting work can be performed reliably.

  In particular, the first printing means 2 prints on the store slip R unique identification information c obtained by correlating the cleaning score information a and serial number information b in addition to the cleaning score information a and serial number information b. There is provided a reading means 3 for reading the identification information c printed on the store slip R by the first printing means 2 during the conveyance process, and the second printing means 4 performs identification based on the identification information c read by the reading means 3. Since the cleaning point information a and serial number information b associated with the information c are printed on the unit tag T attached to each cleaning object, if the reading unit 3 reads the identification information c, the store slip The cleaning point information a and serial number information b printed on R can be reliably reflected on each unit tag T.

  Furthermore, since the first printing means 2 prints at least a barcode that can be read by the barcode reader C as the identification information c on the store slip R, the system can be installed and used without using the dedicated identification information c. Costs in operation can be reduced.

  In addition, since the first printing unit 2 and the second printing unit 4 print human-readable characters on the slips and the unit tags T as the cleaning point information a and serial number information b, it is easy. The number of cleaning points and serial numbers can be ascertained, which helps check.

  Further, since the accepting unit 1 accepts the cleaning score information a regarding the score of the cleaning object for each group classified by the washing method, it is classified into those that can be dry-cleaned and those that cannot be dry-cleaned at the time of acceptance. By doing so, the subsequent steps can be performed more smoothly.

  Further, the slip R according to the present embodiment includes the cleaning score information a regarding the score of the cleaning object of one customer and the serial number information b which is information regarding one serial number associated with the one cleaning score information a. Since it is printed, compared to the aspect of attaching a tag with a different serial number to each cleaning object on the slip relating to one customer, the cleaning score information a of the customer, The serial number information b common to the cleaning score information a is printed in a one-to-one relationship, and there is no possibility that the score information of the cleaning object related to one customer is associated in an incorrect state, and has excellent accuracy. Become.

  In particular, since the unique identification information c is formed by associating the cleaning point information a and the serial number information b with each other, the cleaning point information a and the serial number information b are reliably associated with each other based on the identification information c. I can keep it.

  The present invention is not limited to the embodiment described in detail above.

  For example, electromagnetic information written on an IC chip or the like as cleaning point information or serial number information may be employed. In this case, “recording on a slip” is an aspect in which an IC chip or the like is used to electromagnetically store the slip. Further, when using electromagnetic information, the reading means may be realized by using a dedicated reader capable of reading electromagnetic information.

  In addition, at least the cleaning score information and serial number information received by the receiving means without passing through the reading means are transferred to each slip and unit tag by the first recording means (first printing means) and the second recording means (second printing means). You may record (print).

  The accepting means accepts upper group information that is information relating to an upper group that can be grouped higher than the serial number such as a finish date or a store number, and the first recording means stores the upper group information in a store slip. And the second voucher may record the upper group information in the unit tag. In this way, by causing the upper group information to function as a parent number, the number of patterns of slips and unit tags can be dramatically increased, and the versatility is excellent. As the upper group information, in addition to the finishing date and the store number, information on the object to be cleaned, such as the week or month scheduled to be finished, the received day, week or month, or the region of the store or reception processing is performed. Examples include information based on information related to the cleaning store such as the number of the store clerk. It is desirable that this upper group information is also printed on the slip or unit tag as characters (numerals or Roman characters) that can be visually recognized by a person. As a result, even if there are many cleaning points for one customer, unit tags for points are attached to one slip as before, and numbers are enumerated, making it difficult to check the contents of the slip This avoids the situation and leads to further efficiency improvement such as sorting work.

  In addition, FIG. 12 illustrates a mode in which the accessory position of the unit tag with respect to the cleaning target is the neck of the Y-shirt, but it may of course be a position other than the collar, for example, a button hole.

  In addition, the specific configuration of each part is not limited to the above embodiment, and various modifications can be made without departing from the spirit of the present invention.

FIG. 2 is a functional block diagram of a cleaning system according to claim 1 of the present application. The functional block diagram of the cleaning system which concerns on Claim 2 of this application. The figure which shows the relationship of each hardware resource of the cleaning system which concerns on one Embodiment of this invention. The functional block diagram of the cleaning system which concerns on the embodiment. The figure which shows schematically the internal structure of the information processing apparatus for reception in the embodiment. The figure which abbreviate | omits and shows the voucher for stores which concerns on the same embodiment. The figure which shows the bag body which concerns on the same embodiment. FIG. 3 is a diagram showing a simplified part tag printing apparatus according to the embodiment. The figure which shows the flowchart of the cleaning system which concerns on the embodiment. The figure which shows typically the cleaning target object in the conveyance process of the embodiment. The figure which simplifies and shows a wagon and a large bag body in the embodiment. The figure which shows typically the cleaning target object in the collection (sorting) process of the embodiment. The figure which shows typically the cleaning target object in the storage process of the embodiment. The figure which abbreviate | omits and shows the voucher for stores which concerns on the modification of the embodiment. The figure which shows the sheet | seat which connected the unit tag conventionally used. The figure which shows the voucher for stores used conventionally.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Reception means 2 ... 1st recording means (1st printing means)
3 ... Reading means 4 ... Second recording means (second printing means)
a ... cleaning point information b ... serial number information c ... identification information E ... conveying tool (bag)
G ... conveyance path R ... store slip T ... unit tag

Claims (10)

A cleaning system used in a cleaning store,
Receiving means for receiving cleaning score information relating to the score of the cleaning object of one customer, which is information input by a user on the store side;
The cleaning point information received by the receiving means and the serial number information that is information relating to one serial number associated with the one cleaning point information are transferred to the transport tool for supplying the cleaning target object to a predetermined transport. First recording means for recording in a store slip stored together with goods and a customer slip to be delivered to the customer,
In the course of transporting the transport tool using a predetermined transport path, the cleaning score information and serial number information recorded on the store slip stored in the transport tool are read from the transport tool before cleaning processing. Second recording means for recording on a unit tag attached to each of the cleaning objects taken out,
The cleaning system, wherein the second recording means records the same number of unit tags as the number of cleaning objects corresponding to the cleaning point information. The accepting means accepts upper group information that is information on a higher group that can be grouped higher than the serial number such as a finish date or a store number,
The first recording means records the upper group information in the store slip and the customer slip, respectively.
The cleaning system according to claim 1, wherein the second recording unit records the upper group information on the unit tag. The first recording means records unique identification information that associates at least the cleaning point information and serial number information with each other in the store slip,
A reading means for reading the identification information recorded in the store slip by the first recording means in the transport process;
The second recording means records at least the cleaning score information and serial number information associated with the identification information on a unit tag attached to each cleaning object based on the identification information read by the reading means. The cleaning system according to claim 1 or 2. 4. The cleaning system according to claim 3, wherein the first recording unit prints at least a bar code readable by a bar code reader as the identification information on the voucher for a store. The said 1st recording means and the 2nd recording means print a character which can be read by a person at least as said cleaning score information and serial number information on each said slip or each unit tag. The cleaning system described. The cleaning system according to claim 1, 2, 3, 4, or 5, wherein the receiving means receives cleaning score information related to the number of cleaning objects for each group classified by a washing method. A voucher issued at a cleaning store,
Cleaning point information that is input by a store user and that is related to the number of cleaning objects of one customer, and serial number information that is information related to one serial number associated with the one cleaning point information. A voucher characterized by being recorded. 8. The slip according to claim 7, wherein unique identification information obtained by correlating the cleaning point information and serial number information is recorded. 9. The slip according to claim 8, wherein the cleaning score information and serial number information are characters readable by a person, the identification information is a barcode readable by a barcode reader, and the characters and barcode are printed. 10. The slip according to claim 7, 8 or 9, wherein upper group information, which is information related to an upper group that can be grouped higher than the serial number such as a finish date or a store number, is printed as human-readable characters.

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