Trouser hemming measurement and ordering method, system and trousers for measurement

Abstract

To provide a method and system for measuring for pants hemming and ordering pants, and pants for measurement, which allow a person who will wear a uniform or a work suit to easily hem pants in accordance with his or her inside leg length to confirm a state of hem length.SOLUTION: On pants for measurement 50, a plurality of bands (tapes or resin bands) are attached to a hem in a breadthwise direction of the hem so as to be spaced in a lengthwise direction of a leg, and parts between the tapes are more easily bendable than the tapes, and bar-codes indicating positions of the tapes from the inside leg are represented on the inside of the hem so as to correspond to the tapes respectively. A bar-code is read by a camera of a portable terminal and is transmitted to a database 8 of a maker as information of an order slip.SELECTED DRAWING: Figure 1

Description

[Technical Field]

[0001] The present invention relates to hemming of pants, also known as "trousers," "pants," "slacks," "bottoms," etc., and relates to a method and system for measuring and ordering trouser hemming that allows even inexperienced customers with no experience in measuring inseam to easily measure the hemming dimensions and order trousers, and to trousers for measurement. [Background technology]

[0002] Traditionally, pants are hemmed in a store by a salesperson using pins or safety pins when trying them on, and then handed over to the customer after the hemming is complete. Recently, thanks to catalogue mail order and internet mail order, customers can order pants from the comfort of their own home without visiting a store, but they still need to measure their inseam before ordering.

[0003] For example, Patent Document 1 discloses a measuring tool for custom-made garments made of stretchable material, which combines a measuring tape with garments. Specifically, the measuring tape is attached to each part of the stretchable garment at one end as a reference zero point and the other end is freely movable as a measuring point. By reading the measurements shown on the measuring tape, the actual dimensions of a wearer wearing the garment can be measured. This allows accurate, non-expert measurements of the wearer's detailed dimensions, such as neck circumference, shoulder width, sleeve length, chest width, and waist circumference for jackets, and waist, thigh circumference, hips, and knee position for trousers.

[0004] Patent Document 2 discloses a pair of pants for measuring, which has front and back sections made of resin. The pants are provided with a scale at the folded-back position of the bottom, allowing the folded-back crotch length to be easily adjusted to the specified size. The folded-back position can be fastened with a hook-and-loop fastener or the like.

[0005] Patent Document 3 discloses pants that are not for measuring, but have hook-and-loop fasteners sewn at intervals around the circumference to the lower end of the inner surface of the leg attachment portion, which fasten by pressing surfaces together, so that the pants can be easily adjusted to any length selected according to the wearer's leg length.

[0006] Patent Document 4, like Patent Document 3, does not disclose pants for measuring, but does disclose pants with tapes sewn to the inside of the legs at intervals along the length of the pants in multiple rows, each with multiple snaps. The tape with pre-attached snaps simply needs to be sewn to the inside of the legs, making the attachment process easier than the technique of Patent Document 3, which attaches multiple hook-and-loop fasteners. [Prior art documents] [Patent documents]

[0007] [Patent Document 1] Japanese Patent Application Laid-Open No. 2002-88552 [Patent Document 2] Japanese Patent Application Laid-Open No. 2015-10303 [Patent Document 4] Publication No. 3054303 [Patent Document 3] Publication No. 3167386 DISCLOSURE OF THE INVENTION [Problem to be solved by the invention]

[0008] Incidentally, when it comes to fitting uniforms and work clothes for company employees, it is not possible to ask the company's general affairs staff to take measurements, and taking measurements requires a certain level of skill, so a person from the supplier, such as a trading company or retailer, who provides the uniforms or work clothes, goes to the company to take the measurements.

[0009] The techniques in Patent Documents 1 and 2 attach a tape measure or scale to the hem, and the scale is read when the hem is folded up. However, if the wearer is the one who reads the scale, the hem will lift up when they bend forward to fold the hem by hand, which is different from the state when standing. Furthermore, in order to maintain the hem folded in a proper concentric circle even when standing, it is unavoidable to use pins or safety pins. For this reason, even with these techniques, it is difficult for the wearer to take measurements by themselves.

[0010] Furthermore, while the technologies in Patent Documents 3 and 4 have the function of freely adjusting the inseam length, they require multiple layers of hook-and-loop fasteners or snaps to be attached in advance, and once the inseam length is fixed, in most cases the length is not adjusted thereafter, making the inseam length adjustment function unnecessary in normal use. For uniforms and workwear, having multiple layers of detachable fasteners or snaps at the hem can be an obstacle to work.

[0011] The present invention has been made in consideration of the above-mentioned circumstances, and aims to provide a method for measuring and ordering trouser hemming, which allows a person wearing a uniform or workwear to easily hem his trousers and check the hem length, and also allows the measured measurements to be immediately used as an order slip to place an order. [Means for solving the problem]

[0012] According to the present invention, In the pants hemming measurement and ordering method, the inseam is measured by wearing a sample pair of pants for measurement, and the pants to be delivered are hemmed according to the obtained inseam measurement. The width direction of the hem of the measuring trousers is the length direction, and the measuring trousers are spaced apart in the length direction of the legs. marked with a bar code Multiple inseam measurements, each showing the position from the crotch, are displayed. A strip is attached, and An order program that sends orders to the manufacturer's database is downloaded onto a mobile device equipped with a camera. When the measuring pants are tried on, the pants are bent at the portion between the adjacent bands, which is easier to bend than the portion where the bands are attached, to adjust the length of the hem. For the measuring pants, The camera of the mobile terminal It is displayed on the folded outer band at the bottom. The bar code Reads The mobile terminal acquires the inseam measurement from the barcode read by the camera, transfers this to an order form including instructions for hemming the trousers to be delivered, and transmits an order to the database using the order form. [Effects of the Invention]

[0013] According to the present invention, the bottom of the measuring trousers is folded as follows: A barcode encoding the inseam measurement is displayed. Guided by the band R, The wearer can easily fold it neatly. do. The wearer can easily check the hem length. The camera on the mobile device reads the inseam data from the barcode that appears at the bottom of the hem, and the mobile device then transfers the read inseam data onto the order form. Anyone can measure the same dimensions. The acquired dimensions are stored as information on the order form. From your mobile device , immediately to the manufacturer - Can be registered in the database. [Brief explanation of the drawings]

[0014] [Figure 1] This is a diagram showing the procedure for measuring and ordering hemming. [Figure 2] FIG. 10 is a diagram illustrating an order program. [Figure 3] FIG. 10 is a diagram illustrating an order program. [Figure 4] FIG. 10 is a diagram illustrating an order program. [Figure 5] FIG. 10 is a diagram showing trousers for measuring trousers. [Figure 6] FIG. 10 is a diagram showing a sample of trousers (trousers for measurement) according to another embodiment. [Figure 7] FIG. 1 is a diagram illustrating a database. DETAILED DESCRIPTION OF THE INVENTION

[0015] Unlike personal clothing, uniforms and workwear do not require much consideration of the wearer's personal preferences regarding hem length, so the inseam measurement only needs to roughly match the wearer's preference. Furthermore, if the wearer can easily hem the garment by bending over and neatly aligning the hem all the way around, they can then stand up and check the hem. If they can maintain this position, they can measure the hem themselves after taking it off. This invention was created from this perspective.

[0016] In the present invention, the system for implementing the method for measuring and ordering trouser hemming includes trousers for measurement and a mobile terminal as hardware. First, an outline of the procedure for measuring and ordering trouser hemming will be described.

[0017] In FIG. 1, a company (customer C) that needs uniforms or workwear (hereinafter referred to as "uniforms") requests a uniform proposal from a retailer S (Step 1). It is assumed that retailer S has a long-standing business relationship with customer C or is a local company in customer C's area. Retailer S then requests manufacturer M to compile customer C's requirements and propose a uniform that embodies those requirements (Step 2). Manufacturer M then creates uniform measurement pants 50 and provides them to retailer S (Step 3). The provision may be made in the form of rental, sale, or transfer. These measurement pants 50 are pants that have been modified based on the customer's requirements, as described below in FIGS. 4 and 5. Measurement pants 50 are available for rental in various sizes, such as S, M, L, and LL, as well as product pants product numbers and standard colors. Regarding the colors, pants for measurement may be prepared in all colors, but color samples of fabric or commercial pants in a color different from the color of the pants for measurement 50 may also be lent as samples.

[0018] The retail store S makes a sale to the customer with the loaned measuring pants 50 (Step 4). In this sale, the customer tries on the measuring pants 50. At that time, the order program described in FIG. 2 is used. If it is decided to place an order, an order slip 7 is created and sent to the manufacturer M (Step 5). If it is not decided to place an order, the loaned measuring pants 50 are returned to the manufacturer M.

[0019] This order form 7 is created for each employee of Customer C, and contains information such as the customer name, employee name, date of birth, gender, height, and weight. Additionally, for pants, data indicating the product number, size, color, and inseam measurement is entered. Since customers may request more than just pants, information about jackets is also included in the order form 7 in the drawing, but this explanation will be omitted hereafter. Furthermore, for coveralls, since the jacket and pants are integrated, this can be used as pants for measuring purposes.

[0020] When the order form 7 is sent to manufacturer M, manufacturer M will hem the specified jacket and trousers to the specified inseam measurement at a hemming factory based on the order form 7. The completed product is checked against the order form 7 and then sent to retailer S or customer C (Step 6, only the order for customer C is shown). The data obtained from the order form 7 is managed as customer data in database 8 so that it can be used for repeat orders.

[0021] FIG. 2 is a diagram illustrating the order program used in Step 4 of FIG. 1. The order program is a computer program for creating an order slip 7 and registering it in manufacturer M's database 8. The order program can be downloaded from manufacturer M's server (not shown) and runs on a mobile terminal at retailer S. The mobile terminal is preferably a computer with a camera and capable of wirelessly connecting to the Internet via LTE, 5G, Wi-Fi, or the like; specifically, a smartphone; the following explanation will be given assuming that a smartphone is used. FIGS. 2, 3, and 4 show the screens of a smartphone.

[0022] In Figure 2, Figure 2A shows the standby screen 10 of a smartphone on which the order program has been downloaded. Clicking on the order program icon 11 launches the order program. Entering the retailer ID 13 and password 14 on the startup screen 12 of Figure 2B will open My Page 15 for that retailer S (Figure 2C). An order slip can be created from My Page 15. Selecting the "Create an order slip" button 16 opens the order slip creation page 19 shown in Figure 2D.

[0023] In FIG. 2D, the order form creation page 19 includes a customer name field 27, an employee name field 20, a gender field 21, a date of birth 18, a height / weight field 22, a pants product number / size / color / inseam / quantity field 23, and a jacket product number / size / color / quantity field 25. This information is used to create the order form 7 (FIG. 1). The customer name field 27 and the employee name field 20 each include a "Search" button 28, 40. Selecting these buttons takes the user to a customer search page 61 (FIG. 4A) or an employee search page 71 (FIG. 4B), respectively. This will be described later. When a customer or employee name not registered on the customer search page 61 or employee search page 71 is entered, the user is prompted to confirm whether or not to register the name; however, a detailed description of this will be omitted. The registration results are reflected on the customer search page 61 or employee search page 71.

[0024] Hereinafter, the entered information will be referred to as "order slip information." Additionally, barcode "read" buttons 24, 26 are provided corresponding to the pants' product number / size / color / inseam data / quantity field 23 and the jacket's product number / size / color / quantity field 25, respectively. Selecting either button activates a barcode reading function using the smartphone's camera, allowing the user to enter the pants' / jacket's product number / size / color / and pants' inseam data. Figure 3B shows a reading page 36 that appears when the smartphone's camera is selected. On reading page 36, when the smartphone's camera is held over a barcode (barcode 53, see Figure 5C), barcode 53 is displayed on camera screen 37, and the corresponding text information is output to reading field 38. When the "Register" button 39 is selected, the read character information is returned and entered into the pants' product number / size / color / inseam data / quantity field 23 or the jacket's product number / size / color / quantity field 25 on the order form creation page 19 corresponding to the selected barcode "Read" button 24, 26. The barcode shown on screen 37 in Figure 3B contains the character string "S, WA21914, Silver, 70," which is read in order and displayed in the read field 38.

[0025] Returning to Figure 2D, the "Register" button 29 on the Order Slip Creation Page 19 temporarily stores the completed order slip in the smartphone's memory, and the "Back" button 30 returns to the previous page. My Page 15 in Figure 2C displays the number of temporarily stored order slips. Selecting the "Confirm Order Slip" button 17 displays the Order Slip List Page 81 shown in Figure 4A, allowing the user to view a list of order numbers 85 temporarily stored in the smartphone's memory. After filling in the entry fields 83 and selecting the "Search" button 84, the selected row in the Order Number List 85 is highlighted. Each row has a "Details" button 86. Selecting the "Details" button 86 takes the user to the Order Slip List Page 31. After filling in the entry fields 68 and selecting the "Search" button 69, the selected row in the Order Slip List 48 is highlighted. Each row in the Order Slip List 48 contains employee information. Each row in the Order Slip List 48 has a "Details" button 32 and a "Delete" button 33. Selecting the "Details" button 32 will take you to the order form creation page 19. Also, selecting the "Delete" button 33 will allow you to delete the order form information for an individual employee. The "Place Order" button 34 is a button for moving to the delivery destination input page 41 (Fig. 3C), and the "Back" button 35 is a button for returning to the original page.

[0026] On the delivery destination input page 41, it is possible to select whether the delivery destination will be retailer S (arrow 42) or whether the product will be delivered directly to customer C (arrow 43). The "Search" button 49 is a button for moving to a customer search page 61, which will be described later. By selecting the "Place Order" button 44, all of the information on the entered order slips is sent via the Internet to a database 8 managed by manufacturer M. Manufacturer M then returns an order number to the smartphone. Figure 3D shows the screen of the smartphone that received this, with this order number 47 displayed. From then on, manufacturer M will begin arranging the product based on the information on the order slips.

[0027] The customer search page 61 in Figure 4A allows you to search for customers. If the "Search" button 64 is selected when there is no entry in the entry field 63, a customer list 65 will be displayed. If there is an entry in the entry field 63, the corresponding customer row will be displayed. Radio button 66 allows you to select a row from the customer list 65. If the "Select" button 67 is selected, the selected customer name will be displayed in the customer name field 27 of the source transition. Pressing the "Back" button 62 will return you to the source transition. The employee search page 71 in Figure 4B allows you to search for employees. If the "Search" button 74 is selected when there is no entry in the entry field 73, a customer list 75 will be displayed. If there is an entry in the entry field 73, the corresponding customer row will be displayed. Radio button 76 allows you to select a row from the customer list 75. If the "Select" button 77 is selected, the selected customer name will be displayed in the customer name field 27 of the source transition. Pressing the "Back" button 72 will return you to the source transition.

[0028] Figure 5 shows an example of measuring trousers 50 provided by manufacturer M. Measuring trousers 50 are commercial trousers proposed in accordance with customer requests, but unlike regular commercial trousers, they have a structure at the bottom for implementing the present invention for measuring.

[0029] Fig. 5A is a front view (front body side) of measuring trousers 50 with the hem turned up, Fig. 5B is a back view (inner body side), and Fig. 5C is an enlarged view of the turned-up hem. A tag 51 with the sample's product number / size / color written on it is attached around the waist of measuring trousers 50. Tag 51 also has a mark coded with the product number / size / color as a barcode (not shown), which can be read by a smartphone.

[0030] Multiple strips of tape are attached to the inside of the hem of the pants 50 at intervals along the length of the legs. Tape 52 is used as the strips. Tape 52 is made of thin resin plate, fabric, or nonwoven fabric. By attaching tape 52, the area between tapes 52 (the fabric-only area of ​​the pants 50) can bend more easily than the area where tape 52 is attached. Each tape 52 is marked with a barcode 53 encoding the inseam measurement based on the position of the tape 52 from the crotch. The product number, size, color, and other information on the tag 51 are also coded and commonly recorded in each barcode 53. In this example, a QR code (QR code: registered trademark No. 4075066 of Denso Wave Inc., matrix-type two-dimensional code), a two-dimensional barcode capable of storing a large amount of information, is used; however, one-dimensional barcodes may also be used. Tape 52 is made of a thick, hard material. In this embodiment, the tape 52 is attached only to the front body of the measuring pants 50. Each tape 52 may be attached not only to the front body but also from the front body to the back body, with a length that goes around the same circumference of the hem at different positions, but it does not have to go all the way around. Also, the "inseam measurement" does not have to be numerical data that literally represents the measurement from the crotch, but may be numerical data that represents the length of the fold. Also, although it will prevent fine adjustments, as described below, the "inseam measurement" can be any code such as "A," "B," "C," "D," etc., as long as it can be understood by the manufacturer M.

[0031] The tape 52 is attached by gluing or sewing. The thickness of the tape 52 may be thinner if it is made of a material harder than the fabric of the measuring pants 50. However, if it is about as hard as the fabric of the measuring pants 50, it is preferable to use a tape the same thickness as or thicker than the fabric of the measuring pants 50. The width of the tape 52 is determined according to the hemming stage. In the example shown in the figure, the hem can be adjusted in six stages, with the spacing Int between each stage being 1 cm, so the width W of the tape 52 is 9 mm and the spacing v between the tapes 52 is 1 mm. If the spacing Int is to be 1.5 cm, the width W of the tape 52 should be 1.2 cm and the spacing v between the tapes 52 should be 3 mm.

[0032] FIG. 5D shows a cross section of the pants 50 after trying them on and folding the hem to the desired size. Tape 52 is attached to the front body, so after folding, the tape 52 acts as a guide. By holding both side seams (where the front and back body overlap) from below the hem and pushing them apart from the inside, the hem can be easily folded neatly and evenly all the way around. The tape 52 visible on the front side of the bottom of the hem corresponds to the desired inseam measurement. The person trying on the pants can then stand up and check whether the hem length is appropriate, and this state can be maintained even after taking them off. In this case, the tape 52 visible at the bottom of the hem indicates the inseam measurement. The salesperson at retailer S manually enters the number corresponding to the bottom tape 52 into their smartphone by either scanning a barcode or manually adjusting the number after entering it on their smartphone.

[0033] FIG. 6 shows another example of a measuring trousers 50. While the measuring trousers 50 in FIG. 5 used tape 52 as the band, this example uses multiple resin strips 56 formed by applying transparent resin at intervals along the length of the legs of the measuring trousers 50. The resin strips 56 harden and resist bending, guiding the folding along the intervals v between the resin strips 56. The inseam measurement is indicated by a thin film sheet 55 printed with an inseam measurement 54 (in Arabic numerals representing each length) and a barcode 53 coding the product number, size, color, and inseam measurement, attached to the inside of the hem (FIG. 6A). A mask 57 with multiple spaced windows across the hem is then placed so that the window positions correspond to the inseam measurement 54 and barcode 53, and resin is applied and cured (FIG. 6B). This process is repeated for the front and back body sections, ensuring that the applied resin is distributed along the same circumference of the hem. FIG. 6C shows a cross section of the hem created in this manner. A thin film sheet 55 is placed on the fabric of the measuring trousers 50, and multiple resin strips 56 are layered on top of that, spaced apart at intervals v. The resin strips 56 are attached in the width direction of the hem, similar to the tape 52 in the previous embodiment. In this example, the thin film sheet 55 and resin strip 56 are layered on the inside of the hem of the measuring trousers 50, but it is also possible to layer the thin film sheet 55 on the inside of the hem of the measuring trousers 50 and the resin strip 56 on the outside of the hem of the measuring trousers 50. In this case, the resin strip 56 does not have to be transparent, as long as it hardens the fabric of the measuring trousers 50.

[0034] A QR code can be read with a side length of 6 mm, and can be read by most smartphones if it is 9 mm or larger. In this embodiment, the size of the barcode 53 and the width W of the resin strip 56 can be set independently. Therefore, even if the barcode 53 is enlarged so that it exceeds the width W of the resin strip 56, as long as most of it fits within the width W of the resin strip 56, the barcode 53 and the resin strip 56 can be associated one-to-one. In this way, it is possible to use a barcode 53 that is larger than the interval Int.

[0035] The procedure for taking measurements using the measuring pants 50 shown in Figures 5 and 6 will be described below. The person in charge at retail store S starts the order program on their smartphone (Figures 2B and 2C), opens the order form creation page 19 (Figure 2D), and enters the customer name, employee name, gender, and height / weight.

[0036] The employee tries on the pants for measurement 50, and the person in charge at the retail store S or the employee trying them on raises the hem to the desired length. The attached tape 52 or resin strip 56 acts as a guide, allowing the hem to be folded neatly all the way around. This state is maintained, so the employee trying them on can check the length while standing up.

[0037] Even after the measurements are decided and the measuring pants 50 are taken off, the folded state of the hem will be maintained. The staff member at retailer S selects the barcode "Read" button 24 in the product number / size / color / inseam data column 23 of the measuring pants on the order form creation page 19, opens the reading page 36 (Fig. 3B), and reads the product number / size / color / inseam data from the barcode 53 that appears at the bottom of the hem. He then selects the "Register" button 39 on the reading page 36 to return to the order form creation page 19 (Fig. 2D). The product number / size / color / inseam data read from the barcode 53 is copied to the product number / size / color / inseam data / quantity column 24.

[0038] Select the "Register" button 29 to complete input of information for one order slip. Note that the order slip creation page 19 allows manual modification of the product number, size, color, inseam data, and quantity. The product number, size, color, inseam data, and quantity can also be manually entered using the software keyboard on a smartphone. Since the measuring pants 50 are only available in one color, the required color can be manually changed by referring to a color sample, etc. Furthermore, since the inseam data read by the barcode is standard discrete data, minor modifications can be made within the acceptable range of Manufacturer M.

[0039] After storing all the order slip data for all the relevant employees of Customer C on his / her smartphone, he / she moves to My Page 15, which is the transition source from Order Slip Creation Page 19, and from there to Order Slip List Page 31. When he / she selects the "Place Order" button 34 to decide the delivery destination on Delivery Destination Input Page 41 and then the "Place Order" button 44, the information on the order slip is transferred to Manufacturer M's database 8 as an "order" instructing hemming. Figure 7 shows the database 8. Manufacturer M will hem the pants to be delivered based on the information on the order slip.

[0040] According to the method for measuring and ordering trouser hemming of this embodiment, the folding of the hem of the trousers to be measured 50 is guided by the tape 52 or resin strip 56, so that the wearer can easily fold it neatly by themselves, and the wearer can easily check the hem length. In addition, the hem length is adjusted in stages, so that the same measurement can be obtained regardless of who is measuring. Furthermore, the obtained measurements can be immediately registered in the database of manufacturer M as information on the order form.

[0041] In the above example, a representative from seller S visits the customer company to take measurements for hemming and place an order, but the general affairs department of customer C company may directly handle the hemming measurement and order process with manufacturer M. In this case, it is acceptable to read "retailer representative" as "customer C's representative" in the above example.

[0042] In the above embodiment, a smartphone was used, but a computer with a barcode reading function may also be used as long as it can connect to Manufacturer M's database via an Internet line. In the above embodiment, the order program was a smartphone application, but My Page 15, Order Slip Creation Page 19, Order Slip List Page 31, Import Page 36, and Delivery Destination Input Page 41 may be web pages hosted on Manufacturer M's server. In this case, the data for Order Number List 85, Customer List 65, Customer List 75, and Order Slip List 48 may be stored on the server. Furthermore, reading of barcode 53 on Import Page 36 may be achieved by analyzing an image captured using the smartphone's camera in the cloud, or by a program temporarily stored in the cache of the smartphone that viewed the web page. [Explanation of symbols]

[0043] 7 Order slip 8 Database 10 Wallpaper 11 Icons 12 Startup Screen 14 Password 15 My Page 16 "Create order slip" button 17 "Check Order Slip" button 18 Date of Birth 19 Order form creation page 20 Employee name field 21 Gender column 22 Height / Weight column 23 Size / product number / color / inseam data / quantity column 24, 26 Barcode "Read" button 25 Size / product number / color / quantity column 27 Customer name field 28 "Search" button 29 "Register" button 30 "Back" button 31 Order slip list page 32 "Details" button 33 "Delete" button 34 "Order" button 35 "Back" button 36 Loading Page 37 screens 38 Reading column 39 "Register" button 40 "Search" button 41 Delivery address entry page 42 Arrow 43 Arrow 44 "Order" button 47 Order number 48 Order slip list 49 "Search" button 50 Measuring Pants 51 Tags 52 Tape 53 Barcode 54 Inseam 55 Thin Film Sheet 56 Resin Strip 57 Mask 61 Customer Search Page 62 "Back" button 63 Entry field 64 "Search" button 65 Customer List 66 Radio Buttons 67 "Select" button 68 Entry fields 69 "Search" button 71 Employee Search Page 72 "Back" button 73 Entry field 74 "Search" button 75 Customer List 76 Radio Buttons 77 "Select" button 81 Order slip list page 83 Entry field 84 "Search" button 85 Order Number List 86 "Details" button

Claims

1. In a method of measuring and ordering trouser hemming, a customer puts on a sample pair of trousers for measurement and measures the inseam, and then hems the trousers to be delivered according to the measured inseam. A plurality of strips are attached to the inside of the hem of the measuring trousers at intervals along the length of the legs, with the width direction of the hem as the length direction, and each strip has a barcode indicating the crotch length, and An order program that sends orders to the manufacturer's database is downloaded onto a mobile device equipped with a camera. When the pants for measurement are tried on, the pants for measurement are bent at the portion between the bands which is easier to bend than the portion where the bands are attached, and the length of the hem is adjusted. The camera of the mobile terminal reads the barcode displayed on the folded outermost band, The mobile terminal acquires the inseam measurement from the barcode read by the camera, transfers it to an order form including instructions for hemming the pants to be delivered, and transmits an order to the database using the order form.

2. The pants for measurement are provided as a sample for pants to be delivered, and have a plurality of bands attached to the hem at intervals in the length direction of the leg, and the spaces between the bands are easier to bend than the bands themselves, and the inseam measurement indicating the position of the band from the crotch of each band is written in barcode and displayed inside the hem.

3. In a hemming measurement and ordering system that hems pants to be delivered according to the specified inseam measurement, A pair of pants for measurement, which is provided as a sample of the pants to be delivered, has a plurality of bands attached to the hem in the width direction at intervals in the leg length direction, and the spaces between the bands are more flexible than the bands themselves, and the inseam measurement indicating the position from the crotch to each of the bands is displayed as a barcode on the inside of the hem; The hemming measurement and ordering system includes an order program that is downloaded to a mobile terminal equipped with a camera, and that reads the barcode with the camera and transmits the barcode as the inseam measurement on the order form to a manufacturer's database.

4. In the pants hemming measurement and ordering system of claim 3, The trouser hemming measurement and ordering system is characterized in that the barcode is a two-dimensional barcode.

Images