CZ307735B6 - Scanning device designed to digitalize clothing - Google Patents

Abstract

The scanning device consists of a scanning structure (1) with a base (2), where the scanned object is placed (3), at least one scanning unit (4) for scanning the object (3) and capturing the image and spatial information of the scanned object ( 3), a keying cloth (5) and a support structure (6) on which at least one scanning unit (4) is fixed. The support structure (6) is further fitted with at least one sliding device for moving the scanning unit (4) to the desired position. The scanning unit (4) is a full HD camera with a 3D scanner or an ultrasonic scanner. The scanning device is further fitted with an evaluation unit (8) containing service software for collecting the scanning data and generating sorted information stored in a database (9), and a control unit (7) for regulating the scanning and the relatvie position of the scanning unit (4) against the the base (2).

Description

Technical field

The invention relates to a scanning device for digitizing clothing.

BACKGROUND OF THE INVENTION

At present, e-shop is commonly used for clothing purchase. Here, however, there is information about them in the form of photos without the possibility of 3D thumbnails and with information about sizes that often differ between brands. The disadvantage here is also the impossibility to try the item before buying it and combine it with other clothing and possibly other brands and e-shop. The buyer must return it in a complicated way, which costs both his and his seller time and money.

Another option is the internet interface Fits.me designed for the presentation of clothing, but it does not allow their 3D preview or the possibility of combining multiple brands.

Another problem is taking pictures of individual clothes. The cost and standards of photography are not the same, the human factor slows down everything considerably, and results are distorted.

It is an object of the present invention to provide a scanning device which overcomes the above disadvantages.

SUMMARY OF THE INVENTION

The aforementioned drawbacks are largely eliminated by a scanning device comprising a scanning structure comprising a base for positioning the object being a rotating stand, a dummy, a hanger or a hanger, at least one scanning unit for capturing the object and capturing the image, and spatial information about the scanned object, wherein the scanning unit and the pedestal are mutually adjustable at an angle of 360 °, where the turning point is the scanning unit or the pedestal, the keying screen, and the evaluation unit with utility software designed to collect and create scanning data information and storing them in a database, wherein the scanning unit is a Full-HD camera with a 3D scanner or an ultrasonic sensor, wherein the scanning structure further comprises a supporting structure on which at least one scanning unit is placed, wherein the support structure is further provided with at least one sliding device intended to move the scanning unit to a desired position, which is a threaded guide profile or hydraulics, or a gear transmission with a planetary gear, or a cable transmission via pulleys or a chain gear, and further comprising a control unit for controlling the sensing and adjusting the relative position between the pedestal and the scanning unit, the input of which is the desired coordinates of the scanning unit to the pedestal, and which is intended to control at least one drive unit of the at least one scanning unit; data cables are interconnected with each other, where the utility software is designed to control the sensing and adjustment of the mutual position between the pedestal and the scanning unit, capturing and analyzing data, and adding and editing data stored in the database ce.

Clarification of the drawing

The invention will be further elucidated by means of the figure, wherein Fig. 1 represents a scanning device according to the invention.

- 1 GB 307735 B6

DETAILED DESCRIPTION OF THE INVENTION

The scanning apparatus of the invention shown in Fig. 1 comprises:

- a scanning structure 1 comprising:

- a pedestal 2 intended to accommodate the object 3,

- at least one scanning unit 4 for detecting the object 3,

- wherein the scanning unit 4 and the base 2 are positionally adjustable relative to each other at an angle of 360 °,

- keying screen 5,

- a supporting structure 6 on which the scanning device 4 is placed,

- a control unit 7 for controlling the sensing and positioning between the base 2 and the scanning unit 4,

and an evaluation unit 8 with utility software intended to send commands to the control unit 7, to collect the data from the scanning and to generate sorted information from it, which it stores in the database 9.

The control unit 7, the evaluation unit 8 and the scanning structure 1 are interconnected by data. Data connection is made via wiring or wirelessly, eg via Bluetooth, IR, wi-fi, etc.

The control unit 7 and the evaluation unit 8 are separate units or one uniform unit.

The utility software allows the operator to control the sensing and adjustment of the relative position between the pedestal 2 and the scanning unit 4, capture and analyze data, add and edit stored information in the database 9, and more.

The base 2 is in the color of a keying can 5. The base 2 can be, for example, a stand, a dummy, a hanger, a so-called personal servant, a hanger, etc. The base 2 can be rotatable, for example.

The gusset 5 is a fully colored material coated with an antireflective transparent surface, such as glass, for easy removal of dirt. The keying screen 5 allows undemanding automated filtering of the unwanted scanning layer to form a transparent layer. The color of the keying screen 5 differs according to the color of the object being scanned.

The support structure 6 may be provided with a sliding device intended to move the scanning unit 4 to a desired position, which may be a threaded guide profile, e.g. a rod, operated by an electric motor with a worm gear, allowing precise movement of the scanning unit to the desired position. Other types can be hydraulics, planetary gear transmission, pulley cable transmission or chain transmission. Threaded rods can be protected against damage by telescopic joints.

The control unit 7 is preferably a computer unit whose input is the desired coordinates of the scanning unit 4 to the object to be sensed 3 and which controls all the drive units.

The evaluation unit 8 is preferably a computer unit.

The scanning unit 4 is designed to capture the image and spatial information of the object 3, i.e. 3D object information, and may be a Full-HD camera with a 3D scanner or an ultrasonic sensor. The scanning unit 4 is placed on the support structure 6.

-2GB 307735 B6

The scanning can also be performed using several static cameras placed around the scanned object, or the scanning can be performed manually, when the operator moves the scanning unit 4 and senses the object.

Industrial applicability

The scanning device according to the invention is primarily intended for the garment industry, enabling manufacturers or retailers to scan individual garments into 3D electronic form and present them on the Internet or data carrier.

In a preferred embodiment, all garment data of each manufacturer is stored on a single server and offered to customers together. For example, a special computer interface is designed for this presentation, where each customer enters their physical parameters, such as foot size, arm circumference and others, upon their entry, creating their own electronic model of themselves in 3D. This model can then wear individual clothes stored in the database, sorted not only by type, but also by size. The buyer has a clear idea of the resulting combinations of clothing and whether the dimensions are appropriate for his character.

The equipment can also be used in other sectors where it would be possible to test and combine individual items from the required databases.

Data on scanned objects, in our case on clothing, is accessible to the public using client software, such as a web application, and can be implemented in any e-shop.

The first step, for customer use, is to create an account on a centralized platform. An essential part of using this account is the condition of creating your own portrait. The portrait is created by specifying the proportions of the user's body. The user can find out this information by himself using a measuring tape. On the basis of complete data, the user automatically creates a portrait, the so-called plastic shopping avatar - hereinafter referred to as avatar. The customer is also offered the opportunity to detail the avatar, such as hair style selection, hair color, facial details, skin color, etc.

After completing the registration, the user can visit each supported e-shop and try any clothing offered by the given distributor. All these stores draw customer data directly from the central repository. This information includes customer proportions, as well as individual order history, behavioral information, favorite categories, average price levels, and other analytical and statistical data.

The second way to use this application is to buy directly from a central website concentrating all supported e-shops. This site includes merchandise from all partners, so the customer can filter and test combinations between different brands. A unique junction of clothing stores is being created here.

The application itself offers a lot of utilities that can be used in the selection of goods. For example, brand preferences, price level settings, outfit creation containing already owned goods, dress code searches (ie style / mood / occasion selection), etc.

The added value is that the customer is presented with clothing from several angles on his own avatar (possibly in combination with other items of clothing) and also that the size and suitability of the cut is chosen on the basis of proportions and not just an estimate.

Claims (1)

1. A scanning device comprising: - a scanning structure (1) consisting of: o a pedestal (2) intended to accommodate the object (3) being a rotating stand, a manikin, a hanger or a hanger, at least one scanning unit (4) for capturing the object (3) and capturing images and spatial information about the object (3), wherein the scanning unit (4) and the pedestal (2) are positionally adjustable relative to each other at an angle of 360 °, wherein the pivot point is the axis of the scanning unit (4) or the axis of the pedestal (2); HD camera with 3D scanner or ultrasonic sensor, o keying screen (5), o supporting structure (6), on which at least one scanning unit (4) is placed, the supporting structure (6) is further provided with at least one sliding device for moving the scanning unit (4) to the desired position, which is a threaded guide profile or hydraulics, or a gear with a planetary gear, or a cable gear via pulleys or a chain gear from, and further includes: - an evaluation unit (8) with utility software designed to collect and generate scanned data from the scanning data and store it in a database (9), - a control unit (7) for controlling the sensing and positioning between the base (2) and the scanning unit (4), the input of which is the desired coordinates of the scanning unit (4) to the base (2), and intended to control at least one propulsion a unit of at least one scanning unit (4), wherein - the evaluation unit (8) is interconnected by means of cables with the control unit (7) for transmitting commands, - the evaluation unit (8) comprises utility software for controlling the reading and adjustment of the relative position between the pedestal (2) and the scanning unit (4), capturing and analyzing the data, and adding and editing the stored information database (9).