TWM574299U - Manufacturing system of shoes - Google Patents

Abstract

The present invention provides a shoemaking system comprising: a one-foot type scanning device; a hammer making device connected to the foot type scanning device; a printing device connected to the hammer making device; a dozen-type cutting piece device, and the The boring making device is coupled; and an assembly device is coupled to the printing device and the stencil cutting device. The shoemaking system further includes a cloud server connected to the hammer making device and the die-cutting device.

Description

Shoe system

This creation is about a shoemaking system, especially a customized shoemaking system designed and manufactured through computer aids.

Faced with the anti-globalization of the production chain, Taiwan's footwear industry has transformed and developed customized products that are manufactured and sold locally, among which hand-made shoes are the most successful.

From the production process of traditional customized handmade shoes, the time-consuming production can be divided into two parts: "shoe making" and "shoe making". In the initial step, the "shoe last" needs to take about one week. If there are mistakes in the production process, it often needs to be re-made. In the "shoe making", the traditional hand-made shoes are extremely dependent on the hoe, and the process can only be It is a one-way process that can be continued after a step is completed. The same piece of work cannot be synchronized while waiting for the shoe last. Therefore, the traditional production process can not effectively reduce the production time without technical breakthroughs.

Nowadays, the demand for diversified and customized footwear is gradually diversified. The production time of traditional customized handmade shoes does not meet the short-term demand of the market. Therefore, how to shorten the production time of traditional customized handmade shoes has become important. issue.

In view of this, the purpose of this creation is to propose a customized shoe system that is computer-assisted and combined with a cloud server.

Based on the above object, the present invention provides a shoemaking system comprising: a one-foot type scanning device; a hammer making device connected to the foot type scanning device; a printing device connected to the hammer making device; and a dozen-cut piece a device coupled to the boring making device; and an assembly device coupled to the printing device and the stencil cutting device. The shoemaking system further includes a cloud server connected to the hammer making device and the die-cutting device.

Further, the shoemaking system further includes an input module coupled to the die-cutting device and the hammer making device.

Further, the foot scanning device scans and generates at least one foot data of the user, the at least one foot data including the user's foot length dimension, foot width dimension, foot height dimension, or a combination thereof.

Further, the foot scanning device further comprises a data database, and the cloud server further comprises a cloud database.

The above brief description of this creation aims to provide a basic explanation of several aspects of the creation and technical features of the creation. The creation brief is not a detailed description of the creation, so its purpose is not to specifically enumerate the key or important elements of the creation, nor to define the scope of the creation, but to present several concepts of the creation in a concise manner.

In order to understand the technical features and practical functions of the present invention, and to implement according to the contents of the specification, the following further describes the preferred embodiment as shown in the following figure:

This creation is about a shoemaking system, a customized shoe system developed through computer-aided design and manufacturing combined with a cloud server.

Please refer to FIG. 1 , which is a schematic diagram of a shoe making system according to a preferred embodiment of the present invention. The shoemaking system 100 of the present invention comprises: a foot type scanning device 110; a hammer making device 120 connected to the foot type scanning device 110; a printing device 130 connected to the hammer making device 120; The device 140 is coupled to the hammer making device 120; and an assembly device 150 is coupled to the printing device 130 and the die-cutting device 140. The shoemaking system 100 further includes a cloud server 160 coupled to the hammer making device 120 and the die-cutting device 140, respectively.

The shoe making system of the present invention is a customized shoe system which is developed by integrating the production process of traditional handmade shoes through a digital computer. The main device of the shoemaking system and its operation mode will be further explained below.

First, a user can scan the shape of the foot of the foot 360 degrees by the foot scanning device 110 and generate at least one foot data. The at least one foot data includes a foot length dimension, a foot width dimension, a foot height dimension, or a combination thereof of the user's foot, the purpose of which is to fully conform the manufactured shoe body product to the user's Foot. Wherein, the units of the foot length dimension, the foot width dimension and the foot height dimension may be included in the size of the cent, the English or the national shoe size according to the user's habit, and the invention should not be limited thereto.

Furthermore, the hammer making device 120 receives the at least one foot data generated after the foot scanning device 110 scans, and starts making the hammer in the shoe body. In this embodiment, the boring head making device 120 is modeled and edited through a three-dimensional model design software, and the three-dimensional model design software adopts a Fusion360 design software, and the software function includes a high degree of editing freedom, and can record data at the same time. The loading process has the assembly function of the mechanism components. Thereby, the boring head making device 120 can create a three-dimensional model file of the shoe body hoe corresponding to the user's foot according to the aforementioned foot length dimension, foot width dimension, foot height dimension or a combination thereof. The flattened image file after the flattening.

In the continuation, the printing device 130 receives the three-dimensional model file or the developed image file created by the hammer making device 120, and directly prints the files three-dimensionally to form the finished product of the hoe. The printing device 130 is a three-dimensional printer.

On the other hand, the pattern cutting device 140 similarly receives the three-dimensional model file or the developed image created by the hammer making device 120, and starts the production of the shoe body middle panel. The stencil cutting device 140 cuts a basic pattern conforming to the gimmick shape on the leather according to the three-dimensional model file or the unfolded image file of the hoe produced by the boring head making device 120 to form various parts of the shoe body. Leather parts.

Finally, the assembly device 150 connected to the printing device 130 and the stencil cutting device 140 receives the aforementioned hoe and the finished product of the leather parts of each part, and assembles the assembly by combining the leather parts of each part. The two-dimensional shape of the surface of the skull forms a leather upper; further, the leather upper is fixed to the hoe by nails, and the leather upper is mechanically pulled to pull the original two-dimensional leather upper to pull out the three-dimensional feeling Continue to heat the leather upper while constantly tapping the leather upper to remove the original wrinkles. Finally, after the leather upper is stably stretched and the nail is removed, the customized shoe body can be completed.

Please refer to FIG. 2 at the same time, which is a schematic diagram of a shoemaking system according to another preferred embodiment of the present invention. In the present embodiment, the shoe making system 200 includes: a foot type scanning device 210; a hammer making device 220 connected to the foot type scanning device 210; a printing device 230 connected to the hammer making device 220; A die cutting device 240 is coupled to the hammer making device 220; and an assembly device 250 is coupled to the printing device 230 and the die cutting device 240. The shoe-making system 200 further includes a cloud server 260, which is respectively connected to the hammer making device 220 and the pattern-cutting device 240, and can make a three-dimensional model of the hammer by the hammer making device 220 through a network connection. The file or the expansion file is uploaded to the platform of the cloud server 260, and the cloud server 260 is not limited by the space, and the designer of each place designs the leather part for the 3D model file or the expansion file of the gimmick. Then, the design drawing is returned to the pattern cutting device 240 for subsequent production of the shoe body. At the same time, the cloud server 260 further includes a cloud database 262, which can store the above-mentioned three-dimensional model files, expansion files or design drawings into the cloud database 262, and the user needs to re-create the shoe body in the future. The step of scanning the user's foot via the foot scanning device 210 is omitted, which has the effect of saving time, no labor and increasing the added value of the product.

In addition, the foot scanning device 210 of the embodiment further includes a data database 212 for storing at least one foot data scanned by the user through the foot scanning device 210, including the length of the foot and the width of the foot. The purpose of the foot height dimension or a combination thereof is that the user needs to re-create the shoe body in the future, and the step of scanning the user's foot via the foot scanning device 210 can be omitted.

In this embodiment, the die-cutting device 240 and the hammer making device 220 can also be connected to an input module 270. The function of the die-cutting device 240 and the hammer making device 220 to be connected to the input module 270 is that The user can input and adjust the size and shape of the hoe according to his own habits. If the user is used to wearing a tighter shoe body, the width of the hoe can be adjusted; and if the user belongs to a flat foot patient, the bottom foot of the hoe can be adjusted. The height of the bow. Similarly, the user can change the appearance pattern, color or pattern of the leather part of the hoe or each part through the input module 270 according to his or her preference.

According to the process of integrating traditional hand-made shoes, combined with computer scanning and establishing a three-dimensional shoe last, the creation can obtain the three-dimensional model of the shoe last and the expanded image file to build a product database. Then, through the unfolded electronic image file, the paper plate can be outputted into a desired paper plate, and the leather-assisted upper plate plate design can be directly cut by the digital cutting machine, so that the designer can continue the process of processing the leather parts of various parts of the shoe body. Finally, the leather parts of the shoe last and the various parts of the shoe body are assembled and processed, and the finished shoe body product can be completed.

In addition, you can also store all the files in the network cloud through the cloud function connected to the modeling software (the gimmick production device) while building the 3D model electronic file of the shoe last. The design members join the same team, work together to design, update the progress in real time, quickly integrate the ideas of multiple designers and collaboratively produce the finished shoes.

However, the above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of the creation of the present invention, the simple changes and modifications made according to the scope and description of the patent application are still the creation. Within the scope of coverage.

100,200‧‧‧Shoemaking system

110, 210‧‧‧ foot scanning device

120, 220‧‧‧ 楦 制作 making device

130, 230‧‧‧Printing device

140, 240‧‧‧ plate-cutting device

150, 250‧‧‧ assembly device

160, 260‧‧‧ Cloud Server

212‧‧‧Data Database

262‧‧‧Cloud database

270‧‧‧ input module

FIG. 1 is a schematic view of a shoemaking system in accordance with a preferred embodiment of the present invention.

FIG. 2 is a schematic view of a shoemaking system according to another preferred embodiment of the present invention.

Claims (8)

A shoemaking system comprising: a foot type scanning device; a hammer making device connected to the foot type scanning device; a printing device connected to the hammer making device; a dozen plate cutting device, and the hammer making device And the assembly device is connected to the printing device and the stencil cutting device; wherein the shoe system further comprises a cloud server, the cloud server and the hoe manufacturing device and the pattern The piece device is connected. The shoemaking system of claim 1, wherein the foot scanning device generates at least one foot data. The footwear system of claim 2, wherein the at least one foot data is a foot length dimension, a foot width dimension, a foot height dimension, or a combination thereof. The shoemaking system of claim 1, wherein the foot scanning device further comprises a data repository. The shoemaking system of claim 1, wherein the printing device is a three-dimensional printer. The shoemaking system of claim 1, wherein the cloud server further comprises a cloud database. The shoemaking system of claim 1, wherein the shoemaking system further comprises an input module. The shoemaking system of claim 7, wherein the input module is coupled to the die-cutting device and the hammer making device.