CN-119550413-B - Film cutting method, film cutting equipment and film cutting system

CN119550413BCN 119550413 BCN119550413 BCN 119550413BCN-119550413-B

Abstract

The application discloses a film cutting method, film cutting equipment and a film cutting system, wherein the film cutting method comprises the steps of configuring a target sensor to collect shape boundary data of the film equipment to be pasted; and if the target template data matched with the shape boundary data exists in the preset template database, the target template data is used for manufacturing a film of the film sticking equipment to be stuck. By adopting the film cutting method provided by the embodiment of the application, the film cutting accuracy can be improved.

Inventors

DENG XIAOJUN

Assignees

深圳市经纬线科技有限公司

Dates

Publication Date: 20260508
Application Date: 20241129

Claims (8)

1. A film cutting method, characterized by being applied to a film cutting system including a target sensor, the method comprising: The method comprises the steps that a configuration target sensor collects shape boundary data of equipment to be pasted with films, wherein the shape boundary data comprise the boundary line, edge chamfer, camera and outline of a power connection port of the equipment to be pasted with films; according to the shape boundary data, matching corresponding preset template data from a preset template database; If target template data matched with the shape boundary data exists in the preset template database, the target template data is used for manufacturing a film of the film equipment to be laminated; If the target template data matched with the shape boundary data does not exist in the preset template database, generating new template data which accords with the film pasting standard of the film pasting equipment according to the shape boundary data so as to use the new template data for manufacturing the film pasting of the film pasting equipment, and And storing the new template data into the preset template database.
2. The film cutting method according to claim 1, wherein the target sensor comprises an infrared sensor; the configuration target sensor collects shape boundary data of the equipment to be laminated, and the configuration target sensor comprises: And starting the infrared sensor to acquire shape boundary data of the equipment to be pasted, wherein the shape boundary data comprises boundary line segments and edge chamfers of the equipment to be pasted.
3. The film cutting method according to claim 1, wherein the film cutting system comprises a storage rack, the storage rack is provided with the target sensor, a semi-transparent object placing table and a light supplementing light bar which are distributed in sequence from top to bottom, and the target sensor comprises a camera; the configuration target sensor collects shape boundary data of the equipment to be laminated, and the configuration target sensor comprises: Under the condition that the equipment to be pasted is arranged on the semitransparent object placing table, the light supplementing lamp bar and the camera are started, shape boundary data of the equipment to be pasted are collected through the camera, and the shape boundary data comprise boundary line segments and edge chamfers of the equipment to be pasted.
4. The film cutting method according to claim 1, wherein generating new template data corresponding to the film equipment to be laminated according to the shape boundary data, so as to use the new template data for manufacturing a film of the film equipment to be laminated, comprises: After generating new template data corresponding to the equipment to be laminated according to the shape boundary data, providing the new template data for the equipment to be laminated to cut out a test laminated film of the equipment to be laminated; And if the test film accords with the film pasting standard of the film pasting equipment, using the new template data to manufacture the subsequent film pasting of the film pasting equipment.
5. The film cutting method according to claim 4, wherein after generating new template data corresponding to the film sticking equipment from the shape boundary data, the new template data is provided to the film cutting equipment to cut out a test film of the film sticking equipment, the method further comprises: If the test film does not accord with the film pasting standard of the film pasting equipment, determining the shape deviation between the test film pasting and the film pasting standard; and adjusting the new template data with the shape deviation reduced as a target, and returning to the step of providing the new template data for the film cutting equipment to cut out the test film of the film sticking equipment until the preset cutting times are reached.
6. The film cutting system is characterized by comprising film cutting equipment and a commodity shelf, wherein the commodity shelf is provided with a target sensor and a commodity placing table which are distributed up and down; the object placing table is used for placing equipment to be pasted with films; the target sensor is used for collecting shape boundary data of the equipment to be subjected to film pasting; The film cutting equipment is used for manufacturing films of the film sticking equipment to be stuck; The film cutting system further comprises a control device in communication with the film cutting device and the target sensor, respectively, for performing the film cutting method according to any one of claims 1 to 5.
7. The film cutting system according to claim 6, wherein the target sensor comprises an infrared sensor or a camera, and the light transmission degree of the object placing table is adjustable; When the target sensor is the infrared sensor, the object placing table is in an opaque state; When the target sensor is the camera, a light supplementing lamp strip is arranged below the object placing table, and the object placing table is in a semi-transparent state.
8. The film cutting equipment is characterized by being provided with a storage rack, wherein the storage rack is provided with a target sensor and a storage table which are distributed up and down; the object placing table is used for placing equipment to be pasted with films; the target sensor is used for collecting shape boundary data of the equipment to be laminated, and comprises an infrared sensor and/or a camera; The film cutting device is in communication connection with the target sensor, and is used for manufacturing a film of the film cutting device to be pasted and executing the film cutting method according to any one of claims 1 to 5.

Description

Film cutting method, film cutting equipment and film cutting system Technical Field The application belongs to the technical field of film cutting, and particularly relates to a film cutting method, film cutting equipment and a film cutting system. Background The film can protect the screens or surfaces of various digital products, and along with the updating iteration of the digital products, the film is increasingly required by digital products such as mobile phones, tablet computers, intelligent watches, cameras and the like. The film cutting equipment is used for manufacturing films of various digital products. Generally, after the size of the digital product is manually measured, the size is recorded in a film cutting device, and the film cutting device can cut out the film according to the size. Errors exist in manual measurement, thereby causing errors in film cutting. Disclosure of Invention The embodiment of the application provides a film cutting method, film cutting equipment and a film cutting system. In a first aspect, an embodiment of the present application provides a film cutting method applied to a film cutting system, where the film cutting system includes a target sensor, the method includes: configuring a target sensor to acquire shape boundary data of equipment to be film-pasted; Matching corresponding preset template data from a preset template database according to the shape boundary data; And if the target template data matched with the shape boundary data exists in the preset template database, the target template data is used for manufacturing the film of the film sticking equipment. Optionally, the target sensor comprises an infrared sensor; configuring a target sensor to collect shape boundary data of a device to be laminated, comprising: and starting an infrared sensor to acquire shape boundary data of the equipment to be pasted, wherein the shape boundary data comprises boundary line segments and edge chamfers of the equipment to be pasted. Optionally, the film cutting system comprises a storage rack, the storage rack is provided with a target sensor, a semi-transparent object placing table and a light supplementing light bar which are distributed in sequence from top to bottom, and the target sensor comprises a camera; configuring a target sensor to collect shape boundary data of a device to be laminated, comprising: Under the condition that the equipment to be pasted is arranged on the semitransparent object placing table, a light supplementing lamp bar and a camera are started, shape boundary data of the equipment to be pasted are collected through the camera, and the shape boundary data comprise boundary line segments and edge chamfers of the equipment to be pasted. Optionally, the method further comprises: if the target template data matched with the shape boundary data does not exist in the preset template database, generating new template data corresponding to the equipment to be laminated according to the shape boundary data, so that the new template data is used for manufacturing the film of the equipment to be laminated. Optionally, generating new template data corresponding to the to-be-laminated equipment according to the shape boundary data, so as to use the new template data for manufacturing the to-be-laminated equipment, including: After generating new template data corresponding to the equipment to be laminated according to the shape boundary data, providing the new template data for the equipment to be laminated to be cut to obtain a test laminated film of the equipment to be laminated; and if the test film meets the film pasting standard of the film pasting equipment, using the new template data to manufacture the subsequent film pasting of the film pasting equipment. Optionally, after generating new template data corresponding to the to-be-laminated device according to the shape boundary data, providing the new template data to the film cutting device to cut out the test laminated film of the to-be-laminated device, the method further includes: if the test film does not accord with the film pasting standard of the film pasting equipment, determining the shape deviation between the test film pasting and the film pasting standard; And adjusting the new template data with the reduced shape deviation as a target, and returning to execute the step of providing the new template data to the film cutting equipment to cut out the test film of the film sticking equipment until the preset cutting times are reached. Optionally, the method further comprises: and storing the new template data meeting the film sticking standard into a preset template database. In a second aspect, an embodiment of the present application provides a film cutting system, where the film cutting system includes a film cutting device and a rack, and the rack is provided with a target sensor and a placement table that are distributed up and down; The object placing table is used for placing equip