CN-224231652-U - Novel bottle bottom defect detection system

CN224231652UCN 224231652 UCN224231652 UCN 224231652UCN-224231652-U

Abstract

The novel bottle bottom defect detection system comprises a conveying line of a wine bottle, and a defect detection mechanism and a foreign matter detection mechanism which are arranged on a conveying path of the wine bottle, wherein the defect detection mechanism comprises an annular second light source arranged below the conveying path of the wine bottle, a first defect detection camera capable of photographing the bottle bottom is arranged below the second light source, the foreign matter detection mechanism comprises a third light source arranged below the conveying path of the wine bottle, a foreign matter detection camera capable of photographing the bottom inside the bottle is arranged above the conveying path of the wine bottle corresponding to the third light source, image information acquisition of the bottom outside the wine bottle can be completed through cooperation of the first defect detection camera and the second light source, image information acquisition of the bottom inside the wine bottle can be completed through cooperation of the foreign matter detection camera and the third light source, defect detection of the inner side and the outer side of the bottom of the wine bottle can be realized through the acquired image information, and accuracy of the detection work of the bottle bottom is effectively guaranteed.

Inventors

WANG JIASHUN
LIU XUEDONG
LIU BIN
SONG YUNLIANG

Assignees

山东明佳科技有限公司

Dates

Publication Date: 20260512
Application Date: 20250403

Claims (7)

1. The novel bottle bottom defect detection system is characterized by comprising a conveying line of a wine bottle, and a defect detection mechanism (3) and a foreign matter detection mechanism (4) which are arranged on a conveying path of the wine bottle; The defect detection mechanism (3) comprises an annular second light source (33) arranged below the wine bottle conveying path, and a first defect detection camera (356) capable of photographing the bottle bottom is arranged at the lower side of the second light source (33); The foreign matter detection mechanism (4) comprises a third light source (44) arranged below the wine bottle conveying path, and a foreign matter detection camera (422) capable of photographing the bottle bottom is arranged above the wine bottle conveying path corresponding to the third light source (44).
2. The novel bottle bottom defect detection system according to claim 1, wherein the defect detection mechanism (3) further comprises a first light source (31) arranged above a bottle conveying path, and a second defect detection camera (358) capable of photographing the bottle bottom is arranged below the bottle conveying path corresponding to the first light source (31).
3. The novel bottle bottom defect detection system according to claim 2, wherein the defect detection mechanism (3) further comprises a half mirror (354) obliquely arranged below the second light source (33), and the two defect detection cameras are respectively arranged on two sides of the half mirror (354).
4. A novel bottle bottom defect detection system according to claim 3, characterized in that the inclination angle of the half mirror (354) is 45 °; The first defect detection camera (356) is vertically arranged on the lower side of the half-mirror (354), and the second defect detection camera (358) is horizontally arranged on the outer side of the half-mirror (354).
5. The novel bottle bottom defect detection system according to claim 1, wherein a protection plate (34) made of transparent materials is further horizontally arranged on the upper side of the second light source (33).
6. The novel bottle bottom defect detection system of any of claims 1-5, wherein the first defect detection camera (356) and the foreign object detection camera (422) are each adjustable in vertical height.
7. The novel bottle bottom defect detection system according to any one of claims 1 to 5, wherein at least two of the foreign object detection cameras (422) are juxtaposed.

Description

Novel bottle bottom defect detection system Technical Field The utility model relates to the technical field of wine bottle defect image detection, in particular to a novel bottle bottom defect detection system. Background In the defect detection work of the wine bottle body, the detection work of the bottle bottom is often difficult to carry out, the existing detection mode generally adopts a conveying device to enable the wine bottle to be conveyed in a suspended mode, a camera is arranged below a wine bottle conveying path and is provided with a corresponding light source to complete the acquisition work of image information of the wine bottle bottom, then whether the defect exists at the wine bottle bottom or not is judged according to the acquired image, and finally the defect detection work of the wine bottle bottom is completed. Disclosure of utility model In order to solve the technical problems in the background technology, the utility model provides a novel bottle bottom defect detection system. The technical scheme of the utility model is as follows: The utility model provides a novel bottle bottom defect detection system, includes the mounting panel that the level set up, the mounting panel upside is equipped with the transportation line of beverage bottle, the transportation line of beverage bottle sets up to can accomplish the horizontally unsettled transportation work of beverage bottle, as the core technical conception of this utility model, still is equipped with defect detection mechanism and foreign matter detection mechanism on the transportation route of beverage bottle, specifically speaking, defect detection mechanism is including locating the annular second light source of beverage bottle transportation route below, the downside of second light source is equipped with the first defect detection camera that can take a picture to the bottle bottom, foreign matter detection mechanism is including locating the third light source of beverage bottle transportation route below, and beverage bottle transportation route top corresponds the third light source and is equipped with the foreign matter detection camera that can take a picture to the bottle bottom, on the basis of above-mentioned structure, can accomplish the collection of the image information of beverage bottle outside bottom through the cooperation of first defect detection camera and third light source, can accomplish the collection of the image information of beverage bottle inside bottom through the image information who gathers, and finally can realize the defect detection of beverage bottle bottom outside, and guarantee the accuracy of the interior defect detection of beverage bottle bottom has effectively been detected to the bottom. The novel bottle bottom defect detection system is characterized in that the defect detection mechanism further comprises a first light source arranged above the bottle conveying path, a second defect detection camera capable of photographing the bottle bottom is arranged below the bottle conveying path corresponding to the first light source, on the basis of the structure, backlight photographing of the outer side of the bottle bottom can be achieved through matching of the first light source and the second defect detection camera, positive photographing of the outer side of the bottle bottom can be achieved through matching of the second light source and the first defect detection camera, different recognition effects are achieved, and finally defect detection work of the bottle bottom can be guaranteed to be more fully conducted. As further preferred, for realizing the integrated design of defect detection mechanism, avoid it to occupy great layout space, defect detection mechanism still includes the slope and locates the semi-transparent half mirror of second light source below, and two defect detection cameras locate the both sides of semi-transparent half mirror respectively, on this basis, one of them defect detection camera cooperation semi-transparent half mirror's light transmissivity can realize the image acquisition work at the bottom of the beverage bottle, and another defect detection camera cooperation semi-transparent half mirror's light reflectivity also can realize the image acquisition work at the bottom of the beverage bottle for two defect detection cameras can lay in one department based on the semi-transparent half mirror, have effectively reduced the required space of laying of two defect detection cameras. Still preferably, the defect detection camera is made to be capable of being matched with the half mirror more easily, the inclination of the half mirror is 45 degrees, on the basis, the first defect detection camera is vertically arranged on the lower side of the half mirror, and the shooting direction is upward, so that the acquisition of the bottle bottom image of the wine bottle can be completed through the half mirror by the first defect detection camera, the se