Device and method for acquiring electron irradiation images
An image acquisition device and technology of electron irradiation, which are applied in the field of tire film electron irradiation cross-linking pretreatment production and electron irradiation image acquisition device, can solve the problems of damage to the camera, unfavorable control, reduction of production cost, etc., and reduce the probability of and degree, avoid corrosion, and improve the effect of service life
Active Publication Date: 2011-06-15
软控联合科技有限公司
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Problems solved by technology
[0009] In the prior art, the camera is set frontally inside the irradiation chamber. Although the image information formed on the surface of the titanium film and the irradiated film can be directly and accurately fed back to the camera, due to no reflection or other protective measures, the radiation The rays and ozone formed inside the photo chamber will also directly damage the camera, so the camera is severely damaged and needs to be replaced regularly, which is not conducive to control and lower production costs, and will directly cause eye damage to observers
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Embodiment 1
[0040] Example 1, as figure 1 and figure 2 As shown, the tire film electron irradiation cross-linking pretreatment production line using the electron irradiation image acquisition device mainly includes an irradiation chamber 10 , a shielding chamber 20 , and a conveyor belt 30 . in,
[0041] On the inner walls of the irradiation chamber 10 and the shielding chamber 20 , ray absorbing plates, which can be selected from lead plates or stainless steel plates, are all attached.
[0042] An electron irradiation device is arranged inside the irradiation chamber 10 and above the conveyor belt 30 . The electron irradiation device includes an electron accelerator 1 and an electron beam window 2 . The electron beam window 2 is arranged at the bottom end of the electron accelerator 1 .
[0043] A stainless steel reflector 3 is installed obliquely on one side wall of the irradiation chamber 10 , and the camera shielding chamber 4 is horizontally installed on the side wall of the irra...
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The invention discloses a device and method for acquiring electron irradiation images, which achieve the purposes of enabling the information of images formed in an irradiation room to enter a camera after the images are subjected to at least one mirror reflection and further avoiding the camera being irradiated directly by rays and eyes of observers being damaged directly. The electronic irradiation image acquisition device is arranged in the irradiation room and comprises an electron accelerator and an electron beam window arranged at the bottom end of the electron accelerator. A camera screening chamber and at least one stainless steel reflecting mirror are arranged on the side wall of the irradiation room. A camera is arranged in the camera screening chamber, and a protecting glass window is arranged at the front end of the camera. The radioactive intensity of rays is attenuated by 10-3 orders of magnitude after the rays are subjected to reflection every time, thus the damage capability of rays is greatly reduced, and the direct irradiation of the camera and direct damage to eyes of observers are further avoided.
Description
technical field [0001] The invention relates to an electronic irradiation image acquisition device and a method thereof, which are specifically applied to the production of electronic irradiation cross-linking pretreatment of tire film, and belong to the technical fields of rubber machinery and electronic irradiation. Background technique [0002] With the continuous innovation of rubber tire manufacturing technology, it is imperative to improve the film vulcanization equipment and process using traditional technology. [0003] Compared with the traditional method of vulcanization by pressing and heating the film in a drum or flat vulcanizer, high-energy electron beams are used to irradiate the surface of the film to excite, ionize and generate free radicals of rubber molecules to achieve intermolecular cross-linking and vulcanization. , not only can achieve the same thermal vulcanization effect, but also can reduce the complexity of equipment structure and operation process...
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Inventor 李召峰于明进王福业刘朋霞刘震张蓓蓓
Owner 软控联合科技有限公司