The utility model discloses a crushing ice mechanism which is convenient for food detection, aiming at solving the shortcomings of slow thawing speed and inconvenience for food detection of the thawing equipment for food detection. The utility model comprises an ice crushing trough, a discharging cover which can be opened downward is hinged at the lower end of the ice crushing trough, and an ejection ice crushing mechanism is installed above the ice crushing trough. The ejection ice crushing mechanism comprises a number of ejection rods, a mounting seat, a roof, an ice crushing motor and a guide plate, and a number of mounting holes are arranged on the mounting seat, and the upper end of the ejection rod is connected with The ejector rod is inserted in the mounting hole, and the ice breaking spring is connected between the roof and the mounting hole. A strip-shaped expansion plate is installed on the side of the roof, and a butt spring is installed between the expansion plate and the roof. The guide plate is installed above the expansion plate and can push the expansion plate back to the roof. The output shaft of the ice breaker motor is connected with an eccentric wheel. The eccentric wheel away from the ice crushing motor end is provided with a push head bending toward the telescopic plate, which pushes the end of the push head against the bottom surface of the telescopic plate.
【技术实现步骤摘要】
一种便于食品检测的碎冰机构
本技术涉及一种食品检测解冻技术,更具体地说,它涉及一种便于食品检测的碎冰机构。
技术介绍
冷链快餐广泛供应于飞机、高铁、便利店等场合,食用时只需要将冷链快餐加热即可,十分便捷。为了确保食品的安全性,需要对食品原料进行细菌、微生物、金属含量等指标的检测,很多食品原料需要冷冻存储,在进行检测之前需要先进行解冻,常用的解冻方法有自然解冻、水浴解冻、微波解冻等,自然解冻和水浴解冻速度慢,解冻效果不佳,微波解冻容易破坏食品的内部结构,从而影响食品的品质。因此目前常用的食品解冻方法不便于食品的检测。
技术实现思路
本技术克服了食品检测用解冻设备对食品解冻速度慢,不便于食品的检测的不足,提供了一种便于食品检测的碎冰机构,它有利于提高食品原料的解冻速度,便于食品的检测。为了解决上述技术问题,本技术采用以下技术方案:一种便于食品检测的碎冰机构,包括碎冰槽,碎冰槽下端铰接有可向下打开的卸料盖,碎冰槽上方安装有弹射碎冰机构,弹射碎冰机构包括若干根朝向卸料盖设置的弹射杆、安装座、顶板、碎冰电机、导向板,安装座上设有若干个和弹射杆一一对应设置的安装孔,弹射杆上端均连接在顶板上,弹射杆插装在安装孔中且下端分别伸出安装孔,弹射杆上均套装有碎冰弹簧,碎冰弹簧连接在顶板和安装孔之间,顶板侧边安装有长条形的伸缩板,伸缩板和顶板之间安装有抵接弹簧,导向板安装在伸缩板的上方并可推动伸缩板向顶板回缩,碎冰电机输出轴连接有偏心轮,偏心轮远离碎冰电机端设有向伸缩板弯折的推动头,推动头端部抵接在伸缩板下表面上。弹射碎冰机构工作时,碎冰电机启动带动偏心轮转动,当偏心轮上的推动头从下往上 ...
【技术保护点】
1.一种便于食品检测的碎冰机构,其特征是,包括碎冰槽,碎冰槽下端铰接有可向下打开的卸料盖,碎冰槽上方安装有弹射碎冰机构,弹射碎冰机构包括若干根朝向卸料盖设置的弹射杆、安装座、顶板、碎冰电机、导向板,安装座上设有若干个和弹射杆一一对应设置的安装孔,弹射杆上端均连接在顶板上,弹射杆插装在安装孔中且下端分别伸出安装孔,弹射杆上均套装有碎冰弹簧,碎冰弹簧连接在顶板和安装孔之间,顶板侧边安装有长条形的伸缩板,伸缩板和顶板之间安装有抵接弹簧,导向板安装在伸缩板的上方并可推动伸缩板向顶板回缩,碎冰电机输出轴连接有偏心轮,偏心轮远离碎冰电机端设有向伸缩板弯折的推动头,推动头端部抵接在伸缩板下表面上。
【技术特征摘要】
1.一种便于食品检测的碎冰机构,其特征是,包括碎冰槽,碎冰槽下端铰接有可向下打开的卸料盖,碎冰槽上方安装有弹射碎冰机构,弹射碎冰机构包括若干根朝向卸料盖设置的弹射杆、安装座、顶板、碎冰电机、导向板,安装座上设有若干个和弹射杆一一对应设置的安装孔,弹射杆上端均连接在顶板上,弹射杆插装在安装孔中且下端分别伸出安装孔,弹射杆上均套装有碎冰弹簧,碎冰弹簧连接在顶板和安装孔之间,顶板侧边安装有长条形的伸缩板,伸缩板和顶板之间安装有抵接弹簧,导向板安装在伸缩板的上方并可推动伸缩...
【专利技术属性】
技术研发人员:江芬儿,金霞,
申请(专利权)人:杭州冠华王食品有限公司,
类型:新型
国别省市:浙江,33
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