Patent Exhibition | An apparatus and method for producing customized wardrobes

[Application Number] CN201710848623.8 [Application Date] 2017-09-19

[Publication Number] CN107599107A [Publication Date] 2018-01-19

[Applicant] Wuhan Hanhui Baochi Home Furnishings Co., Ltd. [Address] 10th Floor, Jinguan Building, No. 232, Macau Road, Jianshe Avenue, Jiang'an District, Wuhan, Hubei Province, 430019, China

[Inventor] Xiao Bo

[Country/Province Code] 42

[Abstract] This invention discloses an apparatus and method for producing customized wardrobes, including a computer-controlled panel saw, a CNC drilling machine, a CNC milling machine, a panel transfer cart, a panel free formaldehyde release and decomposition unit, a free formaldehyde decomposition agent spraying unit, a free formaldehyde decomposition agent filling unit, an edge banding machine, and a packaging unit. This invention enables efficient production of customized wardrobes, with a high degree of intelligent automation in the production process. It meets consumers' demand for environmentally friendly customized wardrobes, protects the health of consumers, and realizes the personalized and humanized service characteristics of customized wardrobes.

[Claim 1] An apparatus for producing custom wardrobes, characterized in that it comprises a computer panel saw, a CNC drilling machine, a CNC milling machine, a board transfer cart, a free formaldehyde release and decomposition unit for boards, a free formaldehyde decomposition agent spraying unit, a free formaldehyde decomposition agent filling unit, an edge banding machine, and a packaging unit; the free formaldehyde release and decomposition unit for boards comprises a processing chamber, an ultrasonic generator, a radiator, a temperature and humidity sensor, a feeding door, a discharging door, a formaldehyde concentration sensor, a fan, a formaldehyde degradation device, a formaldehyde adsorption device, a ventilation duct, a humidifier, an exhaust hood, and an intake hood; the ultrasonic generator is located at the top of the processing chamber, and the processing chamber is provided with a feeding door and a discharging door facing each other. The processing chamber is equipped with an exhaust hood and an intake hood, which face each other. The radiator is located inside the processing chamber near the intake hood, and the intake hood is positioned directly opposite the radiator. The temperature and humidity sensor is located inside the processing chamber near the exhaust hood. The exhaust hood, formaldehyde concentration sensor, fan, formaldehyde degradation device, formaldehyde adsorption device, humidifier, and intake hood are connected sequentially through a ventilation duct. The formaldehyde degradation device contains an ultraviolet lamp and a degradation reaction mesh, which are alternately and repeatedly arranged in parallel. The degradation reaction mesh is made of carbon fiber coated with titanium dioxide. The formaldehyde adsorption device contains a formaldehyde adsorbent.