A PUNCHER FOR FORMING FOAMED PANELS AND MACHINE FOR FORMING MONOBLOC REFRIGERATED COUNTERS EQUIPPED WITH SUCH PUNCHER
    1.
    发明申请
    A PUNCHER FOR FORMING FOAMED PANELS AND MACHINE FOR FORMING MONOBLOC REFRIGERATED COUNTERS EQUIPPED WITH SUCH PUNCHER 审中-公开
    用于形成泡沫面板的打孔机和用于形成装有这种打孔机的单体制冷计数器的机器

    公开(公告)号:WO2011117703A1

    公开(公告)日:2011-09-29

    申请号:PCT/IB2011/000586

    申请日:2011-03-17

    Inventor: MARZARO, Filippo

    CPC classification number: B29C44/585 B29C33/308 B29C33/424 B29L2031/7622

    Abstract: A puncher (10) for forming foamed panels (11, 12, 13), said foamed panels comprising a casing made of sheet filled with foamed material, said puncher (10) being equipped with a wall (20) for the abutment and counterbalancing of the pressure generated by said foamed material during the step of expanding said foamed material, characterised in that the length of said abutment wall (20) is continuously variable between two predefined limits.

    Abstract translation: 一种用于形成泡沫板(11,12,13)的冲孔机(10),所述泡沫板包括由填充有泡沫材料的板制成的壳体,所述冲孔机(10)装备有用于抵靠和平衡 在膨胀所述泡沫材料的步骤期间由所述泡沫材料产生的压力,其特征在于,所述邻接壁(20)的长度在两个预定限度之间是连续可变的。

    COMBINED REFRIGERATED DISPLAY CABINET
    2.
    发明申请
    COMBINED REFRIGERATED DISPLAY CABINET 审中-公开
    组合式冷藏展示柜

    公开(公告)号:WO2018007971A1

    公开(公告)日:2018-01-11

    申请号:PCT/IB2017/054074

    申请日:2017-07-06

    Applicant: ARNEG S.P.A.

    Abstract: The present document describes a refrigerated display cabinet (10) comprising both at least one upper shelf (20A) accessible from above, typical of a so-called island refrigerated display group, and a plurality of display surfaces (14) and lower shelves (20B) extending horizontally accessible from the front, characteristic of a so-called wall-mounted refrigerated display group. The refrigerated display cabinet (10) also comprises a plurality of delivery ducts (22, 24) of an aeraulic circuit, configured to convey refrigerated air (Q i ) towards each display surface (14) and towards each shelf (20A, 20B). The delivery ducts (22, 24) comprise at least one main delivery duct (22), configured to send a first amount of refrigerated air {Q v , Q r , Q 2 ) towards each display surface (14) and towards at least part of the shelves (20A, 20B), and at least one secondary delivery duct (24), obtained inside at least part of the shelves (20A, 20B) and arranged in fluid connection downstream of the main delivery duct (22). Each secondary delivery duct (24) is configured to send a second amount of refrigerated air (Q i ) towards each display surface (14) and towards at least part of the shelves (20A, 20B), so that the first amount of refrigerated air (Q v , Q r , Q 2 ) can be at least partially mixed with the second amount of refrigerated air (Q i ).

    Abstract translation: 本文件描述了一种冷藏展示柜(10),该冷藏展示柜包括至少一个从上方可访问的,典型的所谓岛式冷藏展示组的上部搁架(20A)和多个显示表面 (14)以及从前面可水平延伸的下部搁架(20B),这是所谓的壁挂式冷藏显示器组的特征。 冷藏展示柜(10)还包括气动回路的多个输送管道(22,24),该多个输送管道被配置为朝向每个显示表面(14)并向每个显示表面(14)传送冷冻空气 搁架(20A,20B)。 输送管道(22,24)包括至少一个主输送管道(22),该主输送管道构造成将第一量的冷冻空气(QV,Q,Q,Q (14)和朝向至少一部分搁架(20A,20B)的至少一个第二输送管道(24)以及至少一个在至少部分搁架内部获得的第二输送管道(24) 20A,20B)并且布置成在主输送管道(22)的下游流体连接。 每个辅助输送管道(24)被配置为向每个显示表面(14)并朝向至少部分架子(20A,20B)发送第二量的冷藏空气(Q 1),如此 第一量的冷藏空气(Q 1,Q 2,Q 2,Q 2)可至少部分地与第二量的冷藏空气混合 空气(Q )。

    METHOD FOR CONTROLLING A OZONIZER
    3.
    发明申请
    METHOD FOR CONTROLLING A OZONIZER 审中-公开
    用于控制臭氧的方法

    公开(公告)号:WO2017060838A1

    公开(公告)日:2017-04-13

    申请号:PCT/IB2016/055977

    申请日:2016-10-06

    Applicant: ARNEG S.P.A.

    Inventor: CORBINO, Carlo

    Abstract: A method is described for controlling an ozoniser group installed in a commercial open-type refrigerator bench for conserving, displaying and selling fresh food. The refrigerator bench comprises a refrigerated volume at least partially open, a refrigerating machine controlled by a temperature sensor and one or more fans configured for delivering the cold produced by the refrigerating machine into the refrigerated volume, through an air current. The ozoniser group comprises a control unit connected to a sensor for measuring the ozone concentration on one side and to an ozone generator on another side. The ozone generator is controlled as a function of an algorithm for estimating the relative humidity inside the refrigerator bench, so that when the estimated relative humidity value is below a threshold humidity value, the ozone generator is controlled as a function of the values measured by the sensor; when the estimated relative humidity value is above the threshold humidity value, the ozone generator is controlled with independent control logics excluding the values measured by the sensor, and when the refrigerator bench is cleaned, a first sub-step is carried out for checking the ozone generator as a function of the ozone concentration value measured by the sensor, and a subsequent second sub-step in which the ozone generator is controlled independently of the ozone concentration value measured by the sensor.

    Abstract translation: 描述了一种用于控制安装在商业开放式冷藏柜中的臭氧发生器组的方法,用于保存,显示和销售新鲜食品。 冷藏柜包括至少部分打开的冷藏体积,由温度传感器控制的制冷机和用于通过气流将冷藏机产生的冷量输送到冷藏容积中的一个或多个风扇。 臭氧发生器组包括连接到用于测量一侧的臭氧浓度和另一侧的臭氧发生器的传感器的控制单元。 臭氧发生器是根据用于估计冰箱的相对湿度的算法来控制的,因此当估计的相对湿度值低于阈值湿度值时,臭氧发生器作为由 传感器; 当估计的相对湿度值高于阈值湿度值时,用独立的控制逻辑控制臭氧发生器,不包括由传感器测量的值,并且当清洁冰箱时,执行第一子步骤以检查臭氧 发电机作为由传感器测量的臭氧浓度值的函数,以及随后的第二子步骤,其中臭氧发生器被独立于由传感器测量的臭氧浓度值进行控制。

Patent Agency Ranking