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    • 1. 发明申请
    • SLICING MACHINE
    • 冷切肉机
    • WO1996005952A1
    • 1996-02-29
    • PCT/EP1995002509
    • 1995-06-28
    • BIZERBA GMBH & CO. KGKOCH, Klaus
    • BIZERBA GMBH & CO. KG
    • B26D07/22
    • B26D7/225B26D7/0616B26D7/22Y10S83/01Y10S83/932Y10T83/6499Y10T83/7647
    • The invention concerns a slicing machine, with a housing, a stop plate which can be adjusted by means of an adjustment device, and a carriage mounted so that it can reciprocate. The machine also has a locking device with a locking disc coupled to the adjustment device and including a locking element designed to be inserted in a recess at the edge of the disc and to be actuated to bring it out of its normal (off) position and insert it in the recess in the disc when the carriage is swung out of its working position. In order to simplify the mechanical locking device and also to ensure that locking of the carriage takes place shortly after the carriage begins to swing out, the invention proposes that the recess in the disc is a groove running from the edge of the disc towards the middle, the open end of the groove at the edge of teh disc being essentially the same size as the locking element which enters the groove, and that the locking element moves along a guideway pointing towards the middle of the disc.
    • 在切片机,其包括机器壳体,调节止动板的可调节装置,一个来回滑动支承滑架和与锁定装置,其包括耦合到所述调节装置锁定磁盘的装置和上锁定盘锁定构件的圆周凹槽的einrückbares其在 滑架的枢转可被致动,并啮合在锁止盘出其操作位置离开的凹部,已经不久滑架的Wegschwenkbewegung开始后为了简化机械锁定装置提出并同时确保了锁定功能从盘的的方向上的外周锁定盘之一的凹部 盘中心延伸的槽,其在车轮圆周开口基本上对应于所述凹槽锁定构件可接合的尺寸和沿着一对SP阻挡构件 errscheibenmitte对准网络引导。
    • 3. 发明申请
    • WEIGHING DEVICE
    • 称重装置
    • WO1996007876A1
    • 1996-03-14
    • PCT/EP1995003103
    • 1995-08-04
    • BIZERBA GMBH & CO. KGSELIG, Klaus, Peter
    • BIZERBA GMBH & CO. KG
    • G01G03/14
    • G01G3/1414G01G23/3707
    • An arrangement is proposed for correcting the hysteresis error in a high-resolution weighing device (in particular of the type used in high-resolution scales), even with the short-term load fluctuations which occur in high-resolution scales and at an acceptable cost. The weighing device comprises the following elements: an elastically deformable force transducer (4); a sensor arrangement for converting the deformation experienced by the force transducer resulting from a force F which acts on the force input section of the force transducer (4) into an electrical weighing signal; and a processing unit for determining a weighing signal corrected by a factor equivalent to the hysteresis error of the force transducer (4). The proposed arrangement is as follows: the sensor system comprises a first testing unit (5) for the high-resolution determination of the weighing signal "S" and a second testing unit (9) for the chronologically high-resolution determination of the elastic deformation experienced by the force transducer (4); the processing unit (13) uses the data made available by the second testing unit (9) to correct the high-resolution weighing signal from the first testing unit (5) by a factor equivalent to the hysteresis error.
    • 为了诱导在一称重装置,特别是用于高清晰度秤使用,其包括可弹性变形的力换能器(4),用于作用于所述力转换由于引入的力换能器的一部分(4)的力F的变形转换为电称重信号和到计算单元的力的传感器装置 为了实现校正由所述力传感器(4)称量信号即使在以可接受的成本在高分辨率秤实践瞬时负载变化所遇到的滞后误差的修正的滞后来确定,建议的是,传感器装置包括:第一测试单元(5),用于高分辨率 包括第二测试单元的基础上称量信号“S”和第二测试单元(9),用于高时间分辨率检测的力换能器(4)的弹性变形的方法,其中所述数据处理单元(13)的检测(9)所提供的高 校正分辨率由滞后称重所述第一测试单元(5)的信号。
    • 5. 发明申请
    • LABELLING APPARATUS
    • 标签制造商
    • WO1997030899A1
    • 1997-08-28
    • PCT/EP1996005479
    • 1996-12-07
    • BIZERBA GMBH & CO. KGBERNHARD, JürgenRUFF, SebastianSAUTTER, Willi
    • BIZERBA GMBH & CO. KG
    • B65C09/28
    • B65C9/28Y10T156/171
    • The invention relates to labelling apparatus for the application of labels to packages and goods, said apparatus having a label dispensing device (1) and an air-blast labelling device (2). The label dispensing device delivers labels (3) individually from a supply (5) to the air-blast labelling device having a low-pressure chamber with a suction plate (16) which has a plurality of openings and draws in the labels delivered by the label dispensing device. Said air-blast labelling device also has a compressed-air source (31) with a compressed-air distributor and an air-blast plate (19) adjacent the suction plate and provided with a plurality of openings, and a compressed-air pulse generator which directs a jet of compressed air of the compressed-air source through the air-blast plate of the compressed-air distributor and through the suction plate towards the label held by the suction plate in order to detach it from the suction plate and to convey it to the package or item. To be able to change the size and shape of labels rapidly and easily, it is proposed that the air-blast labelling device comprises a slide member (23) between the suction plate (16) and the air-blast plate (19), which member is displaceably mounted in such a manner that, when in different adjustment positions, it covers or opens variable surface areas of the suction and air-blast plates to allow the passage of air which is drawn in or expelled.
    • 为了用于与标签分配装置(1)和空气鼓风将标签施加到包装和产品的标记装置(2),所述标签发放设备的标签(3)从一个供应单独提供(5)的空气鼓风的,并且其中所述空气鼓风标记的真空室与 一个具有多个具有抽吸板(16),用于从标签抽吸馈送分配装置标签,与压缩空气源(31)与压缩空气分配器孔,其邻近所述抽吸板设置在一个并设置有多个孔吹出板(19)的,以及与 压缩空气脉冲,它通过压缩空气分配器的空气鼓风板,并通过对由围绕该抽吸板标签所保持的抽吸穿过引导压缩空气鼓风到压缩空气源从夹持板分离,并促进包装或产品,例如 以允许INE快速和容易Umstellmöglichkeit到不同的标签的尺寸和形状,所以建议在抽吸板(16)和吹出板(19)之间的空气鼓风标记包括被支撑成可移位,它在不同的调整变量的滑块元件(23) 覆盖用于吸入或排出的空气或释放的通道吸入和爆炸板的表面区域。
    • 6. 发明申请
    • SCALES WITH FORCE-SENSING MEASUREMENT SYSTEM
    • 具有力量具系统规模
    • WO1995024617A1
    • 1995-09-14
    • PCT/EP1995000579
    • 1995-02-17
    • BIZERBA GMBH & CO. KGBIERMANN, Helmut
    • BIZERBA GMBH & CO. KG
    • G01G23/01
    • G01G23/015
    • Scales (1) are disclosed with a force-sensing measurement system (4) for determining masses (2). The measurement system (4) for masses (2) determines weight values under the influence of the acceleration due to gravity, has an automatic correcting device for taking into account the site-specific value of the acceleration due to gravity, corrects the determined weight and transmits it as the result of weighing to the display (9). The correction device has a satellite signal receiving circuit (12) that determines geographic position data based on the received satellite signals and made available to the correction device for determining a correction factor kk for the value of the acceleration due to gravity. The measurement system sends to the display (9) a result of weighing corrected by the correction factor kk, so that correction is also automatically carried out independently of handling and loading, in addition to the automatic reaction to changes in the acceleration due to gravity.
    • 在平衡(1),用于确定块(2),其中所述测量系统(4),用于质量的测力测量系统(4)(2)在重力作为权重力值的影响,并且其中下确定所述测量系统(4) 包括自动校正装置以考虑到重力加速度的位置特定值的,校正所确定的权重值,并带来称量结果到显示器(9),它建议,所述校正装置包括一个卫星信号接收电路(12),其确定基于接收到的卫星信号的地理位置数据和用于校正装置 示出了确定用于Erdbeschleunigungswert KK提供的校正因子,并且该测量系统带来KK校正因子的基础上校正称重除了显示器(9),以在重力加速度和独立Bedienungsvorgäng的改变的自动响应结果 鳞的S和负载条件下自动实现校正。