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    • 1. 发明公开
    • LOTIONSSPENDER FÜR BAD- UND SANITÄRRÄUME
    • LOITSPENDERFÜRBAD- UNDSANITÄRRÄUME
    • EP3145365A1
    • 2017-03-29
    • EP15727304.6
    • 2015-05-13
    • Kirschenmann, Uwe
    • Kirschenmann, Uwe
    • A47B67/00A47B67/02A47B81/00A47B81/02A47B95/00A47B96/14E04F19/08A47K5/12
    • E04F19/08A47B67/02A47K5/12
    • The disclosed lotion dispenser for bathrooms and sanitary facilities is to be mounted in a recess in a wall and has to only approximately match the dimensions of the recess in the wall. The disclosed lotion dispenser can be mounted flush with the wall cover regardless of the thickness of the wall cover. For this purpose, the lotion dispenser has the following features: - a flanged frame (2) which can be joined to the surrounding wall structure (6) of the recess (5) in the wall, surrounds the concealed mounting box (1) and is adjustably connected thereto; and - a mounting module (4) for accommodating containers of lotion behind a cover (8) that is flush with the surface, said mounting module (4) being inserted into the concealed mounting box (1) and covering the free ends of the concealed mounting box (1) in a flush manner by means of a peripheral flange (7a). The flanged frame (2) is to be mounted underneath the wall cover (3) of the wall structure (6). By adjusting the flanged frame (2) on the concealed mounting box (1), the mounting depth of the concealed mounting box (1) can be adjusted to different thicknesses of the wall cover (3) in such a way that the mounting module (4) inserted into the concealed mounting box (1) is flush with the surface of the wall cover (3).
    • 所公开的用于浴室和卫生设施的洗剂分配器将被安装在壁中的凹部中,并且必须仅与墙壁中的凹部的尺寸大致相匹配。 所公开的洗剂分配器可以与壁盖平齐地安装,而与壁盖的厚度无关。 为此,洗剂分配器具有以下特征: - 可连接到壁中的凹部(5)的周围壁结构(6)的凸缘框架(2),围绕隐藏的安装盒(1)和 可调节地连接到其上; 以及 - 安装模块(4),用于在与所述表面齐平的盖子(8)后面容纳洗剂容器,所述安装模块(4)插入所述隐藏的安装盒(1)中并且覆盖所述隐藏的安装盒 安装箱(1)通过周边凸缘(7a)以齐平的方式进行。 凸缘框架(2)将安装在墙壁结构(6)的墙壁(3)下方。 通过调整隐藏的安装盒(1)上的凸缘框架(2),可以将隐蔽式安装盒(1)的安装深度调整为不同厚度的墙壁盖(3),使安装模块 插入隐藏的安装盒(1)中的插入件(4)与壁盖(3)的表面齐平。
    • 7. 发明授权
    • HÜLSENPUFFER
    • 赫斯BUFFER
    • EP1305199B1
    • 2006-07-05
    • EP01956561.3
    • 2001-07-25
    • Schneider, Sieghard
    • Schneider, Sieghard
    • B61G11/16
    • B61G11/16
    • The invention relates to a plunger buffer for mobile support structures (2), in particular for rail vehicles, comprising a buffer housing (10), a baseplate (11) that is fastened to the support structure (2) in a fixed manner, a guide plunger (12) attached to the baseplate (11) and a displacement member (13) that can be displaced in relation to said guide plunger (12). The displacement member (13) is directed in its displacement by the guide plunger (12). The plunger buffer also comprises a force transmission member (20) for flexibly coupling the displacement member (13) to the support structure (2). The buffer housing (10) is configured in such a way that the guide plunger (12) or the displacement member (13) is deformed in a controlled manner above a threshold value for the displacement of said displacement member (13) or for the forces to be transmitted, without deforming or altering the bedding of the baseplate (11). The aim of the invention is to ensure that the plunger buffer (1) can absorb energy by deformation and nevertheless be configured with the same dimensions and fittings as known plunger buffers, thus enabling plunger buffers to be interchangeable in existing rail vehicles. To achieve this, the force transmission member (20) is configured in such a way that in addition to the controlled deformation of the guide plunger (12) or the displacement member (13), the function of the force transmission member (20) is overridden above the threshold value for the displacement of the displacement member (13) or for the forces to be transmitted.
    • 8. 发明公开
    • Winding fixing structure of a rotary transformer-type resolver
    • Befestigungskungstruktion einer Spulenwicklung in einem Drehgeber mit Resolver- und Transformator-Spulen
    • EP1498687A2
    • 2005-01-19
    • EP04016896.5
    • 2004-07-17
    • Minebea Co. Ltd.
    • Koyama, ToshisadaMatsuura, MutsumiSano, Takashi
    • G01B7/30
    • G01D5/2006
    • A rotation angle sensor and a method of winding a rotation angle sensor involve a single electrical wire that is wound from a rotor transformer (12) to a magnetic rotor (14). The magnetic rotor (14) is axially spaced on a shaft (11) from the rotor transformer (12). A notch (19) is formed in a wall of a bobbin (13) of the rotor transformer (12) to permit the wire to pass from the rotor transformer (12) to the magnetic rotor (14). The ends (22a, 22b) of the single wire (22) are electrically connected together at a junction, and the junction is fixed to the rotor transformer (12) with resin.
    • 旋转角度传感器和卷绕旋转角度传感器的方法包括从转子变压器(12)卷绕到磁性转子(14)的单个电线。 磁转子(14)在与转子变压器(12)的轴(11)上轴向间隔开。 在转子变压器(12)的筒管(13)的壁上形成切口(19),以允许线材从转子变压器(12)传递到磁性转子(14)。 单线(22)的端部(22a,22b)在结处电连接在一起,并且用树脂将接头固定到转子变压器(12)。
    • 10. 发明公开
    • Stepping motor control apparatus
    • Schrittmotor-Steuerschaltung
    • EP1434344A1
    • 2004-06-30
    • EP03029463.1
    • 2003-12-19
    • Minebea Co. Ltd.
    • Akiwa, Naotaka, Karuizawa Manufacturing Unit
    • H02P8/38
    • H02P8/38
    • A stepping motor control apparatus that is able to electrically detect the load of the stepping motor and effectively prevent step-outs by means of an inexpensive configuration. The stepping motor control apparatus is equipped with a microcomputer (10) that outputs a command pulse, a chopper-type constant current driver (20) that outputs a drive current that corresponds to the input command pulse to the stepping motor (5) and outputs a chopper signal to keep the output drive current fixed, and a load detection circuit (30) that detects the chopper signal to detect the load of the stepping motor (5). The load detection circuit (30) is equipped with a waveform shaping circuit (50) that makes the chopper signal waveform continuous to convert it to a pulse or voltage, and it detects the load of the stepping motor by means of the width of the pulse or the voltage value.
    • 一种步进电机控制装置,其能够电动检测步进电机的负载,并且通过廉价的构造有效地防止了落脚。 步进电动机控制装置配备有输出指令脉冲的微型计算机(10),向步进电动机(5)输出对应于输入指令脉冲的驱动电流的斩波型恒流驱动器(20),并输出 将输出驱动电流固定的斩波信号,以及检测斩波信号以检测步进电机(5)的负载的负载检测电路(30)。 负载检测电路(30)配备有使斩波信号波形连续地转换为脉冲或电压的波形整形电路(50),并且通过脉冲宽度来检测步进电机的负载 或电压值。