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    • 2. 发明申请
    • TRACK VEHICLE AND BODY THEREOF
    • 跟踪车辆及其车身
    • WO1988002711A1
    • 1988-04-21
    • PCT/CH1987000120
    • 1987-09-21
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFTHUBER, BernhardHARSY, Gabor
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFT
    • B61D17/04
    • E21F13/004B61D1/04B61D11/00B61D17/04B61D39/001B61F3/12B61F5/30B61G5/02Y02T30/34
    • The track vehicle (1), comprising a body and two single-axle running carriages (40, 40'), is characterized in that its inside is provided with a seat (51) arrangement in pairs in the transverse direction of the coach. This arrangement of the seats (51) is helped by the single-axle design of the running carriages (40, 40'). The inside of the vehicle is ventilated by fans and an air duct provided in a central roof section (20). The single-axle running carriages (40, 40') are coupled to one another by the integrated coupling (47) and are guided by the latter under the body (2) of the coach. In this way a track vehicle of the covered type is made, which, thanks to the design of the running carriages, enables increased control of high rolling speeds underground, and by the design of its doors, the rapid flow of passengers, thereby enabling the shortest possible travelling time.
    • 轨道车辆(1)包括主体和两个单轴行驶滑架(40,40'),其特征在于,其内部在教练的横向方向上成对设置有座椅(51)。 座椅(51)的这种布置通过运行的车厢(40,40')的单轴设计来帮助。 车辆的内部由风扇和设置在中央屋顶部分(20)中的空气管道通风。 单轴运行滑架(40,40')通过一体式联轴器(47)彼此联接,并由后者在导向架主体(2)下方引导。 以这种方式制造了覆盖型轨道车辆,由于运行车架的设计,能够增加地下高速滚动速度的控制,并且通过其门的设计,乘客的快速流动,从而使得 最短的旅行时间。
    • 3. 发明申请
    • DEVICE FOR TRANSPORTING AND PACKAGING OF PRODUCTS WITH WRAPPING MATERIAL
    • 装置上使用的包装材料运输和包装产品
    • WO1997041033A2
    • 1997-11-06
    • PCT/CH1997000155
    • 1997-04-18
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFTRÜEGG, FranzTÜNS, Josef
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFT
    • B65B11/10
    • B65B11/10B65B35/40B65G25/02
    • The invention relates to a device (1) in which products (2) are pushed in phases across a plurality of stations (B, C, D, E). A sheet blank is delivered, between the first two stations (B, C), at right angles to the direction (A) of conveyance. The product (2) is pushed to the second station (C) using a slide (27) and a surface (20) moving partially therewith. The blank (7) is supported by being positioned against a face (34) and folded around the top and the bottom of the product (2). The preceding products (2) are simultaneously pushed on into the stations (C, D, E) using fingers (35, 54) of a comb-shaped conveyor (9). A longitudinally sealed seam is formed in the station (C) using sealing jaws (8). The surface closures are formed and sealed in the stations (D, E) which follow. The device has a simple structure and is easy to control.
    • 在该装置(1)的产品在多个站的循环移位(B,C,D,E)(2)。 前两个站(B,C),膜空白垂直于传送方向(A)进料之间。 推进器(27)和一个部分一起移动支撑件(20)的装置被按压时,产品(2)对所述第二站(C)。 所述坯料(7)通过对一个支座(34)邻接,并(2)被折叠在产品的顶部和底部保持。 同时,前面的产品(2)在所述站(C,D,E)通过手指的装置(35,54)被进一步推梳状输送机(9)。 输送机(9)的返回冲程期间降低。 在工位(C)与形成纵向密封接缝密封钳(8)。 在下面的站(D,E)的前侧封闭件形成并密封。 该设备是简单和容易控制。
    • 6. 发明申请
    • WHEEL SET, PROCESS FOR MAKING IT AND DEVICE FOR IMPLEMENTING THE PROCESS
    • 车轮组,制造过程和实施过程的设备
    • WO1993013953A1
    • 1993-07-22
    • PCT/CH1993000001
    • 1993-01-04
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFT
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFTKRETTEK, OttmarMOMBREI, WernerHARSY, Gabor
    • B60B17/00
    • G01N3/42B60B17/0055G01N2033/0085
    • Each wheel set consists of an axle shaft and two rail vehicle wheels, each of which has a tyre, a hub and at least one wheel disc. These wheels may be in one piece or consist of at least two components. In the region of their treads (13, 14) the hardness and rigidity of the rail vehicle wheels (4) forming the set are virtually identical. To achieve this, the surface hardness at the tread periphery (13) and/or at the face (14) close to the tread is measured on each wheel (4) after machining at several and preferably at least six points. The device for measuring the surface hardness of rail vehicle wheels (4) for producing a wheel set has means for automatically measuring the hardness on rail vehicle wheels (4). It is thus possible to produce wheel sets in which the formation of out-of-roundness is prevented through uniform wear behaviour.
    • 每个车轮组由车轴和两个轨道车轮组成,每个车轮具有轮胎,轮毂和至少一个车轮盘。 这些轮子可以是一体的或由至少两个部件组成。 在其胎面区域(13,14)中,形成组合的轨道车轮(4)的硬度和刚度几乎相同。 为了实现这一点,在几个,优选至少六点加工后,在每个车轮(4)上测量在胎面周边(13)和/或靠近胎面的面(14)处的表面硬度。 用于测量用于制造车轮组的轨道车轮(4)的表面硬度的装置具有用于自动测量轨道车轮(4)的硬度的装置。 因此,可以产生通过均匀的磨损行为防止形成不圆度的轮组。
    • 7. 发明申请
    • DRIVEN RUNNING GEAR WITH STEERABLE INDIVIDUAL UNITS
    • 驾驶具有可转向个人单位的运行齿轮
    • WO1991002673A1
    • 1991-03-07
    • PCT/CH1990000195
    • 1990-08-17
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFTVAN EEUWIJK, WilliHARSY, Gabor
    • SIG SCHWEIZERISCHE INDUSTRIE-GESELLSCHAFT
    • B61F03/04
    • B61G5/02B61D13/00B61F3/04B61F5/44
    • The driven running gear is intended for underslung rail vehicles with at least two articulated body units. It has two individual sets of running gear (2, 2') fitted with steering means (15, 15', 16). These are interconnected to pivot about their horizontal axis beneath the centre of the wheel axles (8, 8') by a link (3), which, at its ends, has transverse bearers (4, 4') to support a body unit to which are secured at least one motor (21, 21') and a brake (23, 23', 24, 24') which drive and brake the running gear (1) via telescopic transmission shafts (25, 25') and bevel gear drives (26, 26') fitted on the outsides of the wheels on both individual sets of running gear (2, 2'). Thus, when the vehicle is taking a curve, the angle formed between a leading body unit beneath which there is such a set of running gear and a trailing body unit also supported on an axle is transmitted to the steerable individual running gears units so that the pairs of wheels assume the desired radial position.
    • 驱动的行驶装置适用于具有至少两个铰接体单元的下轨道车辆。 它具有装配有转向装置(15,15',16)的两组单独的行走装置(2,2')。 这些连接件通过连杆(3)相互连接以围绕其轮轴(8,8')中心的水平轴线枢转,该连杆(3)在其端部处具有横向承载件(4,4')以支撑主体单元 它们固定在至少一个马达(21,21')和通过伸缩传动轴(25,25')和锥齿轮驱动和制动行驶齿轮(1)的制动器(23,23',24' 驱动器(26,26')安装在两组运行齿轮(2,2')上的车轮外侧。 因此,当车辆正在弯曲时,在具有这样的一组行走装置的前导体单元和也支撑在车轴上的后跟体单元之间形成的角度被传递到可转向的单个行驶齿轮单元, 成对的轮子呈现期望的径向位置。