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    • 1. 发明申请
    • AN ACCUMULATING CONVEYOR
    • WO2020201101A1
    • 2020-10-08
    • PCT/EP2020/058737
    • 2020-03-27
    • SPECIALTY CONVEYOR B.V.
    • BALK, WouterSCHOUTEN, Emiel MartijnKUIN, Dick
    • B65G21/18
    • An accumulating conveyor (1) comprises a first helical track (6) and a second helical track (7) including coincident centrelines, a first S-shaped bridge (8) and a second S-shaped bridge (9), each having a first bend (8a) in one direction and a second bend (8b) in opposite direction as seen from above, a first set of auxiliary guides (16) and a second set of auxiliary guides (17) and an endless conveyor belt (10) which is drivable in a direction of conveyance (X). The conveyor belt (10) is guidable by the first and second helical tracks (6, 7), bridges (8, 9) and sets of auxiliary guides (16, 17) such that under operating conditions the conveyor belt (10) successively follows the first helical track (6) from a lower end (18) thereof in upward direction to a location below an upper end (15) thereof, the first bridge (8) to a location at the second helical track (7) below an upper end (19) thereof, the second helical track (7) in downward direction to a lower end (20) thereof, the first set of auxiliary guides (16) to the upper end (19) of the second helical track (7), the second helical track (7) in downward direction, the second bridge (9) to the first helical track (6), the first helical track (6) in upward direction to the upper end (15) thereof, and the second set of auxiliary guides (17) to the lower end (18) of the first helical track (6). The bridges (8, 9) are at least partly located at a common inner side of the first and second helical tracks (6, 7) and synchronously movable along the first and second helical tracks (6, 7) for varying the effective lengths of the conveyor belt (10) between the lower ends (18, 20) of the first and second helical tracks (6, 7) via the first bridge (8), on the one hand, and between the upper ends (15, 19) of the first and second helical tracks (6, 7) via the second bridge (9), on the other hand. At least portions of the first and second bends (8a, 8b) of at least one of the first and second bridges (8, 9) bank to their insides.
    • 2. 发明申请
    • BUFFER CONVEYOR FOR CONVEYING AND BUFFERING PRODUCTS
    • 缓冲输送机输送和缓冲产品
    • WO2010016761A1
    • 2010-02-11
    • PCT/NL2009/050479
    • 2009-08-04
    • SPECIALTY CONVEYOR B.V.BROERS, Johannes, WilhelmusBALK, Wouter
    • BROERS, Johannes, WilhelmusBALK, Wouter
    • B65G47/51
    • B65G47/5131
    • A buffer conveyor comprises a first (7) and a second (8) conveyor, which move at least substantially parallel to each other in helical paths, albeit in opposite directions. A transfer unit (12) is movable parallel to the first and the second conveyor in the aforesaid path with its inlet (HA) and outlet (HB) ends. The transfer unit is provided with at least one separate, drivable transfer element for transferring the products from the first conveyor to the second conveyor, so that the products can be transferred from the inlet end of the first conveyor to the discharge end of the second conveyor via the transfer unit. The transfer unit comprises a drive unit for moving the transfer unit along the paths of the respective conveyors with its ends in dependence on the speeds of the first and the second conveyor. The transfer element of the transfer unit describes an at least substantially horizontal path between the inlet end and the outlet end and extends outside the area defined by the adjacent paths of the first and the second conveyor.
    • 缓冲输送机包括第一输送机(7)和第二输送机(8),该输送机至少基本上彼此平行地以螺旋方式移动,尽管相反方向。 传送单元(12)可以在其入口(HA)和出口(HB)结束的情况下在上述路径中平行于第一和第二传送器平行移动。 传送单元设置有至少一个单独的可驱动的传送元件,用于将产品从第一传送器传送到第二传送器,使得产品可以从第一传送器的入口端传送到第二传送器的排出端 通过传送单元。 传送单元包括驱动单元,用于根据第一和第二输送机的速度,沿着各个输送机的路径移动传送单元的端部。 传送单元的传送元件描述入口端和出口端之间的至少基本上水平的路径,并延伸到由第一和第二传送器的相邻路径限定的区域的外部。
    • 3. 发明申请
    • A CONVEYOR FOR CONVEYING AND BUFFERING ARTICLES
    • 用于输送和缓冲物品的输送机
    • WO2008044926A1
    • 2008-04-17
    • PCT/NL2007/050485
    • 2007-10-05
    • SPECIALTY CONVEYOR B.V.BALK, Wouter
    • BALK, Wouter
    • B65G47/26B65G17/00
    • B65G47/261B65G17/002
    • The invention relates to a conveyor for conveying and buffering articles (G) and the like along a vertically extending, substantially helical path. A conveyor belt (8) or conveyor rollers (13) supported by a frame (1) and driven by a drive unit (9; 16) extend along said helical path and convey articles along said path. The substantially helical path is divided into zones (Z), each zone being provided with switch means (18), in such a manner that the conveyor can be switched in each zone between a conveying position, in which the conveying means convey the articles, and a buffering position, in which the articles present in said zone are stationary. Buffering members (12; 14,15) distributed over the length of the conveyor and being present in each zone support the articles in the buffering position. The drive unit (9; 16) and/or the conveyor belt/rollers (8; 13) on the one hand and the buffering members (12; 14, 15) on the other hand are vertically movable with respect to each other in each zone (Z), in such a manner that the articles (G) in question are in contact with the drive unit (9; 16) in the conveying position and with the buffering members (12; 14, 15) in the buffering position in said zone. In this way a simple and reliable buffering system can be realised.
    • 本发明涉及一种用于沿垂直延伸的基本上螺旋的路径输送和缓冲物品(G)等的输送机。 由框架(1)支撑并由驱动单元(9; 16)驱动的传送带(8)或传送辊(13)沿着所述螺旋路径延伸并沿所述路径传送物品。 基本上螺旋形的路径被分成区域(Z),每个区域设置有开关装置(18),使得输送机可以在传送装置输送物品的输送位置之间的每个区域中切换, 以及缓冲位置,其中存在于所述区域中的物品是静止的。 分布在输送机的长度上并存在于每个区域中的缓冲构件(12; 14,15)将物品支撑在缓冲位置。 另一方面,驱动单元(9; 16)和/或传送带/辊(8; 13)和缓冲构件(12; 14,15)在每个中可相对于彼此垂直移动 (Z),使得所述物品(G)在所述输送位置与所述驱动单元(9; 16)接触,并且所述缓冲构件(12; 14,15)处于缓冲位置 说区。 以这种方式,可以实现简单可靠的缓冲系统。
    • 4. 发明申请
    • A BUFFER CONVEYOR
    • WO2021052930A1
    • 2021-03-25
    • PCT/EP2020/075703
    • 2020-09-15
    • SPECIALTY CONVEYOR B.V.
    • STEEBER, Dorian FranklinSCHOUTEN, Emiel MartijnBALK, Wouter
    • B65G17/08B65G21/20B65G47/51
    • A buffer conveyor (1) comprises a frame and a drivable endless conveyor belt (4) which successively follows a transport path from an input station (2) to an output station (3) and a return path from the output station (3) to the input station (2). The lengths of the transport path and the return path are inversely adjustable. At the transport path the frame is provided with two parallel transport path frame legs (5, 5', 6, 6') and a U-shaped transport path bridge (13). The transport path bridge (13) includes a curved bridge portion (17) and parallel bridge legs (18) extending from the curved bridge portion. The transport path bridge (13) is displaceable along the transport path frame legs. Within the transport path the conveyor belt (4) successively follows from the input station (2) one of the transport path frame legs (5, 5'), one of the bridge legs, the curved bridge portion, the other one of the bridge legs and the other one of the transport path frame legs (6, 6') to the output station (3). Each of the transport path frame legs is provided with a transport path frame guide (25) for supporting a lateral contact side (27) of the conveyor belt (4) in outward direction as seen from the other transport path frame leg. The transport path bridge (13) is shaped such that along the curved bridge portion (17) and respective twisted regions (18b) of the bridge legs (18) adjacent to the curved bridge portion (17) the conveyor belt (4) has a transverse down-slope towards the inside of the U-shape and such that the lateral contact side (27) of the conveyor belt (4) at said twisted regions (18b) is above the respective transport path frame guides (25).
    • 5. 发明申请
    • A BUFFERING DEVICE
    • 缓冲设备
    • WO2017026895A1
    • 2017-02-16
    • PCT/NL2016/050574
    • 2016-08-11
    • SPECIALTY CONVEYOR B.V.
    • BALK, Wouter
    • B65G47/51
    • B65G47/5122
    • A buffering device (1) comprises a frame (6) and a conveyor belt (8), a supply station (4), a discharge station (5), a first reversing member (15) for reversing the conveying direction of the conveyor belt (8) which first reversing member (15) is displaceable with respect to the frame (6), a return guide (12, 13) which is provided with a second reversing member (16) for reversing the conveying direction of the conveyor belt (8) which second reversing member (16) is also displaceable with respect to the frame (6). A portion of the conveyor belt (8) extending from supply station (4) to the discharge station (5) forms a buffer section (B) of which the length varies upon displacing the first reversing member (15). The remaining portion of the conveyor belt (8) forms a compensation section (C) for compensating a change of length of the buffer section (B) during simultaneous displacement of the first and second reversing members (15; 16). The first reversing member (15) is provided with a buffer carriage (14, 30) with at least a guide (17) for radially guiding the conveyor belt (8).
    • 缓冲装置(1)包括框架(6)和输送带(8),供应站(4),排放站(5),第一反向构件(15),用于反转输送带 (8),所述第一反向构件(15)相对于所述框架(6)可移动;返回引导件(12,13),其设置有用于反转所述输送带的输送方向的第二反向构件(16) 8),该第二反转构件(16)也可相对于框架(6)移位。 从供应站(4)延伸到排放站(5)的输送带(8)的一部分形成缓冲部分(B),其中长度随着第一反向构件(15)的移位而变化。 传送带(8)的剩余部分形成补偿部分(C),用于在第一和第二反向部件(15; 16)的同时位移期间补偿缓冲部分(B)的长度变化。 第一反转构件(15)设置有至少具有用于径向引导传送带(8)的引导件(17)的缓冲托架(14,30)。
    • 6. 发明申请
    • A TRANSFER CONVEYOR AND A CONVEYING SYSTEM
    • 转运输送机和输送系统
    • WO2012076659A1
    • 2012-06-14
    • PCT/EP2011/072216
    • 2011-12-08
    • SPECIALTY CONVEYOR B.V.BROERS, Johannes Wilhelmus
    • BROERS, Johannes Wilhelmus
    • B65G47/51
    • B65G37/00B65G47/5131B65G47/52
    • A transfer conveyor (1) for transferring articles (2) from a first conveyor (3) to a second conveyor (4) comprises an input (5) for receiving articles from the first conveyor (3) and an output (6) for transporting articles to the second conveyor (4), a first contact member (7) and a second contact member (8) having first and second contact surfaces (9, 10), respectively, extending upwardly and facing each other for clamping articles (2) between said contact surfaces (9, 10 ) when travelling from the input (5) to the output (6) and a curved transport path be- tween the input (5) and the output (6), and a counter member (12, 13) for holding up an article (2) and/or at least one of the first and second contact members (9, 10) in vertical direction when an article (2) is clamped by the contact members (7, 8). At least one of the first contact member (7), the second contact member (8) and the counter member (12, 13 ) is drivable for transporting articles (2) from the input (5) to the output (6).
    • 用于将物品(2)从第一输送机(3)转移到第二输送机(4)的输送机(1)包括用于从第一输送机(3)接收物品的输入(5)和用于输送 具有第一和第二接触表面(9,10)的第一接触构件(7)和第二接触构件(8)的第二传送器(4)的物品分别向上延伸并面对彼此以夹紧物品(2) 在从所述输入端(5)向所述输出端(6)行进时,在所述接触表面(9,10)之间以及在所述输入端(5)和所述输出端(6)之间的弯曲输送路径;以及计数器构件 13),用于当制品(2)被接触构件(7,8)夹紧时,用于在垂直方向上夹持物品(2)和/或至少一个第一和第二接触构件(9,10)。 驱动第一接触构件(7),第二接触构件(8)和计数构件(12,13)中的至少一个用于将物品(2)从输入(5)输送到输出(6)。
    • 7. 发明申请
    • CONVEYOR FOR CONVEYING AND BUFFERING PRODUCTS
    • 输送和输送产品
    • WO2007108691A1
    • 2007-09-27
    • PCT/NL2007/050126
    • 2007-03-23
    • SPECIALTY CONVEYOR B.V.BALK, Wouter
    • BALK, Wouter
    • B65G17/00B65G17/24B65G47/26B65G47/88
    • B65G47/261B65B65/003B65G17/002B65G17/24B65G47/268B65G47/8823G08B3/1016H04M11/04
    • A conveyor (1) for conveying and buffering of products (2) is provided with a frame (4), a plurality of supports (6) which are spaced from each other and which are moved with respect to the frame (4) in a conveying direction by driving means, and an obstruction for obstructing of a first product (2) in the conveying direction. The supports (6) can each bear at least one product (2) on a baring surface (9). The frame (4) is provided with a supporting surface (12) , the supports (6) and the supporting surface (12) are arranged such and positioned with respect to each other such, that the product (2) is free from the supporting surface (12) when the product (2) is barred by one of the supports (6) and rests on the supporting surface (12) when the supports (6) are spaced from the product (2) . In one embodiment each support (6) comprises a set of elongated rollers (7) which are freely rotatably fixed to a conveying member (5) to which the supports (6) are attached.
    • 用于输送和缓冲产品(2)的输送机(1)设置有框架(4),多个支撑件(6),它们彼此间隔开并且相对于框架(4)以 通过驱动装置输送方向,以及用于在输送方向上阻塞第一产品(2)的阻碍物。 支撑件(6)可以分别承载在裸露表面(9)上的至少一个产品(2)。 框架(4)设置有支撑表面(12),支撑件(6)和支撑表面(12)相对于彼此设置和定位,使得产品(2)不受支撑 当支撑件(6)与产品(2)间隔开时,当产品(2)被其中一个支撑件(6)阻止并搁置在支撑表面(12)上时,表面(12)。 在一个实施例中,每个支撑件(6)包括一组细长的辊(7),其可自由旋转地固定到安装支撑件(6)的输送构件(5)上。
    • 9. 发明申请
    • CONVEYOR
    • 输送带
    • WO2008037686A1
    • 2008-04-03
    • PCT/EP2007/060091
    • 2007-09-24
    • SPECIALTY CONVEYOR B.V.BROERS, Johannes, Wilhelmus
    • BROERS, Johannes, Wilhelmus
    • B65G17/06B65G21/18
    • B65G17/066B65G21/18B65G21/22B65G39/20B65G2207/24
    • The invention relates to a conveyor for conveying piece goods or the like through a helical path around a central axis in a vertical direction, comprising a frame (1) which supports an endless conveyor belt which is movable along the helical path in a conveying direction. The conveyor belt includes carrier plates (9) which are movably connected to each other. The frame (1) includes at least a guide (14) and at least a number of carrier plates (9) comprise at least a guide roller (11) rotatable about an axis of rotation (12). The guide roller (11) has at least a first guide roller surface (17) which is in contact with the guide (14) in a first contact location (19), and a second guide roller surface (18) which is in contact with the guide (14) in a second contact location (20). The first and second contact locations (19, 20) are spaced from each other and the normal to the first guide roller surface (17) in the first contact location (19) deviates from the normal to the second guide roller surface (18) in the second contact location (20). The invention provides a conveyor with a high driving efficiency as a consequence of low resistance between the carrier plate (9) and the guide (14).
    • 本发明涉及一种用于通过围绕中心轴线在垂直方向上的螺旋路径输送件货物等的输送机,其包括支撑沿输送方向沿着螺旋路径移动的循环输送带的框架(1)。 传送带包括彼此可移动地连接的承载板(9)。 框架(1)包括至少一个导向件(14),并且至少多个承载板(9)至少包括可围绕旋转轴线(12)旋转的导辊(11)。 导辊(11)至少具有在第一接触位置(19)与导向件(14)接触的第一导辊表面(17)和与第一导向辊表面(18)接触的第二导辊表面 所述引导件(14)在第二接触位置(20)中。 第一和第二接触位置(19,20)彼此间隔开,并且第一接触位置(19)中与第一引导辊表面(17)垂直的法线与第二引导辊表面(18)的法线偏离 第二接触位置(20)。 本发明提供了由于承载板(9)和引导件(14)之间的低阻力而具有高驱动效率的输送机。
    • 10. 发明申请
    • A CONVEYOR
    • 输送机
    • WO2013144139A1
    • 2013-10-03
    • PCT/EP2013/056394
    • 2013-03-26
    • SPECIALTY CONVEYOR B.V.
    • BALK, Wouter
    • B65G21/22B65G21/18B65G47/51
    • B65G21/18B65G21/22B65G2207/24
    • A conveyor (1) comprises a frame (8), an endless conveyor belt (9) supported by the frame (8) and driven by driving means in a conveying direction (X) along a helical path (2), a non-helical path (5) and a transfer path (6) extending between the helical path (2) and the non-helical path (5). The helical path (2) has an upright centre line (4). The conveyor belt (9) includes a plurality of plates (20) which are movably coupled to each other and each plate (20) has an upper transport face (21) and a central axis (22). The frame (8) comprises at least at the helical path (2) a radial guide (26) for guiding the plates (20) along the helical path (2), wherein the radial guide (26) supports a plate (20) at a radial guide contact location (29) thereof in radial direction with respect to the centre line (4) of the helical path (2), a bearing guide (25) for upwardly supporting the plates (20), wherein the bearing guide (25) supports a plate (20) at a bearing guide contact location thereof (28), and an auxiliary guide (31) for compensating a torque on a plate (20) at the bearing guide contact location (28) about an axis directed in the conveying direction (X). The auxiliary guide (31) contacts a plate (20) at an auxiliary guide contact location (32) thereof, which is located at a distance from the radial guide contact location (29) and the bearing guide contact location (28), as seen in a radial cross-section of the helical path (2). The auxiliary guide contact location (32) is located at at least a horizontal distance from the bearing guide contact location (28) in radial direction with respect to the centre line (4), whereas the normal to the surface of the plate (20) at the auxiliary guide contact location (32) has a vertical component. At the transfer path (6) the plates (20) are displaceable relatively to the radial guide (26), the bearing guide (25) and the auxiliary guide (31) in radial direction with respect to the centre line (4) and/or in vertical direction.
    • 输送机(1)包括框架(8),由框架(8)支撑并由驱动装置沿着螺旋路径(2)沿输送方向(X)驱动的环形输送带(9),非螺旋形 路径(5)和在螺旋路径(2)和非螺旋路径(5)之间延伸的传送路径(6)。 螺旋路径(2)具有直立的中心线(4)。 输送带(9)包括多个可移动地彼此联接的板(20),每个板(20)具有上输送面(21)和中心轴线(22)。 框架(8)至少在螺旋路径(2)处包括用于沿着螺旋路径(2)引导板(20)的径向引导件(26),其中径向引导件(26)支撑板 相对于螺旋路径(2)的中心线(4)的径向引导接触位置(29),用于向上支撑板(20)的轴承引导件(25),其中轴承引导件 )支撑在其轴承导向接触位置(28)处的板(20),以及辅助引导件(31),用于在轴承引导接触位置(28)处绕着指向 输送方向(X)。 辅助引导件(31)在与辅助导向接触位置(32)处的板(20)接触,该板(20)位于与径向导向接触位置(29)和轴承导向接触位置(28)一定距离处,如图所示 在螺旋路径(2)的径向横截面中。 辅助导向接触位置(32)相对于中心线(4)位于与轴承导向接触位置(28)至少水平距离的径向方向上,而平板(20)的表面的垂直方向, 在辅助导向接触位置(32)处具有垂直分量。 在传送路径(6)上,板(20)相对于径向引导件(26),轴承引导件(25)和辅助引导件(31)可相对于中心线(4)径向移位和/ 或垂直方向。