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    • 1. 发明申请
    • CONTAINER COMPACTION
    • 集装箱紧固件
    • WO2015090454A1
    • 2015-06-25
    • PCT/EP2013/077717
    • 2013-12-20
    • ENVAC AB
    • TÖRNBLOM, Jonas
    • B65F1/14B65F5/00
    • B65F5/005B65F1/141B65F1/1473B65F2210/148
    • In a method of compacting waste (W), wherein waste is introduced into a generally box shaped elongated waste container (3) through at least one waste inlet (5) thereof and is collected in the waste container (3) at a waste collection station (4), the container is positioned with a generally rectangular bottom wall (3 A) thereof on an inclined surface (7) of the waste collection station, thereby tilting the container and its bottom wall, and releasably securing the container in the tilted position. A waste collection facility (13) of the waste collection station (4) is also provided.
    • 在一种压实废物(W)的方法中,其中废物通过其至少一个废物入口(5)引入大体上盒形的细长废物容器(3)中,并且在废物收集站 (4)中,容器在废物收集站的倾斜表面(7)上具有大致矩形的底壁(3A),从而使容器及其底壁倾斜,并将容器可释放地固定在倾斜位置 。 还提供废物收集站(4)的废物收集设备(13)。
    • 2. 发明申请
    • WASTE COMPACTION
    • 废物压缩
    • WO2015062668A1
    • 2015-05-07
    • PCT/EP2013/072864
    • 2013-11-01
    • ENVAC AB
    • NORLENIUS, KentFORSBERG, Yngve
    • B65F5/00B65F9/00
    • B65F5/00B65F9/00B65F2210/144B65F2210/162B65F2210/168
    • In a method of processing waste material introduced into a waste collection system (1) wherein the waste material is transferred from a waste material inlet chute (3) to a waste material transport pipe (5) and said transfer is controlled by a discharge valve (6), a waste material compaction space (7) is formed at a position upstream of the discharge valve, the discharge valve is closed, introduced waste material is conducted into said compaction space and a waste compactor is extended in a waste compaction stroke towards the introduced waste material in the compaction space, thereby compacting the waste material having been conducted into said compaction space in a general longitudinal direction of the compaction space. A waste material processing unit (2) as well as a waste compactor are also provided.
    • 在废物收集系统(1)中处理废物的处理方法中,废料从废料入口槽(3)转移到废料输送管(5),所述转运由排放阀( 如图6所示,废气压缩空间(7)形成在排出阀的上游位置处,排出阀关闭,引入的废料进入所述压实空间,废物压实机在废物压实冲程中延伸到 在压实空间中引入废料,从而在压实空间的总长度方向压实已经被导入到压实空间中的废料。 还提供废料处理单元(2)以及废压缩机。
    • 3. 发明申请
    • SEPARATELY CONTROLLED MULTI-PART CHUTE VALVE
    • 独立控制的多级阀门
    • WO2014202125A1
    • 2014-12-24
    • PCT/EP2013/062631
    • 2013-06-18
    • ENVAC AB
    • NORLENIUS, Kent
    • B65F1/00B65F1/10B65F5/00F16K15/03B65G53/52
    • B65F1/004B65F1/10B65F5/00B65G11/206B65G47/72
    • In a material charging and discharging unit (1A) having a material discharge chute (6) forming a material inlet with inlet openings (6A, 6B) for different material fractions (3, 4), a material storage space (5A, 5B) and a discharge valve (2) controlling the discharge of the material fractions, the material fraction inlet openings (6A, 6B) each open into individual and fully separated fraction chute sections (5A, 5B) forming separate temporary storage spaces (5A, 5B) for introduced material fractions (3, 4) and guides for the material fractions to the discharge valve, and individually and independently controlled discharge valve parts (2A, 2B) are provided for controlling a separate discharge of respective material fractions from the material fraction chute sections and communicating with a transport pipe of a material transport system. A discharge valve (2) and a method of discharging material fractions are also provided.
    • 在具有材料排出槽(6)的材料充放电单元(1A)中,形成具有用于不同材料部分(3,4)的入口(6A,6B)的材料入口,材料储存空间(5A,5B)和 排出阀(2),其控制所述材料部分的排放,所述材料部分入口开口(6A,6B)分别开放到形成分开的临时存储空间(5A,5B)的单独和完全分离的部分滑槽部分(5A,5B)中,用于 引入材料部分(3,4)和用于材料部分的引导件到排出阀,并且设置单独和独立控制的排出阀部件(2A,2B),用于控制各材料部分与材料部分滑槽部分的单独排放,以及 与物料输送系统的输送管道连通。 还提供了一种排放阀(2)和一种排料方式。
    • 7. 发明申请
    • RODENT TRAPPING AND REMOVAL METHOD AND ARRANGEMENT
    • WO2017131570A1
    • 2017-08-03
    • PCT/SE2017/050029
    • 2017-01-12
    • ENVAC AB
    • MAGNUS, Ekholm
    • A01M23/12B65F1/12
    • B65F5/005A01M27/00B65F1/105B65F2210/156B65F2210/168
    • A method of controlling the presence of rodents in the vicinity of, at and within vacuum waste collection system (1) installations (10) involves forming an entrance for rodents into the vacuum waste collection system, forming said rodent entrance as a branch pipe (20), leaving a first free end (20A) of the branch pipe at least partly open, communicating a second end (20B) of the branch pipe with a vacuum waste collection system transport pipe (11) through a controllable branch pipe discharge valve (23) and providing at least one rodent trap (21, 22) in the branch pipe, between the two ends. An arrangement for controlling the presence of rodents at vacuum waste collection system installations is also provided.
    • 控制在真空废物收集系统(1)设施(10)附近,在真空废物收集系统(1)设施(10)附近的啮齿动物存在的方法涉及形成啮齿动物进入真空废物收集系统的入口,形成所述 使啮齿动物入口作为分支管20,使分支管的第一自由端20A至少部分地打开,使分支管的第二端20B与真空废物收集系统输送管11通过, 可控分支管排放阀(23),并且在两端之间的分支管中设置至少一个啮齿动物捕捉器(21,22)。 还提供了一种用于控制真空垃圾收集系统设施中啮齿动物存在的安排。
    • 8. 发明申请
    • METHOD OF CONTROLLING OPERATION OF A PNEUMATIC CONVEYING SYSTEM
    • 控制气动输送系统运行的方法
    • WO2013164030A1
    • 2013-11-07
    • PCT/EP2012/058158
    • 2012-05-03
    • ENVAC ABFORESTIER, Niklas MattiasALFROST, Martin
    • FORESTIER, Niklas MattiasALFROST, Martin
    • B65F5/00
    • B65F5/005B65G53/66
    • In a method of controlling operation of a pneumatic conveying system (1) including a source (6) for generating transport air flow in an active state, transport piping (4) and multiple material inlet points in at least one branch (B1, B2, B3, B4) of the transport piping and communicating with the system through discharge valves (3) controlling emptying of associated material inlet points, material transport conditions of the system are sensed for each inlet point emptying operation, the material transport conditions are sensed at one or more remote locations from the material inlet points and a valve open time for the material inlet point discharge valves is determining for each emptying operation and based on a processing of feedback from material transport condition sensors (11, 12) of the system. A pneumatic conveying system as well as a system (16) for controlling operation of the pneumatic conveying system are also provided.
    • 在一种控制气动输送系统(1)的操作的方法中,所述气动输送系统(1)包括用于在活动状态下产生输送空气流的源(6),输送管道(4)和至少一个分支(B1,B2, B3,B4),并通过排放阀(3)与系统连通,排放阀(3)控制相关材料入口点的排空,对每个入口点排空操作检测系统的物料输送条件,物料输送条件在一个 或更远的位置,并且用于材料入口点排出阀的阀打开时间是对于每个排空操作的确定,并且基于来自系统的物料输送状态传感器(11,12)的反馈的处理。 还提供了气动输送系统以及用于控制气动输送系统的操作的系统(16)。
    • 9. 发明申请
    • A VACUUM OPERATED WASTE COLLECTION CONTAINER AND A USE OF THE CONTAINER
    • 真空运行的废物收集容器和集装箱的使用
    • WO2010090574A1
    • 2010-08-12
    • PCT/SE2010/000022
    • 2010-01-28
    • ENVAC ABEKHOLM, Magnus
    • EKHOLM, Magnus
    • B65F5/00B65G65/46
    • B65F5/005B65F1/127B65G53/48
    • A storage container (108) for temporarily storing deposited waste (W) in a vacuum operated waste collection and management system has at least one waste deposit inlet (110A-C), a waste outlet section (120) with a waste discharge opening for the discharge of waste therefrom and a spiral conveyor (111) extended in a first direction through the container, towards the outlet section for assisting discharge of waste from the container by means of subatmospheric pressure applied through the outlet section. In such a container the spiral conveyor with a screw flight (111 A) thereof extends through the waste outlet section and the outlet section comprises a waste discharge opening being directed at a considerable angle to a centre axis of the spiral conveyor. Such a storage container may be employed in both vacuum operated waste collection systems of a stationary type and to such systems of a mobile type. The application also includes a use of the container.
    • 用于在真空操作的废物收集和管理系统中临时存放沉积废物(W)的储存容器(108)具有至少一个废物沉积入口(110A-C),具有废物排放口的废物出口部分(120) 排出废物,以及沿第一方向延伸穿过容器的螺旋输送机(111)朝向出口部分,借助于通过出口部分施加的低于大气压的压力来帮助从容器排出废物。 在这种容器中,具有螺旋螺纹(111A)的螺旋输送机延伸穿过废物出口部分,出口部分包括与螺旋输送机的中心轴线相当的角度引导的废物排放口。 这种存储容器可以用于固定式真空操作的废物收集系统和移动型的这种系统。 该应用还包括使用容器。
    • 10. 发明申请
    • WASTE COLLECTION AND MANAGEMENT
    • 垃圾收集和管理
    • WO2009061264A1
    • 2009-05-14
    • PCT/SE2008/051217
    • 2008-10-28
    • ENVAC ABEKHOLM, Magnus
    • EKHOLM, Magnus
    • B65F5/00B65G53/24
    • B65F5/005B65F1/105B65F1/125B65F1/1447B65F3/0203
    • In a method for the management of waste deposited in waste inlets and collected in under-ground waste containers (5) that are emptied by opening a wall section thereof as the container is in a raised emptying position by a collecting vehicle (20), waste inlets (2; 2'; 2'') are positioned at optional locations by detachably connecting spaced waste inlets to a designated waste container through waste suction piping (4) and by detachably connecting the container to a vacuum source (10) through separate air exhaust piping (9). The invention also concerns a waste collection and management system as well as an underground waste collection container.
    • 在通过收集车辆(20)容纳处于升起的排空位置的管理废物入口处的废物的管理方法中,所述方法被收集在地下废物容器(5)中,所述地下废物容器(5)通过打开其壁部而被排空, 入口(2; 2'; 2“)通过将间隔的废物入口通过废物吸入管道(4)可拆卸地连接到指定的废物容器并且通过分开的空气将容器可拆卸地连接到真空源(10)而定位在任选位置 排气管道(9)。 本发明还涉及废物收集和管理系统以及地下废物收集容器。