Abstract: The invention relates to an igniting unit (10), especially for an inflator, comprising an electric igniter (11) including a first inner cap (12) which forms a space (14) for being filled with a booster propellant charge with a second outer cap (13). In accordance with the invention, the second cap (13) is an electrically non-conductive insulating cap.

Abstract: The invention provides a transport device for transporting pucks which are configured for container transport, comprising a puck transport section for transporting pucks to and from a container treatment machine. The transport device comprises a puck buffer from which pucks can be coupled into the puck transport section and to which pucks decoupled from the puck transport section can be fed.

Abstract: The invention relates to an igniting unit (10), especially for an inflator, comprising an electric igniter (11) including a first inner cap (12) which forms a space (14) for being filled with a booster propellant charge with a second outer cap (13). In accordance with the invention, the second cap (13) is an electrically non-conductive insulating cap.

Abstract: The invention provides a transport device for transporting pucks which are configured for container transport, comprising a puck transport section for transporting pucks to and from a container treatment machine. The transport device comprises a puck buffer from which pucks can be coupled into the puck transport section and to which pucks decoupled from the puck transport section can be fed.

Abstract: A pyrotechnical igniter (100) for an inflator of a vehicle safety system comprises at least two contact pins (102) physically separated from each other by an electrically insulating compound and a bridge wire (110) connected to both contact pins (102) in an electrically conducting manner. A fastening portion (112) in which the bridge wire (110) is welded to the contact pins (102) is provided at each of the contact pins (102).

Abstract: A pyrotechnical igniter (100) for an inflator of a vehicle safety system comprises at least two contact pins (102) physically separated from each other by an electrically insulating compound and a bridge wire (110) connected to both contact pins (102) in an electrically conducting manner. A fastening portion (112) in which the bridge wire (110) is welded to the contact pins (102) is provided at each of the contact pins (102).

Abstract: A pyrotechnical igniter (100) for an inflator of a vehicle safety system comprises at least two contact pins (102) physically separated from each other by an electrically insulating compound and a bridge wire (110) connected to both contact pins (102) in an electrically conducting manner. A fastening portion (112) in which the bridge wire (110) is welded to the contact pins (102) is provided at each of the contact pins (102).

Abstract: The invention relates to an igniting unit (10), especially for an inflator, comprising an electric igniter (11) including a first inner cap (12) which forms a space (14) for being filled with a booster propellant charge with a second outer cap (13). in accordance with the invention, the second cap (13) is an electrically non-conductive insulating cap.

Abstract: A pyrotechnical igniter (100) for an inflator of a vehicle safety system comprises at least two contact pins (102) physically separated from each other by an electrically insulating compound and a bridge wire (110) connected to both contact pins (102) in an electrically conducting manner. A fastening portion (112) in which the bridge wire (110) is welded to the contact pins (102) is provided at each of the contact pins (102).

Abstract: A conveyor unit for a transport system of articles including a first conveyor chain and a second conveyor chain, located one downstream from the other in a direction of transport. The first and the second conveyor chain each comprise two conveyor sub-chains, which are arranged in such a way that a region of overlap is formed between a conveyor sub-chain of the first conveyor chain and a conveyor sub-chain of the second conveyor chain. During the transfer from the first conveyor chain onto the region of overlap and from there onto the second conveyor chain the article is always supported by at least one conveyor sub-chain. A velocity of at least one conveyor sub-chain therein is such that an alteration of a state of motion of the article is achievable within the conveyor element. Furthermore a transport system for articles is disclosed, which comprises a plurality of conveyor elements.

Abstract: An apparatus (1) and a method for distributing articles (10) within a stream of articles are disclosed. Articles (10) are supplied by an infeed conveyor (2). A first discharge conveyor (21) and a second discharge conveyor (22) further transport the articles. The infeed conveyor (2) and the first and second discharge conveyors (21, 22) are arranged in the direction of transport (T) with respect to each other in such a way that a region of overlap (15) is formed. A distribution element (4) is configured such as to be displaceable essentially transversely to the direction of transport (T), so that the stream of articles, incoming along the direction of transport (T), is distributed onto the first discharge conveyor (21) and/or the second discharge conveyor (22).

Abstract: The invention relates to an arrangement and a method for the transportation and synchronous distribution of packaging units, wherein the packaging units are continuously supplied on a transportation apparatus and distributed to two further transportation apparatuses (16, 16?). The packaging units are centered on the first transportation apparatus by means of two flaps (20a, 20b) wherein, according to the present invention, the movement of the flaps is mechanically coupled.

Abstract: A conveyor unit for a transport system of articles including a first conveyor chain and a second conveyor chain, located one downstream from the other in a direction of transport. The first and the second conveyor chain each comprise two conveyor sub-chains, which are arranged in such a way that a region of overlap is formed between a conveyor sub-chain of the first conveyor chain and a conveyor sub-chain of the second conveyor chain. During the transfer from the first conveyor chain onto the region of overlap and from there onto the second conveyor chain the article is always supported by at least one conveyor sub-chain. A velocity of at least one conveyor sub-chain therein is such that an alteration of a state of motion of the article is achievable within the conveyor element. Furthermore a transport system for articles is disclosed, which comprises a plurality of conveyor elements.

Abstract: An apparatus (1) and a method for distributing articles (10) within a stream of articles are disclosed. Articles (10) are supplied by an infeed conveyor (2). A first discharge conveyor (21) and a second discharge conveyor (22) further transport the articles. The infeed conveyor (2) and the first and second discharge conveyors (21, 22) are arranged in the direction of transport (T) with respect to each other in such a way that a region of overlap (15) is formed. A distribution element (4) is configured such as to be displaceable essentially transversely to the direction of transport (T), so that the stream of articles, incoming along the direction of transport (T), is distributed onto the first discharge conveyor (21) and/or the second discharge conveyor (22).

Abstract: A transport apparatus for the low-pressure transforming of a stream of containers into at least two separate single rows is provided. The apparatus has a multiple-lane feed conveyor, a plurality of single-lane discharge conveyors and an acceleration conveyor arranged between the feed conveyor and the discharge conveyors. A plurality of diagonally oriented guides are provided at a distance from one another across the acceleration conveyor, which guides a separated sub-stream of the stream of containers coming from the feed conveyor across the sections of the acceleration conveyor.

Abstract: In a transport apparatus for the low-pressure transforming of a stream of bottles or the like into at least two separate single rows, comprising a multiple-lane feed conveyor, a plurality of single-lane discharge conveyors and an acceleration conveyor arranged therebetween and having a speed which increases in the transport direction, a plurality of diagonally oriented guides are provided at a distance from one another across the acceleration conveyor, which guides in each case guide a sub-stream of the stream of bottles coming from the feed conveyor across the sections of the common acceleration conveyor.

Abstract: The invention relates to an arrangement and a method for the transportation and synchronous distribution of packaging units, wherein the packaging units are continuously supplied on a transportation apparatus and distributed to two further transportation apparatuses (16, 16?). The packaging units are centered on the first transportation apparatus by means of two flaps (20a, 20b) wherein, according to the present invention, the movement of the flaps is mechanically coupled.