Container for storing a large number of tubes for storing animal semen and a system for treating tubes, comprising at least one machine for treating tubes

Abstract

Container configured to store, at least temporarily, a plurality of tubes (2), each having a predetermined length and intended for storing a predetermined dose of a substance of animal semen, wherein the container (1) is configured to equip a treatment unit (201; 301) of the tubes (2) which is provided with one or more machines for treating (203; 303) the tubes (2), comprising: - a passage opening (5) for the tubes (2) which extends in at least one longitudinal direction corresponding to a predetermined orientation of the tubes (2) as they pass through;- a first part (3) forming a receptacle for the tubes (2), and a second part (4) forming a lid, wherein the first part (3) is configured to be slidably inserted into the second part (4), so that the container (1) has an opening configuration in which the first part (3) is partially inserted into the second part (4), and the opening (5) is free for the passage of the tubes (2) through this opening (5) in the predetermined orientation, and a closing configuration in which the first part (3) is inserted into the second part (4), and the opening (5) is closed by the second part (4) to prevent the passage of the tubes (2) through the opening (5);with the first part (3), which has a parallel-flat shape, and which has a first front wall (6) in which at least partially the passage opening (5) is provided, a first bottom wall (7) opposite the first front wall (6), two first longitudinal walls (8) which are opposite each other and each adjoin the first front wall (6) and the first bottom wall (7) and extend parallel to the passage opening (5), and two first side walls (9) which are opposite each other and each adjoin the first front wall (6), the first bottom wall (7) and the two first longitudinal walls (8);with each first side wall (9) having two diagonals, each having a length less than or equal to the predetermined length of the tubes (2), wherein the first part (3) comprises an interior space (24) and a guide ramp (22) formed by a first section (12) of the first front wall (6) extending from the junction of the latter with one of the two first longitudinal walls (8), and by a second inclined section (23) extending the first section (12) forming the guide ramp (22) and extending into the interior space (24) of the first part (3), and that the second inclined section (23) forming the guide ramp (22) extends until it connects to the first longitudinal wall (8) from which the first section (12) forming the guide ramp (22) extends.

Description

AREA OF INVENTION

[0001] The invention relates generally to the preservation of a liquid-based substance containing a biological material, in particular animal seeds, in storage tubes filled with a predetermined dose of such a substance.

[0002] The invention relates in particular to a container for at least temporary storage of such tubes between at least two treatment steps of these tubes.

[0003] These steps could include, for example, printing tubes, filling tubes and / or welding tubes.

[0004] The invention also relates to a treatment plant comprising one or more machines for treating tubes and a storage container for such tubes.

[0005] These could be, for example, machines for printing tubes, filling tubes and / or welding tubes. TECHNOLOGICAL BACKGROUND

[0006] The tubes used to store animal seeds are traditionally formed from a thin plastic tube and a stopper inserted into the thin tube. This stopper is formed from two buffers of fibrous material enclosing a powder that, upon contact with a liquid, transforms into an impermeable paste or gel that adheres to the inner wall of the tube, thus making the stopper leak-proof.

[0007] Systems for the treatment and, in particular, the printing of tubes are known, comprising a printing machine and a storage device that is arranged and set up at the output of the machine to receive the tubes after printing.

[0008] Such a printing machine generally has a feed hopper of tubes at the entrance of the machine, a printing unit, a conveying device for the tubes from the hopper to the printing unit, and also from the printing unit to the outlet of the machine, where the tubes are ejected and fall into the storage device.

[0009] In these printing systems, the storage device consists of a container in the form of an open-topped box into which the tubes fall loosely.

[0010] The tubes are manually removed from the container by the operator and transferred in a more or less orderly manner to a storage area for temporary storage prior to a later processing step, such as filling or welding these tubes.

[0011] Treatment plants, and in particular those for filling and welding tubes, are also known, comprising a filling and welding machine set up to fill and weld tubes, a movable carrier set up to receive the tubes and convey them to the filling and welding machine, and a feeding and positioning device for the tubes on the movable carrier.

[0012] Such a system is described, for example, in European patent application EP 1 125 870.

[0013] The filling and welding machine conventionally includes a vacuum pump and filling needles mounted on a cart and set up to interact with the tubes and ensure their filling.

[0014] The filling and welding machine also includes a welding station designed to weld the ends of the tubes after filling.

[0015] The movable carrier is generally formed by conveyor belts, each having a multitude of grooves forming receptacles designed to receive the tubes in a predetermined orientation.

[0016] The movable carrier is designed to transport the tubes arranged on it from the feeding and positioning device to the filling needles of the filling and welding machine for filling the tubes, then from the filling needles to the welding station for welding the tubes.

[0017] The feeding and positioning device includes a fixed feed hopper that is mounted on a frame of the system and set up to accommodate a large number of tubes.

[0018] The feed hopper is equipped with an inclined ramp and a vertical trough, and the feeding and positioning device further comprises a loosening roller for the tubes and a pallet that allows the tubes to pass from the inclined ramp to the vertical trough; for loading these tubes, three at a time, into the grooves of the conveyor belts that ensure the transport of the tubes to the filling and welding machine.

[0019] The tubes are manually removed by an operator from the temporary storage area to be forwarded and introduced into the feed hopper. SUBJECT OF THE INVENTION

[0020] The object of the invention is to provide a storage container for tubes that is set up to equip a treatment plant for such tubes, which is more convenient and efficient.

[0021] To this end, the invention proposes, in a first aspect, a container configured to at least temporarily store a plurality of tubes, each having a predetermined length and intended for storing a predetermined dose of a liquid-based substance, in particular animal seeds, wherein the container is configured to equip a treatment system for the tubes, which is provided with one or more machines for treating the tubes, characterized in that it comprises: - a passage opening for the tubes, which extends in at least one longitudinal direction that corresponds to a predetermined orientation of the tubes as they pass through; - a first part forming a receptacle for the tubes, and a second part forming a lid, wherein the first part is designed to be slidably inserted into the second part, so that the container has an opening configuration in which the first part is partially inserted into the second part, and the opening is free for the passage of the tubes through this opening in the predetermined orientation, and a closure configuration in which the first part is inserted into the second part, and the opening is closed by the second part to prevent the passage of the tubes through the opening;with the first part, which has a parallel-flat shape, and which has a first front wall in which at least part of the passage opening is provided, a first bottom wall opposite the first front wall, two first longitudinal walls that are opposite each other and each adjoin the first front wall and the first bottom wall and extend parallel to the passage opening, and two first side walls that are opposite each other and each adjoin the first front wall, the first bottom wall and the two first longitudinal walls; ; with each first side wall having two diagonals, each with a length less than or equal to the predetermined length of the tubes.

[0022] The container according to the invention, in its opening design, allows the first part forming a receiving area to be filled with tubes and also allows this first part forming a receiving area to be emptied.

[0023] It should be noted that the filling of the first part forming a receptacle can take place, for example, at the output of a tube printing machine; while the emptying of this first part forming a receptacle can take place, for example, at the input of a machine for filling and / or welding tubes.

[0024] The container is thus designed to be used both in a tube treatment plant comprising a tube printing machine, and in a tube treatment plant comprising a machine for filling and / or welding tubes, and in a tube treatment plant comprising these two machines.

[0025] Consequently, the container itself is sufficient to transfer the tubes from one treatment plant to another and / or from one treatment machine to others.

[0026] In other words, there is no need for additional storage to transport the tubes from one treatment unit to another and / or from one treatment machine to another. This implies that there is also no longer a need for an operator to manually collect the tubes and arrange them in such additional storage.

[0027] The container according to the invention, in its closure design, enables the storage of the tubes without the risk of leakage, unintentional emptying and thus loss of the tubes.

[0028] Moreover, the structure of the container, and in particular its longitudinal through-opening, allows the tubes to be received in their predetermined orientation in the first receiving part; while the fact that the diagonals of each of its first side walls have a length less than or equal to the predetermined length of the tubes prevents the latter from turning over, or in other words, allows the tubes to be kept in their predetermined orientation.

[0029] It should be noted that the container is therefore particularly convenient, especially when the treatment machines are removed, and when this requires the transport of the tubes.

[0030] Maintaining the tubes in their predetermined orientation during potential transport also implies that it is no longer necessary for an operator to manually grasp the tubes to return them to their predetermined orientation before a treatment step.

[0031] According to preferred, simple and convenient features of the container according to the invention: - the first part comprises an interior space and a guide ramp formed by a first section of the first front wall extending from the junction of this latter with one of the two first longitudinal walls, and by a second inclined section extending the first section forming the guide ramp and extending into the interior space of the first part; - the first section and the second inclined section forming the guide ramp connect to each other in the area of ​​a connection that defines a first inner longitudinal edge of the first front wall and that partially limits the passage opening; - the second inclined section forming the guide ramp has an angle of inclination of less than or equal to approximately 20° in relation to the first longitudinal wall from which the first section forming the guide ramp extends; - the second inclined section forming the guide ramp extends until it connects to the first longitudinal wall from which the first section forming the guide ramp extends; - the first part has a longitudinal strip forming a recess in the first front wall, which is bounded at least by a first inner longitudinal edge of the first front wall and by two opposing side edges on the first part, the longitudinal strip forming a recess that at least partially defines the passage opening; - the two side edges are formed on the two first side walls, so that the longitudinal strip extends from one to the other of these latter; - the first part has a cutout provided in the first front wall and opens into the longitudinal strip forming the recess on the side opposite the inner longitudinal edge; - the second part forming the lid has a parallel-flat shape and comprises a second front wall, a second bottom wall opposite the second front wall, a second longitudinal wall adjoining the second front wall and the second bottom wall, two second side walls opposite each other and each adjoining the second front wall, the second bottom wall and the second longitudinal wall, and an insertion opening of the first part into an interior of the second part; - the interior of the second part is bounded by the second front wall, the second bottom wall, the second longitudinal wall and the second side walls; while the insertion opening is bounded by a free front edge of the second front wall, a free bottom edge of the second bottom wall and two free side edges of the second side walls; - the second part has at least one first cutout which is provided in both the second longitudinal wall and in one of the second side walls, second front wall and second bottom wall; - the at least one first cutout has a section provided in one of the second side walls, second front wall and second bottom wall, which is arranged to be at least partially opposite the first part in both the closed configuration and the open configuration in which the first part is partially inserted into the second part; - the second part has a second cutout that is entirely located in the second longitudinal wall; - is the through-opening formed entirely in the first part, or is the opening limited by a longitudinal edge of the first part and by a longitudinal edge of the second part, which is located opposite the longitudinal edge of the first part; - the container includes a device for locking the position of the first part in relation to the second part, which is designed to prevent the container from freely moving from one of its opening and closing configurations to the other; - the locking device on the first part comprises one of the at least one projecting wing and one of the at least one notch, and on the second part comprises the other of the at least one projecting wing and the other of the at least one notch, wherein the at least one projecting wing is configured to be inserted into the at least one notch in the closure configuration of the container or in the opening configuration of the container, in which the first part is partially inserted into the second part; and / or - the at least one projecting wing is formed by a first incision provided in one of the first front wall, first bottom wall and first side walls of the first part, wherein the at least one notch is formed by a second incision provided in one of the second front wall, second bottom wall and second side walls of the second part; wherein in the closure configuration of the container, in which the at least one projecting wing is received in the at least one notch, and in the opening configuration, in which the first part is partially inserted into the second part, a free edge of one of the second front wall, the second bottom wall and the second side walls of the second part lies on the at least one projecting wing.

[0032] The invention also relates, in a second aspect, to a system for treating tubes, comprising at least one machine for treating tubes and a container as defined above.

[0033] According to preferred, simple and convenient features of the system according to the invention: - the container includes an identification carrier configured to encode information that identifies the tubes stored in the container, and includes the at least one treatment machine and a control and regulating unit configured to locate the encoded information in the identification carrier and to control and regulate the at least one treatment machine based on the information located; - the at least one treatment machine is a tube printing machine configured to eject the tubes in the predetermined orientation at the machine's output, and the container is arranged at the machine's output to receive the tubes through the through-hole; and / or - the at least one treatment machine is a machine for filling and / or welding tubes, comprising a feed hopper designed to receive the container for emptying the latter. List of characters

[0034] The description of the invention is followed by a detailed description of exemplary embodiments, which are listed below with reference to the accompanying drawings and are illustrative and not limiting in nature. These drawings show: - presents Fig. Figure 1 shows in perspective a storage container according to the invention in a closure design in a horizontal position and partially filled with tubes, here in an ordered state and visible; - presents Fig. 2 in perspective and in an isolated way a first, recording-forming part of the in Fig. 1 shown container; - is Fig. 3 a view which in plan view a detail of the first, recording part, which in Fig. 2 is shown, represents; - presents Fig. 4 in perspective and in an isolated way a second, lid-forming part of the in Fig. 1 shown container; - are the Fig. 5 and Fig. 6 Plan views of a side wall or a bottom wall of the second part, which forms a lid, which is in Fig. 4 is shown; - presents Fig. 7 den in Fig. 1 shows the container in the closure version in a vertical position and here without tubes; - are the Fig. 8 and Fig. 9 perspective views from two different viewpoints of the in Fig. 7 container shown, here in an opening design in which the first part, forming a receptacle, is partially inserted into the second part, forming a lid; - Fig. 10 a perspective view similar to that of the Fig. 8 is shown here in the opening version, in which the first part, forming a receptacle, is separated from the second part, forming a lid; - presents Fig. Figure 11 schematically depicts a treatment plant, in particular for printing, of tubes for storing animal semen, comprising a first treatment machine and the [unit of measurement] in the Fig. 1 to Fig. 10 storage containers shown, here in a horizontal position and in an opening design in which the first part, forming a receptacle, is partially inserted into the second part, forming a lid; - presents Fig. 12 partially in top view the plant of Fig. 11 dar; - is Fig. 13 a sectional view of the container designated XIII-XIII of the Fig. 12; - presents Fig. 14 schematically in perspective another treatment plant, in particular for filling and welding, of tubes for storing animal semen, comprising a feeding and positioning device, a movable carrier and a second treatment machine; - represent Fig. 15 and Fig. Figure 16 shows a feed hopper of the feed and positioning device seen separately from two different perspectives; - presents Fig. 17 in perspective an enlargement of part of the facility of Fig. 14, which does not have a feeder funnel; - are the Fig. 18 and Fig. 19 median section views, some of which are in Fig. The system shown in section 14 includes the storage container, which is located particularly in the Fig. 1 to Fig. 10 is shown, in which the feed hopper is arranged, here in an inclined vertical position, in a closed configuration in which the first part forming a receptacle is inserted into the second part forming a lid, and in an open configuration in which the first part forming a receptacle is partially inserted into the second part forming a lid; and - are the Fig. 20 and Fig. 21 views of the first part forming a receptacle or the second part forming a cover, particularly in the Fig. 1 to Fig. 10 storage containers shown, here in their folded state. DETAILED DESCRIPTION OF EXAMPLES OF EXECUTION

[0035] Fig. 1 represents a container 1 for at least temporary storage of tubes 2 , here partly with such tubes 2 filled, there.

[0036] The container 1 The design shown here is a closure in which the tubes cannot escape, making it possible to transport them in a convenient and safe manner.

[0037] The tubes 2 Each has a predetermined length and is designed to hold a predetermined dose of a liquid-based substance, particularly animal seeds.

[0038] The tubes 2Conventional devices for storing animal seeds consist of a thin plastic tube and a stopper (not shown) inserted into the tube. This stopper is formed by two buffers of fibrous material enclosing a powder that, upon contact with a liquid, transforms into an impermeable paste or gel that adheres to the inner wall of the tube, thus making the stopper leak-proof.

[0039] For each tube 2 The plug is inserted into the thin tube, positioned near one end of the tube. 2 is located. In practice, the tubes are 2 in the container 1 each with its end positioned near the plug, which is on the same side of the container 1 is skilled.

[0040] The container 1 is set up to provide a facility for treating the tubes 2to equip with one or more machines for treating the tubes 2 is provided.

[0041] The system can be set up such that container 1 is located at the outlet of a treatment machine to collect the tubes treated by that machine. 2 to absorb, or that the container 1 is located at the entrance of a treatment machine in order to supply the latter with the tubes to be treated.

[0042] Such treatment facilities are described later in this application.

[0043] The container 1 includes a through-opening 5 (visible in Fig. 1) for the tubes 2 , which at least in one longitudinal direction correspond to a predetermined orientation of the tubes 2 for their passage.

[0044] The container 1 includes a first part 3, which provides a recording for the tubes 2 forms, and a second part 4, which forms a lid, each of the first and second parts being made of plastic, here recyclable plastic, for example polyethylene terephthalate (PET).

[0045] The first part 3 is set up to smoothly transition into the second part 4 to be used, so that the container 1 an opening design (in the Fig. 8, Fig. 9, Fig. 11 to Fig. 13 and Fig. 19) shows, in which the first part 3 partially in the second part 4 is installed, and the opening 5 for the passage of the tubes 2 through this opening 5 is free in the predetermined orientation, and a closure design (in the Fig. 1, Fig. 7 and Fig. 18 shown), in which the first part 3 in the second part 4is installed, and the opening 5 through the second part 4 is sealed to prevent the passage of the tubes 2 through the opening 5 to prevent.

[0046] The first part is now in more detail. 3 with reference to the Fig. 2 and Fig. 3 described.

[0047] The first part 3 It has a parallel-flat shape, here a rectangular parallel-flat shape, and includes a first front wall. 6 , in which at least part of the passage opening 5 The plan is to construct a first floor wall 7 opposite the first front wall 6 , two first longitudinal walls 8 , which are opposite each other and each attached to the first front wall 6 and the first floor wall 7 connect and run parallel to the opening 5extend, and two first side walls 9, which are opposite each other and each adjoin the first front wall 6 , the first floor wall 7 and the first two longitudinal walls 8 connect.

[0048] The first front wall 6 , the first floor wall 7 , the first two longitudinal walls 8 and the first two side walls 9 define an interior space 24 of the first part 3 .

[0049] Every first side wall 9 has two diagonals (dashed lines in Fig. 2 shown) each of which has a length less than or equal to the predetermined length of the tubes 2 have.

[0050] More precisely, this extends to each first side wall 9 each diagonal in the plane of this side wall 9 from the connection between the first front wall 6 and one of the first two longitudinal walls 8up to the connection between the first floor wall 7 and the other of the two first longitudinal walls 8 ; so that the two diagonals intersect each other.

[0051] The two diagonals have the same length, since the first part 3 here has a rectangular, parallel-flat shape.

[0052] This prevents the tubes from moving around inside the room. 24 of the first part 3 to turn around, thus enabling them to remain in their predetermined orientation.

[0053] The first front wall 6 has a U-shaped section 11 and a longitudinal strip section 12 on, which are on both sides of a longitudinal strip 10 are arranged, which has a recess in this front wall 6 educates.

[0054] The U-shaped section 11 has two side stripes 13 on, each extending partially along a first respective side wall 9extend, and a ground strip 14, which runs along one of the first longitudinal walls 8 extends and the side stripes 13 connects.

[0055] Each side stripe 13 extends lengthwise from the first side wall 9 , which he partially extends to an inner edge 15 the first front wall 6 at a distance from the respective first side wall 9 .

[0056] Each side stripe 13 extends across the ground strip 14 up to a second inner longitudinal edge 16 the first front wall 6 at a distance from the ground strip 14 .

[0057] The strip of ground 14 extends lengthwise from one of the side walls 9 to the other and extends transversely from the first longitudinal wall 8 , which he extends to a third inner longitudinal edge 17 the first front wall6 at a distance from the respective first longitudinal wall 8 .

[0058] The first part 3 It also shows a section 21 of rectangular shape, located in the first front wall 6 provided and laterally from the inner edges 15 , along the third inner longitudinal edge 17 as well as the longitudinal strip forming a recess 10 , into which the excerpt 21 in the area of ​​the inner longitudinal edge 16 It flows into, is limited.

[0059] It should be noted that the inner longitudinal edge 16 thus a break between the two side stripes 13 of the U-shaped section 11 exhibits, which is schematically represented by a dotted line in Fig. 2 is shown.

[0060] The strip section 12 the first front wall 6 extends lengthwise from one of the first side walls 9to the other along the first longitudinal wall 8 , which is opposite the one that is from the strip of land 14 of the U-shaped section 11 will be extended.

[0061] The strip section 12 extends across from the first longitudinal wall 8 , which he extends to a first inner longitudinal edge 18 the first front wall 6 .

[0062] The longitudinal strip forming a recess 10 , which is in the first front wall 6 As provided, it is from the first and second inner longitudinal edges. 16 and 18 , which are opposite each other, and from two side edges 19 and 20 on the first part 3 , which are opposite each other, limited.

[0063] The two side edges 19 and 20 are each on one of the respective two first side walls 9 formed so that the longitudinal stripe10 from one of the latter to the other.

[0064] It should be noted that the excerpt 21 in the longitudinal stripes 10 on the first inner longitudinal edge 18 it flows into the opposite side.

[0065] The first part 3 It also includes a guide ramp. 22 , which are from the strip section 12 the first front wall 6 and from an inclined section 23 is formed, which forms the strip section 12 extended and located in the interior space 24 of the first part 3 extends.

[0066] The strip section 12 and the inclined section 23 connect to each other in the area of ​​a junction that forms the first inner longitudinal edge 18 the first front wall 6 defined and partially the passage opening 5 limited.

[0067] The inclined section 23It exhibits an angle of inclination of approximately 20° in relation to the first longitudinal wall. 8 on, from which the strip section 12 extends.

[0068] More generally, this angle of inclination can be less than or equal to approximately 20°.

[0069] The inclined section 23 extends until it reaches the first long wall 8 adjoins, from which the strip section 12 extends.

[0070] This guide ramp 22 It allows for the closure design of the container. 1 and during the transition to its open design, at least temporarily the tubes 2 inside 24 of the first part 3 to keep.

[0071] This guide ramp 22 Furthermore, it allows for the opening design of the container. 1, emptying tube 2 into a funnel of a treatment machine for a later treatment step of the tubes 2 , for example, to facilitate filling and / or welding of these latter (see later).

[0072] The first part 3 is furthermore provided with two projecting wings 25, one of which is detailed in Fig. Figure 3 shows the part of a device for locking the first part. 3 of the container 1 in position in relation to the second part 4 of the container 1 is.

[0073] This locking device of the container 1 is set up to hold the container 1 to prevent it from freely transitioning from one of its opening and closing configurations to the other.

[0074] Each projecting wing 25 is formed here by a first incision, which is in the first floor wall 7of the first part 3 is planned.

[0075] The projecting wings 25 are each at the same distance from one of the two first longitudinal walls 8 arranged and lying at the same height on the floor wall 7 opposite.

[0076] Each projecting wing 25 jumps from the connection between the first floor wall 7 and one of the first side walls 9 in the extension of this side wall 9 before.

[0077] Each projecting wing 25 exhibits a contour comprising a curved section 26 , which leads to the first longitudinal wall 8 turned, which is located on the side where the guide ramp is 22 and / or the opening 5 is located, and a straight section 27 , which corresponds to the curved section 26 opposite and to the other long wall 8is skilled.

[0078] The curved section 26 extends from the bottom wall 7 at a distance to the respective first side wall 9 up to a free edge; while the straight section 27 also extends from the floor wall 7 at a distance from the respective first side wall 9 extends until it reaches the curved section 26 adjoins the area of ​​the free edge.

[0079] It should be noted that the first cut is planned when the container 1 in its folded state (visible in Fig. 20) is located in the area of ​​a connection between the first floor wall 7 and one of the first side walls 9 , then the wing 25 when folding the floor wall 7 in relation to the side wall 9 along their connection during the forming of the container 1 protrudes.

[0080] The second part is now in more detail. 4 with reference to the Fig. 4 to Fig. 6 described.

[0081] The second part, forming a lid 4 has a parallel-flat, here a rectangular parallel-flat, shape and has a second front wall. 28 , a second floor wall 29 opposite the second front wall 28 , a second longitudinal wall 30 , which are attached to the second front wall 28 and the second floor wall 29 connects, two second side walls 31 , which are opposite each other and each attached to the second front wall 28 , the second floor wall 29 and the second longitudinal wall 30 connect, on.

[0082] The second part 4 It also includes an interior 32 , which is from the second front wall 28 , the second floor wall 29 , the second longitudinal wall 30 and the second side walls 31is limited, as well as an opening 33 to introduce the first part 3 into this interior 32 on.

[0083] The second front wall 28 , the second floor wall 29 and the two second side walls 31 each have a free front edge 34 , a free edge of the ground 35 or two free side margins 36 on, which are located on the opposite side of the longitudinal wall 30 condition.

[0084] The free edge of the ground 35 is located opposite the free front edge 34 , while the two free side margins 36 opposite each other and each at the free edge of the ground 35 and the free front edge 34 connect.

[0085] The free front edge 34 , the free edge of the ground 35 and the two free side margins 36 together limit the introduction opening 33 .

[0086] The second part 4 is furthermore equipped with two notches 44 provided which part of the device for locking the first part 3 in position relative to the second part 4 is, and every notch 44 is designed to be equipped with a respective projecting wing 25 of the first part 3 to cooperate.

[0087] Each notch 44 is formed here by a cut that is in the second floor wall 29 at the connection between the latter and one of the second side walls 31 is planned.

[0088] The notches 44 are each at the same distance from the second longitudinal wall 30 and opposite each other at the same height on the second floor wall 29 arranged.

[0089] The second part 4 furthermore, it shows two initial sections. 37on, each of which is located in the second longitudinal wall 30 as well as in one of the two second side walls 31 are planned.

[0090] More precisely, each initial section shows 37 a longitudinal section 38 on, which is in the second longitudinal wall 30 is provided for, and a side section 39 , which is located in the respective second side wall 31 is planned.

[0091] The longitudinal section 38 is bounded by a first U-shaped contour 40, which has two opposite ends, through which the first U-shaped contour 40 to the connection between the second longitudinal wall 30 and the respective second side wall 31 connects.

[0092] The side section 39 is defined by a second U-shaped contour 41 limited, which has two opposite ends, through which the second U-shaped contour is formed. 41to the connection between the second longitudinal wall 30 and the respective second side wall 31 connects.

[0093] The side section 39 It has an elongated shape and is longer than the longitudinal section 38 .

[0094] The first two excerpts 37 are opposite each other.

[0095] The second part 4 It also has a second section 42 on (visible in Fig. 7), which is entirely in the second longitudinal wall 30 is planned.

[0096] This second excerpt 42 is defined by a third circular contour 43 limited and is essentially located in the middle of the second longitudinal wall 30 in alignment with the first cutouts 37 planned.

[0097] The closure and opening mechanisms of the container are now described in more detail. 1to support the Fig. 7 to Fig. 10 described.

[0098] In Fig. 7 is the container 1 shown in its closed position and in an upright, i.e. vertical, position.

[0099] In this type of container closure 1 is the first part 3 completely in the second part 4 inserted so that the opening and the longitudinal strip of the first part 3 through the second front wall 28 of the second part 4 are concealed. It is therefore not possible to see the tubes. 2 into the container 1 to introduce or extract from it.

[0100] In the vertical position of the container 1 the first longitudinal walls extend 8 of the first part 3(of which only one is partially visible) and the second longitudinal wall 30 each in a substantially horizontal plane; while the first side walls 9 (only one is partially visible), the first front wall and the first bottom wall (not visible) of the first part 3 as well as the second side walls 31 (only one is visible), the second front wall 28 and the second floor wall (not visible) each extend in a substantially vertical plane.

[0101] The container is in this vertical position. 1 on the first longitudinal wall 8 of the first part 3 , which is located on the side where the opening and the guide ramp (not visible) are located, and on the free front edge 34, the free bottom edge (not visible) and the two free side edges 36 of the second part 4 .

[0102] In the container's closure design 1 are the projecting wings (not visible) of the first part 3 each into a respective notch 44 of the second part 4 introduced to determine the positioning of the first and second parts 3 and 4 to lock in relation to each other, or in other words, to secure the first part 3 to prevent being free in relation to the second part 4 to glide.

[0103] This prevents the container from opening unintentionally. 1 prevent, and the transport of the tubes 2 in the container 1 Made convenient and safe.

[0104] In the locking mechanism, the side section 39 of each first excerpt 37 here entirely or almost entirely opposite a section of the respective first side wall 9 of the first part 3 arranged; and is the longitudinal section 38of each first excerpt 37 here entirely or almost entirely opposite a section of the first longitudinal wall 8 arranged on the side opposite the guide ramp and / or the opening (not visible).

[0105] To switch from the closed version to the open version of the container 1 , which are in the Fig. 8 and Fig. 9 can be seen, in which the first part 3 partially in the second part 4 Once inserted (and thus partially pulled out), a user can apply pressure, for example with a finger, to the first longitudinal wall. 8 over the longitudinal sections 38 of the first cutouts 37 exercise to complete the first part 3 of the container 1 in relation to its second part 4 through the introduction opening 33 to allow the latter to slide and thus this first longitudinal wall 8from the second longitudinal wall 30 to remove.

[0106] The user can therefore view the second section. 42 operate to access the first part 3 to press and / or to select the second part 4 to keep.

[0107] The position of the first and second cutouts 37 and 42 It allows the user to use only one hand to operate both the second part. 4 to maintain as well as putting pressure on the first part 3 about the first excerpts 37 to exercise.

[0108] The gliding of the first part 3 in relation to the second part 4 of the container 1 This can only occur if the user applies sufficient pressure to first push the protruding wings forward. 25 out of the notches 44 to pull and thus leave a locked position.

[0109] This pulling out is facilitated by the curved sections. 26 the wing 25 facilitated, which makes it possible to remove them from the notches 44 to free without the wings 25 and the notches 44 be damaged.

[0110] In the Fig. 8 and Fig. The opening design shown in 9 is the container 1 in a vertical position and is only standing on the first long wall 8 of the first part 3 , which is located on the side where the opening 5 and the guide ramp 22 are arranged.

[0111] A section of the first part 3 , which forms the longitudinal stripe 10 and the opening 5 encompasses, protrudes from the interior 32 of the second part 4 out, so that neither the longitudinal stripe 10 still the opening 5 (at least partially) through the second front wall 28of the second part 4 are hidden.

[0112] The opening 5 This is therefore at least partially responsible for the insertion and removal of the tubes. 2 accessible.

[0113] It should be noted that this is the inclined section. 23 the guide ramp 22 in a vertical position of the container 1 allows, at least temporarily and partially, the tubes 2 in the interior 24 of the first part 3 to keep.

[0114] The opening 5 is entirely separated from the longitudinal stripe here 10 formed, which creates a recess and is located in the front wall 6 of the first part 3 between the first longitudinal edge 18 and the second inner longitudinal edge (not visible) of the first front wall 6 is planned.

[0115] It should be noted that the arrangement of the straight sections 27 the projecting wings25 in relation to the arrangement of the second inner longitudinal edge (not visible) of the first front wall 6 , namely that they are at the same height in relation to that of the first longitudinal wall 8 defined horizontal plane, which is located on the side where the opening 5 and the guide ramp 22 are arranged, causes the free front edge 34 the second front wall 28 of the second part 5 opposite the second inner longitudinal edge (not visible) of the first front wall 6 is arranged; so that the opening 5 here also from the first inner longitudinal edge 18 of the first part 3 and the free front edge 34 the second front wall 28 is educated or limited.

[0116] As an alternative, the opening can 5 from the first inner longitudinal edge 18 of the first part 3 and the free front edge 34the second front wall 28 be limited, without the latter being opposite the second inner longitudinal edge (not visible) of the first front wall 6 is located.

[0117] In this opening design of the container 1 , in which the first part 3 partially in the second part 4 When installed, the free edge of the floor lies 35 the second floor wall 29 of the second part 4 on the straight sections 27 the projecting wings 25 .

[0118] This is how the second part will be 4 in relation to the first part 3 held in position, and there is no risk of it sliding downwards and unintentionally opening the door. 5 closes.

[0119] This opening design of the container 1 , in which the first part 3 partially in the second part 4When deployed, it enables, as will be described later, in particular the container 1 , the tube 2 contains, to be arranged in a feed hopper of a machine for the treatment of tubes.

[0120] In a variant not shown, the second part may be provided with at least one additional notch, for example near its free bottom edge. 35 is intended to accommodate at least one of the projecting wings, in order to form the first part 3 , which partly extends into the second part 4 It is inserted to be locked in position.

[0121] In this opening design of the container 1 , in which the first part 3 partially in the second part 4 The section is inserted 39 of each first excerpt 37 partially only opposite a small section of the respective first side wall 9of the first part 3 arranged so that the first longitudinal wall 8 opposite the second longitudinal wall 30 essentially in the area of ​​the bottom of the U of the respective first cutouts 37 is located.

[0122] In other words, the side section indicates 39 each section 37 a slightly greater length than the distance between the straight section 27 the wing 25 and the horizontal plane extending from the first longitudinal wall 8 is defined as being located on the side where the opening is 5 and the guide ramp 22 are located.

[0123] Fig. 10 represents the container 1 in a further opening design, in which the first part, forming a recess 3 completely pulled out and thus separated from the second part, which forms a lid 4 is separated.

[0124] In this version, the free front edge is located 34 , the free bottom edge (not visible) and the two free side edges 36 (only one is visible) of the second part 4 at a distance from the first longitudinal wall 8 of the first part 3 , which is opposite the one located on the side where the opening 5 and the guide ramp 22 are arranged.

[0125] In this version, not only the opening 5 accessible, but this is also true for the excerpt 21 the case that is in the first front wall 6 of the first part 3 is planned.

[0126] Nevertheless, even in this version, the complete and rapid emptying of the tubes is possible. 2 not automatically, as these latter are temporarily in the interior 24 of the first part 3 especially through the side stripes 13of the U-shaped section 11 the first front wall 6 , where the tubes 2 at least partially; and from the inclined section 23 the guide ramp 22 be held back.

[0127] To support the Fig. 11 to Fig. 19 now describe systems for the treatment of tubes, comprising at least one machine for the treatment of tubes and the container 1 .

[0128] Fig. 11 represents a facility 201 for the treatment of tubes 2, which here is a system for printing the tubes, comprising a treatment machine 203 , here is a machine for printing tubes, as well as a device 204 for at least temporary storage of the tubes 2 , which are at the output of the treatment machine 203 is arranged.

[0129] The step of printing the tubes 2is characterized by the fact that a predefined marking (not shown) is applied to each tube, for example a marking for identification, which in particular relates to a tube batch number, the origin and / or the purpose of the animal semen, etc.

[0130] The printing press 203 includes a feed funnel at the entrance 205 the tubes 2 , a pressure unit 206 , which is set up to apply the predefined marking to each tube 2 to apply, and a device 207 for transporting the tubes 2 from the feed funnel 205 up to the printing unit 206 and also from the printing unit 206 to the exit of the printing press 203 , where the tubes are ejected in a predetermined orientation to be placed in the storage device 204 to be accepted.

[0131] The printing press 203 also includes a frame 208 with a support plate 209 , on which the feeder funnel 205 is permanently mounted.

[0132] The feed funnel 205 includes two opposing longitudinal walls 210 , two opposing side walls 211 , each attached to the two long walls 210 connect, as well as a sloping floor wall 212 , each attached to the longitudinal 210 and side walls 211 connect.

[0133] The feed funnel 205 It therefore has a cavity 213 up, which is from the longitudinal 210 , page- 211 and floor walls 212 limited and set up to hold the tubes 2 for their positioning on the conveyor device 207 to record.

[0134] The feed funnel 205 is on the support plate 209 with one of its side walls211 attached and further includes a system for draining the tubes 2 , which is essentially located at the connection between the floor wall 212 and the side wall 211 , which are on the support plate 209 is attached, located and set up to individually place the tubes onto the conveying device 207 for their forwarding to the printing unit 206 to lay.

[0135] The printing press 203 also includes a system 214 to move the tubes 2 , which adjoins the feed hopper and has moving elements (not shown) designed to handle the tubes 2 in the cavity 213 of the feed hopper 205 to cooperate.

[0136] The conveyor device 207 is from a groove 215 formed, which run lengthwise in the body of the frame 208 is provided and has a holder for the tubes 2educates.

[0137] The conveyor device 207 is also equipped with rollers 216 formed, which are in the groove 215 arranged and regularly along this groove 215 between the entrance and the exit of the printing press 203 are planned.

[0138] The conveyor device 207 includes a rotary drive mechanism for the rollers 216 , to facilitate the forwarding of the tubes 2 to enable this when they are in the recording.

[0139] The conveyor device 207 also includes at one end 218 the groove 215 at the output of the printing press 203 a swivel caster 217 , which rotate freely in the groove 215 is mounted and set up to hold the tubes 2 to keep them in their predetermined orientation when they are ejected from the groove 215 to be placed in the storage device 204 to be accepted.

[0140] The pressure unit 206 includes a carrier 219 , which has a fixed part that is mechanically and firmly attached to the frame 208 of the printing press 203 is connected, and a movable part (not visible in the figures) which is arranged to move in relation to the fixed part under the action of an adjusting wheel. 220 of the carrier 219 to be movable.

[0141] The pressure unit 206 also includes a printhead 221 , which is located on the movable part of the carrier 219 is attached so that it is adjustable in position, and a cord 222, also called umbilical cord, which is set up to supply the printhead in particular with printing ink to print the markings onto the tubes 2 to raise.

[0142] The pressure unit 206 also includes a paint box 223 , which is on the rack 208arranged and between the printhead 221 and the groove 215 is planned.

[0143] The paint box 223 is with a groove 224 provided, perpendicular to the groove 215 is arranged and partially interrupts them.

[0144] This groove 224 has two through openings (not visible in the figures) that are opposite each other and oriented along the longitudinal axis of the groove 215 to create a passage for the tubes 2 through the paint box 223 to form.

[0145] It should be noted that the printhead 221 perpendicular to the groove 224 of the paint box 223 in the area of ​​the groove 215 , in which the tubes 2 It is arranged to surround, and its position is adjustable for printing.

[0146] It should be noted that the paint box 223is set up here to hold the tubes 2 to allow it to pass through and enable it to print, with the rollers 216 , which are located in sections of the groove 215 in the immediate vicinity of the printhead 221 are located, protected from possible paint splashes.

[0147] The pressure unit 206 also includes a sensor 225 , which is set up to detect the presence of the tubes in the utility 215 directly upstream to the paint box 223 and thus to the printhead 221 to capture, in particular to allow the printing to be triggered.

[0148] It should be noted that the container 1 Furthermore, here is an identification token. 45 includes, which here on its second part 4 It is arranged and set up to contain information that is in the container 1 stored tubes 2 to identify, to code, while the printing press203 a control and monitoring unit (not shown), which is designed to monitor the information contained in the identification medium 45 to find coded information and the printing press 203 to control based on the information found.

[0149] The identification carrier 45 For example, it can encode a batch number that is found by the control and monitoring unit and printed by the printing unit. 206 on each of the tubes 2 can be printed before being placed in the container 1 be stored.

[0150] The identification carrier 45 This could be, for example, a one-dimensional, two-dimensional, or three-dimensional barcode printed on the container. 1 is printed, while the control and monitoring unit is equipped with an image sensor to take a photograph of the barcode; or the identification medium 45It can also be an RFID or NFC chip, while the control unit is equipped with an RFID or NFC chip reader.

[0151] The storage device 204 is in a predetermined position at the output of the printing press opposite the end 218 of the groove 215 arranged, from where the tubes 2 They will be ejected so that they can be collected for at least temporary storage.

[0152] The storage device 204 includes the container 1 with the through-opening 5 for the tubes 2 , which at least partially in the first part 3 of the container, which extends at least in a longitudinal direction corresponding to the predetermined orientation of the tubes 2 , when they are ejected, corresponds to a motion system 232 which is set up to move the container 1 perpendicular to the longitudinal direction of the opening 5to drive in a back-and-forth movement between a first position and a second position (not shown) at a distance from the first position.

[0153] The ones in the container 1 recorded tubes 2 are set in motion in relation to each other in order to be in an organized state within the container 1 to be ordered.

[0154] Fig. 12 shows the container 1 in its first position (its second position is not shown). The first and second positions are located in the same horizontal plane. The bearing device 204 is set up to receive the tubes 2 in the container 1 to enable both in his first position and in his second position.

[0155] The end is located in each of these first and second positions. 218 the groove 215 opposite the opening 5of the container 1 , to put it in the tubes 2 to allow access to the container 1 through the opening 5 to fall, regardless of whether the container 1 from the movement system 232 is powered or not.

[0156] The back-and-forth movement is periodic, with a period that, for example, lies between 0.1 and 1 second, and an amplitude that, for example, lies between 5 and 20 millimeters. These example values ​​naturally depend on the dimensions of the aperture. 5 , the dimensions of the tubes 2 for example, in length and diameter, or in terms of the initial velocity of the tubes. 2 and the relative position of the container 1 in relation to the pressure unit 206 away.

[0157] It is now with reference to Fig. 13 the musculoskeletal system 232 described.

[0158] The movement system232 includes a base 260 and one in relation to the base 260 movable plate 261 .

[0159] The record 261 is set up to hold the container 1 to be worn in a predetermined fixed position.

[0160] The record 261 includes a floor wall 262 , which is flat, with two longitudinal edges 263 , which are opposite each other and protrude from the floor wall 262 protrude, and two lateral edges (not shown), which are opposite each other, from the base wall 262 protrude and each at the two long edges 263 connect.

[0161] The side and longitudinal edges 263 together with the flat floor wall 262 a receiving room that is set up to hold the container 1 to partially absorb.

[0162] In the filling version, the only second longitudinal wall 30 of the second part is reached. 4of the container 1 on one of the long edges 263 to the stop, with every second side wall 31 of the second part 4 and a section of each first side wall 9 of the first part 3 on one of the side edges 263 to reach a stop, whereby one of the two first longitudinal walls 8 of the first part 3 on the other of the longitudinal edges 263 reached its limit, and the second floor wall 29 of the second part 4 and a section of the first floor wall 7 of the first part 3 on the flat floor wall 262 to reach the limit.

[0163] In the filling version, the container can 1 therefore not free in the recording space of the plate 261 move, even when it is set in motion.

[0164] The Fig. 14 to Fig. 19 represent a system for the treatment 301 of tubes, which here is a system for filling and welding the tubes 2 is and a treatment machine 303, here a machine for filling and welding tubes 2 , a movable carrier 304 , which is set up to hold the tubes 2 to transport to the filling and welding machine 303, as well as a feeding and positioning device 305 the tubes 2 on the movable carrier 304 for filling and welding the tubes 2 includes.

[0165] The treatment machine 303 , the movable carrier 304 and the feeding and positioning device 305 are on a rack 306 the facility 301 assembled.

[0166] The filling and welding machine 303 includes a pump mechanism 307 , which is equipped in particular with a vacuum pump, filling nozzles 308, which are mounted on a first movable carriage 309 are mounted, suction nozzles 310 , which are on a second movable carriage 311 are mounted opposite the first movable carriage 309 is arranged, and a container of animal seeds 312 is provided.

[0167] The filling nozzles 308 and the suction nozzles 310 are set up to handle the tubes 2 to work together and ensure their fulfillment.

[0168] The filling nozzles 308 and the suction nozzles 310 are on the first and second moving carriages 309 and 311 mounted to run parallel to the length of the tubes 2 to be movable between a front filling position and a rear position.

[0169] The filling and welding machine 303 It also includes a welding station. 313 , which is set up to hold the ends of the tubes 2to weld after filling.

[0170] More precisely, the figure shows 14 tube 2 during interaction with filling nozzles 308 and suction nozzles 310 .

[0171] Before filling, the stopper of each tube must be removed. 2 near one of the ends of the tube. 2 arranged, and it is intended that in the filled state the animal semen dose contained in the tube 2 It is to be stored between the plug and a second of the ends of the pipe furthest from the plug.

[0172] To each tube 2 To fill, the first end of the pipe is inserted through the suction nozzle. 310 with the pump mechanism 307 connected, while the second end went through the filling nozzle 308 with the container 312 , which into the tube of the tube 2The seeds to be introduced are associated with it.

[0173] The air that was originally between the plug of the tube 2 and its second end is sucked in through the plug, while the seeds enter the tube of the tube. 2 penetrate until they reach its plug.

[0174] The filling nozzle 308 includes a needle 314 (visible in Fig. 17), which is connected to the container 312 is connected via a flexible line (not shown) which is attached to a section of the filling nozzle. 308 is connected.

[0175] The suction nozzle 310 includes a needle 316 , which is connected to the pump mechanism 307 via a flexible hose (not shown), which is connected to an attachment of the suction nozzle. 310 is connected.

[0176] The filling and welding machine 303 also includes clamping elements 315for each of the flexible lines that allow the fluid connection between the needle 314 and the container 312 and between the needle 316 and the pump mechanism 307 to interrupt or allow.

[0177] It should be noted that the first and second moving carriages 309 and 311 each with several filling 308 and suction nozzles 310 are equipped to allow the filling of multiple tubes 2 to enable this simultaneously.

[0178] The clamping elements 315 are set up to simultaneously ensure the fluid connection of all components connected to the filling system 308 and to interrupt or allow suction nozzles 310 connected lines.

[0179] The filling and welding machine 303 also includes solenoid valves 317 , which are set up to use at least one of the suction nozzles 310to bridge, whereby the flexible line which connects it to the pumping mechanism 307 connects, is disconnected.

[0180] If the tubes 2 When they are full, they are taken to the welding station. 313 transported and welded near the second end of the pipe or also near the first end of the pipe, then recovered to be stored cold.

[0181] The movable carrier 304 is from two conveyor belts 318 formed, each with a multitude of grooves that hold the recordings 319 form (visible especially in Fig. 17), which are set up to hold the tubes 2 to be recorded in a predetermined orientation.

[0182] The movable carrier 304 is set up to store the tubes thus placed on the latter. 2 from the feeding and positioning device 305 up to the filling and suction nozzles308 and 310 for filling the tubes 2 , then from these nozzles to the welding station 313 for welding the tubes 2 to transport.

[0183] The feeding and positioning device 305 includes a feed funnel 320 with an interior 321 , which is set up to accommodate a variety of tubes 2 to include, as well as a drainage channel 322 , encompassing an entrance opening 323 (visible in the Fig. 15, Fig. 18 and Fig. 19), which leads into the interior 321 of the feed funnel 320 empties in, and an exit opening 324 (visible in the Fig. 16, Fig. 18 and Fig. 19), which is set up to face recordings 319 of the movable carrier 304 to be ordered.

[0184] The feed funnel 320 is also designed to hold the container1 (visible in the Fig. 18 and Fig. 19) to empty the latter. To insert tubes into the machine 2 to supply the container 1 , which is now in its closed position, is inserted into the funnel 320 and then brought into its open position so that the tubes 2 Empty into funnel 320 (see below).

[0185] The filling and welding machine 303 may include a control and monitoring unit (not shown) similar to that of the printing press described above, which is set up to process the coded information in the container's identification carrier. 1 to locate and control this machine based on the information found.

[0186] The feeding and positioning device 305 It also includes a loosening system 325, which is set up to hold the tubes 2 in the interior 321 to set the feed hopper 320 in motion.

[0187] The attachment 1 It also includes a collection chamber 361 , to the tubes 2 to recover these latter after filling and welding, a control and monitoring screen 327 , which is connected to a control and monitoring unit (not shown) of the plant 1 connected, especially for the use of the steps of filling and welding the tubes 2 , as well as a supply and connection box 328 , which has an interface equipped with a variety of electrical and information connections, which are connected in particular to the control and monitoring unit.

[0188] The frame 306 the facility 1is at least partially covered by decorative panels, which here are particularly covered by a front panel 329 , two side panels 330 (of which only one in Fig. 14 is visible) and a posterior plate 331 are formed.

[0189] The feed funnel 320 includes two side walls 335 , which are opposite each other, a back wall 336 , which are attached to the two side walls 335 connects, and a front wall 337 , which is the back wall 336 opposite and also against the two side walls 335 connects, as well as an inclined floor wall 338, which each adjoins the side walls 335 and back wall 336 connects (see the Fig. 15 and Fig. 16).

[0190] The interior 321 of the feed funnel 320 is at least partially through each of the side walls 335 , the front wall 337, the back wall 336 and the floor wall 338limited.

[0191] The sloping floor wall 338 is made at least partially of electrically conductive material.

[0192] The side walls 335 , the front wall 337 and the back panel 336 are also made of electrically conductive material.

[0193] The feed funnel 320 furthermore includes at least one removable wedge 383 , which is set up to be used in its interior 321 on its front wall 337 to be assembled.

[0194] The wedge 383 It has an essentially parallel-flat shape and includes a mounting surface 384 , with which the wedge 383 on the front wall 337 is mounted, and a support surface 396 , which the mounting surface 384 opposite and is set up to provide a support for the first front wall 6 or for the second front wall 28 of the container1 to form when the latter is in the funnel 320 is recorded (see the Fig. 18 and Fig. 19).

[0195] The feed funnel 320 further comprises a first flange 341, which extends along the front wall 337 is arranged, as well as a second flange 342 , opposite the first flange 341 under the sloping floor wall 338 is arranged.

[0196] The feed funnel 320 is removable and features positioning claws 351 on each of the side walls 335 are provided for protruding.

[0197] The feeding and positioning device 305 It also includes a funnel support that is connected by a multitude of mounting bolts. 352 (visible in the Fig. 14 and Fig. 17) are formed on a U-shaped base 356 of the frame 306are attached to the system and set up to use the positioning claws 351 of the feed funnel 320 to work together; to position him in a predetermined position.

[0198] The side walls 335 and the back wall 336 are essentially flat here; while the front wall 337 with a first vertical section 339 and is provided with a second section 340, which extends from the first vertical section 339 up to the first flange 341 extends.

[0199] The second section 340 the front wall 337 has a sloping inner surface 343 up, which leads to the interior 321 is skilled, and an exterior surface 344 with an inclined section 345, which extends from the first vertical section 339 extends from, and a vertical section 346 , which extends from the inclined section 345up to the first flange 341 extends.

[0200] The sloping floor wall 338 extends from the vicinity of an upper edge 347 the back wall 336 until a free ending 350 this wall 338 , opposite a lower edge 348 the front wall 337 is arranged.

[0201] The open ending 350 the sloping floor wall 338 is above the second flange 342 arranged.

[0202] The drainage channel 322 is in the extension of the front wall 337 formed, extends between the first and second flanges 341 and 342 with its entrance opening 323, which is located in the area of ​​the free end 350 the sloping floor wall 338 is located, and which is in the interior 321 empties, and with its exit opening 324 , which their entrance 323opposite and is intended to be opposite recordings 319 of the movable carrier 304 to be ordered.

[0203] The feed funnel 320 It also includes several notches. 353 , which are in the sloping floor wall 338 are provided and located in the area of ​​the free end 350 the sloping floor wall 338 to flow into.

[0204] The feed funnel 320 It also includes several ribs 354 , which are on the sloping floor wall 338 and are designed to project into the interior space 321.

[0205] These ribs 354 extend across the entire sloping floor wall 338 from the back wall 336 to their free end 350 and extend the notches on both sides 353 .

[0206] The sloping floor wall 338 , the side walls 335 , the back wall 336 and the front wall 337are furthermore designed to create a lower cavity 349 under the sloping floor wall 338 opposite the interior 321 to omit.

[0207] The feed funnel 320 It is also equipped with a movable locking system 355 the drainage channel 322 provided that is located under the sloping floor wall 338 is located in the lower cavity 349.

[0208] This movable locking system 355 It has a locking position in which it is set up to at least partially close the exit opening. 324 the drainage channel 322 to close when the feeder funnel 320 not on the bolt 352 , which form the funnel support, is positioned; to facilitate the drainage of the tubes 2 to prevent.

[0209] The feeding and positioning device 305It also includes a mechanism designed to operate the movable locking system 355 to move from its closure position into a drainage position in which it is set up to be at a distance from the outlet opening 324 the drainage channel 322 to be determined when the serving judge 320 on the bolt 352 , which form the funnel support, is positioned; to facilitate the drainage of the tubes 2 to allow.

[0210] More precisely, the movable locking system includes 355 a staff 362 , which is on each side wall 335 is attached, and two articulated arms 357 in the area of ​​a bend 358 around the staff 362; wherein each arm 357 with a hook 359 is provided at a first end which is located in the area of ​​the exit opening 324 the gutter 322 located to facilitate the drainage of the tubes 2 to prevent.

[0211] The movable locking system 355 It also includes a cross brace. 360 (visible in the Fig. 18 and Fig. 19), which the arms 357 by connecting a second respective end, which is opposite the first respective end.

[0212] The movable locking system 355 It also includes two return springs. 363 , which around the staff 362 are arranged around and the arms 357 Apply rotational stress to the movable locking system 355 to bring it into its locking position.

[0213] The feeding and positioning device 305 also includes a slider. 364 , which is mounted on a T-shaped base 365 of the frame 306 the facility 301 is assembled and set up to access the facility and the crossbeam 360 and thus the arms 357 against the return springs 363to load; in order to allow the movable locking system to move from its locked position to its discharge position.

[0214] It should be noted that the slider 364 , the 360 ​​crossbar and the rod 362 here form the mechanism that is set up to operate the movable locking system 355 to allow it to move from its closure position to its drainage position.

[0215] The relaxation system 325 is provided with a movable part 326 which is designed to interact with the tubes 2 to get in touch and set them in motion (see Fig. 17).

[0216] The relaxation system 325 includes a loosening agent 370 and a mechanical connection interface designed to connect the moving part 326 the loosening agent 370 to be mechanically subordinated.

[0217] The moving part 326 and the loosening agent 370 are made of electrically conductive material.

[0218] The loosening agent 370 includes a first block 371 , which uses screws 372 on the T-shaped base 365 of the frame 306 the facility 301 is attached; as well as a second block 373 , from the first block 371 separated and with the help of screws 374 also on the T-shaped base 365 is attached.

[0219] The moving part 326 is on the first block 371 It is mounted and includes a rotary drive axle. 375 and several loosening fingers 376 , which are on the drive axle 375 mounted and driven in rotation by the latter.

[0220] The relaxation system 325 It also includes two camps 377, each between two loosening fingers 376 arranged on both sides of the first block 371 are attached and set up to support the rotary drive axis 375 to wear.

[0221] These camps 377 form the mechanical connection interface that connects the moving part 326 mechanically to the loosening carrier 370 subordinates.

[0222] The loosening fingers 376 Each has a triangular shape with three rounded points 378 on, which are set up to enter the interior 321 of the feed funnel 320 through a respective notch 353 , which are in the sloping floor wall 338 of the funnel 320 is intended to protrude into it.

[0223] The moving part 326 also includes a first drive pinion. 379 , which is fixed to the rotary drive axis 375 is mounted.

[0224] The relaxation system 325 It also includes an electric motor. 380 , which is on the second block 373 of the loosening agent 370 mounted and fitted with a second drive pinion 382 is equipped with a system designed to drive the rotary drive axis 375 of the moving part 326 with the help of a transmission belt 381 to drive it into rotation.

[0225] The feeding and positioning device 305 further includes a first electrical connecting element 385 , which is directly attached to both the sloping floor wall 338 of the feed funnel 320 as well as the easing agency 370 is connected; as well as a second electrical connecting element 386 , which directly affects both the moving part 326 as well as being connected to the loosening carrier 370.

[0226] The second electrical connecting element 386is from the camps 377 of the loosening element 325 separated and set up to work with the drive axle 375 of the moving part 326 of the relaxation system 325 to be in constant sliding contact.

[0227] More precisely, the second electrical connecting element 386 comprises a metallic shaft. 387 , which leads into a shaft 388 is used, which is in the first block 371 of the loosening agent 370 is provided for; an elastic and metallic restoring element 389 , like a spring that goes into the shaft 387 is introduced, as well as an electrically conductive consumable element 390 , like a coal, that is between the drive axle 375 and the elastic restoring element 389 inserted and in constant contact with the latter.

[0228] The first electrical connecting element 385is formed from a metallic plate, comprising a first end section that is firmly attached to the first block 371 of the loosening agent 370 is fastened with the aid of a fastening screw; a second end section that is elastically attached to the inclined floor wall 338 of the feed funnel 320 is pressed and is set up to be placed on the underside of this inclined floor wall 338 to come into contact; and a connecting section that links the first and second end sections.

[0229] The metallic plate extends at least partially around the drive axle. 375 of the moving part 326 of the loosening system 325 , with the first and second end sections of this leaflet, which extend at least partially opposite each other, and the drive axis 375 , which is inserted between the first and second end sections.

[0230] The feeding and positioning device 305 This allows both the inclined floor wall to be used. 338 of the feed funnel 320 , the moving part 326 of the relaxation system 325 as well as the loosening carrier 370 among themselves with the help of the metallic plate, the loosening finger 376 , the axis 375 , the coal 390 , the feather 389 and the shaft 387 to connect electrically; this makes it possible to establish a potential equalization connection between these electrically connected elements.

[0231] It should be noted that the block 371 of the loosening agent 370 also on the T-shaped base 365 of the frame 306 the facility 301 is connected, whereby the frame 306electrically connected to a more general equipotential bonding connection, for example a so-called earth or ground connection.

[0232] To the filling and welding machine 303 tube 2 (not shown) to supply the container 1 For example, it is brought into its final position from a storage area or from the printing press. It is placed in the hopper. 320 with the first longitudinal wall 8 of the first part 3 , which are located on the side of the opening 5 is located, introduced, which is on the inclined floor wall 338 of the funnel 320 lies so that the container 1 with its opening 5 , which points downwards, towards the entrance opening 323 and the drainage channel 322 is directed, while its second front wall 28 on the wedge 383 lies down.

[0233] The second side walls (not visible) are each separated from a respective side wall. 335 of the funnel 320 surrounded.

[0234] The container 1 is like that in the funnel 320 recorded, while being held in a predetermined emptying position.

[0235] It should be noted that in this predetermined emptying position the wedge 383 is set up to hold the container 1 at a distance from the front wall 336 of the feed funnel 320 to maintain, so that when the loosening system 325 in operation, the rounded tips 378 the loosening finger 376 , which are rotating, with the container 1 here in the area of ​​the connection between the first front wall 6 and the first longitudinal wall 8, which is on the inclined floor wall 338 lies, come into contact. This allows the container 1easy to shake to empty the tubes 2 into the funnel 320 through the opening 5 to favor, without, however, the container 1 to destabilize it, which remains in its predetermined emptying position.

[0236] It should also be noted that the funnel 320 is set up so that it is in its predetermined emptying position in the closure design of the container. 1 a section of the latter from the interior 321 of the funnel 320 over the side walls 335 extends beyond, so that it can be captured.

[0237] To empty it, the user grasps the second part, which forms a recording. 4 of the container 1 , in order to allow the latter to transition from its closed version to its open version, in which the first part 3 only partially in the second part 4 is used.

[0238] The free edge of the ground 35 the second floor wall 29 of the second part 4 lies on the projecting wings (not shown) to widen the opening 5 It can no longer be closed.

[0239] As an alternative, the user can select the second part 4 lose weight completely, as in the Fig. 10 shown opening designs.

[0240] The tubes 2 They now empty themselves naturally into the interior under the influence of gravity. 321 of the feed funnel 320 in the area of ​​the loosening fingers 376 in front of the entrance 323 and the drainage channel 322 .

[0241] The slope of the floor wall 338 of the funnel 320 is approximately 30° in relation to the horizontal, while the inclination of the inclined wall 23 the guide ramp 22an inclination of approximately 20° in relation to the first longitudinal wall 8 , which are on the sloping floor wall 338 rests on, exhibits. Thus, the inclined wall exhibits 23 the guide ramp 22 Here, an inclination of approximately 10° relative to the horizontal occurs, resulting in a progressive emptying of the tubes. 2 from the interior 24 of the first part 3 of the container 1 made possible.

[0242] If the tubes 2 through the opening 5 As they pass through, they are in their predetermined orientation and are found in the interior. 321 of the feed funnel 320 Again. Tubes 2 slide along the ribs. 354 the sloping floor wall 338 , are caused by the rounded tips 378 the loosening finger 376 in the area of ​​the notches 353 After being shaken, they are placed one after the other into the vertical channel. 322 through its entrance opening 323Once initiated, they then fall one after the other through the exit opening. 324 into a respective recording 319 on the conveyor belts 318 of the movable carrier 304 , where the tubes are received in their predetermined orientation.

[0243] Since the tubes 2 formed from a thin plastic tube, can, if they are outside the container 1 in sliding contact with the inclined floor wall 338 are and also with the moving part 326 of the relaxation system 325 , which shakes them, they are in contact, static electricity especially in the area of ​​the inclined floor wall 338 and the moving part 326 of the relaxation system 325 be generated.

[0244] The contact between the moving part 326 of the relaxation system 325 and the container 1, which is also made of plastic, is also suitable for dissipating static electricity in the area of ​​the inclined floor wall 338 and the moving part 326 of the relaxation system 325 to produce.

[0245] Due to the electrical conductivity of the inclined floor wall 338 and the moving part 326 of the loosening system and due to the potential equalization connection, which is supplied by the feeding and positioning device 305 The latter, when produced, enables the static electricity, which is particularly prevalent in the area of ​​the inclined floor wall, to be used. 338 , of the moving part 326 of the relaxation system 325 and also in the area of ​​the first front wall 6 and the first longitudinal wall 8 of the container 1 is generated, to derive.

[0246] Consequently, thanks to this device 305 not the risk that the tubes2 electrostatically charge them so that they do not enter the drainage channel 322 enter, being in the immediate vicinity of the container 1 under the influence of static electricity or even inside the container 1 remain. This ensures the insertion and drainage of the tubes. 2 on the movable carrier 304 relieved.

[0247] The container 1 It allows the tubes 2 to capture and maintain the tubes in their predetermined orientation during filling, storage, transport, and emptying. This significantly facilitates the associated storage and transport processes for the tubes. 2 , but also the emptying, filling and welding process of the latter.

[0248] A tube 2, which is not in the predetermined orientation during these processes, must be manipulated manually or with another machine so that it can be handled (stored, transported, emptied, filled and welded).

[0249] The container 1 It can be for single use or reusable. Consequently, the container can 1 , when it is empty, it can be reused to hold tube 2 again, or it can be thrown away to be recycled or not.

[0250] The container 1 will be received here, with each of the first and second parts 3 and 4 is formed.

[0251] This is particularly convenient, as it can be stored folded before shaping to be as compact as possible.

[0252] It can also be particularly convenient, when empty, to fold it back into its compact state for later use or to throw it away and possibly recycle it, for the same reasons of compactness.

[0253] The combined state of the first part 3 is in Fig. 20 shown, while the combined state of the second part 4 in Fig. 21 is shown.

[0254] In these Fig. 20 and Fig. 21 The dotted lines represent fold lines, while the solid lines represent so-called free edges.

[0255] What the first part 3 , who in Fig. As shown in section 20, the first front wall is affected. 6 , the first two longitudinal walls 8 , the first two side walls 9 and the first floor wall 7Each has a rectangular shape and comprises two first opposing longitudinal edges and two first side edges that are opposite each other and connect to one and the other of the first longitudinal edges.

[0256] Here, i.e., in the orientation of the first part 3 in its folded state, as in Fig. As shown in Figure 20, all longitudinal edges have the same orientation from left to right, while the side edges have the same orientation from top to bottom.

[0257] The first front wall 6 has a common longitudinal edge with one of the first longitudinal walls 8 in the area of ​​the longitudinal strip section 12 on, while its other longitudinal edge with the other of the first longitudinal walls 8 opposite the longitudinal strip section 12 common.

[0258] The first front wall 6has a common side edge with one of the first side walls 9 on, while its other side edge meets the other of the side walls 9 common.

[0259] One of the first side walls 9 has a common side edge with the first front wall 6 up, while its other side edge meets the first floor wall 7 common.

[0260] The excerpt 21 is here through inner edges 15 , through the third inner longitudinal edge 17 and also through a terminal longitudinal edge 46 of the guide ramp 22 forming inclined section 23 limited, which end longitudinal edge 46 the second inner longitudinal edge 18 , from which the inclined section 23 extends, opposite.

[0261] From each side wall 9 a first expansion phase 47and a second extension section 48 , which are essentially rectangular and have two first longitudinal edges opposite each other and two first side edges opposite each other, each adjoining one and the other of the first longitudinal edges.

[0262] The first expansion section 47 extends the first side wall 9 from one of its longitudinal edges, which is located on the side of the longitudinal strip section 12 is located, while the second expansion section 48 the first side wall 9 extended from the other of its longitudinal edges.

[0263] If the first part 3 of the container 1 The extension section is formed 47 set up to attach to the first long wall 8 to reach the strip section 12 extends, while the second extension section 48is set up to connect to the other of the first long walls 8 to get there, whereby the sections 47 and 48 each on the side of the interior 24 of the first part 3 are.

[0264] Each expansion section 47 exhibits a projecting section along one of its transverse edges 49 with a curved contour.

[0265] If the first part 3 of the container 1 This protruding section is formed 49 set up so that the end edge 46 of the inclined section 23 between this projecting section 49 and the first longitudinal wall 8 , from which the longitudinal strip section 12 extends, gets trapped.

[0266] These protruding sections 49 are set up to avoid a tube 2 at the end longitudinal edge 46of the inclined section 23 remains blocked when container 1 is emptied.

[0267] From each first longitudinal wall 8 A longitudinal extension section extends from this point. 50 , which this first longitudinal wall 8 from its longitudinal edge opposite the first front wall 6 extended.

[0268] If the first part 3 of the container 1 Each longitudinal expansion section is shaped 50 set up to attach to the first floor wall 7 to get there, positioning himself on the side of the interior 24 is located.

[0269] The first part 3 It also features two fastening tabs. 51 on, each consisting of a respective longitudinal edge of the first floor wall 7 protrude, and two notches 52 , each at the junction between a first longitudinal wall 8 and its longitudinal extension section 50are planned.

[0270] Each notch 52 is designed to accommodate a fastening tab 51 when the first part 3 of the container 1 is formed.

[0271] The first part 3 It also features an adhesive fold. 53 up, which forms the first floor wall 7 from its transverse edge opposite the first side wall 9 , with which the floor wall 7 has a common edge, extended.

[0272] The adhesive fold 53 is set up to attach to the side wall 9 , which is opposite the one with which the floor wall 7 to have a common edge, to be placed and glued when the first part 3 of the container 1 is formed.

[0273] The first part 3 It also features two fastening hooks 54 on, each consisting of a respective transverse edge of the first longitudinal wall 8, to which the first expansion sections 47 to arrive when the first part 3 of the container 1 It is shaped, and outstanding features are provided.

[0274] Each fastening hook 54 is set up to fit into a transverse border of an extension section 47 to lock into place here on the long wall 8 to attach when the first part 3 of the container 1 is formed.

[0275] Regarding the second part 4 concerns the one in Fig. As shown in 21, the second front wall 28 , the second longitudinal wall 30 , the two second longitudinal walls 31 and the second floor wall 29 Each has a rectangular shape and each has two first longitudinal edges opposite each other and two first side edges opposite each other, each adjoining one and the other of the first longitudinal edges.

[0276] Here, i.e., in the orientation of the second part 4 in its folded state, as in Fig. As shown in Figure 21, all longitudinal edges have the same left-to-right orientation, while the side edges have the same top-to-bottom orientation (as in Figure 21). Fig. 20).

[0277] The second floor wall 29 has a common longitudinal edge with the second longitudinal wall 30 up, while its other longitudinal edge forms the free bottom edge 35 educates.

[0278] The second floor wall 29 has a common side edge with one of the second side walls 31 on, while its other side edge is common with the other of the second side walls 31.

[0279] One of the second side walls 31 has a common side edge with the second bottom wall 29 on, while its other side edge with the second front wall 28 common.

[0280] The second part 4 further indicates for each side wall 31 an extension section 55 a shape which is essentially rectangular and has two first longitudinal edges opposite each other and two first side edges opposite each other, each adjoining one and the other of the first longitudinal edges.

[0281] The extension section 55 extends the second side wall 31 from one of its longitudinal edges, which is located on the side of the second longitudinal wall 30 is located.

[0282] The other longitudinal edge of the second side wall 31 forms the free side margin 36 .

[0283] If the second part 4 of the container 1 The extension section is formed 55 set up to attach to the second long wall 30 to get there, positioning himself on the side of the interior 32of the second part 4 is located.

[0284] The second part 4 It also features an adhesive fold. 56 on, which the second front wall 28 from its transverse edge opposite the second side wall 31 , with which the front wall 28 has a common edge, extended.

[0285] The adhesive fold 56 is set up to attach to the side wall 31 , which is opposite the one with which the front wall 28 to have a common edge, to be placed and glued when the second part 4 of the container 1 is formed.

[0286] The second part 4 It also features a longitudinal extension section 57 on, which the second longitudinal wall 30 from its longitudinal edge, which is not connected to the second bottom wall 29 is connected, extended.

[0287] If the second part 4 of the container 1The longitudinal expansion section is formed 57 set up to connect to the second front wall 28 to get there, positioning himself on the side of the interior 32 is located.

[0288] The second part 4 It also features a fastening hook 58 on, which from a respective longitudinal edge of the second front wall 28 is provided for in an outstanding manner, and a notch 59, which is located at the connection between the longitudinal wall 30 and its longitudinal extension section 57 is planned.

[0289] The notch 59 is set up to attach the mounting hook 58 to record when the second part 4 of the container 1 is formed.

[0290] Each section 37 is partially divided by a recess 60 one of the expansion sections 55 formed, which is set up to face the longitudinal section 38of the excerpt 37 , which is in the second longitudinal wall 30 is intended to be ordered when the second part 4 of the container 1 is formed.

[0291] For variants not shown: - at least one of the side edges that defines the recess-forming strip provided in the first front wall of the first part is not formed on one of the side walls of the first part, but between these side walls; - at least one recess forming a projecting wing is not provided in the first bottom wall, but in the first front wall or in one of the first side walls of the first part; - is at least one notch-forming incision designed to accommodate a projecting wing, not provided in the second bottom wall, but in the second front wall or in one of the second side walls of the second part; - has at least one first cutout comprising a longitudinal section provided in the second longitudinal wall of the second part and a side section provided in the second front wall or in the second bottom wall of the second part rather than in one of the second side walls; - the first front wall of the first part has no cutout that leads into the longitudinal strip forming a recess; - the second part has only one first section rather than two or more than two first sections; - the feed hopper does not have a removable wedge, and its front wall is designed to hold the container in the predetermined emptying position in which the rotating loosening fingers come into contact with the container; - is in the predetermined emptying position, at a distance from the rotating aerating fingers, so that the latter do not come into contact with the container; and / or - the container is not made of plastic but rather of, for example, recyclable cardboard.

[0292] Numerous other variations are possible depending on the circumstances, and it should be noted in this context that the invention is not limited to the examples described and illustrated. QUOTES INCLUDED IN THE DESCRIPTION

[0000] This list of documents cited by the applicant was automatically generated and is included solely for the reader's convenience. The list is not part of the German patent or utility model application. The DPMA accepts no liability for any errors or omissions. Cited patent literature

[0000] EP 1125870

[0012]

Claims

[1] Container configured to store, at least temporarily, a plurality of tubes (2) of a predetermined length, each intended for storing a predetermined dose of a substance of animal semen, wherein the container (1) is configured to accommodate a treatment plant (201; 301) of the tubes (2) which is equipped with one or more machines for treating (203; 303) the tubes (2), characterized by that it includes: - a passage opening (5) for the tubes (2) which extends in at least one longitudinal direction which corresponds to a predetermined orientation of the tubes (2) as they pass through; - a first part (3) forming a receptacle for the tubes (2), and a second part (4) forming a lid, wherein the first part (3) is configured to be slidably inserted into the second part (4), so that the container (1) has an opening configuration in which the first part (3) is partially inserted into the second part (4), and the opening (5) is free for the passage of the tubes (2) through this opening (5) in the predetermined orientation, and a closing configuration in which the first part (3) is inserted into the second part (4), and the opening (5) is closed by the second part (4) to prevent the passage of the tubes (2) through the opening (5); with the first part (3), which has a parallel-flat shape, and which has a first front wall (6) in which at least partially the passage opening (5) is provided, a first bottom wall (7) opposite the first front wall (6), two first longitudinal walls (8) which are opposite each other and each adjoin the first front wall (6) and the first bottom wall (7) and extend parallel to the passage opening (5), and two first side walls (9) which are opposite each other and each adjoin the first front wall (6), the first bottom wall (7) and the two first longitudinal walls (8); with each first side wall (9) having two diagonals, each having a length less than or equal to the predetermined length of the tubes (2). [2] Container according to claim 1, characterized by, that the first part (3) comprises an interior space (24) and a guide ramp (22) formed by a first section (12) of the first front wall (6) extending from the connection of the latter with one of the two first longitudinal walls (8), and by a second inclined section (23) extending the first section (12) forming the guide ramp (22) and extending into the interior space (24) of the first part (3). [3] Container according to claim 2, characterized by , that the first section (12) and the second inclined section (23) forming the guide ramp (22) connect to each other in the area of ​​a connection that defines a first inner longitudinal edge (18) of the first front wall (6) and partially limits the passage opening (5). [4] Container according to one of claims 2 and 3, characterized by, that the second inclined section (23) forming the guide ramp (22) has an angle of inclination less than or equal to approximately 20° in relation to the first longitudinal wall (8) from which the first section (12) forming the guide ramp (22) extends. [5] Container according to any one of claims 2 to 4, characterized by , that the second inclined section (23) forming the guide ramp (22) extends until it connects to the first longitudinal wall (8) from which the first section (12) forming the guide ramp (22) extends. [6] Container according to any one of claims 1 to 5, characterized by, that the first part (3) has a longitudinal strip (10) forming a recess which is formed in the first front wall (6) and is bounded at least by a first inner longitudinal edge (18) of the first front wall (6) and by two lateral edges (19, 20) on the first part (3) which are opposite each other, wherein the longitudinal strip (10) forms a recess which at least partially defines the passage opening (5). [7] Container according to claim 6, characterized by , that the two side edges (19, 20) are formed on the two first side walls (9) so that the longitudinal strip (10) extends from one to the other of these latter. [8] Container according to one of claims 6 and 7, characterized by , that the first part (3) has a cutout (21) which is provided in the first front wall (6) and opens into the longitudinal strip (10) forming the recess on the side opposite the inner longitudinal edge (18). [9] Container according to any one of claims 1 to 8, characterized by , that the second part (4) forming the lid has a parallel-flat shape and a second front wall (28), a second bottom wall (29) opposite the second front wall (28), a second longitudinal wall (30) adjoining the second front wall (28) and the second bottom wall (29), two second side walls (31) opposite each other and each adjoining the second front wall (28), the second bottom wall (29) and the second longitudinal wall (30), and an insertion opening (33) of the first part (3) into an interior (32) of the second part (4). [10] Container according to claim 9, characterized by, that the interior (32) of the second part (4) is bounded by the second front wall (28), the second bottom wall (29), the second longitudinal wall (30) and the second side walls (31); while the insertion opening (33) is bounded by a free front edge (34) of the second front wall (28), a free bottom edge (35) of the second bottom wall (29) and two free side edges (36) of the second side walls (31). [11] Container according to one of claims 9 and 10, characterized by , that the second part (4) has at least one first cutout (37) which is provided both in the second longitudinal wall (30) and in one of the second side walls (31), second front wall (28) and second bottom wall (29). [12] Container according to claim 11, characterized by, that the at least one first cutout (37) has a section (39) which is provided in one of the second side walls (31), second front wall (28) and second bottom wall (29) which is arranged to be at least partially opposite the first part (3) in both the closed configuration and the open configuration in which the first part (3) is partially inserted into the second part (4). [13] Container according to any one of claims 9 to 12, characterized by , that the second part (4) has a second cutout (42) which is entirely located in the second longitudinal wall (30). [14] Device according to any one of claims 1 to 13, characterized by , that the through-opening (5) is formed entirely in the first part (3), or that the opening (5) is bounded by a longitudinal edge (18) of the first part (3) and by a longitudinal edge (34) of the second part (4) which is located opposite the longitudinal edge (18) of the first part (3). [15] Container according to any one of claims 1 to 14, characterized by , that it comprises a device for locking the position of the first part (3) in relation to the second part (4), which is designed to prevent the container (1) from freely moving from one of its opening and closing configurations to the other. [16] Container according to claim 15, characterized by, that the locking device comprises on the first part (3) of one of the at least one projecting wing (25) and one of the at least one notch (44) and on the second part (4) the other of the at least one projecting wing (25) and the other of the at least one notch (44), wherein the at least one projecting wing (25) is configured to be inserted into the at least one notch (44) in the closure configuration of the container (1) or in the opening configuration of the container (1), in which the first part (3) is partially inserted into the second part (4). [17] Container according to claim 16, characterized by, that the at least one projecting wing (25) is formed by a first incision provided in one of the first front wall (6), first bottom wall (7) and first side walls (9) of the first part (3), wherein the at least one notch (44) is formed by a second incision provided in one of the second front wall (28), second bottom wall (29) and second side walls (31) of the second part (4); wherein in the closure configuration of the container (1), in which the at least one projecting wing (25) is received in the at least one notch (44), and in the opening configuration, in which the first part (3) is partially inserted into the second part (4), a free edge (35) of one of the second front wall (28), the second bottom wall (29) and the second side walls (31) of the second part (4) lies on the at least one projecting wing (25). [18] Tube treatment system (2) comprising at least one tube treatment machine (203; 303), characterized by , that it comprises a container (1) according to any one of claims 1 to 17. [19] Plant according to claim 18, characterized by , the container (1) comprises an identification carrier (45) which is configured to encode information that identifies the tubes (2) stored in the container (1), and the at least one treatment machine (203; 303) comprises a control and regulating unit which is configured to find the encoded information in the identification carrier (45) and to control and regulate the at least one treatment machine (203; 303) depending on the information found. [20] Plant according to one of claims 18 and 19, characterized by, that the at least one treatment machine is a machine (203) for printing tubes (2) which is set up to eject the tubes (2) in the predetermined orientation at the output of this machine (203), and the container (1) is arranged at the output of the machine (203) to receive the tubes (2) through the through-hole (5). [21] Plant according to any one of claims 18 to 20, characterized by , that at least one treatment machine is a machine (303) for filling and / or welding tubes (2), comprising a feed hopper (320) configured to receive the container (1) for emptying the latter.