DE102018102295A1 - Cable sleeve device - Google Patents

Abstract

To increase ease of use, a cable sleeve device (12a-c) is proposed having at least one housing unit (14a-c) which is open on at least one side, with at least one adjacency unit (22a-c) arranged on an inner side of the housing unit (14a-c) Sealing unit (26a-c) which has at least one deformable sealing element (28a-c) which in an assembled state along at least one insertion direction (13a-c) inserted into the housing unit (14a-c) and in the insertion direction (13a-c ) is disposed at least partially against the abutment unit (22a-c) and its sealing element (28a-c) at least one receiving area (94a-c) for at least one elongated object (95a-c), in particular at least one cable and / or at least one And at least one cable manager (30a-c) for structured handling and / or storage of at least one cable, which with the sealing unit (26a -c) is connected.

Description

State of the art

The invention relates to a cable sleeve device according to claim 1 and a method for producing a cable sleeve device according to claim 16.

Cable sleeve devices have already been proposed which have sealing units which are provided in an assembled state for receiving and sealing cables. In the publication WO 2014/095462 A1 For example, a cable sleeve device is disclosed which has a segmented sealing unit with a plurality of sealing modules.

The object of the invention is in particular to provide a generic device with improved properties in terms of ease of use. The object is achieved by the features of claims 1 and 16, while advantageous embodiments and modifications of the invention can be taken from the dependent claims.

Advantages of the invention

It is proposed a cable sleeve device, with a housing unit open at least on one side, with at least one arranged on an inner side of the housing unit attachment unit, with at least one sealing unit which has at least one deformable sealing element which in an assembled state along at least one insertion direction in the housing unit, and Although in particular in an open end of the housing unit, introduced and arranged in the insertion direction at least partially against the abutment unit and whose sealing element has at least one receiving area for at least one elongate object, in particular at least one cable and / or at least one injection tube, and this mounted Condition seals, and with at least one cable manager for structured handling and / or storage of at least one cable, which is connected to the sealing unit.

In this way, in particular a simple assembly can be achieved. Advantageously, during assembly, only a composite of the cable manager and the sealing unit can be introduced into the housing unit. Particularly advantageous additional mounting steps can be omitted by additional components. Furthermore, a simple construction of the cable sleeve device can be made possible. A "cable sleeve device" is to be understood in particular a part, preferably a subassembly of a cable sleeve. In particular, the cable sleeve is intended to be used in unprotected environments, in particular outdoors, in the ground, in mounting shafts, on cable towers and / or comparable locations. In particular, the cable sleeve protects at least from moisture, in particular when a cable and / or mounting shaft is running full. The cable sleeve device is provided in particular for carrying, receiving, sealing and / or fastening the at least one elongated body. In particular, the cable sleeve device completely encloses the elongated body in the mounted state in a circumferential direction.

A "housing unit" is to be understood in particular as meaning a unit which is intended to delimit a predefined volume at least to a large extent to the outside. The housing unit delimits the predefined volume in particular to at least 50%, preferably to at least 70%, advantageously to at least 90% and particularly advantageously completely to the outside. The housing unit may for example comprise a metal-like and / or plastic-like material. Preferably, the housing unit forms a hood.

A "contact unit" should in particular be understood to mean a unit which has at least one contact surface for at least one further unit and which, in particular, at least impedes movement of the further unit along the insertion direction, at least in the assembled state. The abutment unit preferably has at least one elastic element, in particular a spring element. It would also be conceivable for the abutment unit to have at least one abutment element which has at least one rubber-like material.

A "sealing unit" is to be understood in particular a unit which is intended to receive the elongate object and seal in the mounted state. In particular, the sealing unit has at least one outer element and / or at least one inner element, which are provided to delimit the sealing unit in at least one direction to the outside. Advantageously, the sealing unit completely closes at least one opening of the housing unit in the assembled state. It is conceivable that the housing unit has a plurality of openings, which are closed in the assembled state by a respective sealing unit of the cable sleeve device. A "sealing element" is to be understood in particular an element which is a part of the sealing unit and cooperates on a receptacle and a seal of the elongated object. In particular, the sealing element has at least one material that can be macroscopically deformed without tools at 20 ° C. and is preferably at least one thereof Formed the majority. The sealing element has in particular at least one gel body, which preferably at least partially, preferably at least a large part, forms the sealing element. It is conceivable that the sealing element has a plurality of partial sealing elements, which in particular may each have at least one gel body. A "gel body" is to be understood in particular an element which has a soft, but at least under light load, dimensionally stable shell, which is filled by a viscous at least gelatinous material. In particular, the shell of the gel body and the filling material is formed of a same material, wherein the viscous, gel-like material is converted to the shell-forming boundary surfaces by a chemical and / or physical process in a solid state. In particular, the sealing unit, in particular the gel body, at least partially, preferably at least a majority of at least one polymer, in particular a copolymer, preferably a block copolymer, more preferably SEBS (styrene-ethylene-butylene-styrene), and / or a thermoplastic polymer, preferably polyurethane. Alternatively and / or additionally, it is conceivable that the sealing element has at least one gas-filled, preferably flexible sheath. Advantageously, the sealing element has at least one formwork element, which is intended to delimit the gel body to the outside. In particular, the shuttering element may be formed as the outer element and the inner element. It is conceivable that each of the partial sealing elements in each case has a formwork element. In particular, the sealing unit may have a plurality of sealing elements. It would be conceivable that the sealing unit has at least one carrier unit, to which the sealing element is releasably secured. In particular, the sealing element in a simple manner, preferably manually, releasably secured to the support unit. For this purpose, the carrier unit, for example, have a latching element and / or a hook. In particular, the sealing element can be exchangeable by a further sealing element.

The receiving region is in particular at least partially, preferably at least a large part and particularly preferably completely formed by at least one recess of the sealing element, which penetrates the sealing element in the mounted state at least in one direction, in particular in the insertion direction, to a large extent and preferably completely. In particular, the receiving region is formed as a common recess of the gel body and the formwork element. It is conceivable that the receiving region is formed between at least two partial sealing elements and in particular is formed by at least two corresponding recesses of the at least two partial sealing elements. A "recess" should be understood in particular a volume which is free of solid and liquid matter. By the term "at least a large part" should in this context in particular more than 50 vol .-%, advantageously more than 60 vol .-%, preferably more than 70 vol .-%, more preferably more than 80 vol .-% and particularly advantageous to be understood more than 90 vol .-%.

The receiving area is designed in particular as a passage channel, in particular for the elongate body. In particular, the receiving region has an extension along its main extension direction which is at least as large, in particular at least twice as large, advantageously at least three times as large as a maximum diameter of the receiving region, which is measured in particular transversely to the main extension direction of the receiving region. A "main extension direction" of an object should be understood to mean, in particular, a direction which runs parallel to a longest edge of a smallest geometric cuboid which just completely encloses the object. In particular, the receiving region has an extension along its main extension direction of at least 1 cm, advantageously at least 2 cm, preferably at least 3 cm, and / or at most 7 cm, in particular at most 6 cm, advantageously at most 5 cm. In particular, the sealing element can have at least two, at least three or at least four receiving areas or also any other number of receiving areas that appears appropriate to a person skilled in the art, each of which is intended to accommodate at least one, preferably exactly one, elongated body and in particular at least one operating state at least circumferentially, in particular at least substantially perpendicular to a main extension direction of the respective receiving area to seal.

An "elongated body" is to be understood in particular as meaning a body which has at least one extension along a main extension direction which is at least twice, advantageously at least four times and preferably at least eight times as large as a diameter of the elongate body, which is transverse to the main extension direction is measured. A "main direction of extension" of an object should be understood to mean, in particular, a direction which runs parallel to a longest edge of a smallest imaginary cuboid which just barely encloses the object. An "extension" of an object should be understood in particular to be a maximum distance between two points of a vertical projection of the object onto a plane. Possible embodiments of the elongated body are in particular a tube, advantageously a sparger, a cable, in particular an optical Cable, preferably a fiber optic cable, which has at least one optical waveguide, a sealant and / or a blind plug.

A "cable manager" is to be understood in particular as meaning a unit which is at least provided to arrange and / or store at least one cable in a structured manner. In particular, the cable manager has at least one guide element which defines at least one structure by means of which the cable can be arranged and / or stored. In particular, the cable manager may have at least one receiving space for receiving at least one optical component, for example a splitter and / or a splice. In addition, the cable manager may include a plurality of trays, each of which may provide optical component storage spaces.

By "intended" is intended to be understood in particular specially designed and / or equipped. The fact that an object is intended for a specific function should in particular mean that the object fulfills and / or executes this specific function in at least one application and / or operating state.

It is further proposed that the sealing unit has at least one outer element, which in the mounted state in the insertion direction bears at least partially against an edge of the housing unit. In particular, the outer element has a circumferential edge region, which in the mounted state bears against the edge of the housing unit to a large extent, preferably completely. Advantageously, the outer element closes in the mounted state, the open end of the housing unit at least to a large extent, preferably completely. This allows a simpler assembly and disassembly can be achieved. Advantageously, the outer element allows a secure grip for insertion or extraction of the sealing unit from the housing unit.

In addition, it is proposed that the edge has at least one positive-locking element and the outer element at least one corresponding further positive-locking element, which enters into a positive connection with the positive-locking element in the assembled state. In particular, the positive-locking element and / or the further positive-locking element may be formed as a groove and / or a tongue corresponding to the groove. It is also conceivable that the positive-locking element and / or the further positive-locking element are designed as a latching tongue and / or a locking strip corresponding to the latching tongue. Advantageously, the positive-locking element and / or the further positive-locking element are circumferentially formed. As a result, in particular a security and robustness can be increased. Advantageously, slippage of the sealing unit and the cable manager can be avoided within the housing unit. Further, deformation of the housing unit can be avoided when the pressure inside and / or outside the housing unit changes.

It is also proposed that the housing unit has at least a first partial area, at least one second partial area and at least one step-shaped third partial area connecting the first partial area and the second partial area. In particular, the first subregion comprises a first volume at least partially and the second subregion comprises a second volume at least partially, wherein the first volume has a first extent, which is different from a second extent of the second volume. Preferably, the abutment element is attached to the third portion. A "step-shaped partial area" is to be understood in particular a partial area of the housing unit, which in each case spans an angle of at least substantially 90 ° with the first and the second partial area. By "at least substantially" is to be understood in this context in particular that a deviation from a predetermined value, in particular less than 25%, preferably less than 10% and more preferably less than 5% of the predetermined value deviates. Advantageously, an outer surface of the housing unit at least substantially consists of flat partial surfaces. The first subregion and the second subregion preferably have an at least substantially parallelepipedal basic shape. Particularly preferably, the opening of the housing unit has an at least substantially rectangular cross section. In this way, in particular handling can be simplified. Advantageously, the housing unit can be gripped safely. Furthermore, flexibility can be simplified. Advantageously, components with different expansion can be introduced into the housing unit.

Furthermore, at least one closure unit is proposed, which is intended to fix the sealing unit in the mounted state, at least in the insertion direction. A "closure unit" should in particular be understood to mean a unit which, in the installed state, fixes at least one other unit in at least one direction. In particular, the closure unit is provided, in the assembled state, releasably, preferably releasably, to fix the sealing unit in the housing unit. In the assembled state, the closure unit advantageously forms a common positive connection with the sealing unit. Particularly advantageously, the closure unit has at least one latching element and / or a plug-in module and / or an ironing element and / or a hook on. In this way, in particular a reliable mounting of the sealing unit and the cable manager can be ensured within the housing unit. In addition, structurally simple an actuating device for sealing the sealing unit can be provided.

Furthermore, it is proposed that the closure unit is attached to the sealing unit. In particular, the closure unit is connected by a latching connection and / or plug connection with the sealing unit. Advantageously, the closure unit has a stirrup element which has one end, which is inserted in particular into a recess of the sealing unit. Particularly advantageously, the recess is arranged on the outer element of the sealing unit. It is also conceivable that the closure unit is formed integrally with the sealing unit. By "one-piece" should in particular be cohesively connected, as for example by a welding process and / or bonding process, etc., and particularly advantageous molded, as understood by the production of a cast and / or by the production in a single or Mehrkomponentenspritzverfahren. Advantageously, the closure unit is attached to the outer element of the sealing unit. As a result, in particular a mounting can be further simplified. Advantageously, additional mounting steps for attachment of the closure unit can be avoided. Furthermore, safety and robustness can be increased. Advantageously, slipping and breaking off the closure unit can be avoided.

In addition, it is proposed that the closure unit is supported in the assembled state on the third portion. In particular, the third portion has at least one support element, which forms a common positive connection with at least one closure element of the closure unit in the assembled state. In this way, in particular a simple and inexpensive production can be achieved. Advantageously, the third portion can be used for multiple functions, which eliminates additional components.

Furthermore, it is proposed that the closure unit has at least one closure element which, in the installed state, surrounds at least one corresponding further closure element which defines an axis of rotation of the closure element which is perpendicular to a main extension direction of the housing unit. In particular, the closure element is attached to the housing unit and / or sealing unit. In particular, the further closure element is attached to the housing unit when the closure element is attached to the sealing unit, and attached to the sealing unit when the closure element is attached to the housing unit. In particular, the closure element has a guide which is provided to engage around the further closure element when the sealing unit is inserted into the housing unit and to guide it along the axis of rotation during rotation of the closure element. As a result, in particular a security can be increased. Advantageously, a faulty insertion of the sealing unit in the housing unit and a faulty fixing of the sealing unit can be avoided. Furthermore, handling of the cable sleeve device can be improved. Advantageously, an intuitive operation of the closure unit can be achieved.

Furthermore, it is proposed that the sealing unit has at least one first subunit and at least one second subunit, which in the mounted state are releasably, preferably manually detachably, connected to one another. In particular, the first subunit has a first form-fitting element, which forms a common positive connection with a second form-fitting element of the second subunit in the mounted state. As a result, in particular easy handling and / or easy transport of the cable sleeve device can be achieved. Advantageously, the sealing unit can be disassembled for transport into the subunits. In particular, the subunits may each have at least one sealing element. The subunits preferably each have at least one partial sealing element.

Furthermore, it is proposed that the first subunit is connected to the cable manager. In particular, a connection of the sealing unit with the cable manager is arranged completely on the first subunit. In this way, in particular a simple construction of the cable sleeve device can be achieved. Advantageously, additional components for connecting the sealing unit with the cable manager can be avoided.

In addition, it is proposed that the first subunit has a first partial sealing element of the sealing element and the second subunit has a second partial sealing element of the sealing element and the first partial sealing element and the second partial sealing element have substantially different volumes. By "substantially different volumes" is meant, in particular, volumes whose values differ by at least 5%, in particular at least 10%, advantageously at least 15% and particularly advantageously at least 20%. In particular, the first subunit is different from the second subunit in an optically conspicuous manner. Advantageously, the receiving area is formed by a first recess of the first partial sealing element and a corresponding second recess of the second partial sealing element. In particular, the first recess and the second recess formed mirror images of each other. In this way, advantageously, a simple arrangement of the elongate object in the receiving area can be made possible. Furthermore, a confusion of the first subunit and the second subunit can be avoided.

In addition, it is proposed that the sealing unit has at least one, different from receiving areas for elongated objects, recess. Preferably, the recess is to a large extent, in particular completely, arranged on the first subunit. As a result, manufacturing costs can be reduced, in particular since gel material can be saved. Advantageously, a weight of the cable sleeve device can be lowered. Particularly advantageously, an expansion of the subregion can be reduced.

Furthermore, it is proposed that the sealing element has at least one first further receiving region for at least one first elongated object which is arranged in a first edge region of the sealing element, and a second further receiving region for at least one second further elongated object which is in one, the first edge region opposite, second edge region is arranged. An "edge region of the sealing element" is to be understood in particular as a partial region whose extent extends along a main extension direction of the sealing unit by a maximum of 15%, in particular by a maximum of 12%, advantageously by a maximum of 10% and particularly advantageously by a maximum of 5% of an expansion of the sealing unit the main extension direction of an edge of the sealing unit. It is also conceivable that the sealing element has a plurality of receiving areas. Preferably, the first further receiving area is provided for receiving the elongate object and the second further receiving area is for removing the elongate object and / or another elongate object. In this way, in particular flexibility can be increased. Advantageously, the elongated object can be selectively stored and / or arranged in the management unit or removed from the sealing unit after being picked up by the sealing unit.

Furthermore, it is proposed that the first further receiving area and the second further receiving area have a larger diameter than the receiving area. In particular, the first further receiving area and the second further receiving area have an identical diameter. In this way, in particular flexibility can be increased. Advantageously, elongate objects with different diameters can be received by the sealing unit.

Furthermore, a method for producing a cable sleeve device is proposed, with a housing unit which is open at least on one side, with at least one support unit arranged on an inner side of the housing unit, with at least one sealing unit which has at least one deformable sealing element and is inserted into the housing unit along the insertion direction and at least partially disposed against the abutment unit and whose sealing element has at least one receiving area for at least one elongate object, in particular at least one cable and / or at least one injection tube, which is sealed, and with at least one cable manager for structured handling and / or storage of at least a cable which is connected to the sealing unit. As a result, in particular a user comfort can be increased.

Further advantages emerge from the following description of the drawing. In the following drawings, three embodiments of the invention are shown. The drawings, the description and the claims contain numerous features in combination. The person skilled in the art will expediently also consider the features individually and combine them into meaningful further combinations.

• 1 eine Teilschnittdarstellung einer Kabelmuffe mit einer Kabelmuffenvorrichtung,
• 2 eine Schnittdarstellung einer Dichteinheit der Kabelmuffenvorrichtung,
• 3 eine Abfangungseinheit der Kabelmuffenvorrichtung in einer ersten Ansicht,
• 4 einen Teil der Abfangungseinheit in einer zweiten Ansicht,
• 5 eine Schnittdarstellung der Abfangungseinheit,
• 6 eine weitere Kabelmuffe mit einer weiteren Kabelmuffenvorrichtung,
• 7 eine Teilschnittdarstellung der weiteren Kabelmuffe,
• 8 eine Teileinheit und eine weitere Teileinheit einer Dichteinheit der weiteren Kabelmuffenvorrichtung und
• 9 eine weitere alternative Kabelmuffe mit einer weiteren alternativen Kabelmuffenvorrichtung.

Show it:

• 1 a partial sectional view of a cable sleeve with a cable sleeve device,
• 2 a sectional view of a sealing unit of the cable sleeve device,
• 3 an intercepting unit of the cable sleeve device in a first view,
• 4 a part of the intercepting unit in a second view,
• 5 a sectional view of the interception unit,
• 6 another cable sleeve with another cable sleeve device,
• 7 a partial sectional view of the further cable sleeve,
• 8th a subunit and a further subunit of a sealing unit of the further cable sleeve device and
• 9 another alternative cable sleeve with another alternative cable sleeve device.

Description of the embodiments

1 shows a cable sleeve 10a , The cable sleeve 10a has a cable sleeve device 12a on. The cable sleeve device 12a is located in a mounted state. The cable sleeve device 12a has a housing unit 14a on. The housing unit 14a has a substantially flat outer surface. The housing unit 14a is open on one side. The housing unit 14a has a first subarea 16a , a second subarea 18a and one, the first section 16a and the second subarea 18a connecting, step-shaped third portion 20a on. The cable sleeve device 12a has an attachment unit 22a on. The berth unit 22a is on an inside of the third section 20a arranged. The berth unit 22a has four spring elements 24a on. The spring elements 24a are at corners of the housing unit 14a arranged. Alternatively, the abutment unit could 22a Rubber abutment elements have.

The cable sleeve device 12a has a sealing unit 26a on. In 2 is a cross section of the sealing unit 26a shown. The sealing unit 26a has several deformable sealing elements 28a on. Alternatively, the sealing unit could 26a a single sealing element 28a respectively. The sealing elements 28a are in 2 shown in more detail in a sectional view. The sealing elements 28a each have a first partial sealing element 66a and a second partial sealing element 68a on. Both partial sealing elements 66a . 68a each have a gel body 31a on. The sealing elements 28a each have a formwork element 33a on. Alternatively, the Dichtelmeente 28a in each case a plurality of formwork elements 33a respectively.

The sealing elements 28a each have recording areas 94a for elongated objects 95a , especially cables. The partial sealing elements 66a . 68a the sealing elements 28a each form common recording areas 94a out. The sealing elements 28a seal their respective recording areas 94a from. These are the gel bodies 31a the sealing elements 28a deformed. A deformation process of the gel bodies 31a will be described later. The gel bodies 31a enclose the receiving areas 94a and each form a seal. The sealing unit 26a has a carrier unit 84a on. The carrier unit 84a points from the reception areas 94a different recesses 82a on, which in particular gel material can be saved. The recesses 82a are in the direction of an interior 21a the housing unit 14a open. The recesses 82a are in the direction of an opening (not shown) of the housing unit 14a sealed. The sealing elements 28a are manually detachable on the carrier unit 84a attached. For this purpose, the carrier unit 84a a plurality of latching elements (not shown). The sealing elements 28a are interchangeable. The sealing elements 28a are after loosening a fastening to the carrier unit 84a laterally out of the sealing unit 26a removable. Alternatively, individual or all sealing elements 28a insoluble and / or manually insoluble on the carrier unit 84a be attached. The sealing unit 26a is along an insertion direction 13a in the housing unit 14a introduced. The sealing unit 26a lies at the attachment unit 22a on.

Furthermore, the sealing unit 26a two filling elements 27a and two blind plugs 29a on. The filling elements 27a and blind plugs 29a each have a gel body 31a on. The gel bodies 31a the filling elements 27a and blind plugs 29a are also deformed. The gel bodies 31a the sealing elements 28a , Filling elements 27a and blind plugs 29a together seal an opening (not shown) of the housing unit 14a from. To do this, fill the gel bodies 31a a space between the carrier unit 84a and an inner wall (not shown) of the housing unit 14a completely off. This is the interior 21a the housing unit 14a completely and in particular watertight limited to the outside. The blind plugs 29a each have a recess 25a on. Through the recesses 25a the blind plug 29a can be saved further gel material. The recesses 25a are through hollow bodies 35a formed, which in the gel bodies 31a are embedded. The blind plugs 29a are detachable on the carrier unit 84a attached. The filling elements 27a are by screw connections 37a only detachable by a tool on the carrier unit 84a attached. Alternatively, the filling elements could 27a by other common, only by a tool releasable compounds and / or by common insoluble compounds, such as an adhesive bond, with the carrier unit 84a be connected.

The sealing unit 26a has an outer element 32a and an interior element 96a on. The outer element 32a lies on a peripheral edge region of the outer element 32a on one edge 34a the housing unit 14a on. The edge 34b has a form-locking element 58a on. The outer element 32a has a corresponding further positive locking element 60a on, which with the form-locking element 58a a positive connection is received. The interior element 96 lies in the insertion direction 13a at the bedside unit 22a on. The outer element 32a and the interior element 96a surround the formwork elements 33a the sealing elements 28a , Filling elements 27a and blind plugs 29a , Through the outer element 32a and the interior element 96a stand the gel bodies 31a negative pressure. The pressure causes the deformation of the gel body 31a , The pressure is created by inserting the sealing unit 26a along the insertion direction 13a in the housing unit 14a ,

The berth unit 22a causes a maintenance of the pressure. For this purpose, the spring element 24a the mooring unit 22a compressed. The spring element 24a the mooring unit 22a has a spring hardness, which at the deformation of the gel body 31a required pressure is adjusted. The Spring hardness is adapted to a pressure which leads to a sealing of a receiving area 94a with a smallest diameter of the receiving areas 94a is needed.

The cable sleeve device 12a has a cable manager 30a on. The cable manager 30a serves a structured handling and storage of the cables. The cable manager 30a is with the sealing unit 26a connected.

The cable sleeve device 12a has a closure unit 36a on. The closure unit 36a is intended to the sealing unit 26a in the insertion direction 13a to fix. For this purpose, the closure unit 36a Ironing elements 38a and handle elements 39a on. The handle elements 39a serve for operation by an operator. The actuation comprises a rotation of the handle elements 39a , Ends (not shown) of the bracket elements 38a grab in recesses 41a the handle elements 39a on. More ends 43a the ironing elements 38a grab in recesses 41a of the outer element 32a on. This is the closure unit 36a at the sealing unit 26a attached. Alternatively, the locking unit could 36a detachable on the sealing unit 26a be attached. The closure unit 36a is at the third section 20a supported. The closure unit 36a is through the ironing elements 38a and handle elements 39a at the third part 20a supported. A support of the closure unit 36a created by a rotation of the handle elements 39a and a further rotation of the ironing elements 38a following the insertion of the sealing unit 26a , The rotation of the handle elements 39a takes place after a concern of the handle elements 39a to the third section 20a , By the rotation of the handle elements 39a creates a tension. The ironing elements 38a transfer the tension to the sealing unit 26a , The tension is at the fixation of the sealing unit 26a involved. Alternatively, the locking unit could 36a Have latching elements and / or hooks.

The cable sleeve device 12a has an interception unit 40a on. The interception unit 40a is in the 3 to 5 shown in more detail. The interception unit 40a has a fixation area 42a in which the cable is in a radial direction 88a is fixed. The fixation area 42a is in part by a fixing band 44a Are defined. The fixation band 44a surrounds an outer surface of the elongate object 95a , in particular a cable sheath. The interception unit 40a has a bearing element 100a on. The bearing element 100a has two positive locking elements 47a on. The positive locking elements 47a serve to fix the fixing band 44a , For this purpose, the fixing belt 44a periodically arranged recesses 45a on. Two of the recesses 45a form with the form-locking elements 47a each a common form fit. By varying recesses 45a through which the fixation band 44a is fixed, the defined fixation area changes 42a , The fixation area 42a Aligns with one of the recording areas 94a along a main direction of extension of the receiving area 94a , The interception unit 40a has another fixation area 46a on. In the further fixation area 46a the cable is also fixed. Alternatively, the interception unit could 40a any number of other fixation areas 46a respectively. The following are merely differences between the fixation area 42a and the further fixation area 46a enumerated. The further fixation area 46a is partly due to another fixation band 48a Are defined. The further fixation area 46a is from the fuser area 42a along the main extension direction of the receiving area 94a spaced so that a distance of the further fixing region 46a to the sealing unit 26a is greater than a distance of the fixing area 42a to the sealing unit 26a , The further fixation area 46a has a smaller diameter than the fixing area 42a on. The further fixation area 46a serves to fix a core element 98a of the cable. The core element 98a is different from a leader. The core element 98a serves to increase the stiffness of the cable.

The interception unit 40a stores the cable sliding. The interception unit 40a stores the cable in a tangential direction 90a sliding. For this purpose, the interception unit 40a a bearing element 100a on. The bearing element 100a serves for a sliding storage of the cable. For this purpose, the bearing element surrounds 100a a rail 86a , The interception unit 40a has an adjustment unit 50a on. The adjustment unit 50a serves to adjust a position of the fixing area 42a perpendicular to the tangential direction 90a , The adjustment unit 50a has an abutment element 52a for contacting the cable. The abutment element 52a defines in part the fixation area 42a , The adjustment unit 50a has a screw element 54a on. The screw element 54a is intended, upon rotation of the screw member 54a the abutment element 52a to move. For this purpose, have the contact element 52a and the screw element 54a mutually corresponding threads (not shown) on. The rotation of the screw element 54a moves the abutment element 52a along the radial direction 88a , A displacement of the abutment element 52a moves the fixation area 42a at the same distance. The interception unit 40a has a further adjustment unit 56a on. The further adjustment unit 56a serves to adjust a position of the further fixing area 46a , The adjustment unit 50a and the further adjustment unit 56a are designed according to each other.

In the 6 to 9 two further embodiments of the invention are shown. The The following descriptions and the drawings are essentially limited to the differences between the embodiments, wherein with respect to the same designated components, in particular with respect to components with the same reference numerals, in principle to the drawings and / or the description of the other embodiments, in particular 1 to 5 , can be referenced. To distinguish the embodiments of the letter a is the reference numerals of the embodiment in the 1 to 5 readjusted. In the embodiments of the 6 to 9 the letter a is replaced by the letters b to c.

6 shows another cable sleeve 10b in an exploded view. 7 shows a cross section of the cable sleeve 10b in a mounted but not yet sealed condition. The cable sleeve 10b has a cable sleeve device 12b on. The cable sleeve device 12b has a housing unit 14b on. An opening 15b the housing unit 14b has an at least substantially rectangular basic shape. The cable sleeve device 12b has a sealing unit 26b on. The sealing unit 26b has a sealing element 28b on. The sealing unit 26b has an outer element 32b and an interior element 96b on. The outer element 32b and the interior element 96b form a common formwork element 33b of the sealing element 28b , The interior element 96b has a receiving element 92b on. The receiving element 92b serves for the partial reception and storage of an abutment unit 22b the cable sleeve device 12b ,

The sealing unit 26b has a first subunit 62b and a second subunit 64b on. The subunits 62b . 64b are in 8th shown in more detail. The subunits 62b . 64b are detachably connected. The first subunit 62b is with the cable manager 30b connected. The first subunit 62b has a first partial sealing element 66b of the sealing element 28b on. The second subunit 64b has a second partial sealing element 68b of the sealing element 28b on. The first partial sealing element 66b and the second partial sealing element 68b have significantly different volumes.

The sealing unit 26b has a first further receiving area 70b for a photograph of a first further elongated object 95b , in particular a first further cable on. The first additional recording area 70b is in a first border area 72b the sealing unit 26b arranged. The sealing unit 26b has a second further receiving area 74b for a photograph of a second further elongated object 95b , and in particular a second further cable on. The second additional recording area 74b is in one, the first edge area 72b opposite, second edge region 76b arranged. The first additional recording area 70b and the second additional recording area 74b In particular, they have an identical diameter, which is larger than a diameter of the receiving areas 94b , The sealing element 28b points one, from the receiving areas 70b . 74b . 94b for elongated objects 95b different, recess 82b on. The recess 82b is completely within the first subunit 62b arranged. Through the recess 82b Gel material can be saved. The recess 82b can be through a valve 49b in the direction of the opening 15b with an area outside the housing unit 14b connect. The recess 82b has fasteners 23b on. The connecting elements 23b are at a junction of the sealing unit 26b with the cable manager 30b involved. Alternatively, common functional components, one of the function of the connecting elements 23b fulfill different function, in the recess 82b be arranged.

The cable sleeve device 12b has a closure unit 36b on. The closure unit 36b is formed as a separate component. Alternatively, the locking unit could 36b on the housing unit 14b be attached. The ironing elements 38b grab with a section 51b in recesses 41b of the outer element 32b on. In a mounted and sealed state grab fixing 53b in a further recess 55b of the handle element 39b on. The fixing elements 53b serve to fix the closure unit 36b ,

9 shows another alternative cable sleeve 10c in the assembled state. The further cable sleeve 10c has a cable sleeve device 12c on. The cable sleeve device 12c has a housing unit 14c on which to the housing unit 14b is designed accordingly. Alternatively, the housing unit could 14c to the housing unit 14a be designed accordingly. The cable sleeve device 12c has a sealing unit 26c on which to the sealing unit 26a is designed accordingly. Alternatively, the sealing unit could 26c to the sealing unit 26b be designed accordingly. The cable sleeve device 12c has a closure unit 36c on. The closure unit 36c has a closure element 78c on. The closure unit 36c has a corresponding further closure element 80c on. The closure element 78c surrounds the further closure element 80c with a guide 57c , The further closure element 80c defines an axis of rotation of the closure element 78c perpendicular to a main direction of extension of the housing unit 14c is. The closure element 78c is in a position that differs from another position in a preassembled state by a 90 ° rotation along the axis of rotation. In the preassembled state forms the guide 57c a receptacle for the further closure element 80c out. After inserting the sealing unit 26c in the housing unit 14c is the further closure element 80c within the leadership 57c arranged. After a rotation of the closure element 78c is the further closure element 80c along the insertion direction 13c fixed. This is the sealing unit 26c fixed. The closure unit 36c has a single bracket element 38c on. The closure unit 36c has a single handle element 39c on. The grip element 39c is as a part of the temple element 38c educated.

LIST OF REFERENCE NUMBERS

10

cable sleeve

12

Cable sleeve device

13

insertion

14

housing unit

15

opening

16

subregion

18

subregion

20

subregion

21

inner space

22

Anliegeeinheit

23

connecting element

24

spring element

25

recess

26

sealing unit

27

filler

28

sealing element

29

blind plug

30

cable Manager

31

gel body

32

male member

33

An element

34

edge

35

hollow body

36

shutter unit

37

screw

38

bracket element

39

handle element

40

Abfangungseinheit

41

recess

42

fusing

43

Another end

44

fixing

45

recess

46

Further fixation area

47

Form-fitting element

48

Another fixation band

49

Valve

50

adjustment

51

subregion

52

abutment member

53

fixing

54

screw element

55

Further recess

56

Further adjustment unit

57

guide

58

Form-fitting element

60

Another positive locking element

62

entity

64

entity

66

Sealing element

68

Sealing element

70

Further recording area

72

border area

74

Further recording area

76

border area

78

closure element

80

Another closure element

82

recess

84

support unit

86

rail

88

radial direction

90

tangential

92

receiving element

94

reception area

95

Elongated object

96

inner element

98

core element

100

bearing element

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• WO 2014/095462 A1 [0002]

Claims (16)

Cable sleeve device (12a-c) having a housing unit (14a-c) which is open at least on one side, with at least one adjoining unit (22a-c) arranged on an inner side of the housing unit (14a-c), having at least one sealing unit (26a-c) at least one deformable sealing element (28a-c), which in an assembled state along at least one insertion direction (13a-c) inserted into the housing unit (14a-c) and in the insertion direction (13a-c) at least partially on the abutment unit (22a c) is disposed adjacent and their sealing element (28a-c) at least one receiving area (94a-c) for at least one elongated object (95a-c), in particular at least one cable and / or at least one injection tube, and this in the mounted state seals, and with at least one cable manager (30a-c) for structured handling and / or storage of at least one cable, which is connected to the sealing unit (26a-c). Cable sleeve device (12a-c) after Claim 1 , characterized in that the sealing unit (26a-c) at least one outer element (32a-c), which in the mounted state in the insertion direction (13a-c) at least partially on an edge (34a-c) of the housing unit (14a-c ) is present. Cable sleeve device (12a-b) after Claim 2 , characterized in that the edge (34a-b) has at least one positive locking element (58a-b) and the outer element (32a-b) at least one corresponding further positive locking element (60a-b), which in the mounted state with the positive-locking element (58a-b) b) enters a positive connection. Cable sleeve device (12a-c) according to any one of the preceding claims, characterized in that the housing unit (14a-c) at least a first portion (16a-c), at least a second portion (18a-c) and at least one, the first portion ( 16a-c) and the second portion (18a-c) connecting, step-shaped third portion (20a-c). Cable sleeve device (12a-c) according to one of the preceding claims, characterized by at least one closure unit (36a-c), which is intended, in the mounted state, to fix the sealing unit (26a-c) at least in the insertion direction (13a-c). Cable sleeve device (12a) after Claim 5 , characterized in that the closure unit (36a) is attached to the sealing unit (26a). Cable sleeve device (12a) at least after Claim 4 and 5 , characterized in that the closure unit (36a-b) is supported in the assembled state on the third portion (20a-b). Cable sleeve device (12c) according to one of Claims 5 to 7 , characterized in that the closure unit (36c) has at least one closure element (78c), which in the mounted state surrounds at least one corresponding further closure element (80c) of the closure unit (36c) which defines an axis of rotation of the closure element (78c) perpendicular to a main extension direction of the housing unit (14c). Cable sleeve device (12b) according to any one of the preceding claims, characterized in that the sealing unit (26b) at least a first subunit (62b) and at least one second subunit (62b), which are detachably connected together in the mounted state. Cable sleeve device (12b) after Claim 9 , characterized in that the first subunit (62b) is connected to the cable manager (30b). Cable sleeve device (12b) after Claim 9 or 10 characterized in that the first subunit (62b) comprises a first partial sealing element (66b) of the sealing element (28b) and the second subunit (64b) comprises a second partial sealing element (68b) of the sealing element (28b) and the first partial sealing element (66b) and second partial sealing element (68b) have substantially different volumes. Cable sleeve device (12a-b) according to any one of the preceding claims, characterized in that the sealing unit (26a-b) at least one of receiving areas (70a-b, 74a-b, 94a-b) for elongated objects (95a-b) different , Recess (82a-b). Cable sleeve device (12b-c) according to any one of the preceding claims, characterized in that the sealing element (28b) at least a first further receiving portion (70b) for at least a first further elongate object (95b), in a first edge region (72b) of the sealing element (28b), and a second further receiving area (74b) for at least one second further elongate object (95b) which is arranged in a second edge area (76b) opposite the first edge area (72b). Cable sleeve device (12b-c) after Claim 13 , characterized in that the first further receiving area (70b-c) and the second further receiving area (74b-c) have a larger diameter than the receiving area (94b-c). Cable sleeve (10a-c) with a cable sleeve device (12a-c) according to one of the preceding claims. Method for producing a cable sleeve device (12a-c), in particular according to one of the Claims 1 to 14 , with a housing unit (14a-c) which is open at least on one side, with at least one abutment unit (22a-c) arranged on an inner side of the housing unit (14a-c), with at least one sealing unit (26a-c), which has at least one deformable sealing element ( 28a-c) and inserted along the insertion direction (13a-c) in the housing unit (14a-c) and at least partially against the abutment unit (22a-c) is arranged adjacent and their sealing element (28a-c) at least one receiving area ( 94a-c) for at least one elongated object (95a-c), in particular at least one cable and / or at least one injection tube, which is sealed, and with at least one cable manager (30a-c) for structured handling and / or storage of at least one cable which is connected to the sealing unit (26a-c).

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