EP3452368A1

EP3452368A1 - Life vest bag

Info

Publication number: EP3452368A1
Application number: EP17706967.1A
Authority: EP
Inventors: Melissa JAKOB; Markus Wieland; Georg ROLLBUEHLER
Original assignee: Recaro Aircraft Seating GmbH and Co KG
Current assignee: Recaro Aircraft Seating GmbH and Co KG
Priority date: 2016-05-04
Filing date: 2017-02-08
Publication date: 2019-03-13
Also published as: CN109476378A; US20190233121A1; DE102016108288A1; WO2017190854A1

Abstract

The invention relates to a life vest bag, in particular a passenger seat life vest bag, comprising at least one receiving unit (10a; 10b; 10c: 10d; 10e; 10f; 10g; 10h; 10i; 10j; 10k) having at least one receiving space (12a; 12b; 12c; 12d; 12e; 12f; 12g; 12h; 12i; 12j; 12k) for at least one life vest (14a) and at least one access opening (16a; 16b; 16c; 16d; 16e; 16f; 16g; 16h; 16i; 16j; 16k) to the receiving space (12a; 12b; 12c; 12d; 12e; 12f; 12g; 12h; 12i; 12j; 12k), and comprising at least one closure unit (18a; 18b; 18c; 18d; 18e; 18f; 18g; 18h; 18i; 18j; 18k) which closes the access opening (16a; 16b; 16c; 16d; 16e; 16f; 16g; 16h; 16i; 16j; 16k) at least when properly closed.

Description

Rescue pocket

State of the art

The invention relates to a rescue vest pocket according to the preamble of claim 1.

From EP 1 901 958 A1 a rescue vest pocket for an aircraft seat with a hinged lid is known, which closes a storage space for a life jacket. Furthermore, for example, from US 2015/0 034 641 A1 a

Rettungswestentasche for an aircraft seat with a drawstring known, by means of which a life jacket of a passenger from the need

Rescue bag can be pulled out.

The object of the invention is in particular to provide a generic rescue vest bag with advantageous properties in terms of a construction. The object is achieved by the features of claim 1, while advantageous embodiments and

Further developments of the invention can be taken from the dependent claims.

Advantages of the invention

The invention relates to a rescue vest pocket, in particular a

Passenger seat rescue vest pocket, for example one

An aircraft seat rescue vest pocket, having at least one receiving unit, which has at least one receiving space for at least one lifejacket and at least one access opening to the receiving space, and at least one closure unit which closes the access opening in at least one properly closed state. A rescue vest bag is to be understood in particular as meaning a container for storing at least, preferably exactly, a life jacket, in particular for a passenger and / or a driver of a vehicle, for example a ship or a boat or a motor vehicle, in particular a bus, or a rail vehicle or an aircraft become. In particular, the lifejacket is an inflatable lifejacket, for example with at least one gas pressure cartridge, which is provided for inflating at least one float. In particular, the

Lifejacket in a stowed state at least partially, preferably arranged completely in the receiving space. Advantageously, the lifejacket is folded in the stowed state and / or compressed and / or packed. The term "provided" is to be understood to mean in particular specially designed and / or equipped.Assuming that an object is intended for a specific function should in particular mean that the object fulfills this specific function in at least one application and / or operating state and / or executes.

Advantageously, the locking unit and the receiving unit are captively connected to each other, for example articulated. Alternatively or additionally, it is conceivable that the closure unit and the receiving unit are connected to one another by means of at least one connecting element. In particular, the connecting element may be formed as a cord and / or a leash and / or a band.

Preferably, in an open state, the life jacket

damage-free from the receiving space, in particular by the

Access opening through, be removed. Preferably, the

Lifejacket, at least in the stowed state, and the access opening on at least substantially identical cross section. The fact that a first object and a second object have an "at least essentially identical cross-section" is to be understood in particular as meaning that for at least one cross-section of the first object and at least one arbitrary cross-section of the second object, a minimum surface area of a differential area, which is formed when superimposing the cross-sections, a maximum of 20%, advantageously not more than 10% and most preferably at most 5% of the area of the larger of the two cross sections. A cross section of the lifejacket and a cross section of the access opening may also be different.

Advantageously, in the properly closed state, the

Access opening and / or a particular of the seal, uncovered and / or unlocked portion of the access opening has a cross-section which is smaller than a cross section of the lifejacket in the stowed state, in particular parallel to the access opening. In particular, the lifejacket is inaccessible in the properly closed condition

Recording room arranged. Advantageously, a cross-section of an object that is insertable into the receiving space without damage and / or without damaging the closure unit and the receiving unit and in particular the seal is a maximum of 2 cm ² or a maximum of 1 cm ² or a maximum of 0.5 cm ² or at most 0.1 cm ² and preferably at most 9 mm by 9 mm. Preferably, a length of an object that can be inserted into the receiving space without damage and / or without damaging the closure unit and the receiving unit in the properly closed state is not more than 99 mm, particularly preferably not more than 50 mm. It is conceivable that the access opening in the properly closed state has the same cross-section as in the opened state. In particular, it is conceivable that the closure unit the

Access opening in the properly closed state at least partially, advantageously complete, covering and / or covered and / or covered.

By an embodiment of the invention, in particular an advantageous construction can be provided. Furthermore, particularly advantageous

Achieved properties with respect to a low weight and / or a fast and / or cost-effective production and / or a reduced variety of parts become. In addition, advantageously a high operating safety and / or a high level of operating comfort can be achieved. Advantageously, a simple and / or quick to be performed maintenance is possible. In particular, an easily fillable and / or easily verifiable to a proper condition

Rescue bag are provided.

Advantageously, the rescue vest pocket has at least one seal, which is intended to indicate the properly closed state. In particular, the seal is intended to open when the

Access opening to be damaged at least partially. Preferably, the seal has at least one closure, which leads to a, in particular mechanical, fixation of a state of the closure unit in the

properly closed state is provided. For example, the seal can have at least one adhesive seal and / or at least one adhesive film and / or at least one plastic film and / or at least one seal and / or at least one bolt and / or at least one pin and / or at least one cotter pin. It is conceivable that the seal integrally with the

Locking unit is connected. As a result, a proper and / or a faulty state of the rescue vest pocket can advantageously be recognized quickly and / or reliably. In a further embodiment of the invention, it is proposed that the

Rescue vest pocket has at least one, in particular, the seal, which is intended, when inserting an object, which has a cross section with a cross-sectional area of more than 2 cm ² , advantageously more than 1 cm ^2, and more preferably more than 9 mm times 9 mm, at least to be damaged in the receiving space. Advantageously, thereby introducing larger items and / or a potential damage or destruction of a life jacket can be avoided.

In an advantageous embodiment of the invention, it is proposed that a cross section of the access opening in the properly closed state deviates from a cross section of the access opening in an open state. In particular, a cross-section of the access opening in the

properly closed state smaller than in the opened state. The closure unit is preferably provided to at least partially deform the receiving unit, in particular the access opening, in the closed state. For example, the receiving unit at least partially, advantageously completely as a bag and / or a bag and

be designed in particular damage-free deformable. As a result, a constructive simplicity can advantageously be made possible. Furthermore, this can be a solid and / or complete closing possible. Furthermore, advantageously a space-saving geometry can be provided.

In a particularly advantageous embodiment of the invention, it is proposed that the closure unit has at least two closure elements, which the access opening in the properly closed state

close. Preferably, the closure elements, in particular at least in pairs, advantageously captive, interconnected,

in particular in the properly closed state and / or in the opened state. In particular, when opening, a connection between the closure elements is at least partially released, for example on at least one side of the closure element. In particular, the

Closing elements be integrally connected. It is conceivable that the

Closure elements, in particular in an interconnected state, are provided to at least partially deform the access opening. As a result, a secure closure and / or an easy-to-use and / or reliable mechanism can advantageously be provided.

In a preferred embodiment of the invention it is proposed that the closure elements, in particular at least in pairs, are hinged together. Preferably, the closure elements form a frame which at least partially surrounds the access opening. For example, the closure elements may each form part of a joint. Especially It is conceivable that the closure elements are connected by means of a film hinge and advantageous in one piece. But it is also conceivable that the

Closing unit has at least one joint element which the

Closing elements, preferably at least in pairs, hingedly interconnected. This can be a high ease of use and / or a simple

Handling and / or high reliability can be achieved.

In a particularly preferred embodiment of the invention, it is proposed that the closure elements in the properly closed state by means of at least one positive connection, in particular one

Locking connection, are interconnected. Preferably, the

Closure elements along at least one first side, in particular articulated, interconnected. Particularly advantageously, the closure elements are connected along at least one second side by means of the form-locking connection. At least one of the connecting elements advantageously has at least one latching lug and forms it in particular. Preferably, the closure unit has at least one, in particular with at least one of

Closure elements, advantageously one-piece, connected actuator, which is provided for releasing the positive connection by a user. In this way, advantageously, a secure and / or fixed and / or as required easily detachable connection can be provided. Furthermore, this advantageously allows easy opening.

It is further proposed that the closure unit at least one

Has spring element, which is provided for at least partially supporting an opening of the access opening. In particular, the spring element can be designed as a helical spring or as a spiral spring or as a leaf spring or as a leg spring or as a conical spring, for example of a metal and / or a plastic. The spring element may be a compression spring or a tension spring. It is conceivable that at least one closure element of the closure unit forms the spring element. It is also conceivable that the spring element, in particular in one piece, with the Recording unit is connected. By "in one piece" is meant, in particular, at least materially bonded, for example by a welding process, an adhesion process, an injection process and / or another process which appears expedient to a person skilled in the art, and / or advantageously shaped in one piece, for example by manufacture a casting and / or a production in a single or

Multi-component injection molding and advantageously from a single blank. Preferably, the spring element is arranged between the closure elements. Advantageously, the spring element generates compressive forces acting on the closure elements which act in different, in particular opposite, directions. Particularly advantageously, the spring element presses in at least one operating state, in particular during an opening, the

Closure elements in different directions, in particular apart. As a result, an easy access to a life jacket can advantageously be made possible. In particular, a life jacket can be easily removed if necessary, for example, by a nervous and / or agitated and / or unfocused and / or distracted user.

Advantageously, the spring element is designed as a spring band, which surrounds the access opening at least partially, particularly advantageously completely. By the fact that a first object "at least partially surrounds" a second object, it should be understood that at least one projection direction exists for which at least 80%, advantageously at least 90% and particularly advantageously at least 95% of the points of a projection of the second object within of a smallest convex polygon surrounding a projection of the first object, in particular the spring band may be a first

Have spring band piece and a second spring band piece, which at least partially, advantageously on two opposite sides of

Access opening, areal connected to each other. Preferably, the spring band forms at least in sections, preferably completely, an edge of the access opening. Advantageously, the closure unit has at least one Clamp on which the spring band in the properly

closed state at least partially deformed. Particularly advantageously, the clamping element compresses the spring band in the proper state, whereby in particular the access opening is closed.

Preferably, the spring band is integrally connected to the receiving unit. As a result, advantageously a small number of parts and / or a simple construction and / or a low weight can be achieved.

In an advantageous embodiment of the invention it is proposed that the closure unit by means of at least one clamping connection on the

Receiving unit, in particular in a region of the access opening, is attached. For example, the receiving unit can be clamped between the connecting elements, thereby advantageously achieving constructive simplicity and / or a space-saving geometry Characteristics are achieved in terms of a cost-effective and / or simple and / or fast production.

In a particularly advantageous embodiment of the invention it is proposed that at least a part of the closure unit, preferably the entire

Locking unit, removably formed by the receiving unit.

In particular, the closure unit and the receiving unit are arranged without contact in a remote state of the closure unit. However, it is conceivable that, as mentioned in particular above, the closure unit is connected by means of a connecting element with the receiving unit. Advantageously, the closure unit is detachable and / or separable from the receiving unit. In a particularly advantageous embodiment, the closure unit is provided for removing the closure unit from the receiving unit

Access opening at least partially, preferably completely release.

As a result, an easy accessibility to a life jacket can advantageously be achieved. In a preferred embodiment of the invention it is proposed that the closure unit is integrally connected to the receiving unit. In particular, the receiving unit and the closure unit are at least partially, preferably completely, made of a plastic and / or of a textile. Preferably, the receiving unit and the closure unit are formed from at least one common, in particular bent and / or folded plate and / or from at least one film, in particular from a plastic. But it is also conceivable that the recording unit and the

Locking unit made of metal, for example, from at least one, in particular bent and / or folded sheet metal, are formed. As a result, a simple production can advantageously be made possible, in particular without a need for sewing.

In a further embodiment of the invention it is proposed that the closure unit by means of at least one zipper on the

Recording unit is attached. Preferably, one side of the zipper is part of the closure unit. Particularly preferred is another side of the

Zipper part of the receiving unit. In particular, the runs

Zipper along one edge of the access opening. Preferably, the further side of the zipper forms the access opening at least partially, preferably at least to a large extent. At least 55%, advantageously at least 65%, preferably at least 75%, particularly preferably at least 85% and particularly advantageously at least 95% are to be understood as meaning at least a majority of the term easily serviced and / or replaced, especially without a seal breakage.

In addition, it is proposed that the seal has at least two adhesive strips, and at least one sealing strip adhered to the adhesive strip. In this context, a "adhesive strip" is to be understood as meaning, in particular, a plastic strip which has advantageous adhesive properties, The adhesive strips are preferably all formed from the same material preferably formed from a hard plastic. In principle, it is also conceivable that an adhesive strip on one side of the access opening

preferably formed of a different material than that on the

arranged opposite side of the access opening adhesive strips. The two different adhesive strips are preferably formed of differently hard plastic, wherein the adhesive strip formed from a harder plastic preferably increases stability of the rescue vest pocket, while the adhesive strip formed from a softer plastic has more advantageous properties when releasing the sealing strip. The adhesive strips are preferably formed from a polycarbonate, a polyvinyl chloride (PVC) or another, the expert appears useful as plastic. As a result, an advantageous sealing of the access opening can be provided and the access opening can in particular be advantageously completely closed and insertion of objects without breaking the seal can be advantageously prevented. As a result, particularly advantageous specifications can be met.

Furthermore, a system with a rescue vest pocket according to the invention and with at least one life jacket arranged in the receiving space is proposed. Preferably, a form of lifejacket and / or a way of collapsing and / or folding the lifejacket to the

Rescue bag adapted. Particularly preferably, in a stowed state of the lifejacket corresponds to a volume of the lifejacket at least substantially a volume of the receiving space. By "at least substantially" is to be understood in this context in particular that a deviation from a predetermined value in particular less than 15%, preferably less than 10% and particularly preferably less than 5% of the predetermined value.

An advantageous construction, in particular with a passenger seat,

preferably an aircraft seat, with an inventive Rescue bag can be achieved. In particular, the passenger seat may comprise the system.

The rescue vest pocket according to the invention should not be limited to the application and embodiment described above. In particular, in order to fulfill a mode of operation described herein, the rescue vest pocket according to the invention can have a number deviating from a number of individual elements, components and units mentioned herein.

drawings

Further advantages emerge from the following description of the drawing. In the drawings, nine 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.

Show it:

1 shows a passenger seat with a first rescue vest pocket in a schematic side view,

Fig 2 the first rescue vest pocket in a duly

closed state in a perspective view,

3 shows the first rescue vest pocket in an opened state in a perspective view,

4 shows a second lifejacket pocket in a proper manner

closed state in a perspective view,

5 shows the second rescue vest pocket in an opened state in a perspective view,

6 shows a third rescue vest pocket in a perspective view

Presentation,

7 shows a fourth rescue vest pocket in a schematic

Top view, 8 a closure unit of the fourth rescue vest pocket in a schematic representation,

9 the closure unit of the fourth rescue vest pocket in a schematic sectional view,

Fig. 10 is a fifth rescue vest pocket in a schematic

Presentation,

Fig. 1 1, the fifth rescue vest pocket in a properly

closed state in a schematic representation,

Fig. 12 is a sixth rescue vest pocket in a schematic

Presentation,

13 is a seventh rescue vest pocket in a properly closed state in a schematic representation,

14 shows the seventh rescue vest bag in an opened state in a schematic representation,

Fig. 15 an eighth rescue vest pocket in a perspective

Presentation,

Fig. 1 6 a ninth rescue vest pocket in a perspective

Presentation,

Fig. 17 a tenth rescue vest pocket in a perspective

Presentation,

Fig. 18 an eleventh rescue vest pocket in a perspective

Presentation and

Fig. 19, the rescue vest pocket in a further perspective

Presentation.

Description of the embodiments

1 shows a passenger seat 32a with a system 34a, which has a first rescue vest pocket 30a and a life jacket 14a, in a schematic side view. The rescue vest pocket 30a is mounted below a seat surface 36a of the passenger seat 32a. In the present case, the Passenger seat 32a formed as an aircraft seat. Basically, it is also conceivable that a rescue vest pocket on a console or a

Leg rest is mounted.

FIG. 2 shows the first rescue vest pocket 30a in a properly closed state in a perspective view. FIG. 3 shows the first rescue vest pocket 30a in an opened state. The first rescue vest pocket 30a has a receiving unit 10a and a closure unit 18a. The receiving unit 10a has a receiving space 12a and an access opening 16a to the receiving space 12a. The

Closure unit 18a closes the access opening 1 6a in the

properly closed state.

The receiving unit 10a has in the present case a housing 38a. The housing 38a has a folded plastic plate 40a, which forms the housing 38a at least partially. But instead of the plastic plate is also a plate-like object made of a different material, which

for example, a textile and / or a metal and in particular in addition

Plastic has.

The closure unit 18a has a first closure element 20a and a second closure element 22a, which has the access opening 16a in the

Close properly closed condition. Furthermore, the

Locking unit 18a, a third closure element 21a and a fourth

Closure element 23a. In the present case, the first closure element 20a is designed as a plastic flap. The first closure element 20a is connected to the receiving unit 10a. The first closure element 20a is welded to the housing 38a of the receiving unit 10a, in particular by means of ultrasonic welding or for example by means of laser welding. It is also conceivable that a closure element in one piece with a

Recording unit is connected. For example, a recording unit and at least one closure element of a common plastic plate or a common sheet to be bent and / or shaped.

The second closure element 22a is analogous to the first closure element 20a and connected to the receiving unit 10a. The first

Closure element 20a and the second closure element 22a form an upper and a lower closure flap. Furthermore, the third closure element 21a and the fourth closure element 23a form lateral closure flaps. The

Closure elements 20a, 21a, 22a, 23a have a plurality of tabs 42a, 44a, 46a, 48a, which in the properly closed state a

form common closure element 50a. The closure member 50a has a passage 52a which passes through each of the tabs 42a, 44a, 46a, 48a. By means of the passage 52a, the rescue vest pocket 30a can be sealed in the properly closed state. In a sealed state, for example, a sealing wire of a seal passes through the passage 52a. When opening, the seal is destroyed in this case.

FIGS. 4 to 19 show ten further exemplary embodiments of the invention. The following descriptions and the drawings are essentially limited to the differences between the exemplary embodiments, wherein, with regard to identically named components, in particular with regard to components having the same reference numbers, in principle also to the drawings and / or the description of the other embodiments, in particular FIGS to 3, can be referenced. To distinguish the embodiments of the letter a is the reference numerals of the embodiment in the figures 1 to 3 adjusted. In the exemplary embodiments of FIGS. 4 to 19, the letter a is replaced by the letters b to k.

FIG. 4 shows a second rescue vest pocket 30b in a properly closed state in a perspective view. FIG. 5 shows the second rescue vest pocket 30b in an opened state. The second Rescue bag 30b has a receiving unit 10b and a

Locking unit 18b. The receiving unit 10b has a receiving space 12b and an access opening 16b to the receiving space 12b. The

Locking unit 18b closes the access opening 16b in the

properly closed state. The rescue vest pocket 30b has an assembly unit 57b, which is provided for mounting on a passenger seat, in particular on a frame structure of the passenger seat.

The closure unit 18b is integrally connected to the receiving unit 10a. The closure unit 18b has a first closure element 20b and a second closure element 22b. Furthermore, the closure unit 18b has a third closure element 21b and a fourth closure element 23b. The first closure element 20b is integrally connected to the receiving unit 10b. The first closure element 20b is designed as a plastic flap. The second closure element 22b is formed analogously to the first closure element 20b and attached to the receiving unit 10b. The first

Closure element 20b and the second closure element 22b form an upper and a lower closure flap. Furthermore, the third closure element 21 b and the fourth closure element 23 b form lateral closure flaps.

The first closure element 20b has a first passage 52b. Furthermore, the third closure element 21b and the fourth closure element 23b have feedthroughs 53b, 55b. In the properly closed state, the bushings 52b, 53b, 55b are arranged one behind the other and form a common feedthrough. The second closure element 22b has a second passage 54b. The third closure element 21b and the fourth closure element 23b have passages 25b, 26b, through which the second passage 54b is accessible in the properly closed state. By means of the bushings 52b, 53b, 54b, 55b, the

Rescue bag 30b are sealed in the properly closed condition. For example, in a sealed state

Seal wire of a seal or other seal through the bushings 52a, 53b, 54a, 55b. Upon opening, the seal / seal is destroyed in this case.

FIG. 6 shows a third rescue vest pocket 30c in a properly closed state in a perspective view. The third

Rescue vest pocket 30c has a receiving unit 10c and a

Locking unit 18c on. The receiving unit 10c has a receiving space 12c and an access opening 16c to the receiving space 12c. The

Locking unit 18c closes the access opening 1 6c in the

properly closed state. The rescue vest pocket 30c has a mounting unit 57c, which is provided for mounting on a passenger seat, in particular on a frame structure of the passenger seat. The receiving unit 10c has a pocket 60c which forms the receiving space 12c.

The closure unit 18c has a seal 56c. The seal 56c is formed as a plastic film. Alternatively or additionally, the

Sealing a predetermined breaking point and / or a particular slotted

Have adhesive seal. The seal 56c is intended to be damaged or destroyed when a lifejacket is removed. The

Locking unit 18c has a slot 58c through which a

especially attached to the lifejacket drawstring is feasible. To a removal of the lifejacket from the receiving space 12 c can

User pull the lifejacket on the drawstring from the receiving space 12c. In particular, when we pull out the lifejacket from the receiving space, the seal 56c at least damaged. The seal 56c is intended to be at least damaged in the receiving space 12c upon insertion of an object having a cross-section with a cross-sectional area greater than 9 mm by 9 mm.

The closure unit 18 c is by means of a zipper 28 c at the

Capture unit 10c attached. A first zipper part 62c of the Zipper 28c is part of the closure unit 18c. A second zipper part 64c of the zipper 28c is part of the receiving unit 10c. The second zipper part 64c is connected to the pocket 60c

Receiving unit 10c connected, in particular sewn to the pocket 60c. Opening the zipper 28cc allows for maintenance and / or a

Replacing a life jacket, leaving the seal 56c intact.

The zipper 28c is sealed by a zipper seal 120c. The zipper seal 120c has two eyelets 122c, 124c through which a seal and / or a seal wire can be made into a seal. The zipper seal 120c is intended to indicate a properly closed condition of the zipper 28c and / or unauthorized opening of the zipper 28c.

FIG. 7 shows a fourth rescue vest pocket 30d in a properly closed state in a schematic plan view. The fourth

Rescue vest pocket 30d has a receiving unit 10d and a

Locking unit 18d on. The receiving unit 10d has a receiving space 12d and an access opening 16d to the receiving space 12d. The

Locking unit 18d closes the access opening 1 6d in the

properly closed state. The closure unit 18d is fastened to the receiving unit 10d by means of a clamping connection. The

Receiving unit 10d has a pocket 60d, which forms the receiving space 12d. The bag 60d is formed in the present case of fabric. The bag can also be made of a flexible plastic, for example, from a film. Figures 8 and 9 show the closure unit 18d of the fourth

Rescue bag 30d in a perspective view

or in a perspective sectional view. The

Closure unit 18d has a first closure element 20d and a second closure element 22d. The first closure element 20d and the second Closure element 22d are hinged together. The first

Closure element 20d and the second closure element 22d are

semicircular. The first closure element 20d and the second closure element 22d jointly cover the access opening 16d in the properly closed state. The first closure member 20d has a first extension 66d which forms part of a seal 56d. The second closure element 22d has a second extension 68d, which forms part of the seal 56d. The first extension 66d and the second extension 68d form in the properly closed state, a common passage 52d, through which, for example, a

Plombierdraht a seal or another seal can be performed to seal.

The closure unit 18d has a spring element 24d, which is provided for at least partially assisting in opening the access opening 16d. The spring element 24d is formed as a compression spring. In the properly closed state, the spring element 24d is compressed by the first closure element 20d and the second closure element 22d. Upon opening, the spring element 24d pushes apart the first closure element 20d and the second closure element 22d. The closure unit 18d has a clamping ring 70d. By doing

When properly closed, the pocket 60d of the receiving unit 10d is clamped between the clamping ring 70d and the closure elements 20d, 22d. For assembly, the pocket 60d is passed through an interior of the clamp ring 70d and turned outward via the clamp ring 70d.

In the present case, the closure unit 18d has an at least in

Essentially circular in cross-section. But there are others too

Geometries conceivable, such as angular, in particular three, four, five or octagonal cross sections or the like conceivable. It is also conceivable that a first closure element and a second closure element

have different geometries.

FIG. 10 shows a fifth rescue vest pocket 30e in an open state in a perspective view. FIG. 11 shows the fifth

Rescue bag 30e in a properly closed condition. The fifth rescue vest pocket 30e has a receiving unit 10e and a closing unit 18e. The receiving unit 10e has a receiving space 12e and an access opening 16e to the receiving space 12e. The

Locking unit 18e closes the access opening 1 6e in the

properly closed state. The receiving unit 10e has a pocket 60e, which forms the receiving space 12e. The pocket 60e is formed in the present case of fabric. The bag can also be made of a flexible plastic, for example, from a film.

The closure unit 18e has a first closure element 20e and a second closure element 22e. The first closure element 20e and the second closure element 22e are hinged together. The first

Closure element 20e and the second closure element 22e are hinged together on two opposite sides 72e, 74e. The first closure element 20e and the second closure element 22e are articulated on the opposite sides 72e, 74e by means of two legs 76e, 78e, 80e, 82e, respectively. When closing the legs 76e, 78e, 80e, 82e fold inwards, in particular in the direction of the access opening 1 6e. The first closure element 20e and the second closure element 22e are fed parallel to one another during closure. The first

Closure element 20e has a recess 84e, within which the legs 76e, 78e, 80e, 82e are arranged in the properly closed state. In the opened state, the first closure element 20e, the second closure element 22e and the legs 76e, 78e, 80e, 82 form a frame around the access opening 16e. A cross section of the access opening 1 6e differs in the duly

closed state of a cross section of the access opening 1 6e in the open state. The pocket 60e is in the proper place

closed state merged. A volume of the receiving space 12 e corresponds in the properly closed state at least in

Substantially a volume of a life jacket arranged in the receiving space 12e.

FIG. 12 shows a sixth rescue vest pocket 30f in an open state in a perspective view. The sixth rescue vest pocket 30f has a receiving unit 10f and a closing unit 18f. The

Receiving unit 10f has a receiving space 12f and an access opening 16f to the receiving space 12f. The closure unit 18f closes the

Access opening 1 6f in a properly closed condition. The receiving unit 10f has a pocket 60f which forms the receiving space 12f. The bag 60f is formed in the present case of fabric. The bag can also be made of a flexible plastic, for example, from a film. A cross section of the access opening 1 6f deviates in the properly closed state from a cross section of the

Access opening 1 6f in the open state. The closure unit 18f has a first closure element 20f and a second closure element 22f. The first closure element 20f and the second closure element 22f are hinged together. The first

Closure element 20f and the second closure element 22f are on

opposite sides 72f, 74f by means of a respective leg 76f. 78f connected. When closed, the legs 76f, 78f guide the first one

Closure element 20f parallel to the second closure element 22f. When closing, a main direction of extension 86f of the first runs

Closure element 20f parallel to a main extension direction 88f of the second closure element 22f. When closing, the first

Closure element 20f relative to the second closure element 22f laterally postponed. The first closing element 20f, the second closing element 22f and the legs 76f, 78f form during closure a parallelogram with interior angles different from 90 °, which in particular change with a degree of closure. Generally it is conceivable that one

Locking unit has a greater number, in particular hingedly interconnected, closure elements. For example, each three or four or a different number of closure elements may be hinged together. Furthermore, it is also conceivable that a closure unit has at least one telescopic closure element. For example, the telescopic closure element can be at least partially pulled out in an open state and / or at least partially pushed together in a properly closed state.

FIG. 13 shows a seventh rescue vest pocket 30g in one

properly closed state in a perspective view. FIG. 14 shows the seventh rescue vest pocket 30g in an opened state in a perspective view. The seventh rescue vest pocket 30g has a receiving unit 10g and a closure unit 18g. The receiving unit 10g has a receiving space 12g and an access opening 16g to the receiving space 12g. The closure unit 18g closes the access opening 16g in a properly closed state. The

Receiving unit 10g has a pocket 60g which forms the receiving space 12g. The bag 60g is formed in the present case of plastic. A cross section of the access opening 16g gives way in the duly

closed state of a cross section of the access opening 1 6g in an open state.

The closure unit 18g has a spring element 24g, which is provided for at least partially supporting an opening of the access opening 16g. The spring element 24g is designed as a spring band which at least partially surrounds the access opening 16g. In the present case, the spring element 24g surrounds the access opening 16g completely. In the present case the spring element 24g is formed from two spring band pieces 90g, 92g connected on opposite sides 72g, 74g. The spring element 24g is formed in the present case of a metal sheet. But it is also conceivable that the spring element is designed as a spring band made of a plastic. In the opened state, the spring element 24g forms an annular structure which defines the cross section of the access opening 16g in the opened state. The spring element 24g is connected to the receiving unit 10g. In the present case, the spring element 24g with the pocket 60g of

Recording unit 10g connected. In particular, the spring element 24 g is riveted to the receiving unit 10 g and / or glued. But it is also conceivable that the spring element 24g is integrally connected to the receiving unit 10g.

The closure unit 18g has a closure element 20g. The

Closure member 20g is formed as a clip. The closure element 20g engages around the spring element 24g in the properly closed state, in particular from a side 94g of the spring element 24g facing away from the receiving unit 10g. The closure unit 18g has a seal 56g. The seal 56g comprises two adhesive seals 96g, 98g which connect the closure element 20g to the receiving unit 10g. For opening, the closure element 20g can be pulled down by the spring element 24g. In particular, the seal 56g is destroyed.

FIG. 15 shows an eighth rescue vest pocket 30h in one

properly closed state in a perspective view. The eighth rescue vest pocket 30h has a receiving unit 10h and a closure unit 18h. The receiving unit 10h has a receiving space 12h and an access opening 16h to the receiving space 12h. The

Locking unit 18h closes the access opening 1 6h in one

properly closed state. The receiving unit 10h has a pocket 60h, which forms the receiving space 12h. The bag 60h is formed in the present case of plastic. But it is also conceivable that the bag is made of fabric. A cross section of the access opening 1 6h differs in the properly closed state from a cross section of the access opening 1 6h in an open state.

The closure unit 18h has a first closure element 20h and a second closure element 22h. The first closure element 20h and the second closure element 22h are hinged together. In the present case, the first closure element 20h and the second closure element 22h form a common film hinge 100h. The first closure element 20h and the second closure element 22h are connected together in the properly closed state by means of at least one form-locking connection. In the present case, the first closure element 20h and the second

Closing element 22h connected in the properly closed state by means of a latching connection. The first closure element 20h has a tab 102h with a passage 104h into which engages when locking a detent 106h of the second closure element 22h. The tab 102h is disposed on a front side 108h of the shutter unit 18h. The latch 106h is at a front side 108h of the shutter unit 18h

arranged. The front side 108h is in the properly closed state a side of the closure unit 18h facing away from the access opening 16h. It is also conceivable that the connecting elements instead of a

articulated connection or in addition by means of another

Locking connection are connected. For example, the connecting elements can be connected on two opposite sides by means of a respective positive connection, in particular a latching connection.

In the properly closed state, the first is stuck

Closure element 20h and the second closure element 22h the pocket 60h of the receiving unit 10h firmly. The closure unit 18h is in the

properly closed state by means of a clamping connection to the receiving unit 10h fastened. In the opened state, the

Locking unit 18h be deducted from the pocket 60h of the receiving unit 10h. At least part of the shutter unit 18h is of the receiving unit 10h removable trained. In the present case, in the opened state, the closure unit 18h can be removed from the receiving unit 10h.

In particular, it is conceivable that a closure unit and a receiving unit are connected to each other by means of at least one band and / or a cord.

FIG. 16 shows a closure unit 18i of a ninth rescue vest pocket in a perspective view. The closure unit 18i has a first closure element 20i and a second closure element 22i. The first closure element 20i and the second closure element 22i are hinged together. In the present case, the first closure element 20i and the second closure element 22i form a common film hinge 10Oi. The first closure element 20i and the second closure element 22i are in a properly closed state by means of at least one

Positive connection connected together. In the present case, the first closure element 20i and the second closure element 22i are in the properly closed state by means of a latching connection

connected. The first closure element 20i has a lug 102i with a passage 104i into which, upon closing, a latching nose 106i of the second closure element 22i engages. The tab 102i is arranged on a side 11i of the closure unit 18i. The locking lug 106i is arranged on the side 1 10i of the closure unit 18i. The side 1 10i is perpendicular to a main extension direction 1 12i of the closure unit. The side 1 10i runs parallel to a lifejacket withdrawal direction 1 14i.

FIG. 17 shows a tenth rescue vest pocket 30j in one

properly closed state in a perspective view. The tenth rescue vest pocket 30j has a receiving unit 10j and a closure unit 18j. The receiving unit 10j has a receiving space 12j and an access opening 16j to the receiving space 12j. The

Locking unit 18j closes the access opening 16j in one

properly closed state. The receiving unit 10j has a Bag 60j, which forms the receiving space 12j. The bag 60j is formed in the present case of plastic. But it is also conceivable that the bag is made of fabric. A cross section of the access opening 1 6j deviates in the properly closed state from a cross section of the

Access opening 1 6j in an open state.

The closure unit 18j has a first closure element 20j and a second closure element 22j. The first closure member 20j and the second closure member 22j are hinged together. In the present case, the first closure element 20j and the second closure element 22j form a common hinge 10Oj. The first closure element 20j and the second closure element 22j are connected to one another in the properly closed state by means of at least one form-locking connection. In the present case, the first closure element 20j and the second

Closure element 22j connected in the properly closed state by means of a latching connection.

The first closure element 20j and the second closure element 22j are curved, in the present case at least substantially

semicircular. The first closure element 20j is connected to a top 1 1 6j of the pocket 60j, welded in the present case. But it is also conceivable that a closure element is sewn to a pocket. The second closure element 22j is connected to a lower side 18j of the pocket 60j, welded in the present case. When you open the tenth

Rescue vest pocket 30j, the first closure element 20j and the second closure element 22j form a ring around the access opening 16j. Figures 18 and 19 show an eleventh rescue vest pocket 30k Figure 18 in a properly closed condition. FIG. 19 shows the eleventh rescue vest pocket 30k in an opened state. The eleventh

Rescue bag 30k has a receiving unit 10k and a

Locking unit 18k on. The receiving unit 10k has a receiving space 12k and an access opening 1 6k to the receiving space 12k. The

Locking unit 18k closes the access opening 1 6k in the

properly closed state. The rescue vest pocket 30k has a mounting unit 57k, which is intended for mounting on a passenger seat, in particular on a frame structure of the passenger seat.

The receiving unit 10k has a pocket 60k, which forms the receiving space 12k. The bag 60k is made of a textile. In principle, it is also conceivable that the bag is formed from another material which appears appropriate to a person skilled in the art. The pocket 60k forms in its interior of the receiving space 12k. The bag 60k is rectangular.

In principle, it is also conceivable that the bag 60k another, the

Professional has considered appropriate form. The access opening 1 6k is inserted into the pocket 60k. The access opening 16k is formed by a slot in the pocket 60k. The closure unit 18k has Velcro and hook bands. The loop tape is on a first side of the access opening 1 6k and the hook tape is disposed on an opposite side of the access opening 1 6k. In a properly closed state are hooks of the hook band

positively coupled with the loop tape. The Velcro and hook tapes are designed as closure elements of the closure unit 18k. Trained as Velcro and hook tapes closure elements are positively connected with each other in the properly closed state. The closure elements designed as fleece and hook tapes are sewn to the receiving unit 10k. The closure unit 18k is integrally connected to the receiving unit 10k.

The closure unit 18k has a seal 56k. The seal 56k has a plurality of adhesive strips 126k, 128k, 130k, 132k. The four adhesive strips 126k, 128k, 130k, 132k of the seal 56k are on an outside of the pocket 60k appropriate. The four adhesive strips 126k, 128k, 130k, 132k of the seal 56k surround the access opening 16k on all four sides. The first

Adhesive strip 126k is mounted on the side above the access opening 1 6k. The first adhesive strip 126k is formed from a hard plastic strip. The first adhesive strip 126k extends over an entire width of the access opening 16k. The first adhesive strip 126k is parallel to the access opening 16k. The second adhesive strip 128k is disposed on the side below the access opening 16k. The second adhesive strip 128k is formed of a soft plastic strip. The second adhesive strip 128k extends over an entire width of the access opening 1 6k. The second adhesive strip 128k is parallel to the

Access opening 1 6k. The third and fourth adhesive strips 130k, 132k are respectively disposed at a set end of the access opening 16k. The two

Adhesive strips 130k, 132k bound the first and second adhesive strips 126k, 128 and the access opening 16k laterally. The laterally arranged adhesive strips 130k, 132k are likewise formed from a hard plastic strip. In principle, it is also conceivable that all adhesive strips 126k, 128k, 130k, 132k are made of the same material, that is, for example, as a hard plastic strip. The seal 56k has a sealing strip 134k, which is the sealing strip 134k

Access opening 1 6k in a closed and sealed condition additionally closes. The sealing strip 134k is formed as a thin plastic strip. The sealing strip 134k is adhered to the adhesive strips 126k, 128k, 130k, 132k. The sealing strip 134k is colored.

In principle, however, it would also be conceivable that the sealing strip 134k is transparent. The sealing strip 134k closes the access opening 1 6k completely. As a result, the rescue vest pocket 30k can be formed completely closed in an unused state, so that nothing can be inserted into the rescue vest pocket. As a result, in particular, new regulations requiring that no objects can be inserted into the rescue vest pocket without breaking a seal can be adhered to. The sealing strip 134k has a unsealing function, with a unique feature on the sealing strip 134k is shown after the sealing strip 134k once from the

Adhesive strips 126k, 128k, 130k, 132k were removed. After the initial removal, a readable message appears on the sealing strip, such as in particular the message "VOID" or "Unsealed", which is easily and clearly recognizable. The readable message appearing upon removal of the sealing strip 134k is preferably generated upon manipulation of the sealing strip 134k and is well known in the art.

The rescue vest pocket 30k has a tab 102k attached to the pocket 60k on a lower side of the access opening 16k. In a closed condition, the tab is located below the sealing strip 134k. By pulling the tab 102k, the rescue vest pocket 30k can be opened. By pulling on the tab 102k is the through the

Velcro and hook tapes closed access opening 16k open. In this case, the sealing strip 134k is at least partially removed from the adhesive strips

126k, 128k, 130k, 132k solved. By forming the adhesive strips 126k, 130k, 132k from a hard plastic strip, the sealing strip 134k holds particularly well here and the pocket 60k is given a particularly advantageous shape stability. After tearing open the access opening 1 6k by means of the tab 102k, one arranged in the receiving space of the rescue vest pocket

Lifejacket can be removed through the access opening. Once the sealing strip 134k has been released from the pocket, in particular the adhesive strips 126k, 128k, 130k, 132k, the message that the sealing strip 134k has been released can always be recognized. By a corresponding design of the rescue vest pocket 30k, a life jacket arranged in the rescue vest pocket 30k is particularly easy to remove. To open the rescue vest pocket 30k, in particular the access opening 1 6k only a force of about 120 N are necessary to remove the sealing strip 134k and the opening of the access opening 1 6k by separating the Velcro and hook tapes arranged there. Without the Sealing strip 134k is even only a force of about 50 N necessary to open the access opening 1 6k of the rescue vest pocket 30k.

The rescue vest pocket 30k has an assembly unit 57k. The

Mounting unit 57k is formed by a plurality of fixed to the bag 60k loop elements 136k, 138k, 140k, 142k, 144k 146k. The eyelet elements 136k, 138k, 140k, 142k, 144k 146k are each sewn to the pocket 60k via a seam. The mounting unit 57k has a plurality of loop and hook bands which can be connected to the loop elements and via which the rescue vest pocket 30k is connected to the aircraft seat. The rescue vest pocket 30k is arranged via the mounting unit 57k directly under a front support tube of the aircraft seat. The Velcro and hook tapes become the

Connection to the aircraft seat by the Ösenelemnete

136k, 138k, 140k, 142k, 144k and a component of the aircraft seat, such as in particular guided around the front support tube and secured so. Here is the

Rescue vest pocket 30k attached to the front Tragohr two or three Velcro and hook bands, depending on the configuration of the aircraft seat 10k different eye elements 136k, 138k, 140k, 142k, 144k can be used for connection. By virtue of the configuration with more lug elements 136k, 138k, 140k, 142k, 144k than is actually necessary for connection, an advantageous flexibility can be provided with which the lifejacket pocket 30k can be connected to the front support tube. The loop element 146k is arranged on a rear side of the rescue vest pocket 30k at a distance from the remaining loop elements 136k, 138k, 140k, 142k, 144k. About another Velcro and hook tape is the rescue vest pocket 30k by means of the eyelet element 146k in addition to an underside of the aircraft seat

tethered. As a result of the additional connection via the further loop element 146k, the life jacket 30k is advantageously fixed underneath the aircraft seat and dangling of the vest wall 30k under the aircraft seat can be prevented. This is the Velcro and hook tape, which the Life vest pocket 30k over the further eye element 146k to the

Aircraft seat binds to an electronics box or other, mounted under a seat bottom of the aircraft seat arranged component of the aircraft seat.

reference numeral

10 recording unit

12 recording room

14 life jacket

16 access opening

18 locking unit

20 closure element

21 closure element

22 closure element

23 closure element

24 spring element

25 penetration

26 penetration

28 zippers

30 rescue bag

32 passenger seat

34 system

36 seat area

38 housing

40 plastic plate

42 tab

44 tab

46 tab

48 tab

50 closing element

52 implementation

53 implementation

54 implementation

55 implementation

56 sealing assembly unit

slot

bag

zipper part

extension

clamping ring

page

leg

recess

Main extension direction Main extension direction Federbandstück

Spring band piece

page

adhesive seal

hinge

flap

execution

locking lug

front

page

Main direction of escort lifejacket withdrawal direction top

bottom

zipper seal

eyelet

cleats

sealing strips

eyelet

Claims

claims

Rescue vest pocket, in particular passenger seat rescue vest pocket, with at least one receiving unit (10a; 10b; 10c; 10d; 10f; 10g; 10h; 10i; 10j; 10k) having at least one receiving space (12a; 12b; 12c; 12d; 12e; 12f ; 12g; 12h; 12i; 12j; 12k) for at least one

Lifejacket (14a) and at least one access opening (1 6a; 1 6b; 1 6c; 1 6d; 1 6e; 1 6f; 1 6g; 1 6h; 1 6i; 16j; 1 6k) to the receiving space (12a; 12b; 12c ; 12d; 12e; 12f; 12g; 12h; 12i; 12j; 12k), and having at least one closure unit (18a; 18b; 18c; 18d; 18e; 18f; 18g; 18h; 18i; 18j; at least one duly closed

State closes the access opening (16a, 16b, 16c, 16d, 16e, 16f, 16g, 16h, 16i, 16j, 18k).

Rescue bag according to claim 1, characterized by

at least one seal (56c; 56d; 56g) provided for insertion of an object having a cross-section with a cross-sectional area of more than 9 mm by 9 mm into the

Receiving space (12c; 12d; 12g) to be damaged at least.

Rescue bag according to claim 1 or 2, characterized

characterized in that a cross section of the access opening (1 6e; 1 6f; 1 6g; 1 6h; 1 6i; 1 6j) in the properly closed condition is of a cross section of the access opening (1 6e; 1 6f; 1 6g; 16h; ; 1 6j) deviates in an opened state.

4. Rescue vest pocket according to one of the preceding claims, characterized in that the closure unit (18a; 18b; 18d; 18e; 18f; 18h; 18i; 18j; 18k) comprises at least two closure elements (20a; 22a; 20b, 22b; 20d, 22d; 20e, 22e; 20f, 22f; 20h, 22h; 20i, 22i; 20j, 22j) having the access opening (1 6a; 16b; 1 6d; 1 6e; 1 6f; 1 6h; 1 6i; 1 6j) in FIG close it properly closed.

5. Rescue vest pocket according to claim 4, characterized in that the closure elements (20d, 22d; 20e, 22e; 20f, 22f) hinged

connected to each other.

6. Rescue vest pocket according to claim 4 or 5, characterized

characterized in that the closure elements (20h, 22h; 20i, 22i; 20j, 22j) are connected together in the properly closed state by means of at least one form-locking connection.

7. Rescue bag according to one of the preceding claims,

characterized in that the closure unit (18d; 18g;) comprises at least one spring element (24d; 24g) provided for at least partially assisting in opening the access opening (1 6d; 1 6g).

8. Rescue vest pocket according to claim 7, characterized in that the spring element (24d; 24g) is designed as a spring band which at least partially surrounds the access opening (1 6d; 1 6g).

9. Rescue vest pocket according to one of the preceding claims,

characterized in that the closure unit (18d; 18h; 18i) is fastened to the receiving unit (10d; 10h; 10i) by means of at least one clamping connection.

10. Rescue vest pocket according to one of the preceding claims, characterized in that at least part of the closure unit (18h; 18i) is removable from the receiving unit (10h; 10i).

1 1. Rescue bag according to one of claims 1 to 9, characterized

in that the closure unit (18b; 18k) is integrally connected to the receiving unit (10b; 10k).

12. Rescue vest pocket according to one of the preceding claims,

characterized in that the closure unit (18c) by means of at least one zipper (28c) is attached to the receiving unit (10c).

13. Rescue bag according to one of the preceding claims,

characterized in that the seal (56k) in the region of the access opening (1 6k) comprises at least two adhesive strips (126k, 128k, 130k, 132k), and at least one sealing strip (134k) glued to the adhesive strip (126k, 128k, 130k, 132k). having.

14. System with a rescue vest pocket (30a) after one of

preceding claims and with at least one in the

Receiving space (12a) arranged lifejacket (14a).

15. Passenger seat (32a) with a rescue vest pocket (30a) according to any one of the preceding claims.