reach barriers arranged or arrangeable at the pockets

Abstract

A stretch-in barrier (1) arranged at or arrangeable at a pocket, which stretch-in barrier (1) forms a stretch-through area (4) to the pocket and has an upper textile section (2) and a lower textile section (3), the upper textile section (2) overlapping the lower textile section. The textile sections (2, 3) are elastically stretchable. The upper section (2) and the lower section are connected to each other with at least two seams (5A, 5B) spaced apart from each other, wherein the upper section and the lower section (2, 3) have edges (6, 7). A stretch-through area (4) is formed between the sections (2, 3), the edges (6, 7) of the sections (2, 3) and the seams. At least one of the two seams (5A, 5B) only connects the upper section and the lower section (2, 3) to each other.

Description

[0001] The present invention relates to an insertion barrier, which is disposed in or may be disposed in a pocket, the insertion barrier forming a pass-through area leading to the pocket, and having an upper textile section and a lower textile section, wherein the upper textile section overlaps the lower textile section, wherein the upper textile section and the lower textile section are elastically stretchable, wherein the upper section and the lower section are connected to each other by at least two spaced-apart seams, wherein the upper section and the lower section have edges, and wherein a pass-through area is formed between the sections, the edges of the sections and the seams.

[0002] When items such as keys or cell phones are stored in pockets, especially during physical activity, there is a risk of losing them. To address this, locking mechanisms such as zippers, Velcro, and (press) buttons are primarily used. However, these locking mechanisms have several drawbacks. Firstly, they can be very uncomfortable to wear during physical activity. Secondly, operating them with only one hand is often quite cumbersome. Furthermore, these locking mechanisms can be easily damaged, are often unsightly, and are difficult to replace. These locking mechanisms only achieve their blocking function when specifically applied / activated. Therefore, zippers only provide protection when they are pulled or closed by the wearer of the clothing.

[0003] To automatically close the opening of a pocket, gate-type components are known from the prior art, designed to prevent items from slipping out of the pocket. However, this introduces operational problems. In particular, it is often difficult to remove and / or place items through the typically narrow opening. Undesirable effects occur when overlapping materials are used as the opening. If the opening is used for a period of time, it can undergo plastic deformation. If the item stored in the pocket is too heavy or too bulky, the opening will deform, making the pocket's opening visible and increasing the risk of items slipping out. Consequently, items may fall out of the pocket or be stolen.

[0004] These problems are intended to be addressed through new insertion barriers.

[0005] This objective is achieved by an insertion barrier having the features of claim 1.

[0006] The elastic insertion barrier with specially arranged connecting seams according to the invention is primarily used to reliably store various items in a pocket without the wearer actively closing the insertion opening. Closure of the insertion opening is achieved by overlapping materials that elastically deform when the entire hand or fingers are inserted, and subsequently return to an undeformed state after the insertion process. Due to the specially positioned and implemented connecting seams, the insertion area in the undeformed state can be as small as possible, but the entire usable elastically deformable area is significantly larger than the insertion area in the undeformed state during the movement of the hand (whether holding or not holding an item) or fingers. The elastic insertion barrier is incorporated (sewn, glued, welded, etc.) into a defined area of ​​a textile article (e.g., clothing, handbags, etc.).

[0007] Elastic insertion barriers can also be implemented as insertion barriers between two areas of a textile article (e.g., between two pockets or between different layers).

[0008] The most important advantage is: In its undeformed state, the penetration area (hereinafter also referred to as the penetration opening) remains closed. In its undeformed state, the insertion opening remains closed and can be kept relatively small relative to the size of the pocket and / or the item to be retrieved or placed. It can be operated by inserting it into the opening with just one hand or the fingers of one hand; Despite its narrow opening, it can still easily reach into particularly deep pockets; The overlapping materials of the elastic insertion barrier have corresponding elasticity, which allows the elastic insertion barrier to be stretched sufficiently so that items held in one hand (such as telephones, keys, wallets, etc.) can be easily accessed and removed through the opening without requiring much force.

[0009] In this article, textile articles primarily refer to the following product categories. The use of the term "textiles" here is not restrictive. Therefore, the term also includes other articles not made of textiles in the narrow sense, as listed below: Clothing of various types and functions used for humans and animals. Outerwear, underwear, sportswear, work clothes, etc.; Clothing accessories, such as knee pad pockets, clothing with sports protective gear inserts, and braces; Handbags of various types and functions, including shoulder bags, tool bags, tool belts, boxes, backpacks, waist bags, etc.

[0010] According to a particularly preferred embodiment of the invention, the upper and lower sections are also elastically stretchable on the side of the seam that connects only the upper and lower sections to each other, facing away from the insertion area.

[0011] When two sutures connect only the upper and lower sections to each other, the upper and lower sections are preferably elastically stretchable on the side of the two sutures that connect the upper and lower sections away from the penetration area.

[0012] The advantage of these embodiments of the invention is that the stretching area extending into the barrier opening can extend beyond the area between the seams.

[0013] The particular features and advantages of the present invention will become apparent from the following description of preferred embodiments of the invention, taken in conjunction with the accompanying drawings, which do not limit the scope of protection. In the drawings: Figure 1 The arrangement of a flexible insertion barrier, exemplified by an underwear pocket (front pocket of trousers), is shown, where the flexible insertion barrier is shown as part of the pocket lining. Figure 2 An example implementation of a guide element for an article is shown. Figure 3 Another embodiment of the arrangement of the flexible insertion barrier is shown. Figure 4 An embodiment of the invention with an additional opening is shown. Figure 5 A partial cross-section of the elastic insertion barrier along the connecting seam 5B (longitudinally split in the middle) is shown. Figure 6 The bag liner is shown, which has an elastic insertion barrier sewn onto the rear surface of the bag pocket. Figure 7 Another embodiment of the invention with additional openings is shown. Figure 8 Another embodiment is shown, having two openings implemented as barrier openings. Figure 9 This shows a piece of material as a bag liner with a gate-type insertion area. Figure 10 This illustrates a combination where an additional opening is positioned behind the edge of the pocket opening. Figure 11 An implementation with only one opening is shown. Figure 12 An embodiment combining a zipper and divider stitching at the pocket is shown. Figure 13 This illustrates an elastic insertion barrier with only one elastic connecting suture. Figure 14 A resilient insertion barrier with folded edges (6 and 7) extending obliquely to each other is shown. Figure 15 A pocket with an insertion barrier according to the invention is shown. Figure 16 The front and side views illustrate an embodiment of the invention with a through-hole area and additional openings at the handbag location. Figure 17 Another embodiment of the invention is shown, featuring a through-hole area and additional openings at the handbag location. Figure 18 An opening with a protective material layer is shown. Figure 19 An embodiment with a covering strip above the opening is shown. Figure 20 An embodiment with three openings positioned partially invisible is shown. Figure 21 An embodiment of a security arrangement in which openings in a pocket are connected to each other is shown. Figure 22 This illustrates an elastic insertion barrier that serves as a penetration barrier between two overlapping pockets. Figure 23 Three flexible, extendable openings positioned side-by-side are shown (for example, a bicycle jersey pocket). Figure 24 An implementation with an internal protection zone is shown. Figure 25 Another implementation with an internal protection zone is shown. Figure 26 Another implementation with an internal protection zone is shown. Figure 27 Another implementation with an internal protection zone is shown. Figure 28 Another implementation with an internal protection zone is shown. Figure 29 An embodiment with a resilient, extended barrier that protects the protected section is shown. Figure 30 A flexible, extendable barrier is shown that is not directly connected to the pocket. Figure 31 An embodiment of a flexible, extendable barrier in a shoulder bag is shown. Figure 32 Another embodiment of the elastic extension barrier in a handbag is shown. Figure 33 A flexible insert barrier, used as a trouser flap, is shown. Figure 34 An elliptical, elastic insertion barrier is shown, and Figure 35 An embodiment of the insertion barrier 1 at the T-shirt is shown.

[0014] Embodiments of the device according to the invention are shown in the accompanying drawings; however, these embodiments are merely exemplary, and many components may be implemented in different ways within the scope of the invention, in addition to the features defined in the claims, without being specifically mentioned below. In particular, the components and features described in the various embodiments of the invention can be arbitrarily combined with each other, even if not explicitly mentioned in every possible case.

[0015] The components described in the various embodiments of the present invention can be combined with each other arbitrarily.

[0016] The implementation of the elastic insertion barrier (also referred to simply as an elastic barrier or simply a barrier) is described below: Elastic insertion barrier 1 (see Figure 1 It is elastically deformable, at least in the penetration region 4.

[0017] Elastic insertion barrier 1 (see Figure 1 It is elastically deformable in all directions within and beyond the through-stretch region 4, and therefore elastically deformable at least along the short side A, along the long side D, and in all lateral directions of A and D.

[0018] Therefore, the elastic insertion barrier 1 (see Figure 1 Elastic deformation can occur not only within region D, but also beyond region D in the longitudinal direction (parallel to F), thus extending beyond the original relative position between connecting seams 5A or 5B. Since elastically deformable material also exists in the longitudinal direction outside the insertion area, elastic deformation can also occur in a region wider than D.

[0019] The flexible insertion barrier and its corresponding (sub)sections can take on all possible shapes. They can be implemented as triangles, rectangles, trapezoids, polygons (symmetrical or asymmetrical), circles, ovals, ellipses, and any other arbitrary shape. This diverse selection of shapes offers advantages in terms of application, technology, and aesthetics. Examples can be seen in the accompanying drawings.

[0020] Penetration Area: To more clearly illustrate the function and components of the elastic barrier opening, based on Figure 1 The schematic diagram shows region 4 as the elastic penetration area (or simply penetration area) of the barrier opening. This region is... Figure 1 The diagram is schematically shown as a rectangle with adjacent sides A and D.

[0021] Elastic insertion barrier 1 (see Figure 1 The upper section 2 includes, in the illustrated embodiment, an upper section 2 further comprising two sub-sections 2A and 2B (see...). Figure 5The upper section 2 can be composed of a single layer and have only sub-sections 2A or 2B. The upper section 2 is made of an elastic material.

[0022] Here, the elasticity of the upper section 2 is preferably higher than that of the adjacent region 17 (the upper part of the liner).

[0023] Optionally, the elasticity of the upper section 2 may be lower than or equal to the elasticity of the adjacent section 17, depending on the specific application.

[0024] Optionally, the elasticity of the upper section 2 may be higher than, lower than or equal to the elasticity of the lower section 3, depending on the specific application.

[0025] Furthermore, the flexible insertion barrier includes the lower section 3 (see...). Figure 1 In the illustrated embodiment, the lower section 3 is further divided into two sub-sections 3A and 3B (see...). Figure 5 The lower section 3 may be a single layer and have only sub-sections 3A or 3B. The lower section is made of an elastic material. Here, the elasticity of the lower section 3 is preferably higher than that of the adjacent region 18.

[0026] Optionally, the elasticity of the lower section 3 may be lower than or equal to the elasticity of the adjacent section 18, depending on the specific application.

[0027] Optionally, the elasticity of the lower section 3 may be higher, lower, or equal to the elasticity of the upper section 2, depending on the specific application.

[0028] Furthermore, the elastic insertion barrier 1 includes connecting seams 5A and 5B that connect the upper section 2 and the lower section 3 (see...). Figure 1 ).

[0029] Optionally, the resilient insertion barrier has only one connecting seam 5A or 5B. The seam connecting the resilient insertion barrier to the adjacent (in this case) lining material is used as a second connecting seam.

[0030] Optionally, the flexible insertion barrier 1 can be reinforced with auxiliary sutures. To reinforce the connection between sections 2 and 3, auxiliary sutures 8A, 8B, 12A, and 12B can preferably be used (see...). Figure 1 ).

[0031] Alternatively, the resilient insertion barrier 1 may include edge reinforcement elements. Sections 2 and 3 may be reinforced by additional edge reinforcement elements.

[0032] Alternatively, two edge reinforcement elements (one in each folded edge) or only one edge reinforcement element (in one of the folded edges) may be used.

[0033] The flexible insertion barrier 1 can be connected to the lower portion 18 of the liner (see...). Figure 1 They form a whole.

[0034] The flexible insertion barrier 1 can be connected to the upper portion 17 of the liner (see...). Figure 1 They form a whole.

[0035] The flexible insertion barrier 1 can be used with the lower portion 18 of the liner and the upper portion 17 of the liner (see...). Figure 1 They form a whole.

[0036] Optionally, the resilient insertion barrier 1 can be used as part of the bag liner 23, which preferably has Figure 1 All elements of the insert barrier. In this case, the bag liner includes a resilient insert barrier 1, an upper portion 17 of the liner, and a lower portion 18 of the liner.

[0037] Alternatively, the bag liner may consist only of the upper section of the resilient insertion barrier 1 and the lower portion 18 of the liner. In this case, the lower portion 18 of the liner assumes the role of the lower section 3 with appropriate elasticity.

[0038] Folded edges 6 and 7 (see Figure 1 They extend parallel to each other.

[0039] Alternatively, to facilitate access to the penetration area for specific applications, the folded edges 6 and 7 may also extend obliquely to each other (e.g., Figure 14 ).

[0040] The following describes the implementation methods for positioning, connecting, and reinforcing the elastic element that extends into the barrier opening: position: Section 2 or 3 is preferably formed by folding / folding a sheet of material inward along one edge and stacking them together. This forms two sub-sections 2A and 2B or 3A and 3B and a folded edge 7 or 6.

[0041] Upper section 2 (see Figure 1 The upper section 2 is preferably positioned above the lower section 3 in a staggered manner, such that sections 2 and 3 have a shared overlapping surface of width A. Viewed from away from the wearer's body, the upper section 2 lies in an external plane relative to the body.

[0042] The upper segment 2 may be optionally positioned above the lower segment 3, such that segments 2 and 3 have a shared overlapping surface of width A. In this case, A = B = C.

[0043] The upper section 2 may be positioned offset above the lower section 3, such that sections 2 and 3 overlap, but the folded edge 7 is positioned to coincide with the seam 19. The purpose is for visual advantage.

[0044] Optionally, each sub-segment 2A and 2B or 3A and 3B can be constructed from sheet-like blocks. Two blocks are stacked and connected to each other along one side by an elastic joint (preferably by ultrasonic fusion), taking seam allowance into account. A segment with two sub-segments is formed by subsequently folding the edges of sub-segments 2A and 2B or 3A and 3B along the connecting seam. The aim is to thereby reinforce edge 7 or 6, and to better protect edge 7 or 6 from plastic deformation.

[0045] connect: The upper section 2 is preferably connected at least by connecting seams 5A and 5B (see Figure 5 It connects to the lower section 3. Elastic and non-elastic yarns can be used.

[0046] All connecting and auxiliary seams mentioned in this document are particularly suitable for applications requiring flexibility in the corresponding connections, and ultrasonic fusion seams, adhesive seams, and other connection techniques can be used to replace sewing yarns.

[0047] As in Figure 5 As shown, connecting seams 5A and 5B preferably extend continuously through sub-segments 2A, 2B, 3A, and 3B. This embodiment provides the strongest and most stable connection between the four sub-segments.

[0048] In another implementation variation (without a diagram), the connecting suture extends through three sub-segments 2B, 3A, and 3B. The purpose of this variation is to provide a visual advantage on the surface of sub-segment 2A, since the connecting suture is not visible on the surface in this case. The auxiliary sutures 8A, 8B, 12A, and 12B can extend in the same manner.

[0049] The flexible insertion barrier can also be extended by adding additional reinforcing stitches along the folded edges 6 and 7 outside the insertion area 4.

[0050] All connecting seams 5A and 5B can extend through the entire width A.

[0051] All connecting sutures may be shorter or longer than A and / or consist of multiple smaller sutures.

[0052] Connecting seams 5A and 5B preferably extend in region A along a straight line orthogonal to edge 7 (at a 90° angle to the edge). These connecting seams represent the central element of the invention. Due to these specially arranged connecting seams, the penetration area 4 can be kept as small as possible in its undeformed state. However, due to the left region DL (see...) Figure 1 ) and the right-side region DR (see Figure 1 In the process, there are elastic, deformable materials extending into the insertion barrier next to the through-stretch area 4, which can create additional stretching for the through-stretch area 4.

[0053] Connecting seams 5A, 5B (see) Figure 1 The connecting seams 5A and 5B may optionally extend obliquely relative to edge 7. Depending on the specific application, they may extend at different angles and orientations to each other, for example, in a funnel / trapezoidal shape in the area between A and D.

[0054] The connecting seams 5A and 5B may optionally extend obliquely relative to the edge 7. These connecting seams may be oriented at different angles relative to the folded edge 7 depending on the specific application, but they extend parallel to each other, thereby forming parallelograms in regions A and D.

[0055] The connecting seams 5A and 5B can also be rounded (e.g., quarter-circle) or beveled in the areas of edges 6 and 7, regardless of their orientation. This helps reduce cracking at the joint corners between 5A and 8A or 5B and 8B, especially for finer, more elastic materials, which in turn improves the service life of the joint.

[0056] The connecting seams 5A and 5B can be implemented as convex, concave, or circular arc segments along the seam, regardless of their orientation. Seams 5A and 5B can have any shape. The aim, depending on the specific application, is to facilitate easier hand movement through the barrier opening and to achieve a more effective blocking and limiting function of the barrier opening. In any case, using alternative seam orientations also offers design advantages.

[0057] Reinforcement: Where the operational requirements for the barrier opening are particularly high (especially when large items are frequently pushed through the barrier opening), permanent plastic deformation will occur on the folded edges 6 and 7 over time, particularly in section D. To resist this deformation, sections 2 and 3 can be reinforced with additional reinforcing deformation. Solutions with and without additional reinforcing elements can be used. In solutions with reinforcing elements, elastic textile tape or silicone tape, heat transfer printing, and combinations thereof can preferably be used. Reinforcing element 10 (see...) Figure 5 For example, an elastic textile strip is inserted between sub-segments 2A and 2B or 3A and 3B. Then, this inserted reinforcing element is connected to the corresponding segment 2 or 3.

[0058] Alternatively, the reinforcing element 10 can also be attached to the outer surface of the sub-segment. This is to leverage the advantages of both manufacturing and design technologies. Therefore, the reinforcing element can also serve as an additional decorative element on the visible side.

[0059] Furthermore, the inserted reinforcing elements can be applied to structures with ultrasonic joints. The reinforcing elements can be inserted into sections 3 and 2. By extending the joint allowance, a space is formed between the ultrasonic joints, into which the reinforcing elements can be inserted. These reinforcing elements are preferably connected to sections 2 or 3 at joint lines 5A and 5B.

[0060] Furthermore, edge 6 or 7 can be reinforced without inserting reinforcing elements. One or more rows of ultrasonic fusion seams may exist, extending along different orientations, but preferably parallel to edge 6 or 7.

[0061] Other connection technologies that meet the elasticity requirements of the connection can also be used to replace ultrasonic fusion seams.

[0062] Optionally, the reinforcement of the barrier opening by ultrasonic fusion seam can also be used to reinforce the connecting seams 5A and 5B.

[0063] The following is a description of the implementation method for arranging and connecting the elastic insert barrier element with its surrounding textile components: To ensure the elastic insertion barrier functions optimally, it needs to be placed in the best position for the specific textile and its pocket type (e.g., internal, external, partially external pockets, or as a special pocket lining). The following example, using pocket lining 23 inside the front pocket of trousers, illustrates the positioning of the elastic insertion barrier.

[0064] The resilient insert 23 extends into the barrier opening 1 (see...) Figure 1 Preferably, the pocket 21 is sewn into the inserted trouser pocket (see...). Figure 6 On the rear surface of the liner 23, an additional pocket is formed, the front wall of which includes the entire surface of the elements of the liner 23 (i.e., the interconnected blocks 2, 3, 18 and 17) and the rear surface of the pocket 21.

[0065] Alternatively, the front wall may include interconnected blocks 2, 3, and 18.

[0066] Alternatively, blocks 3 and 18 can be made of the same material and / or from a single block. The aim is that, if design requirements permit, especially those applicable to a particular application, this combination offers manufacturing advantages by saving on stitching and sewing processes.

[0067] Similarly, blocks 17 and 2 can also be made from the same material and / or from a single block. The aim is that, if design requirements permit, especially those applicable to a particular application, this combination offers manufacturing advantages by saving on stitching and sewing processes.

[0068] Optionally, the elastic insert 1 is an integral part of the textile article, which is made of the same material as the sections of the elastic insert. That is, the elastic pocket insert is formed by a portion of the textile article. One application is in elastic sportswear (especially compression garments, cycling apparel, etc.). In this case, the portion of the elastic article serves as the upper section 2 and the lower section 3.

[0069] exist Figure 6 In this case, the total area of ​​the lining 23 (i.e., the interconnected blocks 2, 3, 18 and 17) is less than the area of ​​21.

[0070] Alternatively, these areas can overlap, so that the total area of ​​liner 23 and the area of ​​21 completely overlap each other.

[0071] Positioning angle of the elastic insertion barrier 1 in the textile article 24: Positioning angle of the elastic insertion barrier (Formed between auxiliary lines F and E, see...) Figure 1 The angle can range from 0° to 90°. 0° means that edge 7 extends parallel to guide line 7. 90° means that edge 7 extends orthogonally to guide line E. When applied to the front pockets of trousers, the optimal angle depends on the pocket type. The angle is between 15° and 50° (approximately 35° in the diagram). In the application shown, positioning within this angle range minimizes unfavorable trapezoidal deformation of the stretch area 4 when the wearer of the trousers is seated. Trapezoidal deformation (in the case of trousers) typically occurs when the wearer is seated, caused by the hips and thighs coming together at approximately a 90° angle. This results in deformation of the so-called pocket opening along length D, which can cause the stretch area 23 to partially open and items stored in the pocket to fall out. The choice of positioning angle is particularly important to prevent this.

[0072] Another factor for achieving optimal positioning of the resilient insertion barrier 1 is the positioning of the penetration area 4 and thus the positioning of D along edge 7. The choice of the distance between the intersection of 5A and 7 and the reference point 22 is crucial for optimal positioning according to the specific application. On the one hand, this point should not be too close to the reference point 22; on the other hand, it should not be too close to the intersection of 5A and 7. If the distance is not chosen appropriately, the operation of the resilient insertion barrier will become difficult, especially due to insufficient accessibility of the penetration area 4.

[0073] In order to counteract the aforementioned negative effects of trapezoidal deformation in the through-stretch area 4, in addition to the application-optimized selection of the positioning angle, it is also important to measure the size and size relationship of A and D. Figure 1 The shown insertion area 4 has a size ratio of approximately A = 3 to D = 11. These dimensions depend in particular on the following influencing variables: the specific application requirements of the corresponding textile articles in which the elastic insertion barrier is installed; the type and size of the articles to be accessed through the barrier (optionally extended to the operator's hand holding the articles); the garment size of the articles, etc. These measurements and their ratios can vary depending on the combination of influencing variables, i.e., as needed.

[0074] The specific implementation scheme for the elastic insertion barrier and surrounding textile components is as follows: Taking the (horizontal) application of cycling apparel as an example, it uses two or more side-by-side positioned elastic inserts ( Figure 23 ).

[0075] In addition to the arrangement of the pockets, what is special here is that, in this case, the elastic seam edge 28 extending into the barrier opening also serves as a connecting seam.

[0076] The following elastic deformation occurs during insertion: D1 enters regions D2 and D4. D2 enters regions D1 and D3. D4 enters regions D1 and D5.

[0077] Using two or more vertically positioned, side-by-side flexible inserts, combined with two or more pockets that are completely overlapping or offset from each other ( Figure 22 ).

[0078] The following elastic deformation occurs during insertion: D2 enters regions D3 and D4. D4 enters regions D2 and D5.

[0079] The insertion opening is located between two (partially) stacked pockets (i.e., lower pocket 26 and upper pocket 27). These pockets can be independent of each other or connected by the insertion opening 25. The insertion opening can also be implemented as a resilient insertion opening.

[0080] The flexible insertion barrier has only one connecting suture 5A or 5B. The suture at the opposite end serves as a second connecting suture.

[0081] The variant shown in the accompanying drawings features multiple side-by-side, resilient, extending barrier openings. However, this variant can also be designed with a single barrier opening (see [reference needed]). Figure 13 ).

[0082] The flexible insertion barrier is not directly connected to the actual pocket. The flexible insertion barrier 1 is located above the pocket 26. The insertion barrier and the pocket are connected only via a common third surface 24 to which they are attached (see...). Figure 29 Indirect connection.

[0083] Elastic insertion barrier 1 (see Figure 31 , Figure 32 The bag 26 connected to it forms a shoulder bag.

[0084] Elastic insertion barrier 1 (see Figure 33 This can also be used as a trouser flap instead of a zipper. The same principle can be applied to underwear. Here, the elastic insertion opening can be positioned in different ways: vertically, horizontally, or diagonally relative to the waistband line or waistband.

[0085] exist Figure 4 The illustration shows an embodiment of the invention with additional openings 101 and 101'. The additional opening 101' is arranged above the slip-through area 4. An item 103, particularly a mobile phone (e.g., a smartphone), can be placed into the pocket through this additional opening 101'. The item then falls into the lower area 18 of the pocket. The additional opening 101' can extend substantially parallel to the (trousers) waistband 106.

[0086] Other openings can also extend vertically or at other angles relative to the (trousers) waistband.

[0087] Alternatively, the additional opening 101 can be optionally arranged at the same height as the penetration area 4.

[0088] Alternatively, an additional opening can be optionally placed below the penetration area.

[0089] The additional openings 101, 101' can be elastic, partially elastic, or non-elastic. Here, non-elastic additional openings 101, 101' are slightly safer in preventing items from accidentally slipping out. Elastic additional openings 101, 101' are slightly more comfortable to use and easier to embed into elastic clothing, such as sweatpants.

[0090] Additional openings 101, 101' that are elastic, partially elastic, or inelastic may be reinforced by reinforcing elements to further enhance safety.

[0091] The reinforcing element (10) can be arranged inside or outside the first opening (1) (visible / invisible).

[0092] The reinforcing element (10) may comprise polyester, polyamide, nylon, cotton, thermoplastic, rubber / resin, silicone, and mixtures of these and similar materials.

[0093] The additional opening can be at least 1.5 cm wide. Therefore, smaller items, such as small folding knives or small tools, can also be placed inside.

[0094] The other opening can also be at least 3 cm wide.

[0095] The other opening can also be at least 7 cm wide.

[0096] Other openings can also be 8 cm to 12 cm wide.

[0097] The other opening can be covered by the material layer 108, especially the material layer 108 of textiles or actual clothing.

[0098] The other openings can be covered with a cover strip.

[0099] The additional opening 101' can be arranged in the outermost material layer 108 of the garment.

[0100] Additional openings can be placed in the material layer of the garment pocket.

[0101] Other openings can be groove-shaped, circular, oval / elliptical, triangular, or polygonal.

[0102] The additional opening may have an additional protective material layer 120 connected to it from the inside (see...). Figure 4 , Figure 18 ).

[0103] Additionally, the protective material layer 120 can be connected to the pocket of the pocket via the connecting portion of the protective material layer 120.

[0104] The additional opening may have an additional protective material layer 120 that connects from the inside to the additional opening (see...). Figure 4 Additionally, the protective material layer 120 can be connected to the material layer 108 via the connecting portion 120'.

[0105] The insertion area 4 can be arranged in conjunction with the side seam 109 (see...). Figure 1 It is angled from 15° to 85°. Therefore, it ensures quick and ergonomic insertion into the pocket.

[0106] The insertion area 4 and the other openings 101 and 101' lead to the same pocket.

[0107] This pocket can be a separate pocket from the actual clothing pocket (especially trouser pocket).

[0108] This pocket can replace a physical clothing pocket (especially a trouser pocket).

[0109] Openings 4, 101, and 101' lead to actual clothing pockets (especially trouser pockets).

[0110] To prevent the article 103 from accidentally slipping through the insertion area 4 when introduced through the additional opening 101', a guide element 113 in the form of a preferred stitch can be used (see...). Figure 2 , Figure 3 , Figure 4 Depending on the arrangement of the selected first opening relative to the insertion area 4, the suture can take different sizes, shapes (short strips, lines, circles, semicircles, triangles, etc.) and positions. Figure 2 , Figure 3 , Figure 4 Guide element 113 is shown as an example.

[0111] As an alternative to the guiding element, the upper section of the penetration area 4 can be extended by adding an internal protection section 118. Figures 24 to 28 This internal protection zone prevents items that are not intended to slide out through the penetration area 4.

[0112] Based on the arrangement of the handbag application through area 4 and the additional opening 101': in Figure 16 In the middle, another opening 101' is located on the outer surface of the handbag 115. The through-hole area 4 is located inside the handbag 115. Figure 16 In the embodiment shown, the pocket is located inside the handbag 115. This is shown by the dotted line as the edge of the pocket 114.

[0113] Alternatively, the pocket with the elastic pocket barrier 1 can also be positioned outside the outer surface of the handbag.

[0114] Alternatively, the pocket with the elastic pocket opening 1 can be implemented as a removable pocket on the outer surface or inside the handbag as an element to be attached that can be separated without damage (by means of, for example, a strap, button, Velcro, etc.).

[0115] Depending on the structural form of the corresponding handbag 115, in all the above implementation options, there may also be only the through-hole area 4, which is used for both putting in and taking out items.

[0116] Alternatively, in all of the above implementation options, the additional opening 101' and the through area 4 can be located inside the handbag 115.

[0117] The same principles described for handbags can also be applied to clothing (especially outerwear, such as suit jackets, overcoats, and blazers). For suit jackets, an additional opening could be located on the outer layer (e.g., a breast pocket), through which items can be introduced. Removal is done from the inside of the suit jacket, although this does not preclude removal from the outside.

[0118] Interconnected openings in a safety arrangement. In this embodiment, opening 101 exists (see, for example...). Figure 25 The additional opening, referred to below, is preferably located partly between the inner protected sections 118 at the extension area 4 and partly between the portions of the pocket (mainly for internal pockets) or the material layer 108 of the textile (mainly for external pockets).

[0119] The inner protection zone 118 can also be pulled upward again at the folded edge 148 to form the folded area 119 (outer protection zone).

[0120] Because the material constituting the protected section 118 and the folded area 119 is more elastic than the material of the pocket or the material layers 108, 149 of the textile, when an item (which has a larger circumference than the other opening 101) is pushed into the pocket liner 127, the other opening 101 can elastically deform (stretch) without damage, and then (after the item has been taken out or put in through the opening) deform (shrink) back to its original state. This is especially important because an item pushed into the pocket liner 127 (e.g., a mobile phone) should not be able to slide out through that opening again.

[0121] Another opening 101 (see Figure 25 Preferably, it is formed by connecting the inner protection zone section 118 to a portion of the bag pocket of the material layer of the textile article 149 or to the folded area 119 by means of connecting portions 121 and 122. Figure 25 The orientation of the connecting parts 121 and 122 shown represents one of the possible variations. These variations can be varied primarily depending on the type of textile, the type of pocket (interior, exterior, etc.), the positioning of the pocket on the textile, the orientation of the pocket entrance, and the use of additional locking elements (e.g., zippers, buttons, etc.).

[0122] The other opening 101 is located on the upper connecting part 140 on the left (see...). Figure 26 Between the inner protective section 118 and the upper connecting section 139 on the right. As described above, this insertion opening 101 leads to the area between the inner protective section 118 and the folded area or outer protective section 119. Articles pass beside the connecting sections 146, 147 and are guided into the pocket portion of the liner 23 through the elastic opening 145 in the folded edge 148.

[0123] Folded edge 129 of inner protective layer 118 (see) Figure 12The orientation angle to be selected relative to the side seam 109 corresponds to the ergonomic requirements of the corresponding pocket entrance. This orientation angle can range from 0° (parallel to the side seam) to over 90°. However, this angle (e.g., in the case of a jacket pocket) is typically between 15° and 85°. This ensures quick and ergonomic access to the pocket lining 127 or pocket 104.

[0124] In this arrangement, there may also be more than one additional opening in the pocket liner 127. As an example, a second additional opening 101' is shown (see...). Figure 12 The combination of the zipper 126 and the first additional opening 101. The purpose of this combination is to allow items to be placed in the lining 127 without opening the zipper 126 to insert items through the first additional opening 101.

[0125] In another arrangement, there is also more than one additional opening in the pocket liner 104 (see [reference]). Figure 20 ).

[0126] In this arrangement (see) Figure 12 Alternatively, additional separating seams 131, which are generally known from the prior art, may be present in the pocket liner 127. These separating seams are used to organize articles positioned within the pocket liner 127 and to individually house them in a partially separated compartment. Combined with the above-described arrangement having more than one additional opening (see...), Figure 12 For example, an item 103 placed through another opening 101' falls into one of the compartments defined by the dividing seam.

[0127] The positioning and size of the dividing seam 131 are adapted to the corresponding application conditions of the pocket lining 127 or pocket 104.

[0128] This dividing seam can be applied to all variations and types of pocket lining 127 or pocket 104.

[0129] The position and size of the opening 101 are primarily defined by the connecting parts 121 and 122. The position of the opening 101 can be, for example, as follows: Figure 25 As shown, the folded edge 129 of the inner protective layer 118 along the other opening 101 is located in the middle.

[0130] The position of opening 101 can also be as follows Figure 12 As shown, the folded edge 129 along the additional opening 101 is not located in the middle. For example, in a pocket with a zipper 126 (see...). Figure 12 The purpose is to ensure that smaller items already in the pocket liner 127 do not fall out if the zipper 126 is not closed.

[0131] The additional opening 101 may have an additional protective material layer 120 that connects from the inside to the additional opening (see...). Figure 18 Additionally, the protective material layer 120 can be connected to the pocket of the pocket via the connector 120'.

[0132] The additional opening may have an additional protective material layer connected to it from the inside. Additionally, the protective material layer may be connected to the material layer 108 via a connection 120'.

[0133] Alternatively, the additional opening can also be part of a separate material section. This separate material section is preferably connected to the inner protective section of the penetration area 4 via a connector. This solution can be particularly advantageous in the case of an external pocket.

[0134] Alternatively, separate material sections and thus additional openings can also be covered from above by cover strips to cover the entire or part of the surface in order to provide additional (climate) protection.

[0135] Alternatively, a separate material section can be sewn to (or otherwise connected to) the barrier opening 1, instead of an internal protection section.

[0136] In addition to connecting seams 121 and 122, other seams can be used to reinforce the additional opening or the entire arrangement.

[0137] Depending on the type and size of the item being applied and / or accessed through the additional opening 101, the connecting seams may have different seam directions and spacing between them.

[0138] The other openings 101, 101' of this type can be implemented as pocket linings 127 in a pocket or as pockets 104 on the surface of the garment.

[0139] Two openings lead to the same bag liner 127.

[0140] Pocket lining 127 can be a pocket separate from the actual pocket of the textile item (especially a trouser pocket).

[0141] The pocket lining 127 can replace the pocket 104 of the textile.

[0142] Depending on the structure of the textile, it may also have only one insertion area 4. In this case, the insertion area 4 serves two functions, and therefore also functions as an additional opening. Therefore, only one opening can be used at a time for inserting and removing the item.

[0143] Depending on the structure of the textile, the embodiments shown above may only have additional openings. The threaded area 4 can alternatively be implemented as having a traditional, open pocket entrance.

[0144] Alternatively, the threaded area 4 can be implemented as a zipper, Velcro, button closure or other conventional closure structure with a pocket entrance.

[0145] Based on the arrangement of the handbag application through area 4 and other openings. Figure 16 In the middle, another opening 101' is located on the outer surface of the handbag 115. The through-hole area 4 is located inside the handbag 115. Figure 16 In the illustrated embodiment, pocket 114 is located inside handbag 115. This is shown based on the dashed lines representing the edges of pocket 114.

[0146] Alternatively, the pockets can be positioned outside the outer surface of the handbag.

[0147] Alternatively, the pouch may be implemented as a removable pouch on the outer surface, or as an attachable element that can be detached without damage (using, for example, straps, buttons, Velcro, etc.).

[0148] Depending on the structure of the corresponding handbag 115, the through-hole area 4 can serve two functions in all the above-described implementation options, and therefore also serves as an additional opening. In this case, only the through-hole area 4 can be used to simultaneously insert and remove items.

[0149] Alternatively, additional openings and through-holes 4 may be located inside the handbag 115 according to all of the above implementation options.

[0150] The safety arrangement of the other opening 101 (see Figure 11 The additional, flexible opening 101 particularly features connecting portions 132 and 133, edge connecting portions 39 and 40, and inclined connecting portions 137 and 138. Therefore, this arrangement can be inserted as a pocket lining 127' into the interior of a pocket of a textile item. This arrangement can also be used as an external pocket (such as...). Figure 11 (As shown) Inserted onto the top material layer 108 of the textile article.

[0151] This arrangement has the technical characteristic that items can be easily inserted through such an opening. Here, the solution provides better protection against items falling out (as is the case with conventional open pockets). This is achieved in particular by the tension at the additional opening 101, which is ensured by connectors 139 and 140 and (depending on the corresponding embodiment) optionally also by connectors 132 and 133. Even if the material layer of the textile is inelastic or has very little elasticity, the additional opening, which is elastic in at least 180° circumferentially, can elastically and non-destructively expand and contract again when items are inserted and removed. This solution can also be applied to textiles whose material layer (i.e., the material used to make the textile) has an elasticity equal to or less than that of the arrangement. Connectors 137 and 138 are primarily used to simplify the removal of items from the bag liner by guiding items through their approximately funnel-shaped channels. The edge 128 of the bag liner is connected to the material layer 108. When applied to a pocket with a pocket pocket, the bag liner is connected to the surface of the pocket pocket (see here the edge 128 of the pocket pocket).

[0152] The upper connecting portion 132 and the lower connecting portion 133 are optional and can be omitted. In this case, the edge connecting portions 139 and 140 and the inclined connecting portions 137 and 138 are directly connected to each other.

[0153] The upper connecting part 132 and the lower connecting part 133 can be implemented in proportion to each other. Figure 11 The connection may be relatively shorter or longer. In particular, extending the connection has the positive effect of making it more comfortable for the user's hand to move through the additional opening.

[0154] It is also possible to achieve this arrangement with more than one additional opening 101, with the additional openings arranged side by side, one above the other and / or overlapping each other.

[0155] exist Figure 26 The inserted barrier 1 shown has a protective section 118 and a material section 119, as well as an additional opening 101 for the area between the material section or folded area 119 and the protective section 118. The protective section 118 and the folded area 119 are connected to each other via two connecting portions 146, 147. The spacing between these two connecting portions 146, 147 decreases in the direction away from the additional opening 101. This embodiment provides additional protection against items already in a pocket or lining being moved out through the insertion opening 101. Figure 26 In the variant shown, the protected section 118 and the folded area 119 are also connected to each other via edge connections 139 and 140 and are also connected to the wall 149.

[0156] exist Figure 27The shown insertion barrier 1 has a protective section 118 and a material section 119, as well as an additional opening 101 for the area between the material section or folded area 119 and the protective section 118. The protective section 118 and the folded area 119 are connected to each other via two connecting portions 146, 147. The spacing between these two connecting portions 146, 147 decreases in the direction away from the additional opening 101. The edges of the protective section 118 and the folded area 119 outside the connecting portions 146, 147 are not connected to the textile article and / or any other element extending into the insertion barrier 1. This is shown by the edge 150 of the funnel (other shapes are also possible here). Figure 27 In the variant shown, the protected section 118 and the folded area 119 are also connected to each other via edge connections 139 and 140 and are also connected to the wall 149. This embodiment provides additional protection to prevent items located in pockets or linings from being removed through the insertion opening 101.

[0157] Figure 28 The insertion barrier 1, the protection section 118, and the material section 119 shown have arc-shaped sections. This shape is intended to conform to ergonomic positioning, thereby facilitating better access to the insertion barrier 1 and the additional opening 101.

[0158] The protected section 118 and the folded area 119 are connected to each other via two connecting parts 146 and 147. The connecting parts 146 and 147 have an approximately tapered orientation from an additional opening 101 (see folded edge 129) toward edge 153. Other orientations of the connecting parts 146 and 147 are also possible. The purpose of the orientation of the connecting parts 146 and 147 is to provide additional protection against items located in pockets or linings being moved out through the insertion opening 101.

[0159] exist Figure 28 In the variant shown, the protective section of the insertion outlet 154 of the protective section 118 is folded over the material section 119 along the fold edge 157. This also serves to provide additional protection against items in pockets or linings being moved out through the insertion opening 101. Items can be pushed into pockets or linings through the insertion opening 101. If the item reaches the area around the fold edge 157 upon being pushed in, the protective section of the insertion outlet 154 is then pushed open. Once the item 103 is in the pocket or lining, the protective section of the insertion outlet 154 returns to the folded state. The protective section of the insertion outlet 154 can be applied accordingly. Figures 24 to 28 The same protection function can also be applied accordingly. Figure 18The diagram shows an insertion opening with a protective material layer 120. Here, the material of the protective material layer 120 is folded upward from the lower edge and connected to the guide element 113. This produces the same protective effect, preventing items in pockets or linings from being moved out through the insertion opening 101'.

[0160] exist Figure 35 The embodiment of the insertion barrier 1 shown in the illustration, exemplified on a T-shirt, demonstrates two applications of the invention using an outer garment as an example. The chest pocket shown illustrates different positioning of the combination of the insertion barrier 1 and the insertion opening 101'. In the left chest pocket, items are inserted from above through the insertion opening 101' and removed through the horizontally arranged insertion barrier 1. Its meaning corresponds to... Figure 26 The functional principle is illustrated. The right breast pocket shows a different implementation of the insertion opening 101 than the insertion barrier opening 1. Its meaning corresponds to... Figure 3 The functional principle is illustrated above. Here, the selected positioning and angular orientation of the insertion opening 101 and the insertion barrier opening 1 are merely exemplary, and different choices can be made depending on the application and ergonomics.

Claims

1. An insertion barrier (1) disposed at or capable of being disposed at a pocket, the insertion barrier (1) forming a pass-through area (4) leading to the pocket and having an upper textile section (2) and a lower textile section (3), wherein the upper textile section (2) overlaps the lower textile section, wherein the upper textile section (2) and the lower textile section (3) are elastically stretchable, wherein the upper section (2) and the lower section are connected to each other by at least two seams (5A, 5B) spaced apart from each other, wherein the upper section and the lower section (2, 3) have edges (6, 7), and wherein the pass-through area (4) is formed between the sections (2, 3), the edges (6, 7) of the sections (2, 3) and the seams. Its features are, At least one of the two sutures (5A, 5B) connects the upper section and the lower section (2, 3) to each other only.

2. The insertion barrier according to claim 1, characterized in that, The upper section (2) and the lower section (3) are also elastically stretchable on the side of the suture (5A, 5B) that connects the upper section and the lower section (2, 3) to each other, away from the penetration area (4).

3. The reach-through barrier of claim 1 or 2, wherein, At least one edge (6, 7) is a folded edge, preferably both edges (6, 7) are folded edges.

4. The reach-through barrier of any one of claims 1 to 3, wherein, The two sutures (5A, 5B) connect the upper section and the lower section (2, 3) to each other only; and the upper section (2) and the lower section (3) are also elastically stretchable on the side of the sutures (5A, 5B) facing away from the penetration area (4).

5. The reach-through barrier of any one of claims 1 to 4, wherein, The upper section and / or the lower section (2, 3) are single-layered or double-layered.

6. The reach-through barrier of any one of claims 1 to 5, wherein, The edges (6, 7) of the upper section and / or the lower section (2, 3) are reinforced by means of reinforcing elements, such as elastic textile tape, silicone tape, one or more rows of ultrasonic fusion seams, or heat transfer.

7. The reach-through barrier of any one of claims 1 to 6, wherein, The two sutures (5A, 5B) extend substantially parallel to each other, and preferably extend substantially at right angles to at least one edge of the edges (6, 7) of the segments (2, 3).

8. The reach-through barrier of any one of claims 1 to 7, wherein, At least one of the two sutures (5A, 5B) extends at an angle not equal to 90° relative to at least one edge of the edges (6, 7) of the segments (2, 3), and optionally, the distance between the two sutures (5A, 5B) increases in the direction from the edge (6) of the lower segment (3) to the edge (7) of the upper segment (2).

9. The reach-through barrier of any one of claims 1 to 8, wherein, Auxiliary sutures (8A, 8B, 12A, 12B) are arranged next to the sutures (5A, 5B).

10. The reach-through barrier of any one of claims 1 to 9, wherein, The upper section and / or the lower section (2, 3) are at least double-layered and folded at the edges (6, 7) of their respective sections (2, 3), and the sutures (5A, 5B) and optional auxiliary sutures (8A, 8B, 12A, 12B) penetrate the folded layers.

11. The reach-through barrier of any one of claims 1 to 9, wherein, The upper section and / or the lower section (2, 3) are at least double-layered and folded at the edges (6, 7) of their respective sections (2, 3), and the sutures (5A, 5B) and optional auxiliary sutures (8A, 8B, 12A, 12B) penetrate the folded layer of the lower section (3) only from the lower layer of the upper section (2).

12. The reach-through barrier of any one of claims 1 to 11, wherein, The sutures (5A, 5B) and optional auxiliary sutures (8A, 8B, 12A, 12B) are ultrasonically fused sutures, adhesive sutures, or sutures made by means of sewing yarn (5A, 5B), and the sutures (5A, 5B) and optional auxiliary sutures (8A, 8B, 12A, 12B) are elastic or inelastic.

13. The reach-through barrier of any one of claims 1 to 12, wherein Two or more insertion areas (4) leading to adjacent pockets, wherein two side-by-side insertion areas (4) have a common seam (5A, 5B).

14. The insertion barrier opening according to any one of claims 1 to 12, characterized in that... Two or more through-holes (4) leading to adjacent pockets, wherein the pockets completely overlap or offset from each other.

15. The insertion barrier opening according to any one of claims 1 to 14, characterized in that, The pocket is placed on or inside a textile article, particularly.

16. The reach-through barrier of any one of claims 1 to 15, wherein, The pocket is a bag inserted into textiles, particularly clothing or trouser pockets, shoulder bags, or handbags.

17. The insertion barrier according to claim 15 or 16, characterized in that, The insertion barrier is arranged at the article, particularly at the textile article, which has regions (17, 18) adjacent to the upper section and the lower section (2, 3), and the upper section (2) is more elastic than the region (17) adjacent to it, and / or the lower section (3) is more elastic than the region (18) adjacent to it.

18. The reach-through barrier of claim 15 or 16, wherein, The insertion barrier is provided at the lining of an article, particularly a textile article, and the upper section (2) is adjacent to the upper portion (17) of the lining, and the lower section (3) is adjacent to the lower portion (18) of the lining.

19. The reach-through barrier of claim 15 or 16, wherein, The insertion barrier is arranged at a textile article having regions (17, 18) adjacent to the upper section and the lower section (2, 3), wherein the upper section (2) is made of the same material as the adjacent region (17), and / or the lower section (3) is made of the same material as the adjacent region (18).

20. The reach-through barrier of any one of claims 15 to 19, wherein, A material layer (108) is arranged on articles, particularly textiles, and the material layer covers the wear area (4).

21. The reach-through barrier of any one of claims 15 to 20, wherein, At least one additional opening (101, 101') is provided on the article, particularly the textile, and the at least one additional opening leads into the pocket.

22. The access port of claim 21, wherein, In the position of use of the article, the additional opening (101, 101') is located above, beside or below the insertion barrier (1).

23. The reach-through barrier of claim 21 or 22, wherein, The additional openings (101, 101') are elastic or inelastic.

24. The reach-through barrier of any one of claims 21-23, wherein, The additional opening (101') has a protective material layer (120) connected to the additional opening (101') from the inside.

25. The insertion barrier opening according to any one of claims 21 to 24, characterized in that, The insertion barrier (1) and the other openings (101, 101') lead into the same pocket.

26. The insertion barrier according to claims 21 to 25, characterized in that, In the use position of the article, the additional opening (101') is located above the insertion barrier (1), and guide elements (113, 118) are arranged between the additional opening and the insertion barrier (1).

27. The access port of claim 26, wherein, The guide element (113) is a suture.

28. The access port of claim 26, wherein, The guide element (118) is a sheet-like protection section that extends at least partially beyond the edge (6) of the lower section (3) on the side of the lower section (3) opposite to the upper section (2).

29. The reach-through barrier of claim 28, wherein, The wall (149) of the pocket, particularly the material layer, is located on the side of the protected section (118) away from the through area (4), and the additional opening (101) leads into the area between the wall (149) and the protected section (118).

30. The reach-through barrier of claim 29, wherein, The protected section (118) is more elastic than the wall.

31. The access port of claim 28, wherein, The material section (119) is located on the side of the protection section (118) away from the through area (4), and the additional opening (101) leads into the area between the material section (119) and the protection section (118).

32. The reach-through barrier of any one of claims 28-31, wherein, The protected section (118) is folded upward at the folded edge (148) to the side away from the through area (4), so that the folded area (119) is connected to the wall (149).

33. The access port of claim 32, wherein, A resilient opening (145) narrower than the other opening (101) is located in the region of the folded edge (148).

34. The reach-through barrier of claim 32 or 33, wherein, The protected section (118) and the folded area (119) are connected to each other via two connecting parts (151, 152), and the distance between the two connecting parts (151, 152) is narrower than the other opening (101).

35. The insertion barrier according to claim 32 or 33, characterized in that, The protected section (118) and the folded area (119) are connected to each other via two connecting parts (146, 147), and the distance between the two connecting parts (146, 147) increases in the direction away from the other opening (101).

36. The reach-through barrier of any one of claims 28-35, wherein, The protected section (118) and the folded area (119) are connected to each other via two connecting portions (146, 147) such that the distance between the two connecting portions (146, 147) decreases in the direction away from the additional opening (101), and preferably, the edges of the protected section (118) and the folded area (119) outside the connecting portions (146, 147) are at least partially not connected to the textile article and / or any other element of the insertion barrier (1). See also claim 30.

37. The reach-through barrier of any one of claims 16-36, wherein, A dividing seam (131) is arranged in the pocket, the dividing seam dividing the pocket into compartments, and the through area (4) and the additional opening (101') lead into the same compartment.

38. The reach-through barrier of any one of claims 16 and 21-37, wherein, The insertion barrier is located inside or outside the handbag (115), and the additional opening and the pocket are located inside or outside the handbag (115).

39. Trousers having pockets, characterized in that The trousers have an insertion opening (1) according to any one of claims 1 to 37, and in the use position, the edges (6, 7) of the upper and lower sections (2, 3) form an angle of 15° to 85° with the generally vertical side seam (109) of the trousers. ).

40. A pair of trousers with pockets, characterized in that, The trousers have an insertion opening (1) according to any one of claims 1 to 37, and in the use position, the edges (6, 7) of the upper and lower sections (2, 3) form an angle of 15° to 50° with the horizontal line. ).

41. Trousers or underpants with a fly, characterized in that The trouser flap is implemented in the form of an extension opening (1) according to any one of claims 1 to 37.

42. A cycling garment for a cyclist having at least two pockets, characterised in that, The cyclist's clothing pockets are equipped with at least two side-by-side insertion openings (1) as claimed in any one of claims 13 or 14, and optionally any one of claims 17 to 37.

43. An outer garment, such as a jacket, shirt, sweater, or T-shirt, having a pocket, characterized in that, The outer garment has an insertion barrier opening (1) according to any one of claims 1 to 37.

44. A coat, vest, satchel, handbag or backpack having a pocket, characterized in that, The outer garment, underwear, shoulder bag, handbag or backpack has an insertion opening (1) according to any one of claims 1 to 37, and the pocket and the insertion opening (1) are indirectly connected via a common third surface (24) to which they are attached.

45. A satchel, handbag or backpack having a pocket, characterised in that, The handbag, tote bag, or backpack has an extension opening (1) according to any one of claims 1 to 37.

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