HRP20050013A2 - Adjustable plastic carry strap having laterally projecting foldable handles - Google Patents

Description

Field of invention

The invention relates to a cord having "male" and "female" ends that can be manually joined and securely closed so that the cord forms a closed loop, and parts that can be manually joined to provide one or more handles for easy carrying and lifting of objects which is inside the circle.

Description of related applications

In various environments, it is necessary to lift large, sometimes clumsy objects by hand, without using machines that normally perform such tasks (such as a crane or forklift). In addition, some objects, although heavy and awkward, may be too small for the machine to use (such as a forklift), or must be moved in a space inaccessible to the machine, and are usually left to be manually handled by the worker himself.

For example on a farm, a number of tasks can be at least partially automated, but there is also a need for physical labor such as moving items from a vehicle to a warehouse or vice versa. Some objects that are commonly used in such an environment (e.g. a bucket) already have various handles to facilitate handling. However, many jobs in an agricultural or industrial environment involve handling bulky, larger materials, in a box, bag or roll, to name just a few examples. Clumsy materials such as those listed can quickly become unwieldy to handle, making the worker's job more difficult and dangerous. Bending over to lift a bag or roll of material puts the worker in a position where there is an increased risk of painful injuries to the back or other part of the body. Therefore, any way to facilitate the handling, convenience and safety of such jobs is desirable.

A number of aids for carrying and/or tying things are known. LOUSE. Patent 5,695,234 Coticchio et al., describes a device for carrying shopping bags, consisting of an element forming a loop (10) and 2 handles (12, 14) with receiving parts (22 and 22') located at the longitudinal ends ribbons. 2 handles are joined together via protrusions 18 and hinged part 24 (Figure 3), or the handle is placed in the hole so that a loop is formed around the object (Figures 10 and 11). The handles described by Coticchio et al. are made before use.

LOUSE. Patent 3,493,154 (Engle) describes a flexible strap for carrying packages, relatively wide, but manufactured from only one piece of material. On the Engle tape there is only one handle which is formed before on the longitudinal end of the tape. Adaptability is made possible through multiple slots on one end, into which the handle fits.

LOUSE. Patent 4,558,896 (Farnworth) describes a handle that attaches to a load, with the handle having an opening (28) for inserting a T-bar (26). The opening (24) exists so that the strip (12) can be bent during use (Figure 4). Here, the part where the handle was made before, is placed on the longitudinal end of the ribbon and does not fold.

LOUSE. Patent 4,514,876 (Houlberg) describes a bag closure, which is formed in a mold, with 2 handles (3, 4) which are attached to the levers for carrying the bag (1a, 1b). The handles are closed together (Figure 3) via the hook and shoulder-shaped parts (6, 7), thereby closing the bag (already attached to the bag-carrying levers (1 a, 1 b)). The handles are about as wide as the entire opening of the bag.

LOUSE. Patent 5,735,019 (Kerr et al.) describes an auxiliary handle to assist the user in carrying bags (like Coticchio), and has a section where there is a loop (10) over which the handles of the bag lie. Cuts on the handle (17) are made on the longitudinal ends of the loop (10). The holder (40) is used to make the device as comfortable as possible and to hold the two parts of the loop together (10).

LOUSE. Patent 5,715,578 (Knudson) describes a package fastener having a rubber loop (5) and a single lever handle (3) at one end of the loop (5). The handle is rigid and this device is connected by passing the handle (3) through the loop (5).

LOUSE. Patent 5,005,891 (Lunsford) describes a device for carrying bags which has a purpose similar to that of Kerr and Coticchio. This device contains a relatively wide surface (22) to distribute the weight of the load along the user's arm. The handles of the bag are placed in the center of the surface and it is then wrapped around the handles of the bag. The whole device acts like a pillow and does not have a clearly defined handle.

LOUSE. Patent 5,096,248 (Ryan) describes a handle having a strap (11) and a receiving portion (8), among other things. The handle is used in a manner similar to the Knudson (previously described), and the device is formed into a loop (Figure 4). The user lifts the device by inserting his hand into the preformed opening (17) at the longitudinal end of this entire handle.

LOUSE. Patent 4,696,505 (Shadoan) describes a handle and a strap for carrying objects by hand. Shadoan has a ribbon that can be formed into a loop of various sizes and shapes. Here, the ribbon is separated from the rigid handle (10), and is attached to the handle so that it is located at the end of the ribbon, by forming a loop through the openings (34, 36).

LOUSE. Patent 6,062,622 (Susman et al.) describes a bag clip which consists of a ribbon which is formed in a loop around the handle of the bag to be carried, the ribbon having a wider portion provided for holding (20), the portion being made before use.

LOUSE. Patent 1,829,613 (Sato) describes a fastener, particularly for fastening materials such as paper. It includes a long body with one "male" end and a coupling part having a series of openings to accept the "male" end. The size of the buckle can be adjusted using multiple openings. Sato recommends using adaptive metal for this buckle.

LOUSE. Patent 3,913,179 (Rhee) describes a handleless tape having a series of holes and ends for insertion, including T-holes 44, 46 and 48.

LOUSE. Patent 487,145 (Gibbons) describes a horse restraint which includes a cord (f), a distal T-head (k) and linear openings (I) to increase or decrease the length of the cord (f).

LOUSE. Design Patent 252,741 (Tavlor) describes a handleless connecting cord having a series of lined longitudinal holes and 2 identical ends. There seem to be 2 ways to join the ends for the longitudinal hole, if desired. The smaller, most distal projection may be a temporary fixation piece that is easier to remove than the triangular piece that may be a hook and seal the pieces together.

Many people need an easy and cheap way to handle clumsy objects, such as scraps of material, since even the simplest piece of plastic can weigh more than 50 kg. Therefore, what is needed is a device that will facilitate the handling of rolls of material, or other items, that is small and inexpensive enough to be included in the packaging of the roll of material.

Summary of the invention

The invention relates to an adjustable carrying strap and handle to facilitate the lifting of an object, such as a roll of material. In addition, the invention facilitates the bonding of materials. The carrying strap and handle includes a long planar strap having two ends, such that one end has one or more longitudinally located connecting portions. In some embodiments, each coupling portion extends from opposite lateral sides at the other end of the tape, and the first end terminates with a "female" portion having an opening adapted to receive closure portions from the other end of the tape. In these embodiments, each mating portion, when inserted into the opening, is capable of detachably engaging a portion of the "female" portion near the opening.

The carrying strap and handle also include a pair of handle halves that extend laterally. Depending on the embodiment, each handle extends from the opposite lateral side of the tape, and they are symmetrical to each other along the longitudinal axis of the device. Each handle is U-shaped with two or more connecting parts that are perpendicular to the longitudinal axis of the tape, and with a handle holding part located between the two connecting parts. The holding part is located laterally in relation to the side part of the tape. This arrangement provides a space that is large enough to fit a hand and hold the handle. The halves of the handle are initially in the same plane with the ribbon and they are joined so that they are then in an upright position and give the final handle, that is, the holder of that ribbon.

The benefits of using this carrying strap with a handle include ease of handling, comfort, stability and security of the object being carried. If the item being carried doesn't already have a handle, it can easily be added to the item using the provided carrying strap with handle. Therefore, objects such as rolls of canvas or film, which are wider than the normal width of a hand grip and are particularly awkward, become more convenient to handle. Therefore, the user will see a reduced need to put his body in a position where he could injure himself. This is important, especially if we consider the weight of the objects being handled. Users who handle rolls of material, compressed gas cylinders, sacks, crates, boxes, tubes, pipes, wraps and various other items (eg part of a tree) can benefit from the featured carrying strap with handle.

Additional features and embodiments of the invention are discussed in detail later, with reference to the respective Figures.

Short description of the pictures

Figure 1 is a top view of a first embodiment of the present invention;

Figure 2 is a top view of another embodiment of the present invention;

Figure 3 is a perspective view of another embodiment of the presented invention;

Figure 4A is an enlarged partial view of an embodiment of the present invention;

Figure 4B is an end view of an embodiment of the present invention;

Figure 5 is a side view of a handle portion of one embodiment of the present invention;

Figures 6A-6E illustrate various embodiments for connecting parts at the other end of the tape according to the present invention;

Figures 7A-7C illustrate various embodiments for connecting parts at the other end of the tape according to the present invention;

Figures 8A-6C illustrate various embodiments of the second end of the tape according to the present invention;

Detailed description of the invention

Figure 1 illustrates a top view of one embodiment of the present invention. Depending on the purpose, the carrying strap 100 can be used for lifting tons of material, for tying and lifting objects (eg sticks), for lifting boxes, or various other objects.

The adjustable carrying strap and handle 100 includes a long and planar strap 110. In one embodiment, the other end has one or more longitudinally spaced "male" connecting portions 120, each connecting portion extending from opposite sides 111 of the other end of the strap 110. In in this embodiment, the first end terminates with a "female" portion 150 having an opening 130 adapted to serially receive "male" connector portions 120 from the other end of the tape. Each connecting part 125, when inserted into the opening 130, can be separated from the "female" part 150.

As seen in the embodiments of Figures 1 and 4, the opening 130 at the first end of the tape 110 for receiving the second part of the tape 110 is T-shaped and includes a vertical part 131 located perpendicular to the lateral axis of the tape 110, and a side part 135 located parallel to the longitudinal axis of the tape 110. In this embodiment, the vertical part 131 of the T-shaped opening 130 is shorter than the longitudinal part of the T-shaped opening, and to facilitate the insertion of the connecting part 120, which is wider than the vertical part of the T-shaped opening 130. In this case, with a larger width of the connecting parts 125, the greater the security of attaching the first and second ends of the carrying strap and the handle 100 to each other. The T-shaped opening 130 may further include tails 133 which are located parallel to the longitudinal portion 135, but at the ends of the vertical portion 131. These tails 133 facilitate the insertion of the connecting parts 125 by forming shields 137 which, while resisting exit from the opening by they partially block the opening 130, at the same time facilitate insertion, since they are connected to the tape 110 only along one edge.

When the "male" coupling area 120 and the "female" coupling parts 150 include protrusions as the "male" coupling parts 125, they are wider than the position of the opening in which the "male" coupling parts 125 are usually located. Therefore, when inserted into the opening 130 of the "female" portion 150, relatively wide "male" mating portions 125 prevent separation of the "male" mating region 120 and the "female" portion 150. E.g., in embodiments where the openings 130 are T-shaped and the "male" mating region 120 has "male" connecting parts 125, the joining steps are usually as follows. First, the "male" connecting part 120 is rotated to align with the longitudinal portion 135 of the opening 130, and inserted into the opening 130. The "male" connecting parts 125, while are in the longitudinal part 135, turn to align with the vertical part 131 of the opening 130. In this position, and when the ribbon is taut, the first end of the "male" connecting parts 125 protrudes from the "female" connecting part 150 in the region on the side of the vertical of part 131. Since the length of the longitudinal part 135 is typically greater than the length of the vertical portion 131, the "male" mating region 120 is easier to insert and more difficult to remove from the vertical portion 131 once fully inserted. Also, since it is common, the vertical portion 131 is approximately the same width as the ribbon 110, and the width of the "male" connecting portion 125 is greater than the length of the vertical portion 131, then pull-out resistance is achieved.

The carrying strap and handle 100 may be removed from the item being worn in any manner, including cutting a portion of the strap 100 or separating the "male" and "female" portions 125, 150 in a manner opposite to joining the "male" and "female" " parts 125, 150.

The "male" connection region 120 at the end of the second end of the tape may, in some embodiments, include other means for connecting to the first end of the tape and/or the "female" portion 150. In this case, the terms "male" and "female" refer to two areas that fit together. Other means of attachment may include a clip, hook or loop fasteners, adhesives, or the like. Still alternative The joining of the first and second ends can be achieved without additional components, eg welding, thermal welding, solvent welding, depending on the particular embodiment, but this is an alternative way.

In almost all embodiments, the carrying strap and handle 100 can be shaped to fit two or more predetermined object shapes. For example if the manufacturer sells rolls of material in various quantities, say rolls of 100 and 300 meters, then the diameters and features will be different. If the carrying strap and handle 100 can be used in that situation, then the carrying strap and handle 100 must also be adaptable. One way this can be accomplished is to include a series of "male" connectors 125 or protrusions at the other end of the carrying strap and handle 100. Each "male" connector 125 allows the connection of "male" and "female" connectors 125, 150 on that part. Since lifting objects of various diameters requires a strap 110 of a certain length, and if the object is only chosen between two with different diameters, then only two connection points are required. Accordingly, two or more sets of "male" connecting portions 125, each located longitudinally with respect to the longitudinal axis of the strap 110, may be used to determine the position at which the first and second portions of the carrying strap and the handle 100 will be joined (and the final extent ribbons). The positions of these openings usually correspond to the circumference of the object being lifted.

Further, the "male" connecting parts 125 can be placed in groups at two or more predetermined longitudinal positions. This means that instead of only one pair of "male" coupling parts 125 near each position, multiple pairs of "male" coupling parts 125 can be placed at each position. In this embodiment, the additional openings allow for various scopes. Thus, while not requiring many "male" mating parts 125, the desired level of adaptability is also achieved without unnecessary material costs. It is understood that the principles of the described embodiments, in which various placements of the "male" connecting parts 125 are considered, can be applied to other means (e.g. buckles, hooks) that ensure the connection of the first and second ends of the carrying strap and the handle 100.

Alternatively, two or more apertures 130 may be included on the enlarged or multiple "female" couplings 150. Adaptability is thus ensured. Further, the carrying strap and handle 100 can be arranged to include a series of "male" connection areas 120 and a series of "female" connection parts 150. Thus, the means of adjustment can be selected by the user, and if desired, two or more can be used. of "male" and "female" connecting parts 125, 150 at the same time to enable a more secure connection and/or to increase the bearing capacity of the device by distributing the force from one to more connections.

The carrying strap and handle also includes a pair of laterally extending handles 140. Each half of the handle extends from opposite lateral sides 111 of the tape 100, and is symmetrical to the other half along the longitudinal axis of the tape 100. The handles are preferably folded down before use and when not in use (to save space), and to facilitate storage of the tapes 100 and/or or objects held by handles 100.

Each half of the handle 140a, b can have a U-shape with two or more connecting parts 148 that are perpendicular to the longitudinal axis of the tape, and one handle 149 that is formed when the two parts 148 are connected. The holder 149 is located laterally with respect to the side edge 111 ribbons 110. This placement provides a space 147 large enough for a hand to fit there and receive a handle 140.

Alternatively, the handle halves 140a,b may have T-shaped holding portions, connected to the ribbon via a single, centrally located connecting portion. In this embodiment, the user's fingers are located on each side of the coupling part, rather than between the two coupling parts as in the above embodiment. Alternatively, the handle halves 140a, b may have loops to allow the user to hold the cord and handle, and lift an object, or semi-circular sections consisting of generally circular handle halves attached to each end of the cord. Such loops and semicircular portions, U-shaped and T-shaped handles, may be integral with the strap or may be made additional and later attached to the strap 110. Also, the handle halves 140a, b may be made of a strap-like material, such as a rope that attaches to the strap 110 through a small opening in the strap 110. Of course, handles 140 of other shapes are possible, although not described in detail here.

In each embodiment, the handle halves 140a,b are coplanar with the ribbon 110, and two laterally opposed handles 140a,b are adapted to be joined together in an upright position to form the final ribbon handle. In the case of U-shaped handles, eg one or more folds 540 (Figure 5) can be made to facilitate the upright position of the handles. Also to facilitate the upright position, the middle connecting portion 543, between the edge 111 of the strap and the handle 148, may be tapered. Further, the middle connecting part 543 can be shaped to prevent puckering beyond a certain point, eg the middle connecting part 543 can be triangular or trapezoidal in shape (Figure 5). Such a configuration results in two "stops", one on each side of the connecting portion 543, which when used cause adjacent surfaces to join together preventing the handle from bending beyond a certain point.

The handle halves 140a, b may be located near the first end of the tape 110, near the second end of the tape 110, or somewhere midway between the first and second ends of the tape 110.

Depending on the embodiment, the handle 140 may include a raised edge portion 460 on one or more edges of the handle, thereby providing increased strength and comfort for the user. Such portion 460 typically includes a thicker narrow strip along the edge of the handle. The additional material located from the center of the handle helps to overcome the bending effort of the handle and correct the resulting deformations of the handle 140. The portion 460 can be located along the outer edge of the handle 140 and/or along the inner edge 440 of the handle 140.

When using the carrying strap with the handle 100, the user lifts each half of the handle 140a, b from the normal lying position. If multiple straps and handles 100 are used, the user typically receives one pair of handles 140a, b in each hand to carry the item. If the carrying strap with the handle 100 is designed so that the space between the handles 140a, b is quite large and/or if only one strap is used, the user usually receives one half of the handle 140a, b in each hand and lifts the load.

In some embodiments, the grip portion 149 of the handle 140 has a wavy inner edge 440 that is adapted to fit the user's fingers comfortably, and when the user lifts the carrying strap with the handle 100, these waves prevent the device from slipping from the user's hands. Also, the receiving surface is made of an easy-to-grip material, such as rubber, and can be molded to or affixed to the surface of the grip portion 149 to reduce unwanted movement of the handle on the user's hands.

It can also be seen in Figures 1-4 that the device may further include a pair of protrusions 450 on the first end of the carrying strap with the handle 100. These are adapted to connect the excess of the second end of the strap 100 protruding from the opening 130, to the surface of the strap 100. The parts 450 are extend upward from the first planar surface of the ribbon 100. They may also have inward projections 450 located at the upper ends.

Figures 6A-6E illustrate various combinations for connecting the other end of the tape 100. Depending on the specific embodiments, each longitudinally located connecting part at the other end of the tape may include a pair of hooks 610 (Figure 6A) extending laterally, or arrow shaped portions 620 (Figure 6B) which also extend laterally, on opposite side edges of the tape for the purpose of coupling with the opening 130. Alternatively, projections 615, 617 (Figures 6C, 6D) can replace the hooks 610. Alternatively, each connection part at the other end of the tape can include a pair of curved notches 630 (Figure 6E) whose purpose is to lock a portion of the opening 130. The curved notches 630 have two arms 631, 632. The first arm 631 is perpendicular to the longitudinal axis of the tape 110. The second arm 632 is inclined relative to the longitudinal axis of the tape 110 so that the distal end of the arm 632 is closer to the longitudinal axis of the tape than the first end of the second arm 632. The first arm 631 can be separated from the opening 130 in the first end of the tape 110 to prevent the first and second g end of the strap 110. The second arm 632 provides a one-way effect to facilitate tightening of the strap around the object being lifted.

Figures 7A-7C illustrate alternative means for connecting the first and second ends of the strap to the handle 100, which may be clips 710a, b, hook and loop fasteners 720a, b, staples 730, or adhesives. Alternatively, the joining of the first and second ends can be achieved without additions, eg by welding, melting, solvent welding or bending the two parts together, depending on the particular embodiment.

Figures 8A-8C illustrate various embodiments of the second end of the tape 110. The second end of the tape may terminate: (1) with a surface that is slanted 810 relative to the longitudinal axis of the tape; (2) with a surface that is symmetrical to the longitudinal axis of the tape, and has at least one curved surface 820; or (3) with surface 830 perpendicular to the longitudinal axis of the tape.

In general, the length of the strap 110 may be predetermined to approximately correspond to the circumference around the object being lifted. Alternatively, the distance between the longitudinally located connecting parts 125 can be predetermined depending on the extent of the object being lifted.

The handle halves 140a, b can be placed on the tape 110 near the first end of the device 100 and can be automatically flattened when not in use so that they are flush with the tape. The grommet 145 can be fixed and placed between at least one side edge of the strap and at least one connecting portion of the handle to strengthen the connection.

Depending on the embodiment, the presented carrying strap 100 can be used alone or in combination with other carrying straps 100. The carrying straps 100 can be connected at their ends, or used in parallel on the same object. In this second case, two or more straps 100 are spaced along the length of the item at a distance corresponding to the span of the user's arms, thus enabling comfortable carrying of the item, with one handle 140 of one strap 100 in each hand. Alternatively, the strap 100 may be wide or may have a wide portion between the two handle halves 140a,b of the strap 100. Thus, a comfortable gap between the handle halves 140a,b is provided. Similar to the previous, this second application allows the handle half 140a,b which receive, be each in one hand.

The entire carrying strap with handle 100 can be produced from a single piece of material. It is preferably a material for the production of plastics. Suitable plastics that can be used include nylon, polyolefins such as polyethylene, including low density polyethylene (LDPE), high density polyethylene (HDPE), very low density polyethylene (ULDPE), very high molar mass polyethylene (UHMVVE), crosslinked polyethylene ( PEX), polyethylene terephthalate (PET) and polypropylene. Other plastics considered suitable include polyester, polyamides, polyvinyl chloride (PVC), vinyl, and the like. Polyethylene and polypropylene are particularly preferred. Alternatively, materials for making the ribbon and handle can be rubber, metals, paper, cardboard, composite materials and animal products, such as leather. The metals that can be used are aluminum, copper, steel and their alloys, and other metals.

Alternatively, the carrying strap and handle 100 may be manufactured from a variety of components, each of which may be of a different material. If the carrying strap with handle 100 is made of plastic, it can be molded, shaped, eg by stretching and/or punching from a flat surface, or can be shaped in any other suitable manner. If the carrying strap with handle 100 is made of metal, it can also be shaped by, for example, splitting and/or forging.

Some embodiments are described here, but it is clear that minor changes in structure and application can be made without departing from the spirit and scope of the invention, as defined in the patent claims. It is further intended that each element set forth in the claims be understood to refer to all equivalent elements.

Claims (19)

1. An adjustable carrying strap with flexible handles, characterized in that includes: a long, planar, plastic tape that has a first and second end, and a predetermined width, the other end has one or more longitudinally located "male" connecting parts, each "male" connecting part extending from opposite sides of the other end of the tape, and adapted to connect to the "female" connecting part, the first end terminates with a "female" coupling part wider than the predetermined width of the tape, and said "female" coupling part has an opening adapted to receive "male" coupling parts from the other end of the tape, and each said coupling part, when placed in the opening " of the female" connecting part, is capable of engaging part of the "female" part. a pair of handle halves, each half extending from the opposite lateral side of the tape, and symmetrical to each other along the longitudinal axis of the device, each handle being U-shaped with two or more connecting portions perpendicular to the longitudinal axis of the tape and with a portion to which the handle is held, and which is located between two connecting parts, that part is located laterally in relation to the side edge of the tape and parallel to the longitudinal axis of the tape, while the halves of the handle are flush with the tape and the two are laterally opposite and symmetrically placed the halves of the handle are joined together in an upright position and give the final handle, that is, the holder of that ribbon. 2. A flexible carrying strap according to claim 1, characterized in that the two-half handle portion includes a grip area having a corrugated inner edge 440 adapted to comfortably accommodate the user's fingers, and when the user lifts the device, the waves prevent the device from slipping from the user's hands. 3. The flexible carrying strap according to claim 1, characterized in that each longitudinally located connecting portion at the other end of the strap includes a pair of hooks extending laterally on opposite side edges of the strap. 4. A flexible carrying strap according to claim 1, wherein each longitudinally located connecting portion at the other end of the strap includes a pair of arrow-shaped portions extending laterally at opposite side edges of the strap. 5. An adjustable carrying strap with flexible handles according to claim 1, characterized in that each connecting part at the other end of the strap includes a pair of curved notches for the purpose of locking a portion of the opening, and said curved notches have two legs, the first arm is perpendicular to the longitudinal axis of the tape, the second arm is slanted in relation to the longitudinal axis of the tape so that the second end of the second arm is closer to the longitudinal axis of the tape than the first end of the second arm, the first arm can be engaged and disengaged from the opening at the first end of the strap to prevent the handle strap from loosening from the object being carried, and the second arm provides a one-way effect to facilitate tightening of the strap around the object being lifted. 6. An adjustable carrying strap with flexible handles according to claim 1, characterized in that the other end of the strap ends with a surface that is beveled to the longitudinal axis of the strap. 7. Adjustable carrying strap with flexible handles according to claim 1, characterized in that the other end of the strap ends with a part having at least one pair of vertical parts, located symmetrically around the longitudinal axis of the strap. 8. An adjustable carrying strap with flexible handles according to claim 1, characterized in that the other end of the strap ends with a surface that is perpendicular to the longitudinal axis of the strap. 9. An adjustable carrying strap with flexible handles according to claim 1, characterized in that the opening in the "female" part is at the first end of the strap, and the cleat serves to receive the second end of the strap, T-shaped and contains a vertical part located perpendicular to the longitudinal axis tape, and the longitudinal part located parallel to the longitudinal axis of the tape. 10. Adjustable carrying strap with flexible handles according to claim 9, characterized in that the vertical part of the T-shaped opening is shorter than the longitudinal part of the T-shaped opening, thereby facilitating the insertion of the "male" connecting part that is wider than the vertical part of the opening T-shaped, and with a larger width of "male" connecting parts, the safety of attaching the first and second ends of the adjustable carrying strap with flexible handles is greater. 11. The flexible carrying strap according to claim 1, further including a pair of small portions at the first end of the strap, adapted to connect an excess of the second end of the strap, protruding from the opening, to the first end of the strap, and extending up from the first planar surface of the ribbon and also have inward projections located at the upper ends. 12. Adjustable carrying strap with flexible handles according to claim 1, characterized in that the length of the strap is predetermined depending on the circumference of the object being lifted. 13. An adjustable carrying strap with flexible handles according to claim 1, characterized in that the distance between the longitudinally located "male" connecting parts is predetermined depending on the circumference of the object to be lifted. 14. An adjustable carrying strap with flexible handles according to claim 1, characterized in that the longitudinally located "male" connecting parts are arranged in areas centered around predetermined longitudinal positions on the strap, each predetermined longitudinal position corresponding to the circumference of the object being lifted. 15. The flexible carrying strap according to claim 1, characterized in that the handles are located on the strap near the first end of the device. 16. An adjustable carrying strap with flexible handles according to claim 1, characterized in that the handles, when not in use, automatically flatten into the plane of the strap. 17. The flexible carrying strap according to claim 1, further including at least one notch attached to and located between at least one side edge of the strap and at least one connecting portion of the handle. 18. The flexible carrying strap according to claim 1, wherein the flexible carrying strap is placed on the object to facilitate its carrying. 19. An adjustable carrying strap with flexible handles according to claim 17, characterized in that the object is a roll of plastic netting.