CN102711534A - Bearing system - Google Patents

Abstract

The invention relates to a carrying system, comprising: an ergonomic back panel (2) covering substantially the entire back of the user; a first carrier strap (3) adapted to extend from a first position (P1) of an upper portion of the back plate (2) over a first shoulder of a user generally diagonally downwards towards the user's fossa; a second carrier strap (4) adapted to extend from a second position (P2) of the upper portion of the backboard (2) over a second shoulder of a user generally diagonally downwards towards the user's fossa; a third carrier strap (5) adapted to extend from a first position (P3) of a lower portion of the back plate (2) below a first arm of a user generally diagonally upwards towards the user's fossa; and a fourth carrier strap (6) adapted to extend from a second position (P4) of the lower portion of the back plate (2) below a second arm of the user generally diagonally upwards towards the user's fossa. The carrying system is characterized in that at least one of the carrying straps (3, 4, 5, 6) is provided with a connecting body (7) fixed at its free end and each of the remaining carrying straps (3, 4, 5, 6) is provided with a fastening body (8) fixed at its free end, wherein the at least one connecting body (7) is adapted to connect the respective fastening body (8).

Description

Bearing system

technical field

The present invention relates to a carrying system comprising: an ergonomic backboard covering substantially the entire back of a user; a first carrying strap adapted to pass from an upper portion of said backboard over a first shoulder of a user a first location extending substantially diagonally downward toward the user's heart socket; a second carrier strap adapted to extend substantially diagonally downward from a second location of the upper portion of the backplate over the user's second shoulder; extending downwardly toward the user's heart socket; a third carrier strap adapted to extend substantially diagonally upwardly toward the user's heart socket from a first location of the lower portion of the backplate below the user's first arm; and a fourth carrier strap adapted to extend generally diagonally upwardly towards the user's heart socket from a second location of the lower portion of the backplate below the user's second arm

.

Background technique

Very early carrying system solutions did not have any meaningful ergonomic properties. Recent solutions for backpacks are often based on a container/bag that is then fitted with straps. Examples of such solutions are found in US6311884B1, US5427290A, GB1551958A, US2006000856A and US5873506A.

A well-known technical feature of current carrier systems is primarily that they are difficult to put on and take off. Furthermore, especially in emergency situations, it may be critical to quickly remove the carrier system and its associated gear/backpack. For example, in mountaineering, military personnel and other situations. Current backpacks are often equipped with small straps (usually elastic) to hold the shoulder straps together so that these straps do not rub too much against the armpits. This thinner strap is not terribly useful, but addresses the current problems with carrying straps. First, when the shoulder straps become load-bearing straps and cross over the ribcage, the armpits are directly protected from undue loads, while weight is better distributed over the shoulders and mobility of the shoulders is increased. Carrying systems with crossed shoulder straps are completely ineffective and the carrying system is impossible to put on and impossible to take off.

An additional problem with current shoulder straps is that the straps are often worn too tightly on either side of a woman's breasts. By employing cross-carrying straps at the front, women can easily make specific adjustments by positioning the crossing point between the breasts, the straps have a smaller width and special relief pads at the crossings of the straps. The intersection point can easily be adjusted vertically by pulling in or out the carrier straps at the locations where these carrier straps are secured to the backplane. The current attachment of the shoulder straps is most often a fixed connection to the backpack and is not adjustable horizontally.

Thus, the known technology has several problems in the form of unsuitable loads, obstructions at various body parts of the bearer, limited mobility of the bearer when using the carrying system, and contact with the user while wearing or The main difficulty associated with taking off the carrier system.

Contents of the invention

The object of the present invention is to achieve improvements in the above-mentioned techniques and in the known techniques. In particular, the aim of the present invention is to achieve a bearing system which prevents unsuitable loading of the user and which, at the same time, is smooth and simple for the user to take off and put on.

These and other objects and advantages which will become apparent from the following description of the invention are achieved by a carrier system according to the independent claims. A carrying system is achieved comprising: an ergonomic backboard covering substantially the entire back of the user; a first carrying strap adapted to pass from the upper portion of the backboard above the user's first shoulder a first location extending substantially diagonally downward toward the user's heart socket; a second carrier strap adapted to extend substantially diagonally downward from a second location of the upper portion of the backplate over a second shoulder of the user extending toward the user's heart socket; a third carrier strap adapted to extend substantially diagonally upwardly toward the user's heart socket from a first location of the lower portion of the backplate below the user's first arm; and Four carrier straps adapted to extend generally diagonally upwardly toward the user's heart socket from a second location of the lower portion of the backplate below the user's second arm. The carrier system is characterized in that at least one of the carrier straps is provided with a connecting body fixed at a free end of the carrier strap, and each of the remaining carrier straps is provided with a fastening body fixed at its free end , wherein the at least one connecting body is suitable for connecting the respective fastening bodies

. The invention is therefore based on having an ergonomically suitable back plate, which is particularly suitable for putting on and taking off the carrying straps of the carrying system in a simple and quick manner, in order to facilitate the subsequent adjustment of the carried bags or other devices. The advantages of this system are many. Thanks to the quick connect buckles at the front side of the bearer's body, the carrying system can be removed from the bearer's body very quickly by pressing one or several buckles. Crossed carrier straps combined with an ergonomic backpanel results in increased mobility of the bearer's arms and shoulders, better distribution of pack weight on/between the shoulders and hips, and better alignment with the bearer's body to cooperate.

Thus, a carrying system is achieved which prevents unsuitable loads on the carrying person while being smoothly and very simply put on and taken off by the user.

The carrying system may further comprise a fifth carrying strap adapted to run from said second position on said lower portion of said backboard substantially horizontally along said user's abdomen toward said side of said backboard. The first position of the lower portion extends. This results in further stability for the user when using the carrier system.

The first and third carrier strips may be provided with respective connectors secured at their free ends, and the second, fourth and fifth carrier strips may be provided with respective fastening bodies secured at their free ends , wherein the connecting body is suitable for connecting the first and fourth carrier belts (3, 5) and the second, fourth and fifth carrier belts. This is a preferred embodiment of the invention, creating additional flexibility when the user puts on and takes off the carrier system.

Two of the fastening bodies are adapted to be connected in a common groove of the connecting body, which results in faster and smoother donning and doffing of the carrying system by the user.

Said first, second, third and fourth carrying straps together form a cross when they are connected by said connecting body, which increases mobility of a person's arms and shoulders, pack weight on shoulders and hips/ better distribution between the bearings, and a better fit with the bearer's body.

The backsheet may be made of a material selected from the group consisting of woven fabric of synthetic fibers, molded plastic, ballistic resistant material, fiberglass or textile. This is advantageous because the comfort of the load bearing system is further improved.

The carrier belt may be made of a material selected from the group consisting of woven fabric of synthetic fibers, molded plastic, ballistic resistant material or textile. This is advantageous because the comfort of the load bearing system is further improved.

The carrier strips can have the same width, which is advantageous because the device is easy to manufacture. This will also reduce manufacturing costs.

The fastening body and the connecting body can be connected to the corresponding carrier belt by bonding, welding, riveting or sewing, which constitutes a simple and cheap connection method.

The carrying system may also include an air duct connected to or built into an outer side of the back panel adapted to be located near the back of the user. The air ducts expand after being filled with air to achieve a snug fit of the backpanel against the user's back. The air duct can be divided into several sections if required. By varying the pressure in the tubing it will be possible to create different pressures on the bearer's back to increase the bearer's comfort during longer hikes and during hikes. This is to be able to apply loads differently to the back and hips. An air duct may extend along the outer edge of the outer side. The carrying system may further comprise means adapted to manually fill each empty said air duct.

According to a second aspect, the invention concerns a backpack comprising a carrying system having the above-mentioned distinguishing features.

According to a third aspect, the invention relates to a garment comprising a carrier system having the above-mentioned distinguishing features.

Current clothing does not fit the shoulder straps of the backpack. Backpacks and clothing (tops/sweaters/jackets/coats) are purchased separately. The shoulder straps then often happen to end on pockets, so that these pockets cannot be used optimally. The invention also relates to a garment having a pocket provided at the surface of the body of the carrying person without shoulder straps. These free surfaces are located at the left and right ribcage and abdomen thanks to the bearing system according to the invention. These one-piece products including tailor-made garments for the carrying system generally increase the overall effectiveness of the wearer of the device.

According to a fourth aspect, the invention relates to a protective device comprising a carrying system having the above-mentioned distinguishing features. There is often a lack of room/space at the front side of the bearer for the necessary equipment within reach of the need and to make it readily available. Sometimes, a person is seen wearing a backpack and also has a small separate backpack on the chest. This solution distributes the weight on the bearer in a better but not optimal way, although it can carry more and be able to reach part of the contents of the main backpack during e.g. hiking/working. This approach of having an extra pack on the chest results in double straps on each shoulder, which is uncomfortable and further reduces mobility. With the present invention, it will be possible to attach additional pockets, especially suitable for the front, to the carrier strap. This bag will also have easy access pockets. This bag will also be designed and manufactured to be as close as possible to the front side of the bearer for different needs and in different sizes. The specific needs of women will also be considered in the design. This front pocket can also be used as a small backpack if the bearer wants to take off the large backpack. For example, a backpacker is going to explore a new city and locks the large backpack at eg a train station, or a soldier is equipped with a pouch for a mission and takes off the large backpack just before the mission. It will also be possible to fold this front pocket forward by loosening the top buckle of the pocket so that the back of the front pocket becomes visible. There could be room for maps, microcomputers/monitors here.

Currently, police officers and other security personnel (eg guards) carry/wear large quantities of devices, sometimes reaching 10-12 kg. Belts are currently available for this device. This device has become heavier over the years, and current carrying systems are often unsuitable for these weights, which often results in repetitive strain injuries for the bearer. Staff should also have a shield on the chest and sometimes even carry the shield inside the shirt. Often lacks protection for the back (against shooting/knife). The invention is based on the aforementioned ergonomic backboard with cross carrying straps, and the waist belt is made longer and wider to be able to hang/fit the required device on the waist belt, which brings about the basic Improved, ergonomic distribution. The carrier uses a shirt/jacket with pockets within easy reach, and a back panel with carrier straps over the shirt/jacket. The back panel may cover a larger portion of the back and sides of the body than is necessary for the function of the load bearing system. This larger back plate can be reinforced for maximum protection against shots and knives. According to the invention, the fender is buckled to the chest on the outside of the carrier straps when required (eg for external services). The front fenders will overlap the back panels at the sides of the body for maximum protection. Currently, bulletproof vests have to be worn under shirts, and may not be worn on hot days or during internal service. Donning the armor in the current design takes a long time during quick sorties. It is also possible to fasten directly to the jacket using buckles/velcro. The shield will also be equipped with Velcro-like anchors and pockets to accommodate mission-needed gear such as communication radios, handcuffs, flashlights, etc. This means that for internal services the bearer only needs to carry in the carrying system the devices for the internal services and at the front side of the fender are the devices available for the external services. This results in a lighter load carrying the human body when performing internal services. The system may also have air ducts in the back panel and waist belt to enable the best fit to the body by pumping air into the air ducts.

The present invention will also be useful for placing other types of civilian and military equipment with a carrying system comprising a back plate with carrying straps and quick connect buckles.

Description of drawings

With reference to the accompanying drawings, the above-mentioned content and further objects, distinguishing features and advantages of the present invention will be easily understood according to the following illustrative and non-limiting detailed description of the embodiments of the present invention:

Fig. 1a, Fig. 1b and Fig. 1c show the carrying system comprising the backplane with carrying belt, and carrying strip has a connecting body,

Figures 2a, 2b and 2c show a load bearing system comprising a backplane with a load bearing strip having two connectors,

Figures 3a and 3b show the tubes in the back panel and waist belt that can be inflated by a hand pump,

Figures 4a, 4b and 4c show an additional bag installed in the carrier belt at the front side of the bearer,

Figures 5a and 5b show pockets specially provided at the side of the carrier belt on clothes such as jackets, coats, shirts,

Figure 6 shows a carrying system comprising a backboard and carrying belts with longer and higher waist belts,

Figure 7 shows a protective panel installed in the carrier belt at the front side of the carrier, and

Figure 8 shows a backpack according to the prior art.

Detailed ways

Figures 1a, 1b and 1c illustrate a first embodiment of the invention. The carrier system 1 consists of a backplane 2 with carrier strips 3 , 4 , 5 and 6 with a connecting body 7 . Four carrier straps 3 , 4 , 5 and 6 are connected to the backplane 2 at positions P1 , P2 , P3 and P4 , two of which are upper carrier straps 3 and 4 and two of which are lower carrier straps 5 and 6 .

The connecting body 7 is fixed to a lower carrier belt 6 . This connecting body has three connecting devices for the fastening body 8 . The backboard 2 has an outer side 11 adapted to rest against the user's back. Each of the other three carrier straps 3 , 4 and 5 has a fastening body 8 in their free ends.

The carrying plate 2 is placed on the back and the upper carrying straps 3 and 4 are placed on the bearer's shoulders, and each of the fastening bodies 8 of these carrying straps is pushed into the connecting body 7 and locked in the connecting body 7 respectively. The rest of the fastening bodies 8 of the lower carrying strap 6 are pushed into the connecting body 7 in the same way and locked in the connecting body 7 . See Figure 1a.

Figure 1b shows the entire carrier strip being connected.

At the connecting body 7 there are one or several buttons to enable release from the connecting body 7 of the fastening bodies 8 carrying the three straps. See Figure 1c.

To release the bearer from the carrying system 1 and its carrying straps 3, 4, 5 and 6, the bearer presses a button/button and the carrying system 1 and its load are released from the bearer's body quickly.

It is also possible to tighten all the carrier straps 3, 4, 5 and 6 to achieve the best fitting fit of the back panel 2 most on the back.

It is also possible to realize such a backplane with carrier strips 3, 4, 5 and 6 in a left and right design.

Early technological solutions did not yet have any meaningful ergonomic features.

Recent solutions for backpacks are often based on a container/bag that is then fitted with straps. The invention is based on an ergonomically adapted backboard with specially adapted carrying straps for putting on and taking off the carrying system in a simple and quick manner for subsequent adjustment with this new carrying system associated bag or other device to be carried.

A well-known technical feature of current carrier systems is primarily that they are difficult to put on and take off. Furthermore, especially in emergency situations, it may be critical to quickly remove the carrier system and its associated gear/backpack. For example, in mountaineering, military personnel and other situations. The invention is characterized in that the carrying system can be removed very rapidly from the carrying person's body, for example by pressing one or a few buttons.

Current backpacks are often equipped with small straps (usually elastic) to hold the shoulder straps together so that these straps do not rub too much against the armpits. The smaller straps are not functioning well, but point to issues related to the current shoulder straps. First, when the shoulder straps become load-bearing straps and cross over the ribcage, the armpits are directly protected from undue loads, while weight is better distributed over the shoulders and mobility of the shoulders is increased. Carrying systems with crossed shoulder straps are completely ineffective and the carrying system is impossible to put on and impossible to take off. The problem of putting on and taking off the carrier system quickly and in a simple manner is solved by the invention with cross-carrying straps with one or more connectors.

An additional problem with current shoulder straps is that the straps are often worn too tightly on either side of a woman's breasts. By employing cross-carrying straps at the front, women can easily make specific adjustments by positioning the crossing point between the breasts, the straps have a smaller width and special relief pads at the crossings of the straps. The intersection point can easily be adjusted vertically by pulling in or out the carrier straps at the locations where these carrier straps are secured to the backplane. The current attachment of the shoulder straps is most often a fixed connection to the backpack and is not adjustable horizontally. . In the present invention, the fastening of the carrier belt to the backboard is adjustable in the horizontal direction so as to fit the body of the carrier.

With the present invention, there will be different sized load plate available so that the bearer can choose the proper size to achieve the best fit to the back.

The invention will also be useful for placing other types of civilian and military devices with a carrying system comprising a back plate with carrying straps and connectors that can be quickly released.

The upper part of the backboard behind the bearer's neck should slope slightly back to create the proper distance to the bearer's neck so that the bearer can move the head freely. This also makes it easier for the bearer to walk with the back as straight as possible.

Figures 2a, 2b and 2c illustrate a second embodiment of the invention. The carrier system comprises a backplane with carrier strips 3 , 4 , 5 , 6 and 9 with two connectors 7 .

Five carrier straps 3, 4, 5, 6 and 9 are fastened to the backplane at positions P1, P2, P3 and P4, of which two carrier straps are upper carrier straps 3 and 4 and 3 carrier straps are lower carrier Take 5, 6 and 9.

The two lower carrier straps 6 and 9 are fastened to the same point. Lower carrying belt 9 is still a waistband.

The carrier strips 3 and 5 are equipped with connecting bodies at their free ends. Carrier straps 4 , 6 and 9 are equipped at their free ends with corresponding fastening bodies 8 for connection to connecting bodies 7 .

The carrier strip 4 and the carrier strip 9 are connected together in the connecting body 7 . This connecting body 7 has two inlets for connecting the respective fastening bodies 8 from the carrier strips 4 and 9 .

The carrying plate 2 is placed against the back and the upper carrying straps 3 and 4 are placed on the bearer's shoulders. The carrier strips 4 and 9 are connected together in one of the two connecting bodies 7 . The carrier strips 3 and 6 are connected together in the other of the two connectors. See Figure 2a. Figure 2b shows all carrier strips 3, 4, 5, 6 and 9 connected. To release the bearer from the backplane system 1 and its carrying straps 3, 4, 5, 6 and 9, the bearer presses the button/buttons and the carrying system 1 and its load are released from the bearer's body rapidly freed. See Figure 2c.

It is also possible to tighten all the carrier straps 3, 4, 5, 6 and 9 in order to achieve the best fitting fit of the back panel 2 most on the back.

It is also possible to realize such a backplane 2 with carrier strips 3 , 4 , 5 , 6 and 9 in a left and right design.

The rest of the description is the same as in Figure 1.

Figures 3a and 3b illustrate the air ducts in the back panel 2 and the waist belt 10 which are inflatable by the hand pump 12.

The back panel is provided with a built-in air duct 10 connected to a hand pump 12 . By pumping this hand pump 12, the air duct 10 is filled with air. See Figures 3a and 3b.

Referring to Fig. 3b, it is possible to have air ducts 10 built into the back panel 2 which expand when filled with air to achieve a best fit with the bearer's back. The air duct 10 will be able to be divided into sections if required. By varying the pressure in the tubing it will be possible to create different pressures on the bearer's back to enhance the bearer's comfort during longer hikes and during hikes. This can provide a different load to the dorsal side of the back.

Figures 4a, 4b and 4c illustrate an additional bag mounted in the carrier belt at the front side of the carrier.

On the carrier strip, four additional fastening bodies will be provided for being able to attach the front pocket to these four additional fastening bodies. See Figures 4a, 4b and 4c.

There is often a lack of room/space at the front side of the bearer for the necessary equipment within reach of the need and to make it readily available. Sometimes, a person is seen wearing a backpack and also has a small separate backpack on the chest. This solution distributes the weight on the bearer in a better but not optimal way, although it can carry more and be able to reach part of the contents of the main backpack during e.g. hiking/working. This approach of having an extra pack on the chest results in double straps on each shoulder, which is uncomfortable and further reduces mobility. With the present invention, it will be possible to attach additional pockets, especially suitable for the front, to the carrier strap. This bag will also have easy access pockets. This bag will also be designed and manufactured to be as close as possible to the front side of the bearer for different needs and in different sizes. The specific needs of women will also be considered in the design. This front pocket can also be used as a small backpack if the bearer wants to take off the large backpack. For example, a backpacker is going to explore a new city and locks the large backpack at eg a train station, or a soldier is equipped with a pouch for a mission and takes off the large backpack just before the mission. It will also be possible to fold this front pocket forward by loosening the top buckle of the pocket so that the back of the front pocket becomes visible. There could be room for maps, microcomputers/monitors here. By employing small straps, this front pocket is sideways in a horizontal position when folded forward.

Figures 5a and 5b illustrate dedicated pockets at the side of the carrier belt on garments such as jackets, coats, shirts and the like.

Special garments will be available to enable use with the load bearing system. This could be, for example, a shirt, sweater, coat, coat, etc. The pockets are provided on surfaces that are not crossed by the carrier straps, in order to make these pockets optimally available when the carrier system is placed on the carrier. Pockets can be of different designs as desired. Figure 5a shows a jacket pocket and Figure 5b shows a shirt pocket.

Current clothing does not fit the shoulder straps of the backpack. Backpacks and clothing (tops/sweaters/jackets/coats) are purchased separately. The shoulder straps then often happen to end over the pockets, so that these pockets cannot be used optimally. According to another aspect of the invention, there is provided a garment having a pocket provided at a surface of a body carrying a person without shoulder straps.

Due to this new bearing system, these free surfaces are located at the left and right ribcage and abdomen. These specially designed garments thus become an integral product of this new carrying system substantially increasing the overall effectiveness of the carrying person of the device.

Figure 6 illustrates that the carrying system includes a backboard with carrying straps and longer and higher waist belts.

This backplane 2 is derived from a backplane described in Figures 1a, 1b, 1c or in Figures 2a, 2b, 2c.

The two lower arms of the backpanel, which extend over the hips, are made longer and higher. This enables placement of different kinds of devices. For example, handcuffs, guns, radios, etc.

These surfaces are provided with suitable means for fastening the device.

The back plate 2 and the two lower arms can be made of bulletproof material.

Currently, police officers and other security personnel (eg guards) carry/wear large quantities of devices, sometimes reaching 10-12 kg. Belts are currently available for this device. This device has become heavier over the years, and current carrying systems are often unsuitable for these weights, which often results in repetitive strain injuries for the bearer. Staff should also have a shield on the chest and sometimes even carry the shield inside the shirt. Often lacks protection for the back (against shooting/knife). The invention is based on the aforementioned ergonomic backboard with cross carrying straps, and the waist belt is made longer and wider to be able to hang/fit the required device on the waist belt, which brings about the basic Improved, ergonomic distribution. The carrier uses a shirt/jacket with pockets within easy reach, see Figures 5a and 5b, and a back panel with carrier straps above the shirt/jacket. The back panel may cover a larger portion of the back and sides of the body than is necessary for the function of the load bearing system. This larger back plate can be reinforced for maximum protection against shots and knives. According to the invention, see Fig. 7, the fender is buckled to the chest on the outside of the carrier straps when required (eg for external services). The front fenders will overlap the back panels at the sides of the body for maximum protection. Currently, bulletproof vests have to be worn under shirts, and may not be worn on hot days or during internal service. On quick outings, it takes longer to don the current design of the fender than the present invention with the fender, which fastens directly to the carrier strap. The shield will also be equipped with Velcro-like anchors and pockets to accommodate mission-needed gear such as communication radios, handcuffs, flashlights, etc. This means that for internal services the bearer only needs to carry in the carrying system the devices for the internal services and at the front side of the fender are the devices available for the external services. This results in a lighter load carrying the human body when performing internal services. The system may also have air ducts in the back panel and waist belt to enable the best fit to the body by pumping air into the air ducts.

Figure 7 illustrates a fender to be installed in the carrier belt at the front side of the carrier.

It is possible to fasten the front fender to the front side, on the carrying strap, to the carrying system as shown in FIG. 6 . Advantageously, this is made in some bulletproof design. The means for fastening this fender are the same as for the front pocket, see Figures 4a, 4b and 4c.

The carrying strap will be equipped with additional fastening bodies to be able to fasten this fender.

The front fenders will overlap the back panels at the sides of the body for maximum protection. Currently, bulletproof vests have to be worn under shirts, and may not be worn on hot days or during internal service. In quick outings, compared to the present invention with the fender, see Fig. 7, which takes longer to put on in the current design, the fender of the present invention is quickly fastened directly to the carrier strap. The shield will also be equipped with Velcro-like anchors and pockets to accommodate mission-needed gear such as communication radios, handcuffs, flashlights, etc. This means that for internal services the bearer only needs to carry in the carrying system the devices for the internal services and at the front side of the fender are the devices available for the external services. This results in a lighter load carrying the human body when performing internal services. The system may also have air ducts in the back panel and waist belt, see Figures 3a and 3b, to enable a best fit to the body by pumping air into the air ducts.

Figure 8 illustrates a backpack according to known technology.

Figure 8 shows a backpack according to known technology. The backpack does not have quick connect buckles at the front side of the body of the bearer.

For the fastening and connecting bodies described in Figures 1 to 7, other means for connection, such as Velcro straps or the like, can also be used.

In the present invention, the connection points P1 to P4 of the carrier belt to the backboard 2 will be adjustable in the horizontal direction to suit the body of the carrier person.

In the present invention, there will be different sized load plates available so that the bearer can choose the proper size to achieve the best fit for the back.

The upper part of the backboard 2 behind the bearer's neck should be inclined backwards to create a suitable distance to the bearer's neck to allow free mobility of the bearer's head. This also enables the carrier to walk with the back as straight as possible.

The invention has been described above with reference to a few embodiments. However, it is obvious to a person skilled in the art that other embodiments than the ones described above are equally possible within the scope of protection defined by the appended claims.

Claims (15)

1. A carrying system (1), comprising: an ergonomic back panel (2), the back panel (2) substantially covering the entire back of the user; a first carrying strap (3) adapted to extend substantially diagonally downwards towards the user's heart socket from a first position (P1) on the upper portion of the backboard (2) above the user's first shoulder; A second carrying strap (4) adapted to extend substantially diagonally downwards towards the user's heart socket from a second position (P2) of said upper portion of said back panel (2) above a user's second shoulder ; a third carrier strap (5) adapted to extend substantially diagonally upwards towards the user's heart socket from a first position (P3) of the lower portion of the back plate (2) below the user's first arm; and A fourth carrier strap (6) adapted to be substantially diagonally upwards towards the user's from a second position (P4) of said lower portion of said back panel (2) below said user's second arm heart socket extension, where At least one of the carrying straps (3, 4, 5, 6) is provided with a connecting body (7), the connecting body (7) is fixed on the free end of the carrying strap, and the remaining carrying straps (3, 4, 5, 6) are each provided with a fastening body (8) fixed at its free end, wherein said at least one connecting body (7) is adapted to connect said respective fastening bodies (8), It is characterized in that, Each said fastening body (8) is pressed into a connecting body (7) and is locked in the connecting body (7), and said connecting body (7) comprises one and/or several buttons to enable the carrying strap ( 3, 4, 5, 6) the fastening body (8) is released from the connecting body (7), so that the carrying system (1) can be separated from the carrying person. 2. Carrying system (1) according to claim 1, further comprising a fifth carrying strip (9) adapted to move from said second position ( P4) extends substantially horizontally along the user's abdomen towards the first position (P3) of the lower portion of the back panel (2). 3. Carrying system (1) according to claim 2, wherein said first and third carrying straps (3, 5) are provided with respective connectors (7) fixed at their free ends, and said The second, fourth and fifth carrying straps (4, 6, 9) are provided with respective fastening bodies (8) fixed at their free ends, wherein said connecting body (7) is adapted to connect said first and the fourth carrier strip (3, 5) and said second, fourth and fifth carrier strips (4, 6, 9). 4. Carrying system (1 ) according to any one of the preceding claims, wherein two of said fastening bodies are adapted to be connected in a common groove of said connecting body (7). 5. The carrying system (1) according to any one of the preceding claims, wherein said first, second, third and fourth carrying belts (3, 4, 5, 6) pass through said connecting body ( 7) Form a cross together when connecting them. 6. The carrying system (1) according to any one of the preceding claims, wherein the back panel (2) is made from a group consisting of woven fabrics of synthetic fibers, molded plastics, ballistic materials, fiberglass or textiles Made of selected materials. 7. Carrying system (1) according to any one of the preceding claims, wherein said carrying straps (3, 4, 5, 6, 9) are made of woven fabrics of synthetic fibers, molded plastics, bulletproof materials or textiles made of materials selected from the group consisting. 8. Carrier system (1) according to any one of the preceding claims, wherein the carrier strips (3, 4, 5, 6, 9) have the same width. 9. The carrying system (1) according to any one of the preceding claims, wherein the fastening body (8) and the connecting body (7) are connected to the corresponding carrying belt ( 3, 4, 5, 6, 9). 10. The carrying system (1) according to any one of the preceding claims, further comprising an air duct (10), which is connected to or built into the outer side (11) of the back plate (2), said The outer side (11) is adapted to be located near the user's back. 11. Carrying system (1) according to claim 10, wherein the air duct (10) extends along the outer edge of the outer side (11). 12. Carrying system (1) according to claim 10 or 11, further comprising means (12) adapted to manually fill each empty said air duct (10). 13. A backpack (13) comprising a carrying system (1 ) according to any one of claims 1-12. 14. A garment (14) comprising an integral carrier system according to any one of claims 1-12. 15. A protective device (15), such as a device for police and security personnel, comprising a carrier system (1) according to any one of claims 1-12.

Images