EP1506799A1 - Climbing aid - Google Patents

Abstract

The device has a long rail-like profile (1) with a guide part (9,11) along it, for transmission of a force to profile and/or guide. It also has a climbing aid with two climbing blocks (13,15) having a platform or seat (25,27), and a hand grip (21,23) and/or personnel safety device. A pref. turnable, rotating or rolling power transmission element, e.g. a toothed gear (17,19), engages into/on profile or guide part, and is held in place by a retainer (22,24). Guide part and/or profile are formed by a rack-like longitudinal guide. Each climbing block has a hand grip at the top and a platform at the bottom, and the toothed gear has an eddy current brake or a centrifugal brake, to block free downward movement of the block.

Description

The present invention relates to an arrangement or a Climbing aid for ascending and / or descending at least one Person according to the preamble of claim 1.

Wherever you have to overcome great heights, like at fireplaces, tall buildings, silos, cable car masts, broadcasting antennas, High voltage pylons, cranes and the like are usually Ladders firmly mounted, so for example at any time Maintenance and repair work can be performed. For example, in Germany alone well over 1 Million power pylons for the power supply in the Use, which very often with permanently mounted ladders are provided.

The accident statistics for ladders and kicks call in Germany annually about 40,000 crash accidents - 40 of them end fatally. The up and down of ladders is dangerous; according to a survey of the technical Darmstadt University that about 70% of accidents in Connection with ladders were made, which are permanently mounted are where users are often crashed. There are many different types of conductors, mainly by the Rung principle work. The user must join the Up and down with hands and feet from one to grope next rung - a Danebentreten is thus always possible.

The object of the present invention consists in a climbing aid, especially for overcoming large To suggest heights at which the danger of falling strong is reduced, the boarding and dismounting simplified, and, because in use ergonomically correct, less exhausting and so that work is more efficient.

According to the invention, the object is achieved by means of a Arrangement according to the wording of claim 1 solved.

The proposed arrangement or system exists basically two elements - a rail-like, longitudinally extended profile and the actual climbing aid. The longitudinally extended, rail-like profile is a as simple as possible profile, which preferably firmly can be attached to an object to be climbed, such as For example, a high-voltage mast, a mast of a Cable car, etc. The profile has guide elements, such as at least one longitudinally extending along the profile Guide section on, suitable for holding a Power transmission from the at least one climbing aid to Holding and guiding the climbing aid. According to one Embodiment variant, the leadership example, for example rack-like or grid-like longitudinal guides exhibit.

The climbing aid consists of at least one, preferably two climbing consoles, comprising at least one platform, as well as at least one personal security and / or one Handle and at least one in or on the leading part of the longitudinal profile on or attacking Power transmission element for holding and / or guiding the Climbing console or climbing consoles on the rail-like profile. In the case of rack-like or grid-like Training the longitudinal guide section on the profile is it the power transmission element, for example, a in the rack-like or grid-like Longitudinal guide rotatable or rotatable Element. Further provided is an element to the Power transmission element in or on the guide part of the To keep profile.

The climbing aid can be one-piece, two or more parts be formed and has according to a preferred Variant a right and a left riser console on, which are the same but mirrored constructed. The Left and right console each consist of a footrest and a handle. The footrest is for example as small platform designed with preferably one strap each for lifting the console when climbing. The foot is standing on the platform and is fixed up with the belt.

As you climb up, you lift the right hand and at the same time the right foot to an individually desired Step size or height. When lifting slides and / or rolls the right-hand console of the climbing aid largely without Resistance to the top. Now you burden the left side and raises the left arm and foot, the left console of the Climbing aid slides and / or rolls upwards. So can alternately alternately on the left and right Climb up and is always above the Climbing aid firmly connected to the rail-like profile.

For additional protection, the user has the option by means of a fall protection belt to the climbing aid to back up. The position of the climbing aid or the two Consoles over the rail-like profile is through the leading part or leading parts on the profile like for example, the rack or the grid on rail-like profile through power and the Power transmission elements on the console or the like for example, the one or more gears on the or Console (-n). Ascending, for example, runs the gear via a freewheel without resistance automatically With. The gear is connected to a rotary damper, which during the ascent because of the freewheel without resistance starts to rotate. During descent, the rotary damper can only Turn with the set torque. This is the result Descent preferably only with the predetermined Speed possible. In addition to the rotary damper is ever Console still provided a brake in the gear, the Brake is usually always tightened and so automatically acts, but with the intended freewheel against above thus no effect on the ascent is unfolded. If the user wants to dismount, he will solve the Slip the brake and the climbing aid or the two consoles automatically down, preferably controlled by the Rotary damper with the specified speed. At the Descent will be the brakes of both consoles at the same time Climbing help solved and you slide down as long as the brakes are released. Failed a rotary damper is still safety through the other elements, like Brakes and rotary damper granted the other console.

If a brake fails, the same applies. The safety of Climbing aid or the two consoles is therefore at least twice per page and thus at least four times in the system or the arrangement.

The rail-like profile is preferably multi-part and assembled and firmly attached to a mast fastened, which of course also loose on a Object adjustable profiles are possible. in case of a It is important to have a multi - part profile Transition area from one profile to the next one Longitudinal expansion or contraction of the profiles is possible, for example, by inserting in their length changeable connecting pieces is made possible. These Connectors can, for example, in the longitudinal direction be elastic or mechanically into each other have gripping guide elements, which a Longitudinal expansion or contraction of the connecting element allow. This can, for example, at high Temperature fluctuations on the object at which the up or Descent will be necessary, such as at one High voltage mast, where temperature differences between -20 ° C and + 60 ° C in high sunlight can. The rail-like profile has the mentioned Leading parties on, in or at which the climbing aid or the two consoles are stored and the ascent or descent for example, about the mentioned Power transmission elements, such as the Gears, is possible. The profile is preferred designed so that it as a simple extruded profile can be produced without major rework. By the Use of a simple rack-like profile or a raster profile as a leader can the inventive arrangement or the system compared to Ladders are made even cheaper. The most important Advantage of the mentioned arrangement or the climbing aid are the much higher security compared to comparable Systems such as ladders that ergonomically improved Working method for the user and the time savings during and / or Descent, as well as cost savings in investment and Application. Another advantage is that the inventive arrangement without the use of Climbing aid can not be climbed. So can at High-voltage masts, for example, the rail-like Profiles alone by unauthorized persons not climbed become. Furthermore, a climb through Unauthorized not possible if one at one High voltage pylons working service engineer in the upper Section of the mast is active.

Preferred embodiments of the inventive Arrangement or the system are in dependent claims characterized.

The invention will now be described by way of example and with reference to the attached figures explained in more detail.

Fig. 1

in Perspektive von vorne gesehen, eine erfindungsgemässe Anordnung zum Auf- bzw. Absteigen einer Person,

Fig. 2

ausschnittsweise aus Figur 1 die Führungen der Steighilfen der Anordnung,

Fig. 3

ausschnittsweise aus Figur 1 die Plattformen der beiden Steighilfen,

Fig. 4, 4a bis 4c

eine weitere Ausführungsvariante einer erfindungsgemässen Anordnung,

Fig. 5

wiederum eine weitere Ausführungsvariante,

Fig. 6

erneut eine weitere Ausführungsvariante einer erfindungsgemässen Anordnung,

Fig. 7

schematisch den Verbindungsbereich eines mehrteiligen ausgebildeten schienenartigen Profils mit Verbindungstücken, geeignet zur Aufnahme von Längsausdehnung bzw. Kontraktion der einzelnen schienenartigen Profilelemente,

Fig. 8a bis 8c

erneut den Verbindungsbereich zweier Elemente eines mehrteiligen schienenartigen Profils mit den entsprechenden Zahnrädern einer nicht dargestellten Steigkonsole in Ansicht von vorn, in Perspektive und in Seitenansicht,

Fig. 9a-b

erneut den Verbindungsbereich zweier schienenartiger Profilelemente, weiter zeigend Halteelemente zum Halten der Kraftübertragungszahnräder im Schienenprofil, sowie weiter aufweisend eine Sicherheitsstange,

Fig. 10a bis 10c

eine weitere Ausführungsvariante eines schienenartigen Profils im Querschnitt, in Perspektive und in Ansicht von oben mit daran angeordneten Führungs- und Kraftübertragungselementen,

Fig. 11a bis 11c

wiederum eine weitere Ausführungsvariante eines schienenartigen Profils mit daran angeordneten Kraftübertragungselementen,

Fig. 12

eine mögliche Verwendung der erfindungsgemässen Anordnung für das Besteigen eines Hochspannungsmastes,

Fig. 13a bis 13c

in Seitenansicht, in Seitenperspektive und in Ansicht von hinten schematisch das Aufsteigen einer Person an einem Hochspannungsmast, und

Fig. 14a und 14b

je einen Hochspannungsmast in Seitenansicht und in seitlicher Perspektive mit am schienenartigen Profil eingehängter Notauf- und Abstiegsleiter.

Showing:

Fig. 1

seen in perspective from the front, an inventive arrangement for getting on or off a person,

Fig. 2

1, the guides of the climbing aids of the arrangement,

Fig. 3

1, the platforms of the two climbing aids,

Fig. 4, 4a to 4c

a further embodiment of an inventive arrangement,

Fig. 5

again a further embodiment variant,

Fig. 6

again a further embodiment of an inventive arrangement,

Fig. 7

2 schematically shows the connecting region of a multipart rail-like profile with connecting pieces, suitable for receiving longitudinal expansion or contraction of the individual rail-like profile elements,

Fig. 8a to 8c

again the connecting region of two elements of a multi-part rail-like profile with the corresponding gears of a climbing console, not shown in front view, in perspective and in side view,

Fig. 9a-b

again the connecting region of two rail-like profile elements, further showing holding elements for holding the power transmission gears in the rail profile, and further comprising a safety bar,

Fig. 10a to 10c

a further embodiment of a rail-like profile in cross-section, in perspective and in top view with guide and power transmission elements arranged thereon,

Fig. 11a to 11c

again a further embodiment variant of a rail-like profile with force transmission elements arranged thereon,

Fig. 12

a possible use of the inventive arrangement for climbing a high voltage mast,

Fig. 13a to 13c

in side view, in side view and in rear view schematically the ascension of a person to a high voltage mast, and

Figs. 14a and 14b

each a high voltage mast in side view and in lateral perspective with hinged on the rail-like profile emergency and descent ladder.

Figure 1 shows schematically in perspective a inventive arrangement consisting essentially of a longitudinally extended, rail-like profile 1, as well the two climbing aids 13 and 15, by means of which the Aufund Descending on a usually tall object allows becomes.

The rail-like, longitudinally extended profile 1, which in Cross-section, for example U-shaped, is formed, has at the two U-legs each a screening 9 and 11 respectively on. The profile itself, as mentioned in the beginning, firmly the object to be climbed, such as a High voltage mast, be attached or loose to the Object to be hired in the sense of a leader. For the latter case, it is preferred if at the bottom of a transverse to the rail-like profile 1 extending Support leg 3 is provided, which, for example is mounted on height-adjustable stand aids 5 and 7.

The climbing aid consists of the two climbing consoles 13 and 15, which at its upper end for power transmission ever gear-like engaging elements or rollers 17 and 19 respectively have, which are one, two or more gears can act. Next is ever a guide member 22 and 24, respectively provided to the gears or rollers firmly in the Hold grids 9 and 11, respectively. Finally, the two climbing consoles each at its upper end Handle 21 and 23 with brake handles 61 and 63, on which a person can hold, the climbing aid used. At the bottom of the two consoles are each one Platform 25 and 27 provided on which the person can stand. Finally, at the bottom of the two consoles guide members 26 and 28 provided to the Console on the longitudinal profile to hold 1.

In Figure 2, the two guides 21 and 23 in Enlargement shown. The two guides of the Consoles 13 and 15 each have two in the profile longitudinal direction rotatable gears 33 and 35 or 34 and 36, which on the one hand each with a rotary damper 37 and 38th are connected, and which ever in the profile down direction, for example by means of a brake, are blocked. In Steep direction or upward direction, however, are the Gears freely movable or rotatable.

Rotary damper usually involve a sluggish Liquid - usually silicone oil - steamed rotating Impellers, wherein the liquid medium through a throttle or a gap is displaced. The Braking torque is determined by the viscosity of the oil and determines the cross section of the throttle. In this way and Way, the torque of the rotary damper can be customized be set.

Figure 3 also shows a section of the arrangement according to FIG. 1, namely the two platforms 25 and 27, but slightly differently designed. In addition, the both platforms 25 and 27 of Figure 3 each with a Foot straps 30 and 32 provided for the ascent for one Climbing help using person. The person sticks to the both handles 21 and 23. For ascending now raises the person at the same time the right hand on the handle 21 and the foot, standing on the platform 25. By the with the Gear 36 of the left console connected brake becomes one Moving back the console 15 prevents. On the other hand are the two gears 33 and 35 free in the climbing direction rotatable, so that the console 13 are slightly raised can. After overcoming a certain height of rise repeated the ascending person does the same thing with the left one Hand on the handle 23 and the left foot on the platform 27. The right console 13 is due to the gear 33 connected automatically acting reverse brake arrested, so that a downward slide is impossible.

Has the person reached the desired height of rise, for example, a repair work to be done, so now the descent is done by each with the two Handles 21 and 23 arranged brake levers 61 and 63rd be actuated for example by pulling. This will be the two automatically acting brakes released, and the both consoles 13 and 15 are braked by the Both rotary damper 37 and 38 controlled down.

Instead of a rotary damper, for example, too an eddy current brake can be used, a Centrifugal brake or other suitable means for Steaming resp. Delaying the downward movement.

Figures 4, 4a, 4b and 4c show another Embodiment of an inventive arrangement, wherein the three views 4a to 4c on the two above terminally arranged on the consoles guides focus. FIG. 4a shows the two guides in FIG Front view of the rail-shaped profile, Figure 4b is a perspective view and Figure 4c shows a Cross-sectional view of the two guides seen from above.

Again, the rail-like profile 1 in cross section preferably formed U-shaped, each now terminal tubular profiles 41 and 43 on the two U-legs are formed. The grid-like guides 42 and 44 are each arranged in the two U-legs. The two Guided tours of both consoles, each having two longitudinally formed, rod-like connecting legs 51 and 53 at the lower end turn the not shown Foot platforms are arranged, each have gears 45 and 47, which engage in the screens 42 and 44, respectively. By means of retaining rollers 71 and 73, each on both sides of the tube profiles Arranged 41 and 43, the gears 45 and 47 in the Grids driven, and a disengagement of the gears the rasters is prevented or made impossible.

FIG. 4b shows the two above guides 39 and 40 in FIG lateral perspective slightly seen from above, where in particular the engagement of the two gears in the Rasterungen is recognizable.

Finally, FIG. 4c shows a cross section from above clearly recognizable as by the Retaining rollers 71 and 73, the two gears 45 and 47 in the Grids 42 and 44 are kept.

In the two figures 5 and 6 are more Embodiment variants of the inventive arrangement illustrated in the figures 5 and 6 more than so-called design studies are to be understood. she should show that with reference to Figures 1 to 4 illustrated embodiments according to the invention x-arbitrary can be modified or modified.

Especially for high objects to be climbed it is useful or necessary, the rail-like profile to form multiple parts and to provide sections, which a longitudinal extent or a contraction of the allow rail-like profile, for example, in succession greater temperature differences. Especially For example, in pylons it is quite possible that temperature differences of, for example, -20 ° C up to + 60 ° C or + 70 ° C may occur, the latter in particular in summer with very high solar radiation. Fig. 7 shows now schematically in perspective such a section, which preferably in the region of the connection of two Profile sections 1 'and 1' 'of a longitudinally extended, rail-like profile 1 represents. The rail-like Profile has each laterally two tubular profiles 103 and 105, which centrally through a connecting web having grids 109 and 111 connected to each other are. The screens are again used to record Power transmission elements, such as a schematically illustrated gear 117th Im Connection region 121 of each of the profiles 1 'and 1' 'are Connecting elements 123 arranged, which each have two parts are formed, wherein the two parts in longitudinal guides 124 are formed changeable in their longitudinal extent. In the interior of the connecting element 123 is a spring 125th arranged to the two parts of the connector each to drive against the tubular profiles 103 and 105, respectively.

Center in the connection of the two profile pieces 1 'and 1' ' Further connecting elements 127 are arranged, which ever through longitudinal perforations 129 cross fitting bolts 113 are held on the profile pieces 1 'and 1' '. In order to the longitudinal mobility of the profile pieces 1 'and 1' 'obtained remains, the mounting bolts 113 are not firmly screwed, so that sliding within the holes 129 is possible.

In FIGS. 8a to 8c, the connection area is again the two profile pieces 1 'and 1' 'in front view, in lateral perspective and shown in side view. 8a, in addition, the tubular profile 103rd shown in section, clearly placing the Connector 123 in the area between the profiles 1 ' and 1 '' is recognizable, each in the profile 103 of the two Profiles engaging projections 126. Finally It can be seen within the connector 123 arranged spring 125.

In the area of the connection between the two profile pieces 1 'and 1' 'arises due to the arranging the Connectors 123 an open area or a gap 118, which it is for the engaging rollers 117, respectively. 119 without interruption. That's why as shown in FIGS. 8a to 8c, at least three gears 119, preferably in series, provide, so when bridging the gap 118, be this when ascending or descending, by means of Climbing aid an uninterrupted movement sequence is guaranteed. For example, would be just a gear arranged as schematically in Figure 7 by the gear 117, would the climbing aid in the descent Area of the gap 118 sag, which on the one hand to Damage to the profile or the gear can lead and also leads to a burden for those who climb using person.

As already mentioned with reference to FIGS. 4a to 4c, It is important that the force transmitting elements, such as the gears 117 respectively. 119 fixed in the screens 109th or 111 of the profile 1 are held. For this reason is in Figure 9b schematically in perspective arranging Holding or guide rollers 141 and 143 shown analog the guide rollers 71 and 73 in Fig. 4c.

Further, it may be advantageous along the profile 1 of Time-to-time grip-type or safety bars 133 to arrange, for example, to secure the climbing aid serve, or for hanging, for example, from Additional conductors, as later with reference to Figure 14 closer is explained. The arrangement of such handles or rods 133 is preferably again in the area of Connection 121 of two profile pieces 1 'and 1' ', as in the Figures 9a and 9b shown schematically. That's it possible in the area of the connection additionally a headband Provide 131 on which the aforementioned handle or the Holding rod 133 can be arranged.

It is by no means necessary or mandatory that the Power transmission from climbing aid to profile means Gear wheels has to be done. It is quite possible that the power transmission can take place via wheels or rollers, as schematically with reference to Figures 10a to 10c shown. Again a raillike profile is 1 provided, as shown in section in Figure 10a. ever laterally of a connecting web 209 are two tubular Profiles 203 and 205 are provided, which are each longitudinal formed guide sections 204, 206, 208 and 210 have for the leadership and the power of Guide rollers 219. For the sake of Simplicity and better overview, was on the Presentation of the climbing aid or the consoles omitted and only the drive or guide rollers 219 are schematically in Figure 10b in side perspective and in FIG 10c seen in perspective from above. By the Provide appropriate spring elements or other types Clamping elements are the rollers 219 against the Guide sections 204, 206, 208 and 210 driven, so sufficient power transmission both during ascent is guaranteed even when descending. Again, the Rollers with return brakes or rotary dampers etc. be connected to a climb or descent allow, as with reference to the figures 1 to 4 in Detail described.

Instead of those shown in Figures 10a to 10c Rolls, it is also possible caterpillar-like Provide power transmission elements, as shown schematically in FIG Figures 11a to 11c shown. Again, one is longitudinally extended, rail-like profile 1 provided with the laterally disposed tubular profiles 253 and 255, which each have an oval cross-section. At these tubular profiles are attacking caterpillar-like Elements 261 and 263 are arranged, preferably each arranged on both sides of the tubular profiles per a bead is clearly recognizable, in particular in FIG. 11c To ensure that a safe power transmission and leadership is guaranteed.

Figures 10a to 10c and 11a and 11c serve primarily to show that not necessarily gears or racks to be used for power transmission of the Climbing to the rail-like profile. It is quite also possible rolls, wheels, caterpillars, etc. for the Provide power transmission.

Figure 12 shows a possible application of inventive arrangements on a high voltage mast. Along the entire mast 81 is the longitudinally extended Rail profile arranged and one the high voltage mast climber can climb along the Ascend rail profile. It is, as in FIG. 12 shown, possible that along the rail, for example two or more persons by means of the invention defined climbing aids climb up the mast.

Figures 13a to 13c show a detail of FIG 12 that place of the high voltage mast 81, where a of the two ascending persons shown in FIG located. FIG. 13a shows a view from the side, 13b is a perspective view and FIG. 13c is a view of FIG behind on the person. In addition to the previous ones Figures is another in Figures 13a to 13c Fuse shown as a Fallschutzgurte 85th This can be attached to the consoles, for example at eyelets 55 and 57, as shown in FIG 4a. Furthermore, it is also possible, the two Fixing eyelets 55 and 57 with each other, for example to connect by means of a belt, so for example on failure of the brake on one console this through the connection belt is held by the other console.

Finally, FIG. 14 schematically shows the possibility of Using a safety ladder 91, which to Handrails 133 can be attached or attached, such as shown in Figures 9a and 9b. Must, for example a high voltage mast 81 are climbed without the Presence of climbing aids, such is a climbing means Hand ladders 91 still possible, in each case by a ladder as shown in Figures 14a or 14b can be hung and another ladder can be followed from below. This further conductor can then on holding rods 133 be mounted or secured, which above the in arranged on the figures 14a and 14b conductor on rail-like profile are mounted.

In the arrangements shown in Figures 1 to 14 or embodiments of the climbing aids and rail-like Of course, profiles are just about Examples modified in any way, can be supplemented or modified. Also the under Referring to Figures 12 and 13 illustrated application shows only one possible example and of course can according to the invention proposed arrangement other objects, such as masts of cable cars, used on silos, on house walls, in shafts, etc. become. Also, it is possible to have such an arrangement in To arrange a fire escape on a house wall, which fire escape for both the rescue of persons after below as well as for the rise of firefighters above can serve. It is especially in the rescue sector certainly also possible and useful, climbing aids or Provide consoles, which are only suitable for the Descending or saving people, for example a sky scraper. In this case, the climbing aid preferably formed in one piece, which in turn via Power transmission elements with a rail-like profile is connected and with a brake, as well as with a Rotary damper is provided.

Finally, it is possible to have a rail-like profile firmly to an object to arrange, or can rail-like profile loosely attached to an object be in the sense of a leader.

Again, it is possible to firmly attach a rail-like profile to arrange an object, or may be the rail-like Profile to be hired loosely on an object, in the sense a ladder.

Claims (20)

Arrangement for ascending and / or descending a person on an object, characterized by at least one longitudinally extended, rail-like profile (1, 1 ', 1''), comprising at least one guide section (9, 11, 42, 44) extending along the profile , 109, 111, 204, 206, 208, 210) suitable for receiving a force transmission to the profile and / or the guiding part and by a climbing aid, comprising at least one climbing console (13, 15), comprising at least one platform or seat (25 , 27), as well as a safety device and / or a handle (21, 23), as well as at least one in or on the guide section and / or the profile on or attacking, preferably rotatable or rotatable or rolling force transmission element (17, 19, 45 , 47, 117, 119, 217, 219, 261, 263), and an organ (22, 24, 71, 73, 141, 143) holding the element in or on the at least one guiding part and / or the profile. Arrangement according to claim 1, characterized in that the at least one guide section and / or the profile is formed by at least one rack-like or grid-like longitudinal guide. Arrangement according to one of claims 1 or 2, characterized in that the climbing aid has at least two climbing brackets (13, 15), each having at least one force transmission element, and at least one holding member for holding the power transmission element in or on the guide part. Arrangement according to one of claims 1 to 3, characterized in that in the longitudinal guide part (s) and / or the profile engaging, rotating at least one force transmission element is a gear. Arrangement according to one of claims 1 to 4, characterized in that each of the climbing bracket is designed to be longitudinally elongated with a handle arranged at the top end in the ascent direction and a platform arranged at the end in a downward direction. Arrangement according to one of claims 1 to 5, characterized in that in or on the at least one guide portion and / or the profile engaging or engaging rotatable power transmission element is at least in the downward direction blockable and preferably freely rotatable in the direction of advancement. Arrangement according to one of claims 1 to 6, characterized in that in or on the at least one guide section and / or the profile engaging or engaging element is rotationally damped and / or with another suitable motion-damping means, such as an eddy current brake or centrifugal brake operatively connected is, ie that in the downward direction or downward direction no free mobility of the respective climbing console is possible. Arrangement according to one of claims 1 to 7, characterized in that in the region of the handles brake handles (61, 63) are arranged for the actuation of the deblocking of the rotation elements to allow a downward movement of the climbing bracket. Arrangement according to one of claims 1 to 8, characterized in that on at least one of the at least two climbing consoles, a holding device for securing the person using the climbing aid is arranged, such as a fall protection belt (85). Arrangement according to one of claims 1 to 9, characterized in that the längsausgedehnen, rail-like profile can be fastened to an object or is formed loosely mobile, Arrangement according to one of claims 1 to 10, characterized in that the längsausgedehnen, rail-like profile is formed in several parts and in the connecting region of at least two parts a longitudinally expandable, or compressible connector provided or arranged to longitudinal extent or contraction of the individual To allow profile parts. Arrangement according to one of claims 1 to 11, characterized in that each climbing console are provided at least in the longitudinal or climbing direction three successively arranged gears as power transmission elements, wherein at least one gear is blocked by a brake in the downward direction and at least one gear is rotationally damped in the downward direction , Arrangement according to one of claims 1 to 12, characterized in that at least one force transmission element is both blockable by means of brake, as well as rotationally damped formed. Arrangement according to one of claims 1 to 13, characterized in that arranged along the längsausstr extended profile at least almost transversely to the longitudinal extent of the profile trained support rods, for example, provided for the attachment of auxiliary conductors. Arrangement according to one of claims 1 to 14, characterized in that the force transmission elements are provided with a drive, such as an electric motor, an internal combustion engine, etc. Method for ascending and / or descending a person on an object by means of an arrangement according to one of Claims 1 to 15, characterized in that the person can ascend and / or descend along a longitudinally extended, rail-like profile by means of a climbing aid, in such a way in that the climbing aid is provided with force transmission elements engaging or engaging in the rail-like profile, the person being able to unlock the preferably rotating power transmission elements on descent and the descent rotationally damped by connecting the power transmission elements to a rotary damper, eddy current brake, centrifugal brake or the like are. A method according to claim 16, characterized in that the climbing aid is formed in two parts and the climbing aid using person first ascends by means of a console by the power transmission elements are freely rotating in the climbing direction, while the power transmission elements are blocked on the other console to slipping of the other console to prevent the person with the other console rises after overcoming a certain climbing height by the power transmission elements are blocked on one console. Method according to one of claims 16 or 17, characterized in that for the dismounting of a person using the climbing aid the blocking of the power transmission elements is deblocked and the descent is rotationally damped. Use according to one of claims 1 to 15 for the Climbing high voltage pylons, cable car masts, silos, Building walls, shaft walls, etc. Use of the arrangement according to one of claims 1 to 15 in high buildings as a rescue device or as Fire escape.

Images