DE9411298U1 - Object protection door - Google Patents

Abstract

The door plate (11) has a surrounding metal profiled frame (16). Inner and outer metal plates (19,21) are held by the frame, and the door plate bound is held on an edge profile (12) which has a section for accommodating a lock. The outer plate (21) covers a protective hard steel plate (23) which is fixed to the frame, e.g. by welding. Insulation is located between the protective plate (23) and the inner plate (19), and pref. consists of a hard plastic foam, e.g. polyurethane.

Description

Patent Attorney Mülbergerstr. 65 Authorized representative at Dipl.-Ing. Volkhard Kratzsch D-73728 Essingen European Patent Office PO Box 90 European Patent Attorney D- 73701 Essingen Telephone 0711/31 7000 Deutsche Bank Essingen 210906 Fax 0711/313248 Postgiroamt Stuttgart 10004-701

Thomas Collet

30 June 1994

89134 Blaustein

Attorney file 5667

Object protection door

The invention relates to a security door with the features in the preamble of claim 1.

A security door with these features is known (DE-35 90 699 Tl), which offers only a low level of security against unauthorized breaking in.

The invention is based on the object of creating a property protection door of the type mentioned above, which can offer a high degree of security against unauthorized breaking in.

The task is solved in a security door of the type mentioned at the beginning according to the invention by the features in the characterizing part of claim 1. The arrangement of the protective plate, preferably made of hard steel, e.g. manganese hard steel, creates a secure surface protection against penetration, drilling, shooting or similar manipulations on the entire door leaf. Because the protective plate is covered by the outer plate, it is not visible from the outside, so that in the event of a break-in attempt, the element of surprise and thus additional time expenditure are added. In addition, the protective plate is in accordance with

protected from the outside against weather and other external influences. It therefore does not require any additional special corrosion protection, as is sometimes advisable for exposed external surfaces. Since the protective plate is firmly attached to the profile frame of the door leaf, this results in an extremely rigid and strong structure for the door leaf.

Further special features of the invention and advantageous designs are set out in claims 2 to 9. The thermal separation between the protective plate and the outer plate prevents any formation of condensation. The thermal separation can at the same time be used to fix the outer plate.

Further special features of the invention are set out in claim 10. Further individual features of the invention and advantageous embodiments are set out in claims 11 to 27. Because the door leaf is surrounded by the door leaf profile all around and firmly connected to it, tolerances can be compensated for in the respective connection area. Nevertheless, an overall solid structure is created for the entire door leaf, since the surrounding door leaf profile further increases the strength and rigidity. The door leaf profile, which is composed of an inside and outside profile, preferably consists of only a few different profile cross-sections and thus only a few different components, so that the number of components is reduced to a minimum, which reduces costs and also reduces effort. The design of the door leaf profile from aluminum also results in corrosion resistance and weather resistance for the door leaf profile, with almost complete freedom from maintenance. The thermal separation between the outside and inside profile

of the door leaf profile, the formation of condensation is also prevented. The thermal separation is nevertheless mechanically very strong and ensures a firm connection between the profiles of the door leaf profile. By engaging, for example, the end areas of the thermal separation that are thickened at the end into corresponding receptacles, e.g. grooves, of the profiles of the door leaf profile, easy assembly is possible by simply pushing them in. The positive locking of the connection ensures that the profiles cannot be pulled away from each other. The thickened ends and associated receptacles, in particular grooves, can have, for example, a dovetail profile, wedge profile or similar. Because the door leaf is firmly connected to the door leaf profile by means of bolts, in particular threaded bolts, easy assembly is possible with tolerance compensation possible while still maintaining a firm connection. Since the bolts engage in the profile frame of the door leaf, this ensures that the connection is firm. The horizontal bolts arranged in the hinge-side area fulfill a dual function. On the one hand, they serve to provide a firm connection between the door leaf and the door leaf profile. On the other hand, when the door is closed, they serve as additional door locking elements, which engage with their end shoulders protruding outwards beyond the door leaf profile in a form-fitting manner in associated receptacles in the associated frame profile. This provides additional locking in the area of the hinge of the door when it is closed. The door leaf profile running in the lock-side area is specially designed so that the lock and other locking elements of the locking device on the lock side are accommodated in it, which are thus arranged in a space-saving manner and at the same time have secure protection within the door leaf profile.

Further special features of the invention are evident from claim 28. Further advantageous features of the invention and embodiments are contained in claims 29 to 33. This design of the locking device achieves a high degree of security of the closed door in the lock-side area, since the door is not only secured there by, for example, at least two horizontal locking bolts as well as the lock latch and the bolt, but also by at least one vertical locking bolt at the top and bottom. The fact that the locking plate extends over the entire height of the door leaf and with horizontal legs at the top and bottom also covers a horizontal area of the door ensures secure fastening and anchoring to the door leaf, in particular to the door leaf profile on the lock side. This also increases security.

Further features that are essential to the invention arise from claim 34. Further advantageous features and embodiments of the invention are contained in claims 35 to

42. The at least one external seal running all the way around ensures a clean and tight seal on the outside, which also enables a good visual appearance. The internal seal also provided increases the sealing. The elastic compensation element running between the door leaf profile and the door leaf on the inside and/or outside, for example all the way around, has the advantage that it serves to compensate for tolerances in this area and at the same time also ensures further sealing there, if necessary. At the same time, this also achieves a good visual appearance in this transition area between the door leaf profile and the door leaf.

Further features that are essential to the invention arise from claim 43. Further advantageous features and configurations are contained in claims 44 to 51. The formation of the frame profile from an outside and inside profile and the thermal separation between the two also counteracts the formation of condensation and at the same time creates a firm connection between the two profiles. The formation of the frame profile from aluminum also achieves corrosion resistance and weather resistance, and this area is also almost maintenance-free. The cover profile that covers the gap between the outside and inside profiles serves to create a clean finish and a good visual appearance.

Further details and advantages of the invention will become apparent from the following description.

The complete wording of the claims is not reproduced above solely to avoid unnecessary repetition, but instead reference is made to them only by naming the claim numbers, whereby all of these claim features are to be regarded as expressly disclosed at this point and essential to the invention. All of the features mentioned in the above and following description as well as the features that can be inferred solely from the drawing are further components of the invention, even if they are not particularly highlighted and in particular are not mentioned in the claims.

The invention is explained in more detail below with reference to embodiments shown in the drawings.

-6-

Fig. 1 is a schematic front view of a

Object protection door,

Fig. 2 is a schematic vertical section along the line II--II in Fig. 1 in

larger scale,

Fig. 3 is a schematic horizontal section along the line III-III in Fig. 1 on a larger scale,

Fig. 4 a schematic side view of details of a locking device of the object protection door,

Fig. 5 is a schematic side view of a part of the locking device in Fig. 4.

The drawings show a security door 10, which has a door leaf 11 and a frame profile 12 that can be mounted in a fixed location and that surrounds the door leaf 11 on all sides. The door leaf 11 is pivotably held on the hinge side by means of two hinges 13, 14 shown here on the frame profile 12 in such a way that the door leaf can be opened outwards. In the lock area, the frame profile 12 has receptacles (not shown) for locking parts of a locking device (explained in more detail later) that are held on the door leaf 11.

-&Iacgr;-

The door leaf 11 has a metallic profile frame 16 running all the way around, which is made of identical box profiles 17 made of steel, preferably galvanized steel, stainless steel or the like. The door leaf 11 also has a metallic plate 19 on the inside 18 and a metallic plate 21 on the outside 20, which are each directly or indirectly fixed to the profile frame 16. In the intermediate area, the door leaf 11 contains insulation 22, which is made of, for example, rigid plastic foam, and in particular of PU (polyurethane).

The door leaf 11 also has on its outside 20 a puncture- and bullet-proof protective plate 23, preferably made of hard steel, e.g. manganese hard steel, which rests on one side of the profile frame 16 and is firmly attached, e.g. welded on, with the insulation 22 located between this protective plate 23 and the inside plate 19. The protective plate 23 is not visible from the outside. It is covered by the outside plate 21 running above it, which runs at a distance from and forms a gap between the protective plate 23. The outside plate 21 is separated from the protective plate 23 by a thermal separation 24 that runs all the way around and is attached to the latter. The thermal separation 24 is attached to the protective plate 23, e.g. by gluing. The outside plate 21 is also attached to the thermal separation 24, e.g. by gluing. The thermal separation 24 between the protective plate 23 and the outer plate 21 runs all the way around and is made of a profile, in particular a flat profile, made of plastic, e.g. PVC. The thermal separation 24 achieves thermal insulation, which in particular prevents the formation of condensation between the aforementioned parts.

The outer plate 21 and/or the inner plate 19 is made of aluminum and is, for example, powder-coated. Due to this material design, the result is a low weight and weather and corrosion resistance with the associated freedom from maintenance.

While the protective plate 23 is attached all around to the profile frame 16, e.g. by welding, the inner plate 19 is attached to the profile frame 16 by gluing or, in particular, by means of rivets.

The door leaf 11 is surrounded by a door leaf profile 25 that runs all around and is firmly connected to the door leaf 11. The door leaf profile 25 is composed all around of an outer profile 27 and an inner profile 26, which are separated from one another by a thermal separation 28, which simultaneously mechanically connects both profiles 26 and 27 and holds them firmly together, both under tension and under pressure. The door leaf profile 25 is made of aluminum, preferably from extruded profiles that are preferably designed as hollow profiles. Profiles 26, 27 that are as similar as possible in cross-section are used all around, so that the number of different profiles and components is reduced to the smallest possible level.

The thermal separation 28 is formed from webs made of plastic, in particular polyamide, which are directed transversely to the plane of the door leaf 11. These webs are received with thickened ends in a form-fitting manner in associated receptacles, in particular grooves, of the outside profiles 27 and inside profiles 26, into which they engage in a form-fitting manner.

The door leaf 11 is attached to the door leaf profile 25 by means of four bolts 29 to 32, in particular threaded bolts, distributed around the circumference. Each bolt 29 to 32, in particular threaded bolts, has a threaded shoulder 29a, 31a, 32a, with which the bolt 29, 31, 32 is screwed into an associated threaded hole 33 of the door leaf-side profile frame 16. The individual bolts 29 to 32, in particular threaded bolts, pass through the door leaf profile 25, in particular its inside profile 26, preferably in such a way that the bolts 29 to 32 each pass through at least two corresponding openings 34, 35 in spaced-apart walls 36, 37 of the door leaf profile 25. The one passage 34, which is closest to the profile frame 16, is designed as a threaded bore through which the threaded shoulder 29a, 31a, 32a of the bolt 29 or 31, 32 passes.

Each bolt 29 to 32 is thus screwed into corresponding threaded holes 33 and 34 at two axially spaced locations, whereby the third passage 35 located at an axial distance from it is at least slightly larger than the outer diameter of the bolt section there. The bolts 29 to 32 protect against the door panel being forcibly broken out of the door leaf profile 25.

In the upper and lower door leaf profiles 25 there is at least one bolt 31, 32, which is designed as a screw bolt screwed in from above or from below, as can be seen from the drawings. The at least one upper and lower bolt 31, 32 is arranged at a relatively small horizontal distance from the lock-side door leaf profile 25.

in the hinge-side door leaf profile 25 there are at least two horizontal bolts 29, 30, which are arranged at a distance from each other in the vertical direction, with each bolt 29, 30 being arranged at a short distance below or above the respective hinge 13, 14. The at least two horizontal bolts 29, 30 are screwed in from the outside of the door leaf profile 25. They protrude

-&igr;&ogr;&iacgr; with a shoulder 29b, 30b from the door leaf profile 25, from which they protrude outwards. When the door is closed, the bolts 29, 30 engage with this protruding shoulder 2 9b, 30b in a form-fitting manner in an associated receptacle 3 8 in the associated frame profile 12 and thus serve as additional door locking elements when the door is closed. The at least two horizontal bolts 29, 30 taper towards the protruding end, as can be seen for the bolt 2 9 at the end of the shoulder 2 9b. 10

All bolts 29 to 32, especially threaded bolts, are made of stainless steel, e.g. V2A and are therefore corrosion-resistant and weather-resistant.

The lock-side door leaf profile 25 (Fig. 4), in particular the inside profile 26, accommodates a lock 39 of the locking device 15 and other lock-side locking elements. This locking device 15 arranged in the lock-side door area is shown separately in Fig. 5. It has a strike plate 40 (so-called slip-on) that extends over the entire height of the door leaf 11, including the door leaf profile 25, and also overlaps the upper and lower horizontal areas at least over a small section, which is attached to the lock-side door leaf profile 25 and carries at least the lock 39 with its bolt 41 and lock latch 42. The strike plate 40 has an approximately U-shape in side view. The vertical leg 43 of the strike plate 40 rests from the outside on the facing outer surface of the lock-side door leaf profile 25. This also applies to the two horizontal legs 44 and 45 running above and below. The strike plate 40 is firmly anchored to the door leaf profile 25, for example by means of individual screws.

The locking device 15 has at least two spaced-apart horizontal locking bolts 46 and 47 in the lock-side door area and at least one vertical, top-side locking bolt 48 and at least one vertical, bottom-side locking bolt 49, all of which are held and guided on the strike plate 40. The door is thus locked in the closed state on the lock-side area by means of a total of four locking bolts 46 to 49 and also by the bolt 41 and the lock latch 42. All locking bolts 46 to 49 can be actuated centrally at the same time as the lock, with the actuating movement and actuating force being transmitted from the lock via mechanical transmission elements, e.g. rods 50, to the individual mechanisms, which cause the locking bolts to 49 to slide out. In the closed position, all locking bolts 46 to 49 engage behind assigned locking surfaces, which are provided, for example, on the frame profile 12 and can be formed, for example, in the area of corresponding recesses, openings or the like. All locking bolts 46 to 49 are made of stainless steel, e.g. V2A, hardened steel or the like, so that they are weather- and corrosion-resistant.

The object protection door 10 has at least one external, all-round seal 51, which is held replaceably on the door leaf profile and, when the door is closed, seals against an associated external surface of the frame profile 12. Furthermore, an internal seal 52 is provided, which is held directly or indirectly on the door leaf profile and, when the door is closed, also seals against an associated internal surface of the frame profile 12. The contact surface of the frame profile 12 associated with the external seal 51 and the contact surface of the frame profile 12 associated with the internal seal 52 both point towards the outside 20 in the case of the door that opens outwards. If, instead, the door is opened in the opposite direction,

-12-

To open inwards, these contact surfaces of the frame profile 12 point towards the inner side 18.

The inside seal 52 extends over the horizontal upper area as well as over the vertical hinge side and the vertical closing side area of the door leaf profile 25. The outside seal 51 and/or inside seal 52 is formed from a sealing profile made of rubber, plastic or the like. A brush strip of the usual type can be attached in the horizontal lower area of the door leaf profile 25.

The door leaf 11 is sealed in relation to the all-round door leaf profile 25 by means of an all-round elastic compensating element 53, which is designed in particular as a sealing profile and is held on the inside by a strip 54 which is positively fixed to the door leaf profile 25 _; and on the outside by the door leaf profile 25. This compensating element 53 is located on both sides of the door leaf 11. By means of the compensating element 53

Tolerances can be accommodated, while still achieving a clean, visually appealing and tight finish in the area between the edges of the door leaf 11 and the adjoining door leaf profile 25. 25

The frame profile 12 is composed all around of an external profile 55 and an internal profile 56, which are separated from each other by a thermal separation 57, which simultaneously mechanically connects both profiles 55, 56 and holds them together firmly under tension and pressure. The thermal separation 57 is designed in a similar way to the thermal separation 28 in the profiles 26, 27 of the door leaf profile 25. The frame profile 12 is made of aluminum, preferably from extruded profiles, which are preferably designed as hollow profiles. Here too, only the two different profiles 55 and 56 are used if possible, so that the number of different, costly

·· · it * · »ta.

• · · The «·

-13 components are reduced to the smallest possible extent.

The thermal separation 57 is formed from webs made of plastic, in particular polyamide, that are directed transversely to the plane of the door leaf 11. The webs are thickened at the ends and engage with these ends in a form-fitting manner in associated receptacles, e.g. grooves, of the outside profiles 55 and inside profiles 56 of the frame profile 12, in which they are held in a form-fitting manner.

The frame profile 12 can have a cover profile made of plastic or similar at least in the lock side and hinge side area and there on the side facing the door leaf profile 25, which bridges a gap between the profiles 55 and 56 and leads from one profile 55 to the other profile 56. This cover profile thus contributes to a clean finish and a good visual appearance.

In the horizontal lower area, on the outside of the door leaf profile 25, a conventional external drip strip is held, which is also connected to an internal lower horizontal profile 61 via a thermal break 60, e.g. a plastic web. The profile is held on the door leaf profile 25, in particular on the internal profile 26, and can carry a brush strip in this area. The thermal break 60 is designed in the same way as the thermal break 28 or 57. The external seal 51 sits on the drip strip 59.

Not further shown is that an integrated alarm wire mat can be provided and furthermore at least one locking contact and/or reed contact.

The security door 10 offers a high level of security against burglary. It is resistant to saws,

•C

Crowbars, pliers, screwdrivers, punches, hammers, chisels or similar burglary tools. It offers a high level of protection and is suitable wherever security against burglary is required outdoors, in particular as a door for cellar exits, banks, objects and buildings that require special protection, such as access houses to waterworks or similar objects. In all of this, the object protection door 10 is relatively light, inexpensive and highly corrosion-resistant and weather-resistant, as well as almost completely maintenance-free. The thermal separation provided everywhere prevents the formation of condensation and thus prevents the formation of wet interior spaces. It goes without saying that the locking device 15, in particular the lock 39, can be provided with a conventional armored rosette as security for the locking cylinder.

Claims (51)

Expectations 1. Object protection door,. with a door leaf (11) which has a metal profile frame (16) running all the way around, a metal plate (19, 21) on the inside and outside, each held on the profile frame (16), and an insulation (22) in the intermediate area between them, and with a frame profile (12) which can be mounted in a fixed position, on which the hinge of the door leaf (11) is held and which has receptacles for locking parts of a locking device (15) in the lock area of the door leaf (11), characterized in that the door leaf (11) has on its outside a puncture- and bullet-proof protective plate (23), preferably made of hard steel, which is covered by the outside plate (21) running above it and which is firmly attached, e.g. welded, to the profile frame (16), the insulation (22) being provided between the protective plate (23) and the inside plate (19). 2. Object protection door according to claim 1, characterized in that the outer plate (21) of the door leaf (11) is -2- a thermal separation (24) separates it from the protective plate (23) and the latter is attached, e.g. glued, to the thermal separation (24), which in turn is attached, e.g. glued, to the protective plate (23). 3. Object protection door according to claim 1 or 2, characterized in that the thermal separation (24) between the protective plate (23) and the outside plate (21) runs all the way around. 4. Object protection door according to one of claims 1 to 3, characterized in that the thermal separation (24) is formed from a profile made of plastic, e.g. PVC. 5. Object protection door according to one of claims 1 to 4, characterized in that the thermal separation (24) is formed from a flat profile. 6. Object protection door according to one of claims 1 to 5, characterized in that the outer plate (21) and the inner plate (19) are made of aluminum. 7. Object protection door according to one of claims 1 to 6, characterized in that the inner plate (19) is attached to the profile frame (16) by means of rivets, gluing or the like. 8. Object protection door according to one of claims 1 to 7, characterized in that the insulation (22) consists of rigid plastic foam, e.g. PU. -3- 9. Object protection door according to one of claims 1 to 8, characterized in that the profile frame (16) is formed from box profiles (17) made of steel, preferably from galvanized steel, stainless steel or the like. ^is · 10. Object protection door, in particular according to one or more of the preceding claims, characterized in that the door leaf (11) is surrounded by a door leaf profile (25) running all the way around, which is firmly connected to the door leaf (11). 11. Object protection door according to one of claims 1 to 10, characterized in that the door leaf profile (25) is composed all around of an outside profile (27) and an inside profile (26), which are separated from one another by a thermal separation (28) which simultaneously mechanically connects both profiles (26, 27). 12. Object protection door according to one of claims 1 to 11, characterized in that the door leaf profile (25) is made of aluminum, preferably from extruded profiles, which are preferably designed as hollow profiles. 13. Object protection door according to one of claims 1 to 12, characterized in that the thermal separation (28) is formed from webs made of plastic, in particular polyamide, which are directed transversely to the door leaf plane. 14. Object protection door according to one of claims 1 to 13, characterized in that the thermal separation (28), in particular the webs, fits positively in receptacles, in particular grooves, of the outside and inside profiles (26, 27) of the door leaf profile (25) engages and is held. 15. Object protection door according to one of claims 1 to 14, characterized in that the door leaf (11) is fastened to the door leaf profile (25) by means of bolts (29 to 32), in particular threaded bolts. 16. Object protection door according to claim 15, characterized in that the bolts (29 to 32) are screwed with a threaded shoulder (29a, 31a, 32a) into a threaded bore (33) of the profile frame (16) on the door leaf side. 17. Object protection door according to one of claims 1 to 16, characterized in that the bolts (29 to 32) pass through the door leaf profile (25), in particular its inside profile (26), preferably in such a way that the bolts (29 to 32) have at least two corresponding passages (34, 35) in adjacent walls (36, 37) of the profile (26)« and that the bolts (29 to 32) secure the door panel against breaking out. 18. Object protection door according to claim 17, characterized in that the one passage (34) in the profile (26) which is closest to the profile frame (16) is designed as a threaded bore for the latter, penetrated by the threaded shoulder (29a, 31a, 32a). 19. Object protection door according to one of claims 1 to 18, characterized in that in the upper door leaf profile (25) and in the lower door leaf profile (25) there is at least one vertical bolt (31, 32) each, which is designed as a screw bolt screwed in from above or from below. -δ-λ 20. Object protection door according to claim 19, characterized in that the at least one upper and lower bolt (31, 32) is arranged at a small horizontal distance from the lock-side door leaf profile (25). 21. Object protection door according to one of claims 1 to 20, characterized in that at least two horizontal bolts (29, 30) are seated in the hinge-side door leaf profile (25), which are arranged at a distance from one another in the vertical direction. 22. Object protection door according to claim 21, characterized in that each horizontal bolt (29, 30) is arranged at a short distance below or above the hinge (13, 14). 23. Object protection door according to one of claims 1 to 22, characterized in that the at least two horizontal bolts (29, 30) are screwed in from the outside. 24. Object protection door according to one of claims 1 to 23, characterized in that the at least two horizontal bolts (29, 30) with a shoulder (29b, 30b) protrude outwards from the door leaf profile (25) and in the direction of the frame profile (12) and when the door is closed, engage in a form-fitting manner in an associated receptacle (38) in the associated frame profile (12) and serve as additional door locking elements. 25. Object protection door according to one of claims 1 to 24, characterized in that the at least two horizontal bolts (29, 30) taper towards the protruding end. C* -6- 26. Object protection door according to one of claims 1 to 25, characterized in that all bolts (29 to 32), in particular threaded bolts, made of stainless steel.
5 27. Object protection door according to one of claims 1 to 26, characterized in that the lock-side door leaf profile (25), in particular the inside profile (26), accommodates a lock (39) and other lock-side locking elements of the locking device (15) on the inside. 28. Object protection door, in particular according to one or more of the preceding claims, characterized in that a locking device (15) is provided in the lock-side door area, which has a locking plate (40, 43 to 45) extending over the entire height of the door and additionally spanning the upper and lower horizontal areas of the door at least over a small section, which is attached to the lock-side door leaf profile (25) and carries at least the lock (39) with bolt (41) and lock latch (42). 29. Object protection door according to one of claims 1 to 28, characterized in that the locking device (15) in the lock-side door area has at least two spaced-apart horizontal locking bolts (46, 47) and at least one upper-side, vertical locking bolt (48) and at least one lower-side, vertical locking bolt (49). 30. Object protection door according to one of claims 1 to 29, characterized in that the locking bolts (46 to 49) are held and guided on the locking plate (40). -&Iacgr;- 31. Object protection door according to one of claims 1 to 30, characterized in that all locking bolts (46 to 49) can be actuated centrally at the same time as the lock actuation. 32. Object protection door according to one of claims 1 to 31, characterized in that all locking bolts (46 to 49) engage behind associated locking surfaces e.g. on the frame profile (12) in the closed position. 33. Object protection door according to one of claims 1 to 32, characterized in that that all locking bolts (46 to 49) are made of hardened steel, stainless steel or similar. 34. Object protection door, in particular according to one or more of the preceding claims, characterized by at least one external, all-round seal (51) which is held on the door leaf profile (25) and, when the door is closed, seals against an associated outer surface of the frame profile (12). 35. Object protection door according to one of claims 1 to 34, characterized in that an inside seal (52) is provided which is held directly or indirectly on the door leaf profile (25) and, when the door is closed, rests sealingly against an associated, inside surface of the frame profile (12). 36. Object protection door according to claim 35, characterized in that the inner surface of the frame profile (12) faces outwards. 37. Object protection door according to claim 35 or 36, characterized in that the inside seal (52) extends over the horizontal upper as well as the vertical hinge-side and lock-side area of the door leaf profile (25). 38. Object protection door according to one of claims 1 to 37, characterized in that the outer seal (51) and/or the inner seal (52) is formed from a sealing profile made of rubber, plastic or the like. 39. Object protection door according to one of claims 1 to 38, characterized in that a brush strip is arranged in the horizontal lower region of the door leaf profile (25). 40. Object protection door according to one of claims 1 to 39, characterized in that the door leaf (11) is sealed with respect to the all-round door leaf profile (25) by means of an all-round, elastic compensating element (53). 41. Object protection door according to claim 40, characterized in that the compensating element (53) is designed as a sealing profile. 42. Object protection door according to claim 40 or 41, characterized in that the compensating element (53) is held on a strip (54) which is positively fixed to the door leaf profile (25). —9— 43. Object protection door, in particular according to one or more of the preceding claims,
characterized in that the frame profile (12) is composed all around of an outer profile (55) and an inner profile (56) which are separated from one another by a thermal separation (57) which simultaneously mechanically connects both profiles (55, 56). 44. Object protection door according to claim 43, characterized in that the frame profile (12) is made of aluminum, preferably from extruded profiles, which are preferably designed as hollow profiles. 45. Object protection door according to claim 43 or 44, characterized in that the thermal separation (57) is formed from webs made of plastic, in particular of polyamide, which are directed transversely to the door leaf plane. 46. Object protection door according to one of claims 43 to 45, characterized in that the thermal separation (57), in particular the webs, engages and is held in a form-fitting manner in receptacles, in particular grooves, of the outside and inside profiles (55, 56) of the frame profile (12). 47. Object protection door according to one of claims 43 to 46, characterized in that the frame profile (12) has, at least in the lock-side and hinge-side area and there on the side facing the door leaf profile (25), a cover profile made of plastic or the like, which covers an intermediate space between the outside and inside profiles (55, 56) and leads from one profile to the other. -&igr;&ogr;&iacgr; 48. Object protection door according to one of claims 1 to 47, characterized by an external drip strip (59) held in the horizontal lower area of the door leaf profile (25). 5 49. Object protection door according to one of claims 1 to 48, characterized in that the drip strip (59) is connected via a thermal separation (60), e.g. a web made of plastic or the like, to an inside, lower, horizontal profile (61) which is held on the door leaf profile (25), in particular on the inside profile (26), and can carry a brush strip in this area. 50. Object protection door according to one of claims 1 to 49, characterized by an integrated alarm wire mat. 51. Object protection door according to one of claims 1 to 50, characterized by at least one locking contact and/or reed contact.