FI130076B - Storage - Google Patents

Abstract

The subject of the invention is a warehouse that is used for storing loose objects (2) such as objects or tools or devices in an openable and closable space, the warehouse consists of a body (1) with an upper side (1a), lower side (1b), side (1c) end (1d) and the door element (1e). The invention is characterized by the fact that the body (1) is made of plastic, at the opposite ends (1d) of the body (1) one or more openable and closable door members (1e)

Description

STOCK

OBJECT OF THE INVENTION

The object of this invention is a warehouse that is used for storing loose objects such as objects or tools or devices in a space that can be opened and closed.

STATE OF THE ART

Nowadays, for example, bicycles are only locked in such a way that they cannot be ridden, but they can be stolen by lifting them into a suitable vehicle. Several other items to be stored are stored — without any kind of locking, e.g. lawn mowers, snow shovels, snow blowers, kick boards, sports equipment.

PURPOSE OF THE INVENTION

The purpose is a warehouse, which is used to store loose objects such as objects or tools or devices in a space that can be opened and closed.

The above disadvantages can be eliminated and the above-mentioned goal is achieved with a warehouse according to the invention, which is characterized by what is defined in the distinguishing part of patent claim 1 and advantageous embodiments of the invention are the object of patent claims 2 to 14.

The most important advantages of the invention can be mentioned that the storage elements of the warehouse, when attached to the association element, prevent the theft of an individual storage element. The warehouse allows: to close the desired item in the storage unit so that outside hands cannot access it

N 25 — therefore. In the invented warehouse, the partition acts as a diagonal stiffener of the structure and is

An essential part of the load-bearing structure of the lower side (floor), when the warehouse is hung from its frame = from the upper side (ceiling) to the desired bracket, to which several warehouses can be attached to the bracket, then the partition takes those forces to the lower side (floor)

E. to pain. The partition wall of the warehouse acts as an indirect support/support for the underside when

S 30 — the frame is attached to hang from the top side and, accordingly, the partition acts as a support for the top side

N as a nut/support when the frame is placed on the underside of a desired base

On top of e.g. a single warehouse for lawn, asphalt or other known surface.

The partition wall is preferably attached to the door element (door counterpart) in the vertical position of the door opening.

to the side facing away, which can be a door frame. With rotational casting, the frame can be manufactured in such a way that the door opening also serves as the closing surface of the door element (door frame). The structure of the invented partition not only manages thermal expansion issues, but also keeps the structure of the warehouse frame as light as possible. In its preferred form, the partition wall is made of a material that has approximately the same coefficient of thermal expansion as the body of the warehouse itself (body material). So, for example, if the walls are rotationally molded polyethylene, the partition is also polyethylene or polypropylene. So the thermal expansion is not exactly the same, but in the same class. This is important, because plastics expand more than 10 times steel. That's why the partition actually can't even be plywood because the thermal expansion coefficient of plywood is almost 0.

It is clear that by using the invented warehouse, a large cost saving is achieved in the locked storage of objects.

PICTURE LIST

In the following, the invention is explained in detail with reference to the accompanying figures, where — figure 1 shows a warehouse according to the invention when viewed from above, with the doors closed, figure 2 shows a warehouse according to figure 1 when viewed from above, with the doors open, figure 3 shows a warehouse according to figures 1 and 2 viewed perpendicularly from above, the warehouse with the upper part (roof) removed, there are two objects in the warehouse which are bicycles inside the warehouse separated by a partition, the bicycles are placed in the warehouse from the opposite door elements (doors) by pushing the rear wheel first, picture 4 shows the warehouse in pictures 1, 2 and 3 from the front, there is a partition inside the warehouse attached with partition wall fastening elements, figure 5 shows the warehouse of figures 1, 2, 3 and 4 perpendicularly from the top without the upper part, the warehouse : has a partition wall attached with partition wall fastening elements,

N 25 — figure 6 shows another warehouse according to the invention, which warehouse consists of two

N of this oppositely fixed half, viewed perpendicularly from above, with the upper part (roof) of the warehouse removed, z figure 7 shows the working principle of the warehouse according to figure 6 as a picture, perpendicularly from the front

E. viewed, without the door member, the two halves of the stock are joined together,

S 30 — picture 8 shows the warehouse according to pictures 6 and 7, working principle as a picture, perpendicularly

Viewed from above, without door elements, the two halves of the warehouse are separate, facing each other

N in the position where they will be connected to each other by the partition wall using partition brackets, in which case they will form one warehouse,

figure 9 shows the warehouse according to figures 6, 7 and 8, the principle of operation as a picture, viewed perpendicularly from above, without door elements, the two halves of the warehouse are placed inside each other, overlapping each other, so they are in the transport position, figure 10 shows the warehouse according to figures 6, 7, 8 and 9, the principle of operation as a picture, - — viewed from the end, without door elements, two halves of the warehouse placed inside each other in a staggered manner, when they are in the transport position,

DETAILED DESCRIPTION OF THE INVENTION

The invention and the parts related to it shown in the present pictures are schematic, — expressing the principle structure and operation of the advantageous embodiment of the invention and its parts.

The pictures show the following parts of the invented fastener and their locations. — The storage consists of a frame 1. Inventively, the frame 1 can consist of two or more frame members 1g, which are attached to each other with screw connections or glue or rivets (such as pop rivets, i.e. pull rivets) or in another known way.

One advantageous way of manufacturing the frame is that the frame 1 is a rotationally molded single piece which — consists of upper side la, lower side 1b and opposite sides Ic, which are attached to each other at the corners.

For transport, the frame 1 can be cut into two parts or made in two parts: e.g. by vacuum forming/thermoforming, in which case the intermediate side can be left open. 3 © Frame 1 with upper side la, lower side 1b, side lc, end Id, door element le, partition 1f and z door frame 1g.

E. the septum fastening element 1fa is screw fastening or rivet fastening or can be opened and closed

S 30 — pin fastening or opening and closing rubber ring fastening. Partition fixing element 1fa

N can consist of a plastic corner or a metal corner that is screwed or

N riveted on one side to partition wall 1f and on the other side to upper side la or lower side 1b. The opening and closing partition fastening elements 1fa are structured in such a way that they can only be opened when accessing both interior spaces 3 and 4, in which case partition 1f cannot be removed/opened only from the second interior space.

The door element le is hinged with one or more hinge elements lea to be opened and closed only from one of its vertical sides to the door frame 1g of the frame 1 or directly to the end of the frame 1 Id. The door element le is equipped with a closing element 1eb, which is a lock or lockable door handle or a locking system equipped with an opening card (such as hotel doors) or a locking system that can be opened and closed with a mobile phone or a closing element 1eb equipped with a separate/detached lock (e.g. padlock). The closing element 1eb can also be equipped with a closing element 1eb enabling the payment of warehouse rent, such as the closing element leb equipped with a (known per se) mobile phone or card payment.

On the upper side 1a of the frame 1, there is one or more fastening reinforcement laa, which fastening reinforcement laa is formed by a u-shaped recess formed on the upper side la transversely to the upper side la, or, in contrast to the pictures, by a relief which is a u-shaped transverse beam-like platform extending above the upper side la. The fastening reinforcement laa strengthens the top side la of the frame 1 into a rigid structure, because the fastening reinforcement laa acts as a support beam for the top side 1a, preventing the bending of the top side la in the transverse direction into a curved shape, the sides 1c of the frame 1 prevent the bending of the top side la and the bottom side 1b in the longitudinal direction.

The recess-shaped fastening reinforcement laa is shown in figures 1, 2 and 4. The fastening reinforcement laa can be made of a raised part unlike figures 1, 2 and 4. The ledge-shaped mounting reinforcement laa extends upwards (away from the body 1 as a projection), i.e. it is

N 25 — in the opposite direction than the mounting reinforcement in the pictures laa 1,2 and 4 is shown. Figures 3 1, 2 and 4 show the mounting holes for fixing the frame 1 with a screw or rivet or pin and cotter combination to the desired place, which desired place can be a frame where the Honka frame 1 can be attached. a 3 2 30 The lower side 1b of the frame 1 has one or more lower side reinforcements 1ba, which lower side reinforcement 1ba

N is formed from the u-shaped molding on the lower side 1b transversely to the lower side 1b

From the inwardly extending recess of body 1 at N. The recess-shaped bottom side reinforcement Iba is shown in figures 1, 2 and 4. The bottom side reinforcement Iba can be made of a raised part, different from figures 1, 2 and 4. The raised-shaped lower side reinforcement 1ba extends downwards (away from the frame 1 into a projection, a projecting transverse beam), i.e. it is in the opposite direction than the fixing reinforcement 1ba in the pictures 1, 2 and 4 is shown. 5 Body1! one or both sides 1c have one or more side reinforcements Ica, which side reinforcements 1ca are formed from the u-shaped indentation of the frame 1 in the longitudinal direction with respect to the side 1c formed on the side 1c. The side reinforcement Ica in the form of a recess is shown in pictures 1, 2 and 4. The side reinforcement Ica can be made of a raised part in contrast to pictures 1, 2 and 4. The relief-shaped side reinforcement Ica extends — (away from the frame 1 into a projection, a projecting longitudinal beam), i.e. it is in the opposite direction than the side reinforcement Ica 1,2 and 4 shown in the pictures.

Frame 1 must be closed with the door element le and best opened with closed walls (on the sides

Ic), a box-like storage space equipped with a closed roof (upper part la) and a closed floor (lower part 1b), which is closed or can be closed on all sides. The storage frame 1 can be used for storage, different items 2, thanks to the best locked door (door element) e.g. bicycle, kickboard, wheelchair, pram, scooter or moped, electric mobility device, lawnmower, snow thrower or other such object or tool or device, as well as the above-mentioned aid or accessory, e.g. spare fuel, — the necessary protective clothing or other protection such as a helmet, hearing protection, etc. ..

The warehouse frame 1 is plastic that cannot be seen through, so an outsider cannot know if there is something in storage or if the warehouse is empty. An outsider cannot : know about the contents of the warehouse, in which case it is not worth breaking into the warehouse.

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0 According to another inventive solution, the frame 1 can also be completely or partially = transparent plastic so that one of the parts of the frame 1 is transparent, such a part can be

I door element le when the object 2 placed in storage inside the body 1 can be seen, such as

E bicycle. The downside of transparency is that then there is

S 30 — the interior of the warehouse frame 1 and the above-mentioned object ä 2 stored there can be viewed by the public.

The advantage of the transparent door element of the warehouse frame 1 is that you can see what size, shape, color, and model the object 2 is inside the frame 1. Seeing the interior of the frame 1 is important, for example, when objects 2 of different dimensions are placed inside the frame 1, for example skiing equipment. Especially for rental companies, it is useful that — the customer can visually familiarize himself with the property 2 for rent. In addition, the customer can immediately see whether there are properties 2 available for rent that suit his dimensions/desires.

Object 2 can be one or more bicycles, kickboards, wheelchairs, prams, — scooters or mopeds, electric mobility equipment, lawnmowers, snow blowers or other such objects or tools or equipment, as well as the aids or accessories mentioned above, e.g. spare fuel, necessary protective clothing or other protection such as a helmet, hearing protection, etc...

Frame 1 can be produced by rotational casting or vacuum forming/thermoforming. — https://www.plastics.fi/fin/muoviteto/muovit/tuotantomenetelmat/

Rotational casting

In rotation molding (rotation molding, rotationsgjutning), plastic powder or paste is heated in a closed mold. The mold is rotated until its walls are covered with an even layer of polymer. Large, hollow pieces such as trash cans, fuel tanks and various cylinders are manufactured using the rotational casting method.

Vacuum forming/Thermoforming

In vacuum forming (Thermoforming, eng., formpressning, varmformning, vakuum- : formning, sv.) the plastic sheet is heated simultaneously from both sides. heat

N 25 — the spent plastic sheet is sucked into the shape of the surface of the mold by means of vacuum. For example, 3 May Day masks are made by vacuum forming. © More information on production methods can be found in the book -Fundamentals of Plastics, sold by z Muoviyhdistys ry. a 3 2 30 — Interior space 3 and interior space 4 can be separated from each other by partition 1f. Partition 1f is removable

Can be connected, in which case it is possible to combine adjacent interiors 3 and 4 into one unified

N as a nursery. The partition wall 1f is attached with screws or removable and reinsertable cotter pins or rubber rings (which are used, e.g., for attaching and detaching tarpaulin covers of truck trailers.

According to one inventive structural solution, the partition wall 1f functions as a diagonal stiffener of the structure and is an essential part of the load-bearing structure of the lower side 1b (floor), when the warehouse 1 is hung from its frame 1 from the upper side la (ceiling) to the desired bracket, to which several warehouses can be attached to the bracket in parallel, so the partition wall 1f take those forces to support the lower side 1b (floor). The partition wall 1f acts as an indirect support/support for the lower side 1b when the frame 1 is attached to hang from the upper side 1b and, similarly, the partition wall 1f acts as a support/support for the upper side la when the frame 1 is placed against the lower side 1b on any desired platform, e.g. a single warehouse on grass, asphalt or other known surfaces.

The partition wall 1f is preferably attached to the door element le (to the opposite part of the door) to the vertical side of the door opening, which can be the door frame 1g. With rotational molding, frame 1 can be manufactured so that the door opening also serves as the closing surface of the door element le (door frame 1g).

The invented partition 1f structure not only manages thermal expansion issues, but also keeps the structure as light as possible. In its preferred form, the partition 1f is made of a material that has approximately the same coefficient of thermal expansion as the frame 1 itself (the material of the frame 1). So, for example, if the walls are rotationally molded Polyethylene, partition 1f is also Polyethylene or Polypropylene. So the thermal expansion is not exactly the same, but in the same class. This is important, because plastics expand more than 10 times steel. That's why the partition : 1f can't actually even be plywood because the thermal expansion coefficient of plywood is almost 0.

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6 https://fi.wikipedia.org/wiki/L%C3%A4mp%C3%B6laajeneminen = Thermal expansion means expansion of materials, i.e. increase in volume = as the temperature rises. In thermal expansion, the coefficient of thermal expansion is positive,

E but some rare materials can also shrink when heated at certain temperature

S 30 — in cases where the coefficient of thermal expansion is negative and one can talk about thermal contraction

Of N things. Thermal expansion is not necessarily linear, but depends on the material

N possible specific temperature ranges, crystal structures of the material and changes in shape affect the coefficient of thermal expansion. Thermal expansion does not only affect one direction, but naturally when the temperature drops, the reverse change occurs in the material, i.e. the volume of the material decreases. The effects of thermal expansion can be calculated for lengths (how much the object lengthens) and volumes (how much the object's volume increases). The effects of thermal expansion can be calculated for solid states, — liquids and gases. The thermal expansion of a substance is described by the coefficient of thermal expansion, which tells how much the object's size changes when its temperature changes on a one-degree Celsius or Kelvin scale. The coefficient can depend on the temperature and the structure of the body (for example, the crystal structure) and be of different magnitude in different directions. The unit of the thermal expansion coefficient is 1/*C or 1/K.

Guide 5 to guide object 2 into place and hold it in place. When the object 2 is a bicycle, the guide 5 is v-shaped, from its sharp tip to the inside of the opposite end 1d of the door element le, the guide 5 is attached to the inner space 3 and/or 4 (by screwing or riveting or gluing or other known fastening method) — the rear wheel of the bicycle guide. Seen from above, the v-opening of the v-shaped guide 5 guides the rear wheel 6 of the bicycle to the desired position and locks the rear wheel 6 in the inner space 3 and/or 4 and at the same time preventing the bicycle from falling over in the inner space 3 and/or 4, the v-shaped guide 5 removes the underside of the frame 1 inside 1b the need for a bicycle controller to be placed inside, i.e. above (i.e. placed on the floor), leaving the floor of the frame 1 free — for storing other objects 2.

Figures 6, 7, 8 and 9 show that the warehouse frame 1, which consists of two frame parts 1X and 1Y, are similar, so when joined together, the frame parts 1X and 1Y form the warehouse frame 1. The frame parts 1X and 1Y intermediate page 1Xa and I Ya is open

N 25 — in which frame parts 1X and 1Y can be packed overlapping (picture 9) during transport, from

For N reasons, the warehouse packed for transport takes up considerably less space than if the warehouse were = already assembled. Body parts 1X and 1Y are connected to each other by a partition wall 1f, which is attached to each other with partition wall fastening elements 1fa. 2 2 30 The invented warehouse can also be attached to a vehicle, an inventive method of attachment

N is shown in pictures 11, 12, 13 and 14. The problem with the boxes attached to the car is that

N that the whole box is stolen. In roof boxes, it is done by grabbing everything with the load racks. Thanks to the invented fastening method, the fasteners of the warehouse frame 1 remain inside the locked door members le (doors).

Figures 11, 12, 13 and 14 show that first the attachment frame 7 "hanko" is attached to the towbar of the car, the frame 1 is lifted on top of its attachment frame 7 and the frame 1 is attached with one or more frame fasteners 8, which can be thumbscrews or other general well-known fastener that comes on the inside of locked door members 1e. The fastening frame 7 has counter-fasteners 8a for the fasteners 8, in figures 12, 13 and 14 the counter-fasteners 8a are internal threads to which the external threads of the fasteners 8 can be screwed. The frame fastener 7b can also be a quick latch, cotter pin, etc., a similar known fastening device. In the pictures, the fastening frame 7 is a hook-like part of a round tube bent into a u shape.

The fastening frame 7 is attached to the car's towbar knob 10 with the towbar bracket 7a (key-hole-hook-bracket). So the idea is to float the ball of the tow hook into the pipe 7aa from the underside of the tow hook bracket 7a, where the pipe 7aa has a hole modeled after a keyhole, viewed from above, on the underside of the pipe 7aa, 7aaa, which hole is formed by a rectangular opening 7aaab, at the end of which the rectangular opening 7aaab has a round opening for a knob holder

Taaaba into which the towbar knob can sink 1-15 mm, due to which the towbar knob cannot retreat towards the rectangular opening 7aaab, when the — knob of the towbar is pressed from above downwards. The towbar knob is pressed downwards from above, on the upper side of the tube 7aa 7aab there is an internal threaded hole for the Jaaba tensioning element 9, with which the towbar knob is pressed downwards and the towbar knob locks into the knob holder 7aaaba.

The tensioning element 9 is best turned by fingers with a screw equipped with external threads, with which the tow hook's knob, or ball, is compressed from below the "equator" and from the north pole, the screw-

N 25 — with the force of the tensioning element 9, pressed into the knob holder 7aaaba. In other words, the knob of the tow hook 3 remains inside the tube 7aa, fixed/pressed down by the tensioning member 9. z Car towbar knob 10. a 3 2 30 — The subject of the invention is a warehouse that is used to store loose objects (2) such as objects

N or tools or equipment in an openable and closed space for storage, the warehouse mod-

N comes from the frame (1), which has an upper side (1a), a lower side (1b), a side (1c), an end (1d) and a door element (1e).

According to one inventive structural solution, the frame (1) is made of plastic, with one or more opening and closing door members (1e) at the opposite ends (1d) of the frame (1).

According to an inventive structural solution, inside the body (1) there is one or more — partitions (1P) with which/which the adjacent interior spaces (3) and (4) filled by the door members (le) from the opposite ends (1d) can be separated from each other.

According to an inventive structural solution, the partition wall (1f) is removable, which makes it possible to combine the adjacent interiors (3) and (4) into one unified interior, with door elements (1e) at both ends (1d).

According to an inventive structural solution, inside the adjacent interiors (3) and (4) there is one or more guides (5) at the opposite end (1d) of the door member (1e). — According to an inventive structural solution, inside the adjacent interiors (3) and (4) at the opposite end (1d) of the door element (1e), there is one or more guides (5), the guide (5) is a bicycle when the object (2) is a bicycle, the guide (5) ) is v-shaped from its sharp tip to the inside of the opposite end (1d) of the door member (1e) to the inner space (3) and/or (4) fixed bicycle rear wheel (6) guide, v-shaped guide (5) with guide- — allows the rear wheel (6) of the bicycle to the desired position in the interior (3) and/or (4) and at the same time prevents the bicycle from falling over in the interior (3) and/or (4) in addition to steering.

According to an inventive structural solution, the partition wall (1f) is the diagonal stiffener of the structure: it is an essential part of the load-bearing structure of the lower side (1b) (floor), when the warehouse 3 25 — is suspended from its frame (1) from the upper side (1a) (ceiling) to the desired bracket, to which 0 bracket several warehouses can be attached in parallel, then the partition wall (1f) takes those = hanging forces to support the underside (1b) (floor). z

E According to an inventive structural solution, the partition (1f) is the support of the lower side (1b)

S 30 — tin/support when the frame (1) is attached to the upper side (1b) to hang, the partition (1f) is tensile stress-resistant plastic or metal.

According to an inventive structural solution, the partition (1f) is a support/support for the upper side (1a) while the body (1) rests on the lower side (1b) on the desired base, the partition (1f) is plastic or metal resistant to compressive stress. — According to an inventive structural solution, the partition wall (1f) is attached by one or more partition wall fixing elements (1fa) to the door element (1e) (in the opposite part of the door) on the vertical side of the door opening, which is the door frame (1g).

According to an inventive structural solution, the partition wall (1f) is attached with one or more partition wall fastening elements (1fa) on the upper side (1a) and lower side (1b) of the body (1).

According to one inventive structural solution, the upper side (1a) of the frame (1) has one or more fastening reinforcements (1aa), which fastening reinforcement (laa) is formed by a u-shaped recess or -elevation transverse to the upper side (1a) molded into the upper side (1a).

According to an inventive structural solution, the lower side (1b) of the frame (1) has one or more lower side reinforcements (1ba), which lower side reinforcement (1ba) is formed by a u-shaped recess formed in the lower side (1b) transversely to the lower side (1b) or — a ridge, in the shape of a ridge the lower side reinforcement (1ba) extends downwards away from the body 1 as a projection.

According to one inventive structural solution, the frame (1) is a rotationally molded single piece: a piece consisting of the upper side (1a) that is attached to each other at the corners, the lower side 3 25 — (Ib) and the opposite sides (1c). 3 0 According to an inventive structural solution, one or both sides (1c) of the body (1) have one or more side reinforcements (1ca), which side reinforcement (1ca) is formed

E from the u-shaped one molded to the side (1c) from the longitudinal one to the side (1c).

S 30 — from the inwardly extending recess of the frame (1) or the side reinforcement (1ca) is formed by

N from the ledge, the ledge-shaped side reinforcement (1ca) extends away from the body (1) to the outer

N into a cake, a projecting longitudinal beam.

According to an inventive structural solution, the frame (1) which consists of two frame parts (1X) and (1Y), the parts are similar, so when joined together, the frame parts (1X) and (1Y) form the storage frame (1), the frame parts (1X ) and (1Y) the intermediate side (1Xa) and (1Ya) is open, so the body parts (1X) and (1Y) can be packed overlapping during transport, which is why — the warehouse (1) packed for transport takes up significantly less space than the pre-assembled warehouse (1 ), body parts (1X) and (1Y) can be connected to each other by a partition (1f), each partition (1f) can be fixed with one or more partition fastening elements 1fa.

According to an inventive structural solution, the warehouse is connected from its frame (1) to the tow hook knob 10 with a tow hook bracket (7a), where the tow hook bracket (7a) has a pipe 7aa, where the pipe 7aa has a keyhole-shaped hole on the underside of the pipe 7aa when viewed from above, which hole is formed by a rectangular opening 7aaab, whose rectangular opening

The taaab end has a round opening knob holder 7aaaba into which the towbar knob (10) can sink 1-15 mm, the towbar knob (10) is pressed from above downwards — the upper side of the tube (7aa) (7aab) has an internal threaded hole (7aaba) for the tensioning element (9) with which the towbar knob ( 10) is pressed downwards, so that the hitch knob (10) locks into the knob holder (7aaaba).

According to one inventive structural solution, the tensioning element (9) is a screw equipped with external threads, with which the tow hook knob (10), i.e. the ball, is pressed into the knob holder (7aaaba) by the force of the screwing tensioning element (9) from below the "equator" and from the north pole. : According to an inventive structural solution, the frame 1 can be fixed with one or

N 25 — with several frame brackets (8) to the mounting frame (7), the frame bracket (8) is on the inside of the locked 3 door members (1e), the mounting frame (7) has counter brackets (8a) for the brackets o (8).

I

E. USE OF THE INVENTION

S 30 — The storage room is used like a lockable cabinet space/storage space.

The invented warehouse can be manufactured using known methods from known materials.

The most affordable manufacturing technique for the stock is manufacturing it by rotational molding from plastic.

It is clear to a person skilled in the art that the exemplary embodiments presented above are relatively simple in structure and operation due to the clarity of the explanation. By following the model presented in this patent application, it is possible to produce very different structural solutions that utilize the inventive idea presented in this patent application. The invention is not limited to the alternatives presented above, but many modifications are possible within the scope of the inventive idea defined by the accompanying patent claims.

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Claims (14)

PATENT CLAIMS 1. A warehouse that is used for storing loose items (2) such as objects or tools or equipment in an openable and closable space, the warehouse consists of a frame (1) with an upper side (1a), lower side (1b), side (1c) end ( 1d) and the door element (1e), characterized by the fact that - the frame (1) is made of plastic, - one or more opening and closing door elements (1e) at opposite ends (1d) of the frame (1), - inside the frame (1) there is one or several partition walls (1f) with which the adjacent interior spaces (3) and (4) filled by the door members (1e) from the opposite ends (1d) can be separated from each other. - the partition (1f) is the diagonal stiffener of the structure, it is an essential part of the load-bearing structure of the lower side (1b) (floor), when the warehouse from its frame (1) is hung from the upper side (1a) (ceiling) to the desired bracket, to which several — warehouses can be attached to the bracket in parallel, so the partition wall (1f) takes those hanging forces to support the underside (1b) (floor). 2. A warehouse according to claim 1, characterized by the fact that the partition (1f) is detachable, so that the adjacent interiors (3) and (4) can be combined into one unified interior, which has door elements (1e) at both ends (1d). 3. A warehouse according to claim 1, characterized in that inside the adjacent interiors (3) and (4) there is one or several guides (5) at the opposite end (1d) of the door member (1e). OF 6 4. A warehouse according to claim 1, characterized in that there is one or more guides (5) at the opposite end (1d) of the door element (le) inside the adjacent interior spaces (3) and (4), the guide (5) is the object (2 ) being a bicycle, the guide (5) is v-shaped E from its sharp tip to the inside of the opposite end (1d) of the door member (1e) si- > 30 — the guide of the rear wheel (6) of the bicycle attached to the hub (3) and/or (4), v O-shaped controller (5) that can steer the rear wheel of the bicycle (6) to the desired position in the interior (3) and/or (4) and at the same time prevents the bicycle from tipping over in the interior (3) and/or (4). 5. A warehouse according to claim 1, characterized in that the partition wall (1f) is attached by one or more partition wall fixing elements (1fa) on the vertical side of the door opening of the door element (le) (in the opposite part of the door), which is the door frame (1g). — 6. Storage according to claim 1, characterized in that the partition wall (1f) is attached with one or more partition wall fastening elements (1fa) on the upper side (1a) and lower side (1b) of the frame (1). 7. A warehouse according to claim 1, characterized in that the upper side (la) of the frame (1) has one or more fastening reinforcements (laa), which fastening reinforcement (1aa) is formed from the u-shaped part formed on the upper side (1a) and transverse to the upper side (1a) from a recess or a relief. 8. A warehouse according to claim 1, characterized in that the lower side of the frame (1) — (1b) has one or more lower side reinforcements (1ba), which lower side reinforcement (1ba) is formed from the u-shaped molding on the lower side (1b) transversely to the lower side (1b) from the recess or elevation, the elevation-shaped lower side reinforcement (1ba) extends downward away from the body 1 as a projection. — 9. A warehouse according to claim 1, characterized in that the body (1) is a rotationally molded one piece consisting of the top side (1a), bottom side (1b) and opposite sides (1c) that are attached to each other at the corners. : 10. A warehouse according to claim 1, characterized in that one or N 25 — both sides (1c) of the frame (1) have one or more side reinforcements (lca), which side reinforcement (1ca) N consists of a u-shaped molded into the side (1c) from the inwardly extending recess of the frame (1) in the longitudinal direction with respect to the side (1c) or the side reinforcement (Ica) is formed by an elevation, the elevation-shaped side reinforcement (1ca) extends away from the frame (1) E as a projection, a projecting longitudinal beam. O S 30 N 11. A warehouse according to claim 1, characterized in that the frame (1) each N consists of two frame parts (1X) and (1Y), the parts are similar, so when joined together, the frame parts (1X) and (1Y) form a warehouse frame (1), frame parts (1X) and (1Y) the intermediate side (1Xa) and (1Ya) is open, so the frame parts (1X) and (1Y) can be packed overlapping during transport, which is why the warehouse (1) packed for transport takes up significantly less space than the pre-assembled warehouse (1), frame -parts (1X) and (1Y) can be connected to each other with a partition (1f), each partition (1f) can be fixed with one or more partition fixing elements 1fa. 12. Storage according to claim 1, characterized in that the storage is from its body (1) to the towbar knob 10 with a towbar bracket (7a), where the towbar bracket (7a) has a pipe Jaa, where the pipe 7aa has a keyhole-shaped hole when viewed from above — on the underside of the pipe 7aa, 7aaa, which hole consists of a rectangular hole 7aaab, at the end of the rectangular hole 7aaab there is a round hole knob holder 7aaaba into which the towbar knob (10) can sink 1-15 mm, the towbar knob (10) is pressed from above downwards on the upper side of the tube (7aa) (7aab) there is an internal threaded hole (7aaba) for the tensioning element (9), with which the towbar knob (10) is pressed downwards, so that the towbar knob (10) locks into — the knob holder (7aaaba). 13. Storage according to claim 1, characterized in that the tensioning element (9) is a screw with external threads, with which the hitch knob (10), i.e. the ball, is compressed from below the "equator" and from the north pole by the force of the screwing tensioning element (9) into the knob holder (7aaaba) . 14. A warehouse according to claim 1, characterized in that the frame 1 can be attached to the fixing frame (7) with one or more frame brackets (8), the frame bracket (8) is on the inside of the locked door members (1e), the fixing frame (7) has - W O 25 — brackets (8a) for brackets (8). (It) ST co I Ac 2 ™ O O K N N O N