FI13562Y1 - Compartment box system - Google Patents

Abstract

Drawer system, characterized in that the drawer system includes one or more drawers (1) and at least one riser collar (2) arranged in the form of a frame, and the drawer is adapted to be compatible with the riser collar, and the upper edge of the drawer has a first design that is compatible with the lower edge of the riser collar to fit the riser collar on top of the box, and another design is arranged at the bottom edge of the box to connect the riser collar from its upper edge to the connection of the box.

Description

COMPARTMENT SYSTEM

AREA

The object of the invention is the compartment system defined in claim 1.

BACKGROUND

In the past, various storage boxes or boxes or shelves for storing various goods were known.

Various storage solutions for storing new parts or replacement parts to be installed in the vehicle are also known for a long time in maintenance and repair shop operations. However, maintenance and workshop operations usually also involve a dismantling phase, a replacement, repair or maintenance phase of a defective part, and an assembly phase.

The goods management of these aforementioned stages, like the management of various loose parts, is often poorly organized. In the current situation, problems start to form already in the first phase, i.e. the unloading belt phase. There is no affordable and easy-to-use storage solution on the market, where disassembled parts can be placed systematically, safely and easily to find during the work. The repair phase is also often interrupted due to a lack of possible spare parts + or for some other reason, in which case it is important that

S disassembled parts remain in order even during an interruption ~, even over a long period of time. Prevailing current? this has been the practice in many workshops to put the disassembled parts ® 30 on a table, floor, cardboard box, some container,

E in a plastic bag or in the interior of a vehicle, such as a car. In this case, parts have been difficult to find,

S e.g. after an interruption.

S

No. 35

PURPOSE

The purpose of the invention is to solve previously encountered problems. The purpose of the invention is to bring out a new type of compartment system. In addition, the purpose of the invention is to bring out a compartment system that can be assembled easily and quickly. In addition, the purpose of the invention is to bring out a system that can be transported in parts to its destination and assembled at the place of use quickly and easily. In addition, the purpose of the invention is to bring out a management, storage and storage system for parts of maintenance and/or repair operations.

SUMMARY

The compartment system according to the invention is characterized by what is presented in the protection requirements.

The drawer system includes at least one or more boxes and at least one raised collar, which is arranged in the form of a frame, and the box is adapted to be compatible with the raised collar.

DETAILED DESCRIPTION

The compartment system includes at least one or more drawers and at least one raised collar arranged in the form of a frame, and the drawer is adapted to be compatible with the raised collar having at least

At the top of the box, the first design, e.g.

N edge, which is compatible with the bottom edge of the turtleneck

with O to fit the raised collar on top of the box,

O 30 and another design is arranged at the bottom of the box,

T e.g. a connecting device, groove or similar, to connect the raised collar > from its upper edge to the connection of the box, such as

S in the box. Advantageously, the raised collar can be arranged on top of the first 3 boxes and/or between two boxes

S 35 vertically, when several boxes are stacked on top of each other. In one application, the frame of the raised collar can be removably adapted to the box or boxes.

In this context, box refers to any box, container, compartment or similar product suitable for storage. The box can be open at the top, and it can be covered with a lid if desired.

In one application, the box can comprise one, unified storage space. In one application, a box, e.g. a compartment, comprises more than one storage space, such as a storage place or compartment inside the box. The shape of the box can vary, e.g. a square box. The box can be any size and/or any height. In one application, the box is a standard size, i.e. the width, depth and height of the box are predetermined. In one application, the width and depth of the box are predetermined, i.e. they are standard dimensions. In this case, the height may vary.

In this application, the box comprises several compartments, which can be compartments of the same size or different sizes, and parts of different sizes can be grouped into them.

The compartment system and its parts can be designed according to the intended use.

In this context, a stand-up collar means any stand-up collar that is in the form of a frame. In a preferred application, the raised collar is in the form of a frame with four right angles. The raised collar therefore comprises four sides and four right-angled corners

I between them. Preferably a stand collar and its frame

N is formed from a thin uniform piece or

O 30 of thin pieces arranged directly in the

O countries in relation to each other to form a rectangular circle

E hiccup. In one application, each side of the frame is made up of one unitary part. Stand collar

The external dimensions of the S frame, especially the width and depth, are 3 35 predetermined based on the dimensions of the box. Platform-

The height of the S collar can vary according to the application. The raised collar allows the boxes to be stacked on top of each other. The stand-up collar is designed in such a way that the boxes can be adjusted to match the stand-up collar.

In one application, two or more stand-up collars can be arranged on top of each other, i.e. stand-up collars can be stacked on top of each other. In one application, the compartment system comprises raised collars stacked on top of each other, e.g. between boxes. In this case, layers of different heights can be flexibly added to the compartment system. Advantageously, the upper and lower edges of the riser collar are adjusted to be compatible with each other, so that the riser collars can be stacked on top of each other.

In this application, the raised collar comprises four elongated pieces which are connected, preferably on their shorter sides, to each other to form a frame. Preferably, the shorter side of the elongated body provides the height of the frame, and the longer side of the elongated body provides the width or depth of the frame. In one application, four elongated pieces are arranged with respect to each other in such a way that there is an angle of 90 degrees between each two elongated pieces, preferably their shorter sides. In one application, all pieces of the stand collar frame can be of the same length, i.e. the longer sides of the elongated pieces have the same dimensions. In one application, the first and third of the stand collar frame

The first part is of the same length and, accordingly, the second and fourth

N members are of the same length.

O 30 In one application, the lower edge of the raised collar

O naan, e.g. to the bottom edge of each oblong piece,

E is arranged with at least one projection that can be fitted * on top of the top edge of the box, e.g. the edge of the top edge.

S In one application, the projection is adaptable to the upper edge of a riser collar, such as a lower riser collar

I on. The projection can be any projection, bracket, protruding part, lug or the like. The projection can be uniform, extending to the entire length of the bottom edge of the elongated body. Alternatively, each elongated piece in the frame can comprise two or more projecting parts, i.e. the protrusion is non-uniform in each elongated section. In one application, a design is arranged on the upper edge of the raised collar, which can be matched with the lower edge of the box, such as with another design of the lower edge, and/or with the lower edge of the raised collar, e.g. with the projection.

In one application, a border is arranged on the upper edge of the box as a first design, which is compatible with the lower edge of the riser collar or a projection arranged on the lower edge to fit the riser collar on top of the box. The shape and size of the border may vary. In one application, the edge is a carrier edge whose width can be 15 to 25 mm. In one application, to the bottom edge of the box, such as the outer bottom edge, i.e. on the edge of the outer sole, another design is arranged, e.g. a connecting means or a groove, to connect the raised collar to the box. In one application, grooves are arranged on the outer lower edges of the box as another design. In one application, the upper edge of the riser collar acts as a response part in relation to the other design of the box, e.g. in relation to the groove. In one application, the upper edge of the raised collar can be adjusted to the grooves of the outer bottom of the box. In one application, a connection device and a raised

At the upper edge of the N collar, there is a corresponding part connecting

N for line.

O 30 In one application, the riser collar is

O foldable, allowing it to be organized for transport

When folding and storing in a small space. In one > application, the corners of the raised collar frame have

S ested hinge joints to connect the elongated kap- 3 35 pales to each other and thus enable raised collars

I folding it up. In one application, the hinge > joint comprises at least a hinge. In one application, the hinge joint comprises a hinge and a hinge pin for locking the hinge joint. The user can easily assemble the frame, and on the other hand, the frame can be easily disassembled. Alternatively, the raised collar can be fixed and non-collapsible.

The turtleneck can be made of any material. In one application, the raised collar is made of metal, e.g. steel, stainless steel, galvanized steel, aluminum, copper or brass. Alternatively, the raised collar can be made of other suitable material, e.g. composite materials. In one application, the riser collar is formed from a thin material.

In one application, the riser collar is formed from a thin steel plate.

The box can be made of any material. In one application, the box is made of plastic, composite material, metal or some combination of these. In one application, the box is formed from plastic, e.g. polyethylene, polypropylene, polycarbonate, polyester, acrylic, ABS plastic and/or other suitable plastic.

In one application, the box is formed from bioplastic or bio-based plastic. In one application, the box is formed from a composite material, e.g. plastic, wood and/or waste composite material.

In this application, the box is made of metal.

N The material has been chosen so that the product can withstand heavy loads

N daily use, is easily portable, dur-

O 30 is chemically loaded, e.g. oil, petrol, diesel

O backs and/or brake fluids, as well as withstands a large load,

T e.g. at least 10 - 20 kg of load. The box can be > made of transparent material or transparent

Made of non-woven material. 3 35 In this context, the composite material

I try any material that includes at least > wood-based material, fiber-based material,

plastic, plastic-based material, bio-based material or some combination thereof. A composite material can be formed from one or more material components. In one application, the composite material is formed from waste material, recycled material or their combinations.

In one application, the compartment system includes at least two boxes that are arranged on top of each other, and a raised collar arranged between them.

In one application, the compartment system includes at least one carrier for moving the box or boxes arranged on top of each other, e.g. for lifting and/or carrying, and the carrier is designed to be compatible with the box and/or the raised collar.

In one application, the carrier is formed, at least mainly, as a single piece, preferably in a single manufacturing process. In one application, the carrier includes at least one handle to facilitate moving the carrier, e.g. lifting and/or carrying. The handle can be any type of handle, e.g. shaped handle, shaped border, carrying handle or the like. In one application, the handle is an integral part of the carrier. In one application, the carrier is formed as a single piece, where the handle is integrated into the structure of the carrier.

In this context, carrier means any carrier, lifting plate or similar,

N that can be used to move, lift and/or carry the tur-

N optionally one or more boxes, such as overlapping

O 30 neatly arranged boxes, i.e. a stack of boxes. Stump-

O platform has been able to be shaped in the desired and purpose-

E in a suitable way, preferably compatible > with the box. The carrier can be of any shape

S the second. In one application, the carrier is formed from a plate-like piece, and the carrier is

S jested edges to make it easier to keep the box or boxes > in place. In the milling application, borders are arranged on the edges of the carrier, e.g. edges, elevations or the like, the area between which is compatible with the bottom surface area of the box.

The carrier can be formed from any material, preferably from a material that can withstand the load.

In one application, the carrier is made of metal, e.g. steel, stainless steel, aluminum or other suitable metal. In one application, the carrier is formed from a composite material. In one application, the carrier is formed from a thin sheet. The carrier enables safe lifting and carrying of fully loaded stacks of boxes.

In one application, the compartment system includes at least one cover to be placed on top of the box and/or the raised collar. The cover can be arranged on top of the box or stand collar, if the parts to be stored or stored need protection, e.g. during storage. In one application, the cover is arranged on top of the uppermost box or riser collar, i.e. on top of the last box or riser collar, to protect the parts in the box or stack of boxes. Advantageously, the cover is arranged to be compatible with the box and the riser collar, and also to be compatible with the dimensions of the box and the riser collar. The cover can be shaped as desired, and its thickness can vary. In one application, the cover is formed

N from a disc-like piece. In one application, the cover

There are supports on the edges of N, with the cover in place

O 30 to make it easier to stay. The cover may be formed

O of any suitable material. In one application

In this case, the lid is made of the same material > as the box. In one application, the lid is shaped

Made of plastic, metal and/or composite material - 3 35 list.

I In one application, the compartment system is made up of at least three parts, i.e. boxes,

from stand collars and carrier platforms. In addition, the compartment system can comprise at least one cover, which can be used to cover the box if desired, e.g. the uppermost box. In one application, the compartment system is an entity formed from one or more boxes, a raised collar, a carrier and a lid. In one application, the box and raised collar can be used alone or together with the carrier and/or cover in a compartment system. In one application, the first box is arranged on top of the carrier and a raised collar on top of it, and these layers can be repeated, especially when more boxes are needed, e.g. in the unloading process. In this case, the carrier enables the safe lifting and carrying of fully loaded stacks of boxes.

In this application, the box or part of it, e.g. the compartment, has an identifier, e.g. a label, on which the name, work number or some other identifier of the item to be unloaded can be written. In one application, a tag is arranged on the riser collar, e.g. a sticker or a magnetic sticker, on which the name, work number or some other identifier of the item to be dismantled can be written.

The compartment system according to the invention can be used in any location. In one application, the compartment system is used as a management system for disassembled parts, as a storage or storage system for predetermined goods, or as an assembly

N minna as a management system. In one application

N invention is used in maintenance and repair operations, which

O 30 is usually associated with phases: demolition, defective

O Part replacement, repair and/or maintenance work, and assembly.

E In one application, the invention is used for the maintenance and repair of industrial > equipment and vehicles

S nassa as a management, storage and/or storage system 3 35.

I With the help of the invention, the desired storage solution can be assembled easily and quickly for the selected application. The parts of the compartment system can be transported to the place of use, packed in a small space, and assembled there easily and quickly. Anyone can do the assembly, and no special skills or tools are needed to assemble the compartment system. The structure of the compartment system is durable, and its parts withstand loads, chemicals and various conditions well. In addition, the boxes of the 10-kero system can be easily stacked using the raised collar parts.

The compartment system according to the invention can be implemented easily and cost-effectively. In addition, the parts of the 10-kero system can be easily modified.

Thanks to the invention, an efficient compartmentalization and storage system is provided, for example for various dismantling and stacking operations. The compartment system according to the invention and its parts can be made from various recycled materials.

With the help of the compartment system according to the invention, the efficiency of maintenance companies, car repair shops and similar work processes can be improved and, at the same time, work safety can be significantly improved. In addition, the quality of work can be improved in all areas.

PICTURE LIST

Figures 1a - b show some box parts of the compartment system according to the invention as simplified figures.

I Figures 2a - b show simplified

N as pictures of one compartment system according to the invention

O 30 turtleneck parts both opened and folded.

O Figure 3 shows a lock according to the invention

The carrier part of the E ro system as a simplified illustration. (e

S a 35 & >

EXAMPLES

The invention is explained in the following with the help of detailed application examples with reference to the attached pictures.

The compartment system according to pictures 1 - 3 includes boxes (picture 1a-1b), raised collars (picture 2a-2b) and carriers (picture 3). In addition, the compartment system can include covers that can be arranged to cover the boxes if desired. The disassembled small parts can be placed in order in their own boxes or in storage places inside them, such as compartments. The raised collar allows the boxes to be stacked on top of each other. The carrier enables safe lifting and/or carrying of loaded stacks of boxes.

The compartment system enables the systematic disassembly of parts from the desired object and storage during the disassembly and assembly process. The compartment system is designed to suit the intended use.

Example 1

In this example, the compartment system according to figures 1 to 3 is used, which comprises boxes (figure la-b) and raised collars (figure 2a-b). In addition, the 10-bay system includes at least one carrier (picture 3) and a cover.

The outer dimensions of the box (1), i.e. the compartment, i.e. width and depth are 350 x 500 mm, and the height is 67 mm.

S The box contains eight compartments, the sizes of which are ~ approximately 450 x 90 mm, 200 x 90 mm and 90 x 98 mm. A box? 30 is made of polyethylene plastic, and the thickness of the box wall 0 is about 3 mm.

E The compartment system comprises raised collars (2) compatible with the drawers o in two different heights

S della, of which the height of the first raised collar, KK 1

N 35 is 120 mm and the height of the second stand-up collar, KK 2, is

N about 150 mm. The raised collar is formed from four oblong plates (3,4), which form the frame.

The plates of the raised collar are made of 1 mm cold-rolled steel plate. fixed hinges (7) and a 4 mm screw as a hinge pin are arranged between the plates, which are locked in place with a dome nut. Thanks to the hinge, the turtleneck (2) can be arranged in a small space (picture 2b) when it is not in use, making it easy to store. The customer can assemble the frame easily, and the frame can be disassembled. The storage volume of the frame according to this example is approximately 40x130x800mm. When opened, the space requirement of the frame is about 7 times larger. The raised collar enables stacking of trays on top of each other. The lower edge of the stand-up collar has projections (6) and the upper edge (5) is shaped.

The carrier (8) is designed to be compatible with the box. Borders are arranged on the edges of the carrier, i.e. elevations, the area between which is compatible with the bottom area of the box. Handles (9) are integrated at the ends of the carrier, from which it is easy to lift the carrier. The carrier enables the safe lifting and carrying of fully loaded stacks of boxes.

The cover is made of 1 mm thin sheet steel.

The cover can include a cover, which can be 15 mm wide.

The compartment system of this example and its parts withstand heavy daily use, are easily moved, resistant to chemicals, e.g. oil, ben-

N buses, diesel and brake fluids, and last a long time

N loads, e.g. at least 10 - 20 kg load.

Oh 30

O Example 2 = The drawer system in this example includes * several drawers (picture la-b) and raised collars (2a)

S between them, and the boxes are stacked on top of each other with the help of collars. If it is known that it is needed

S several boxes in the unloading process, a carrier can be placed > on the platform first, e.g. a lifting plate, on top of which the first box is arranged. A raised collar is arranged on top of the first box. These layers can be repeated many times if necessary. The lifting plate enables safe lifting and carrying of fully loaded stacks of boxes.

When the box or its compartments are full, it is impossible to put the next box on top of the previous one without a raised collar. If the raised collar, e.g. KK1, is too low, you can choose a higher raised collar, e.g. KK2. Different collars can also be stacked on top of each other, resulting in flexible layers of different heights.

In the drawer system, the lid can be placed on top of the uppermost drawer or the raised collar, especially if the stack of boxes is taken to storage and/or if you want to keep the parts loaded in the box clean.

Example 3

When a part or parts, for example screws, are removed from the disassembled device, they can be placed in the compartment of the box (picture la-b). If the detached part, which was attached with the screws in question, fits in the same box, it is also put in the box, either in the same compartment or in its own compartment. By doing this, the parts, fastening accessories and possible additional parts remain in order when disassembling and can be easily found again when reassembling. The compartment arrangement can be used to secure the parts

Finding N in the right place so that they can

N puts it in the right place when the device is disassembled or

O 30 vehicles are reassembled. For example, at the same

The length of the fastening screws of O ropes can vary a lot

T a little, but a screw that is too short or too long can cause serious damage if it is put in the wrong way

to S when assembling. 3 35 In addition, the box or its compartment can

S organizes an identifier, e.g. a sticker, which can be marked > with some suitable marking method, e.g. a marker,

the name, work number or some other identifier of the object to be dismantled. Alternatively, a magnetic sticker can be placed on the riser collar, on which the name, work number or some other identification of the object to be disassembled can be marked, e.g. with a marker. In this case, the desired parts can be easily found.

The compartment system according to the invention is suitable for use in various applications in the most diverse locations.

The invention is not limited only to the examples presented above, but many modifications are possible while remaining within the framework of the inventive idea defined by the protection requirements. <t

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Claims (5)

PROTECTION REQUIREMENTS 1. Drawer system, characterized in that - the drawer system includes one or more drawers (1) and at least one raised collar (2) arranged in the form of a frame, and - the drawer is adapted to be compatible with the raised collar, and the upper edge of the drawer has a first design which is compatible with the lower edge of the riser collar to fit the riser collar on top of the box, and another design is arranged on the bottom edge of the box to connect the riser collar from its upper edge to the connection of the box. 2. A compartment system according to claim 1, characterized in that the compartment system includes at least two boxes (1) that are arranged on top of each other, and a raised collar (2) is arranged between the boxes. 3. A compartment system according to claim 1 or 2, characterized in that at least one projection (6) is arranged on the lower edge of the raised collar (2), which can be fitted over the upper edge of the box. 4. A 10-compartment system according to one of the protection requirements 1 - 3, characterized in that the compartment system includes at least one carrier (8) for moving the box or boxes arranged on top of each other, and the carrier is designed to be compatible with the box and/or the raised collar . ~ 5. Lo- ? 30 compartment system, characterized by the fact that the compartment system includes at least one cover to be placed on top of the box and/or the raised collar. 3 S N & >