DE202018005640U1 - Hive system - Google Patents

Abstract

Beehive system, characterized in that it consists of a system carrier as Großraumbeute (2) with a usable space (5) for receiving system elements (6,8-21) and system accessories (7) with obengeschraubem and cushioned multi-function lid (1), screwed down at the inside Multifunctional extension (3) and a bottom frame system (4) screwed on from below.

Description

short presentation

The present invention relates to a bee system hereinafter also referred to as Comfort Bees Box CBB system. This serves the replacement, optimization and realignment of existing hive pack systems that work with the Zander honeycomb system. It aims to optimize or technically modify existing shortcomings and deficiencies of conventional boot pile systems in terms of building physics and handling, resulting in a completely new bee hive system. It helps to simplify and improve brood care, to enable better monitoring of honeybee colonies and to ensure widespread field research to reduce bee mass mortality. To a large extent, the system is ergonomic and comfort-oriented to facilitate and improve beekeeping work.

Anamnesis and analysis of systemically important prey factors for bee mass dying

Bees and other pollinating insects are of great importance to the survival of mankind, as proven by scientific research, observations, insights, knowledge and experience worldwide. The bee products such as e.g. Honey, propolis, and wax are useful, beneficial, and enjoyable to humans, but they must balance with the honeybee species bred by humans so that they are not exploited, sick, or dying in large numbers. Whenever human beings intervene on a large scale in their survival, their enjoyment and also their profit in nature, consequences of these activities can be expected. Wild bees do not ask for better housing, they develop their own in the evolutionary process itself. Mass peoples such as honeybees, however, are housed in man-made prey and need human care, especially when bee products and plant pollination are in the foreground. The loss of biodiversity and the use of pesticides, as well as environmental influences in rural areas have brought the western honeybee peoples badly in distress. Despite a welcome global network using digital media, honeybee mass extinction research is still in its infancy. In order to be able to understand and remedy this problem situation more quickly, a rapid, extensive and comprehensive field research is necessary. This should u.a. also take place in the hive. Furthermore, unexplained mass extinction phenomena suggest that the habitation of bee colonies is also a cause for this.

Disadvantages and shortcomings of conventional bees Booties stacking systems

Conventional boot pile systems consist of solid wood, wood material or polystyrene frames / frames with different equipment and function. They are stacked on top of each other and supplemented by system accessories. They have several utility rooms, which are problematic and difficult to handle in their arrangement. They have neither a variable ventilation system, nor are they sufficiently protected against weather conditions such as cold winters / hot summers and precipitation. They are prone to mold, foxing and thermal bridges and are difficult or impossible to clean. They are complemented by flat and non-adaptable bases made of untreated wood-based materials. The stacking systems are uncomfortable, unergonomic and susceptible to wood rot, soil moisture and parasite infestation. Conventional systems are not or only partially suitable for long-term observation, research and extension. Furthermore, the feeding, parasite treatment and honey intake is a major intervention as a disorder of the bee colony, since lids, partitions and frames / frames must be taken from above to get to lower elements. This stacking of partially heavy components can lead to the beekeeper to back damage and muscle problems. Furthermore, small and weak people are hardly able to serve a conventional stacking system well. When restocking system components, floor space / floor space is needed that is partially unsuitable for storage due to moisture and contamination.

In order to exclude and eliminate the above-mentioned disadvantages and deficiencies, a bee-bean system is required for intensive care, care, cause research and further development. This is called Comfort Bees Box System (CBB system) below.

Task and solution according to the invention

It is a beehive be kept, which has a variable ventilation system to prevent mold and mildew. Similarly, the prey should be white / bright from the outside, to avoid heating in the summer. The prey should stand higher to prevent soil moisture and facilitate ergonomic access. For the winter, a customizable thermal insulation system and associated temperature control are essential.

This object is achieved by a beehive system with the features of the main claim. Advantageous embodiments will become apparent with the features of the subclaims.

The Comfort Bee Box system formed by the proposed bee system helps, o.g. To understand aspects, to scientifically work on and to remedy grievances. The purpose of the CBB system is to make it easier for people to understand the life of bees, to justify the mass extinction, and to take action against maladministration. It is particularly suitable for beekeepers, as the work processes are more ergonomic and safer than with conventional systems.

The CBB system is just as suitable for the traditional honey beekeepers as it is for beekeeper beginners, learners like children, pupils and students. It can also be used for mass beekeeping.

It is suitable for research and scientific work, for surface experiments and long-term observation.

Likewise, it is by its kind for the natural propagation of bee colonies by the anticipated swarm ideally suited.

By dividing and treating in only one haulm / system carrier, the pest treatment can be operated with less effort and chemistry.

The CBB system is independent of location and can be used both in rural areas and in the city. It can be installed and maintained on rooftops, in gardens and also in educational institutions such as kindergartens, schools and colleges. It is also transportable after instruction for disassembly.

It is weather resistant and withstands even strong gusts of wind and gale force. There is also protection against vandalism and robbery. It is also easy to clean and expand.

The CBB system is to be provided under technical protection claim of the developer. Furthermore, the insights and data gained with the technical system resources (data loggers, sensors, sensors, cameras, thermocouples) are to be merged via the Internet, social media into a wiki database that will be available to humanity worldwide for an indefinite period.

This o.g. Benefits can not be offered by conventional loot systems. Since the mass extinction of the bees does not stop at the German border, it makes sense to offer, supervise and market this CBB system also throughout Europe. That is why CBB also means "Comfort Bee Box" and should also be recognized as a utility model and successful test phase and market launch in Germany / Europe / if necessary. get worldwide patent rights.

list of figures

• 01 Various components of a bee bee system called a Comfort Bee Box system, which forms a large - size prey
• 02 : a system carrier of the large-scale loot
• 03 : a multifunctional lid of the large-size loot
• 04 : a multifunctional extract of the Großraumbeute
• 05 : a undercarriage system of the Großraumbeute
• 06 : a ventilation system of the large-scale loot
• 07 : a building physics optimization system
• 08 : a parasite control system
• 09 : Accessory components of the hive system
• 10 : various comfort and ergonomic components for the bee-bean system

Various components and features are identified in the figures with reference numerals, which will be referred to hereinafter in parentheses and in bold.

An overview of the features provided with the reference numerals can be found in the list of reference numerals at the end of the description.

The functional principle for the Volkaufbau / Brutpflege of the Comfort Bee Box - System is described below by 7 Examples of use:

The Volkaufbau / Brutpflege takes place from the working and observation side (open side) seen from left to right.

Example 01 - Two bee colonies ( 02 . 07 ): Left up to eleven honeycomb frames / honeycomb frame ( 18 ) with queen, workers, drones, brood and food, then a system accessory - multifunction partition ( 57 ), then right up to ten further honeycomb frames / honeycomb carrier frames ( 18 ) a second people. These are both entry / exit openings ( 14 ) open.

Example 02 - Incubation Room - Honey Room ( 02 . 09 ): Left up to eleven honeycomb frames / honeycomb frame ( 18 ) with queen, workers, drones, brood and food, then a system accessory - bee escape ( 69 ) and right up to ten honeycomb frames = variable honey space ( 19b ).

Example 03 - brood / honey room and room for measurement technology ( 02 . 07 . 08 ): Left up to eleven honeycomb frames / honeycomb frame ( 18 ) with queen, workers, drones, brood and food, then a system accessory - multifunction partition ( 57 ), then right room for system accessories such as control units and measuring technology, as well as documentation ( 62 ).

Example 04 - Natural multiplication by anticipated swarm ( 01 . 02 . 07 . 09 ): Based on the natural swarm behavior and reproductive division pressure. By moving up to eleven honeycomb frames / honeycomb carrier frames ( 18 ) with queen, workers, drones, breed and food / honey to the right, five empty spaces for honeycomb frames are created as cavity left. The view from the processing side left entry-trip opening ( 14 ) is closed, the right is opened. Now a honeycomb frame / honeycomb carrier frame ( 18 ) with Weisel cell and two honeycomb frames / honeycomb frame ( 18 ) with brood and in the open multifunctional lid ( 1 ) in the storage area honeycomb frame control ( 32 ) posed. One system accessory - Queens barrier grid / round grid ( 68 ) is sent to the 5 , Place between cavity and old people. Then the bees of the three honeycomb frames / honeycomb frames ( 18 ) beaten in the old people and the non-honeycomb honeycomb frame / honeycomb frame ( 18 ) with Weisel cell and brood on the places 2 - 4 set. If desired, in place 1 another multi-functional partition ( 57 ). All frames are now pushed close to each other to the left. The flying bees now go through the slot openings of the system accessories - Queens barrier grid / round grid ( 68 ) in the new brood room. For this purpose, the left entry trip opening ( 14 ) be closed with the new people and the right be open to the old people. If there are enough flying bees in the new people, this can be converted into a new prey by means of a transport box. There are still new empty frame honeycomb frame / honeycomb frame ( 18 ) as a feed frame / brood frame left and right added. The System Accessories - Queens Barrier Grilles / Round Grilles ( 68 ) is now removed from the system carrier ( 2 ) and the cavity closed by moving to the left. If desired, empty honeycomb frames / honeycomb frames can now be placed to the right of the filled honey frames ( 18 ) for honey storage. To conclude, a multi-functional partition ( 57 ). The left entry trip opening ( 14 ) will be opened again, the right one locked. On request, the second new people can be separated by a multifunctional partition ( 57 ) next to the old one in the prey by the offense of the two entry exits ( 14 ) being held. (See Example 01 - Two bee colonies).

Example 05 - Feeding ( 02 . 09 ): on the left up to eleven honeycomb frames / honeycomb frame ( 18 ) with Queen, Workers, Drones, Brood and Food, then a System Accessory - Queens Barrier / Round Grid ( 68 ) and on the right a high feed bowl ( 73 ) for feeding with increased feed requirement.

Example 06 - Observation ( 07 The brood behavior can be observed and steered very well in the CBB system, the bee colony can grow in only one system carrier up to one hundred and forty thousand bees = two peoples, separated by a multi - functional dividing wall ( 57 ) or other system elements.

Example 07 - Varroa mite treatment by dividing and treating ( 08 ): This method is very suitable for the CBB system. Elaborate, chemical-intensive and unsafe treatments can be achieved with this method by dividing people within the system carrier ( 2 ) in the CBB system (see protection claim 8th ).

The invention bee hive Comfort bees box - system under constructive aspects

Bee-bag system (Figure 01)

The invention receives the protection claim 1 as bee colony system, here named as Comfort Bees Box - System. It consists of a large-capacity loot system carrier ( 2 ) (see protection claim 2 ), the different system elements ( 6 ) and system accessories ( 7 ) (see protection claim 9 ) in a utility room ( 5 ). Unlike conventional stacking boxes, the CBB system comes with only one usable space as a large-scale loot ( 5 ) for all tasks. The system carrier ( 2 ) is up with a lockable multifunction lid ( 1 ) (see protection claim 3 ) screwed with a gas spring ( 31 ) is cushioned and foldable. In the system carrier ( 2 ) is a down inside bolted multi-functional extension ( 3 ) (see protection claim 4 ), which can be used for observation and feeding, as well as for parasite treatment in the system (see protection claim 8th ). System carrier ( 2 ), Multifunctional lid ( 1 ) and multifunctional extract ( 3 ) be with a height adjustable underframe system ( 4 ) (see protection claim 5 ) screwed down to allow optimum stability and ergonomics. Furthermore, the entire system is easy to clean and is adaptable to different weather / conditions of use.

Description of the constructive components of the Comfort Bees Box system

Großraumbeute - system carrier (FIG. 02 and FIG. 01, FIG. 09)

The large-scale loot as system carrier ( 2 ) receives the protection claim as the basis / body of the CBB system 2 ,

The system carrier ( 2 ) is a large-scale loot with only one usable space ( 5 ) for system ( 6 ) and system accessories ( 7 ) designed.

It consists of a frame construction as a box frame ( 8th ) with two long frame boards front piece ( 9 ) and tailpiece ( 10 ) and two short pages ( 11 ) made of waterproof glued 19mm thick three-ply spruce / fir wood and is painted with a diffusion-open, environmentally friendly and white-colored protective coating inside 1x and outside at least 2x. The white color reflects sun rays, so on hot summer days the prey is not heated too much = temperature control (see protection claim 7 ). In addition, the frame construction ( 8th ) with the paint to clean better than untreated woods. The adhesion of mold and mildew is thus prevented = wood protection (see protection claim 7 ).

All of the above boards are glued together watertight at the edges and equipped with so-called. Flat dowels and thus form the box frame ( 8th ). The corner joints are still bolted for better stability. Visible edges and holes are filled with painter's spatula and sanded before painting. As a weather protection against swelling and tearing and as a transport protection at the outer edges of the box frame ( 8th ) nor edge protectors as aluminum or stainless steel angle profiles ( 20 ) of different lengths and about 25 × 25 × 2mm (profile dimensions) glued vertically with industrial adhesive.

In the back piece ( 10 ) = long frame board at the back are two approximately 35mm diameter holes in the lower corners as lockable entry / exit openings ( 14 ) for the bees. Depending on the purpose of use, these can be equipped with a conical rubber stopper ( 15 ), which is secured with a flexible strap with the system carrier against falling, are closed.

Under the entry / exit openings ( 14 ) are two 15cm long and 35mm deep 8mm thick colored laminate strips as approach / departure assistance ( 16 ), which are obliquely below and almost centrally to the openings by industrial adhesive at the back piece ( 10 ) are glued. Different colors of the stripes can be used for an assignment system of the prey eg for a certain test field / examination room / location.

The upper rim ( 12 ) will be out 4 Mitred two long and two short wooden strips (made as described above) with 16mm projection to the box frame top edge over the box frame ( 8th ) and glued and screwed with it. The wooden slats are cut obliquely at the bottom to a drip edge for outflowing rainwater = water drainage (see protection claim 7 ) and in addition as comfortable, circumferential carrying handle strips ( 85b ) of the system carrier (see protection claim 10 ) to serve.

The projection of the upper edge of the box frame ( 8th ) to the upper edge of the rim ( 12 ) corresponds to the height of the Zanderwabenrahmen / honeycomb frame ( 18 ) Top bar of 9mm + 7mm air = 16mm. The distance between the Zanderwabenrahmenoberleiste top edge to the inside of the cover is 7mm air to the top edge of system carrier + 2 , 5mm air between upper edge of system carrier to inside of cover 9 , 5mm total air height above the honeycomb frame. The front piece of the box frame ( 9 ) is about the height of the front panel of the multifunctional extract ( 40 ) plus 2mm of air cut down in height. Under the box frame ( 8th ) are two 3mm to the box frame recessed footboards ( 13 ) (Material and surface see above) with the box frame glued and screwed. These take up most of the weight and torsional forces of the large-size loot and its contents. Mounting holes are drilled in the footboards to secure special mounting bolts between the boot and the base. There are also drainage holes ( 59 ) in the corners for the discharge of liquids = water drainage (see protection claim 7 ). On the underside, rubber feet (13b) are screwed to the footboard with some residue on the outer board, so that the bulk bag can stand safely on a flat surface or in a transport vehicle even without a frame system.

The Großraumbeuten system carrier ( 2 ) can be used as a system element ( 6 ) up to twenty one honeycomb frames / honeycomb frames ( 18 ) or various multifunctional frames ( 66 ) instead of the honeycomb frame in Zandermaß record. These frames can be replaced by one or more multifunctional partitions ( 57 ) or through system accessories - bee escape ( 69 ) Queens barrier grid / round grid ( 68 ) are separated from each other. These separation frames are in size to the entire cross-section of the Großraumbeuten - system carrier by means of partition wall elastomer seal ( 65 ) and are an integral part of the protection claim 9 , All honeycomb frames / honeycomb frames ( 18 ) should be made of pine wood to be less susceptible to fungi and spores.

As another system accessory ( 7 ) can be adapted to the system carrier pinewood honeycomb frame with measurement / sensors and / or heating wires for thermal parasite treatment ( 61 ) (eg against the Varroa mite see Martin Riedmayer patent no. DE 10 2015 004 023 A1 2016.09.29) can be used with a control unit ( 78 ) are connected by cables (see protection claim 9 ).

The Großraumbeute - system carrier ( 2 ) has up to two stainless steel folding handles / box handles ( 17 ), which are screwed to the system carrier with sturdy screws. With two people can the full prey exclusive / inclusive subframe - system ( 4 ) wear so easier (see protection claim 10 ), when the Schraubhäringe ( 50 ) were removed (see protection claim 5 ).

In order to prevent the bees / queen from escaping downwards when the multifunctional drawer is open, a stainless steel wire mesh frame is used as lower system tray ( 21 ) between the footboards ( 13 ) pushed. This consists of approx. 9mm thick screen printing plate with supply air openings as in the multifunctional extractor ( 3 ) and is fitted with a stainless steel wire cloth of about 1.0 × 1 , 0mm hole size covered. Laterally inside the footboards are U-profiles as guide rails made of plastic or aluminum ( 21b ) screwed. All around the wire mesh frame are aluminum edge protection profiles ( 21c ) mitred with industrial adhesive, so that the fabric frame ( 21 ) in the guide rails ( 21b ) on the footboards ( 13 ) can be pushed. After closing the multifunctional extract ( 3 ) the fabric frame ( 21 ) and taken to another CBB system. Since the system floor ( 21 ) is system-relevant, he does not belong to the system accessories, although he is used flexibly.

Großraumbeute - Multifunctional Lid (Figure 03 and Figure 01, Figure 07)

The Großraumbeuten - Multifunctional Lid ( 1 ) should also have its own protection claim 3 It is made of dark brown, waterproof glued and weatherproof screen printing plate (high pressure glued plywood) of different thickness in sandwich construction. It consists of a protruding upper cover plate ( 22 ), which is nano-coated on the outside of the smooth surface. Thus, impinging water can form into pearls and the oblique multifunctional lid ( 58 ) as in the lotus effect bead and drain (see protection claim 7 ). The cover frame construction ( 23 ) is made of a conically cut front piece ( 23a ), a conically cut back piece ( 23b ), two conically cut short sides ( 23c ) and two internal conical V-ribs ( 23d ) and glued with industrial adhesive. It is fitted with an inner lower cover plate ( 26 ) and the upper protruding cover plate ( 22 ) also glued with industrial adhesive. It is very important that the smooth side of the lower screen plate shows downwards / inwards.

The conical strips ( 23a - 23d ) of the lid frame construction ( 23 ) in conjunction with the upper cover plate ( 22 ) cause the lid is viewed obliquely from the side and thus water can flow better forward = water drainage (see protection claim 7 ).

The cover frame ( 23 ) has a projection to the lower cover plate, so that the entire lid on the Großraumbeute - system carrier ( 2 ) can be put over. The interior of the lid consists of a highly efficient insulating board ( 24 extruded polystyrene (XPS plate), heat transfer group WLG 035, flame retardant ( B1 ). This plate has a thickness of 20mm. Above the plate is in the conical air space, a standing air layer (see protection claim 06 ). Against the bending of the upper cover plate ( 22 ) are in conical airspace the above V-ribs ( 23d ) made of screen printing plate installed vertically.

All outer edges of the multifunction lid ( 1 ) are sealed with a brown permanent varnish.

The Großraumbeuten - Multifunctional Lid ( 1 ) is at the back piece ( 23b ) with special stainless steel straps and construction reinforcements ( 27 ) connected. These are used with the Großraumbeuten system carrier ( 2 ) screwed.

The lid is closed by self-adhesive silicone buffers ( 25 ) to a distance of approx. 2.5 mm from the system carrier. Furthermore, the cover to the system carrier edge also about 2.5mm air. Through air deflection, these slots provide a draft-free, sophisticated exhaust air system (see protection claim) 6 ).

The supply air is controlled by the Großraumbeuten - Multifunctional Extractor ( 3 ) and the fan of the bees guaranteed (see protection claim 6 ).

The Großraumbeuten - Multifunctional Lid ( 1 ) is by means of the above-mentioned bands ( 27 ) rotatable on the system carrier ( 2 ) and can be opened like a chest lid.

Since the lid has a not to be underestimated weight, it is powered by a gas spring ( 31 ) with 100 Newton on opening = Comfort module (see protection claim 10 ). This also limits the opening angle of the lid and buffers the weight when closing the lid. This gas spring ( 31 ) is displayed on the right side of the system carrier ( 2 ) and on the lid ( 1 ) screwed. This eliminates the annoying search for a deposit for a loot lid, as well as the stooping of the beekeeper. In addition, through the open lid, a barrier between beekeepers and flying / flying bees to the two entry / exit openings ( 14 ) in order not to disturb the flight operations.

A decisive advantage of the multifunction lid ( 1 ) in its easy cleanability. The smooth surfaces make it easy to remove bird droppings / contaminants from outside and wax / game and propolis from the inside (see protection claim 7 ).

The waterproof and vapor-proof smooth multifunctional lid ( 1 ) has the other building physics advantage = heat protection (see protection claim 7 ) that the heat developed by the bees is reflected by the core 35 ° C inside the lid permanently without escaping by the vent. In winter, the efficient core insulation of the lid protects against heat losses that occur in a conventional prey increased just in winter. In order to avoid further heat losses in winter, the CBB system has the Großraumbeuten multifunctional extractor ( 3 ), the variable supply air openings ( 51 ) by using different sized system accessories ( 72 . 74 . 75 . 77 ) Has. In the summer, although the brown lid can heat up, but overheating is caused by the insulating board ( 24 ) avoided at the core.

Storage area honeycomb frame control and system accessories ( 32 ): If the lid is open, up to three honeycomb frames ( 18 ) for inspection or other system accessories such as multifunction partition ( 57 ), Multifunctional frame ( 66 ), Queens Round Grid ( 68 ), Bee escape ( 69 ), upper perforated sheet metal cover ( 70 ), Feed bowl flat ( 72 ), Mite diapers ( 74 and 75 ), Mirror ( 77 ) or documentation in the middle area in the lid are placed, without cumbersome to hold each heavy frame in your hands and rotate or have to put system accessories on the floor (see protection claim 10 ).

In order to prevent the cover from being opened in the event of a storm / accident, the work and observation area in the center of the multifunction cover ( 1 ) and the margins ( 12 ) of the system carrier ( 2 ) a stainless steel clasp ( 28 ) is attached to the front piece of the cover frame construction (23a) which is secured by means of a wedge ( 30 ) or weatherproof padlock ( 29 ) can also be closed against vandalism or theft = loot locking. So that the wedge is not lost, it is screwed to the system carrier with a weather-resistant holding strap (see protection claim 10 ).

Großraumbeute - Multifunctional Extract (Figure 04 and Figure 01, Figure 8, Figure 10)

The next protection claim 4 created by the Großraumbeute - Multifunctional Extract ( 3 ). Conventional prey do not allow observation of the bee colony in the closed state of the prey. This is especially necessary in winter, since opening the prey from the top is always associated with a significant heat loss of the bee colony and thus increased feed consumption. Due to the multifunctional extract ( 3 ), the heat loss is significantly reduced (see protection claim 7 ) and the bees less disturbed, thus improving the revision and observation.

The Großraumbeuten - Multifunctional Extract ( 3 ) consists of a frame construction ( 33 ) from a four-part (two long ( 34 ) and two short frame woods ( 35 )) Wood material frame as described above in the system carrier from three-layer board, painted white. This has as a fifth frame wood a central bar ( 36 ) for better stability. To rationalize production, the complete frame can also be machined from a three-layer CNC plate.

This results in two frame openings on the left and right of the middle bar ( 37 ), which are closer below as supply air openings ( 51 ) to be discribed. Since the supply air openings ( 51 ) are of enormous importance, these and the frame construction ( 33 ) with an air-permeable stainless steel wire mesh ( 38 ) with about 1 × 1 mm hole size continuously covered from above. The covering takes place by means of staple clamps. The supply air openings ( 51 ) can by installing different sized system accessories components such as diapers ( 60 . 74 . 75 ), Mirroring ( 77 ) and flat food trays ( 72 ) can be increased or decreased.

The ready-covered frame ( 33 . 38 ) is on the short sides with a so-called. Roller thrust guide / Tablarauszug ( 39 ) screwed. The counterpart of the guide is on the left and right in the lower area with the system carrier ( 2 ) screwed. Polyamide rollers now slide in the guide rails and the excerpt fits well into the system carrier ( 2 ) and insert. At the rear so-called dead point, the extract snaps into the guide. Below the box frame front piece ( 9 ) of the system carrier is attached to the extract frame construction ( 33 ) still an outwardly beveled, water-dissipating front panel ( 40 ) upright, which has the same material as the system carrier (see above). The horizontal groove between the front panel and the rear panel system carrier ( 10 ) may not exceed 2mm. Since the wood of the front panel ( 40 ) can expand / contract depending on the weather, the front panel ( 40 ) by angle plates with slotted holes height adjustable on the extension frame ( 33 ) attached. Thus, touching / clamping of system carrier front piece ( 9 ) and front panel ( 40 ) avoided. For better pulling out and pushing in the multifunctional extract ( 3 ) is still a stainless steel handle ( 41 ) with hole 128mm screwed with two half-round head screws, which is also to use with protective gloves (see protection claim 10 ).

The multifunctional extract ( 3 ) can not be removed when the lid is closed / locked when removing = theft protection. For easy cleaning of the multifunctional drawer, it can only be removed from the CBB system if the multifunctional drawer ( 1 ) is open and all partitions ( 57 . 68 . 69 ) were removed (see protection claim 10 ).

Also for protection 10 belongs the cavity ( 42 ) between the honeycomb frame lower edge (to 18 ) to the upper edge / wire fabric tension of the multifunctional extract ( 38 ). This should be about 40mm in height and the total system carrier width and depth. The cavity thus obtained ( 42 ) under the honeycomb frame, the bee distribution is after the entry / exit openings ( 14 ), feeding, folk observation, treatment with chemical parasiticides and parasite observation / counting (see protection claim 8th ).

In this context, it is also worthy of protection that in the opened state of the multifunctional excerpt ( 3 ) and in the closed state of the multifunction lid ( 1 ) System accessories such as mite diapers ( 60 . 74 . 75 ) Observation mirror and a flat feeding bowl ( 72 ) and push in / bring out (see protection claim 10 ).

When closed, above the multifunctional extension ( 3 ) in the right booty area also a high feed bowl ( 73 ) on attachable bracket angle ( 88 ). The bracket angles are freely displaceable in the system carrier with your load.

So that in the open state, the queen bee / bees below can not escape from the prey, as in the system carrier ( 2 ), a lower system tray ( 21 ) into suitable U-profile guide rails ( 21b ) between the footboards ( 13 ) inserted. This is constructed in its kind just like the bottom of the multifunctional extract ( 3 ). Instead of the roller thrust guide ( 39 ), however, it has an aluminum edge protection profile ( 21c ). Is the multifunctional extract ( 3 ), the system floor ( 21 ) pulled to three quarters forward or backward and used as additional storage. The system floor ( 21 ) should be removed after beekeeping to maintain the ventilation cross-section ( 51 ) and to prevent bees from getting caught between the 21 ) and the multifunctional drawer ( 3 ) settle down.

Underframe system (FIG. 05 and FIG. 01, FIG. 09, FIG. 10)

The last constructive protection claim 5 describes the undercarriage of the CBB system ( 4 ). Although the CBB system can be used almost without this undercarriage, it does not have the comfort and ergonomics (see protection claim 10 ), which is beneficial for the beekeeper. Thus, the undercarriage and thus the entire CBB system can be adapted to the individual height of the user, as well as an individual adaptation to sloping terrain is possible at any time. 3 -D foot plates ( 48e ) with slip resistance and Schraubhäringe ( 50 ) allow fixation of the CBB system on any surface.

It consists of a hinged multifunctional stand ( 43 ) made of powder-coated steel sheet of different thickness or stainless steel. The support element ( 44 ) at the top is made of at least 2mm steel sheet, bent in a U-shape downwards. On top is an elastomer pad ( 45 ) as anti-slip inhibition and as a seal between system carrier ( 2 ) and subframe ( 4 ). The support element ( 44 ) has 2x 3 Drill holes of different diameter at the distance of the drill holes of the foot rests of the system carrier ( 13 ). By means of carriage bolts and half-round head screws ( 46 ) the system carrier ( 2 ) with the subframe ( 4 ) screwed. This screw connection ( 46 ) is solvable only with special tools to make it difficult to steal the CBB system (see protection claim 10 ). To the support element ( 44 ) can be laterally by about 6cm supernatant each a system accessories - Werkzeugabstellablar ( 71 ) and fix. The four legs ( 47 ) are on the support element ( 44 ) by means of a U-shaped sheet metal element screwed, hinged, lockable and individually in about 30mm increments lockable or stepless through tube in pipe system ( 47 ) height adjustable.

The height adjustment is locked either by releasable spring clips or fixing screws ( 47b ), which can only be solved with special tools (theft deterrence) (see protection claim 10 ).

The overall height of the undercarriage is variable from approx. 600 to approx. 900mm.

The 3-D moving foot ends ( 48 ) consist of a tube plug ( 48b ) with M6 internal thread, which is equipped with a tube plug screw connection ( 48c ) with the lower tube piece of the tube-in-tube system ( 47 ) and an elastomeric threaded element ( 48d ) with the top attached M6 Threaded connector, screwed with the Rohrpfropfen ( 48b ). The elastomeric threaded element has a lower one M6 Threaded socket. With a stainless steel M6 countersunk head screw ( 48f ) is the 3-D 100 × 100mm foot plate ( 48e ) made of weather-resistant laminate D = 8mm screwed flush. The 3-D footplate has drill holes with a diameter of 8mm at the four corners for the screw-in rings ( 50 ). From the bottom, the base plate with an unbreakable 3mm foam or elastomer pad ( 49 ) adhered to slip resistance.

To secure the CBB system on the ground comes a so-called Schraubhäring ( 50 ) with a length of 200mm and a diameter of 6-8mm. A minimum of two (= eight total) and a maximum of four (= sixteen total) Schraubhäringe for the four lowered holes can be used per foot plate and soil condition.

Description of further features of the Comfort Bee Box system to be protected

Ventilation system protection claim 6 (Figure 06 and Figure 04, Figure 07, Figure 09)

The next protection claim 6 describes the ventilation of the entire system with the help of the multifunctional extract ( 3 ) and the multifunction lid ( 1 ).

The ventilation of the CBB system takes place via the two frame openings = supply air openings in the multifunctional drawer ( 51 ) and through the stainless steel wire cloth frame / system tray bottom ( 21 ) below the multifunctional extract. These have a size of about 2 × 0.318m × 0 , 342m = 0.217qm maximum total air opening. This is determined by the wire gauge of the air-permeable stainless steel fabric stretched over the frame ( 38 ) with a hole size of about 1.0 × 1 , 0mm and thin wire minimized only slightly.

In addition, there is the slot ( 52 ) between multifunctional front panel ( 40 ) and system carrier ( 2 ) with 1 × 0.853m × 0.002m = 0.0017sqm, but also comes only slightly to fruition.

By placing the different sized system accessories on the multifunctional drawer ( 3 ) so the ventilation cross-section is reduced for a short time. This variable supply air supply ( 53 ) means a control option in terms of thermal protection and temperature adaptation (see protection claim 7 ). In addition, the regulation is favored by the fanning of the bees.

Attention: So that the ventilation system does not become unbalanced or weakened, the lower base of the system ( 21 ) are removed after beekeeping.

The exhaust air is released through the multifunction lid ( 1 ) in connection with its location and condition on the system carrier ( 2 ), and by chimney effect between supply air down and exhaust air controlled at the top = exhaust ducts ( 55 ). Likewise, below the possibility of exhaust air control through the perforated metal cover ( 70 ).

The multifunction lid ( 1 ) by means of self-adhesive silicone buffers ( 25 ) to approx. 2 , 5mm distance to the system carrier ( 2 ) held. Furthermore, the cover to the edge of the system carrier also has approx. 2 , 5mm air. These slots provide air deflection between the lid ( 1 ) and marginal wreath ( 12 ) a draft-free, heat-bridge-minimized exhaust system = exhaust air slots multifunctional cover ( 56 ).

In addition, the total exhaust air volume of the approximately 2.5 mm slots results from: (2 × 0.524 m × 0.0025 m) + (2 × 0.937 m × 0.0025 m) = 0.0073 m² exhaust air cross-section. This creates a slight chimney effect ( 54 ), which provides for ventilation, but without existentially reduce the heat of prey.

Hardly relevant for the exhaust effect is the perforated sheet metal cover resting on top of the honeycomb frame (hole diameter 3mm, hole center distance 5mm) ( 70 ) for preventing turf between honeycomb frames ( 18 ) and multifunctional lid ( 1 ). It is interesting in this context, the possibility that controlled by the overlapping and telescoping of the perforated plates of Gesamtabuftquerschnitt or even can be prevented by closing the openings. This is useful on cold winter days, to prevent the migration of heat.

All the above options and measures have the result that no condensation on the lower lid bottom. Thus are the so-called "sweating" in the lid area, and damp interior walls excluded = moisture regulation (see protection claim 7 ). In conventional hauls it comes from 80% relative humidity and by the interior temperature of 32 to 35 Degrees Celsius for mildew and mildew. Mold is a big problem in the prey and is tabooed by many beekeepers as "hardly or not existent", even though it happens in abundance. By mold and mildew the prey is unusable, or can only be consuming or not clean. These problems are solved by the above-mentioned invention.

Building physics optimization system protection claim 7 (Figure 07 and Figure 01, Figure 02, Figure 08)

• - Variabler Wärmeschutz: Durch das o.g. regelbare Be- und Entlüftungssystem in Verbindung mit dem gedämmten Multifunktionsdeckel (1), den verschiebbaren und bis zu dreifach senkrecht einstellbaren Multifunktionswänden (57), den verschiebbaren überlappenden oberen Lochblechabdeckungen (70), sowie die Nutzung einer thermischen Varroamilbenbekämpfung mit Heizdrähten als Heizung (61) wird die Anpassung an verschiedene Temperaturen und Feuchtigkeitsvorkommen möglich.
• - Wasserableitung: Durch den nach hinten hin schrägen Multifunktionsdeckel (1), den Überstand der oberen Deckelplatte (22) und seiner Nanobeschichtung, den abgeschrägten Griffleisten des Randkranzes (12) und der oben abgeschrägten Frontblende (40) wird Regenwasser direkt vom CBB - System weggeleitet. Ebenso ist die Anflug-/Abflughilfe (16) schräg angebracht, sodass kein Wasser durch die Einflug-/ Ausflugöffnung (14) in die Beute laufen kann.
• - Temperaturregelung: Bienen regeln in einer Beute die Temperatur durch Fächeln im Brutbereich selbst, außerhalb des Brutbereiches ist aber in einer Großraumbeute eine zusätzliche Temperatursteuerung nötig, da es Extremwetterlagen wie sehr heiße Sommer und sehr kalte Winter gibt. Dieses wird im CBB -System gewährleistet zum einen durch den wärmegedämmten Multifunktionsdeckel (1), der im Inneren eine 20mm starke XPS Platte (24) mit WLG 035 hat. Der Deckel schützt im Sommer vor Überhitzung und im Winter vor Wärmeverlusten. Zusätzlich kommen die 25mm starken Multifunktionstrennwände (57) aus Strohlehm zum Einsatz, die je nach Nutzungsart links und rechts vom variablen Brutraum (19) eingehängt werden können. Auch der variable Honigraum (19b) kann zusätzlich noch mit einer solchen Wand geschützt werden, ebenso der zweite Brutraum (19) eines zweiten Volkes. Der Lehm hat die Eigenschaft der Wärmespeicherung und Wärmereflektion und das Stroh die der Wärmedämmung. Auch kann durch das Überlappen und Schließen der 3mm Löcher der oberen Lochblechabdeckung (70) der warme Abluftstrom unterbunden werden. Zusätzlich können die Heizdrähte einer thermischen Varroamilbenbekämpfung (61) zur Temperaturregelung bei sehr kalten Wintertagen genutzt werden. Überwacht werden Temperatur und Luftfeuchtigkeit durch so. Datenlogger.
• - Holzschutz: Der Systemträger (2), sowie der Multifunktionsauszug (3) sind mindestens einhöchstens dreimal mit einem umweltfreundlichen und dampfdiffusionsoffenen weißen Lackanstrich versehen. Dieses ermöglicht eine leichte Reinigung der Elemente und Schimmel, so dass Stockflecken kaum eine Chance zur Anhaftung, bzw. zum Eindringen in das Holz haben. Die weiße Farbe bewirkt außen im Sommer, dass eine Beutenüberhitzung ausgeschlossen ist. Durch eine Beutenüberhitzung kann das Holz Risse bekommen oder sich Verwerfen. Feuchtigkeit könnte so eindringen. Der Multifunktionsdeckel (1) ist aus brauner wasserfest verleimter und wetterfester Siebdruckplatte hergestellt. Dieser Plattenwerkstoff hat sich im Anhängerbau und Transportkistenbau bereits bestens bewährt und ist somit der geeignete Baustoff für das CBB - System. Die Schnittkanten sind mit einem braunen Lack 2x gestrichen und versiegelt.
• - Farbgebung: Der Systemträger (2) und der Multifunktionsauszug (3) sind mit weißer Lackfarbe gestrichen. Weiße Farbe reflektiert das Licht der Sonne und seine Wärmestrahlung. Farbige Abflug-/ und Anflughilfen (16), sowie die 3-D Fußplatten (48) des Untergestell - Systems (4) sind aus farbigen 8mm starken Schichtstoffplatten hergestellt, um eine Zuordnung des CBB-Systems zu einer Beutengruppe, eines Imkerverbandes oder einer Forschungsgruppe in einem abgesteckten Gebiet zu gewährleisten. Sämtliche Kunststoffschaumplatten des Systemzubehörs (67), das Königinnen Absperrgitter (68) und die Bienenflucht (69) sind gelb/hell, ähnlich wie die Bienenwachsfarbe, um nicht als Fremdkörper wahrgenommen zu werden.
• - Materialwahl: Die geeignete Materialwahl zum Nutzungszweck und zur konstruktiven Aufgabe ist das A und O für eine gute Erfindung. Beim CBB - System kommen Werkstoffe zum Einsatz, die konstruktiv notwendig, langlebig, nachhaltig, ökologisch vertretbar, bauphysikalisch sinnvoll, ästhetisch ansprechend, bienenfreundlich, nutzerfreundlich sowie schadstofffrei, bzw. schadstoffminimiert sind. Ebenso sind sie ökonomisch ausgewählt, um die Herstellungskosten im Rahmen zu halten. Das CBB - System wird zwar deutlich teurer in der Anschaffung als herkömmliche Beutensysteme sein, punktet aber durch die Langlebigkeit, Nachhaltigkeit, Comfort- und Ergonomiebausteine = hoher Nutzwert. Die einzelnen Materialien und deren Nutzungszwecke sind schon detailliert beschrieben worden.
• - Drainagebohrungen: Durch Drainagebohrungen (59) in den Ecken der Fußbretter (13) /Systemträgerwände des Kastenrahmens (8) werden Flüssigkeiten wie Wasser, Säure oder Zuckerlösung, sollten sie auftreten, konstruktiv nach Außen abgeleitet, um Schäden zu verhindern. Ebenso befinden sich je 2 Drainagebohrungen (59) in den anklemmbaren Werkzeugabstelltablaren, um das Werkzeug zu schützen.
• - Strohlehmplatte mit Filtersystem: Die Multifunktionstrennwand mit Strohlehmplatte (57) hat als weiteren Vorteil eine Filterfunktion mit antibakterieller Wirkung. Sie schützt die Bienen und sorgt für einen natürlichen Schadstofffiltereffekt. Die Platte dient auch als Feuchtigkeitsregulator durch das Merkmal der Wasseraufnahme, Wasserspeicherung und auch Wasserabgabe an nicht genutzte Raumteile des CBB - Systems.
• - Glatte Oberflächen: Die glatten Oberflächen der Siebdruckplatte des Multifunktionsdeckels (1) ermöglichen außen einen beschleunigten Wasserablauf, durch die Nanobeschichtung wird ein Lotuseffekt erzeugt, der eine Wassertropfenbildung ermöglicht und eine rasche Wasserableitung an den tiefsten Punkt gewährleistet. Die glatte Oberfläche im Inneren des CBB - Systems ermöglicht die leichte Ablösung von Wachs und Propolis vom Deckel und von den Kunststoffschaumplatten (67, 69). Die Lackierung des Systemträgers (2) und des Multifunktionsauszuges (3) schafft auch eine glattere Oberfläche der Dreischichtplatte. Dadurch wird die Reinigung erleichtert und Schimmel und Stockflecken lagern sich nicht so schnell ab. Durch die Dampfdiffusionsoffenheit wird ggf. anhaftende Feuchtigkeit gebremst und nach außen abgeleitet.
• - Hohes Untergestell (4): Ein weiterer bauphysikalischer Vorteil gegenüber herkömmlichen Beuten ist, dass das Comfort Bienen Box - System in erhöhter Position ist und somit keine Bodenfeuchte in das System eindringen kann. Dieses verhindert Schimmelbildung durch Bodenfeuchte.

The Comfort Bees Box system offers several decisive building physics advantages in terms of the overall design and its individual components. The following claims and features describe a construction-physical optimization system:

• - Variable heat protection: Through the above-mentioned controllable ventilation system in conjunction with the insulated multifunction lid ( 1 ), the sliding and up to three vertically adjustable multifunction walls ( 57 ), the sliding overlapping upper perforated metal sheet covers ( 70 ), as well as the use of a thermal Varroamilbenbekämpfung with heating wires as heating ( 61 ), adaptation to different temperatures and moisture deposits is possible.
• - Water drainage: Through the tilted towards the rear multifunction lid ( 1 ), the supernatant of the upper cover plate ( 22 ) and its nano-coating, the beveled gripping edges of the rim ( 12 ) and the top beveled front panel ( 40 ) directs rainwater away from the CBB system. Likewise, the approach / departure assistance ( 16 ) at an angle, so that no water through the entry / exit opening ( 14 ) can run in the prey.
• - Temperature control: Bees regulate the temperature in a prey by Fanning in the breeding area itself, outside the breeding area but in a large prey extra temperature control is necessary because there are extreme weather conditions such as very hot summers and very cold winters. This is ensured in the CBB system by the thermally insulated multifunction lid ( 1 ), inside a 20mm thick XPS plate ( 24 ) with WLG 035 has. The lid protects against overheating in the summer and against heat loss in the winter. In addition, the 25mm thick multi-functional partitions ( 57 ) of straw, depending on the type of use left and right of the variable brood space ( 19 ) can be hung. Also the variable honey room ( 19b ) can be additionally protected with such a wall, as well as the second breeding room ( 19 ) of a second people. The clay has the property of heat storage and heat reflection and the straw that of the thermal insulation. Also, by overlapping and closing the 3mm holes of the top perforated sheet metal cover ( 70 ) the warm exhaust air flow are prevented. In addition, the heating wires can be used for thermal Varroa mite control ( 61 ) are used for temperature control on very cold winter days. The temperature and humidity are monitored by. Data logger.
• - Wood protection: The system carrier ( 2 ), as well as the multifunctional extract ( 3 ) are provided at least once at least three times with an environmentally friendly and vapor-permeable white lacquer finish. This allows for easy cleaning of the elements and mold so that mildew stains have little chance of sticking or penetrating the wood. The white color causes outside in the summer that a Beutenüberheizung is excluded. By prey overheating, the wood can crack or discard. Moisture could penetrate this way. The multifunction lid ( 1 ) is made of brown water-resistant glued and weatherproof screen printing plate. This panel material has already proven its worth in trailer construction and transport crate construction, making it the ideal building material for the CBB system. The cut edges are painted 2x with a brown paint and sealed.
• - Coloring: The system carrier ( 2 ) and the multifunctional extract ( 3 ) are painted with white paint. White color reflects the light of the sun and its heat radiation. Colored departure and arrival aids ( 16 ), as well as the 3 -D foot plates ( 48 ) of the underframe system ( 4 ) are made of colored 8mm thick laminates to ensure assignment of the CBB system to a hive group, beekeeping association or research group in a staked area. All plastic foam sheets of system accessories ( 67 ), the Queens barrier ( 68 ) and the bee escape ( 69 ) are yellow / light, similar to the bees wax color, so as not to be perceived as a foreign body.
• - Choice of material: The appropriate choice of material for the purpose and the design task is the nuts and bolts for a good invention. The CBB system uses materials which are structurally necessary, durable, sustainable, ecologically acceptable, useful in terms of building physics, aesthetically appealing, bee-friendly, user-friendly and free of pollutants and / or pollutants. Likewise, they are economically selected to keep production costs under control. Although the CBB system will be considerably more expensive to buy than conventional loot systems, it scores points for its longevity, sustainability, comfort and ergonomics components = high utility value. The individual materials and their uses have already been described in detail.
• - drainage holes: through drainage holes ( 59 ) in the corners of the footboards ( 13 ) / System support walls of the box frame ( 8th ) liquids, such as water, acid or sugar solution, if they occur, are structurally discharged to the outside to prevent damage. Likewise are ever 2 Drainage holes ( 59 ) in the clampable tool shedding trays to protect the tool.
• - Straw plate with filter system: The multifunctional dividing wall with straw plate ( 57 ) has as a further advantage a filter function with antibacterial effect. It protects the bees and provides a natural pollutant filtering effect. The plate also serves as a moisture regulator by the feature of water absorption, water storage and also water delivery to unused space parts of the CBB system.
• - Smooth surfaces: The smooth surfaces of the screen printing plate of the multifunction lid ( 1 ) allow an accelerated water flow on the outside, the nano-coating creates a lotus effect, which allows a drop of water to form and ensures a rapid drainage of water to the lowest point. The smooth surface inside the CBB system allows easy detachment of wax and propolis from the lid and from the plastic foam sheets ( 67 . 69 ). The painting of the system carrier ( 2 ) and the multifunctional extract ( 3 ) also creates a smoother surface of the three-layer board. This makes cleaning easier, and mold and foxing do not settle down so quickly. Due to the vapor permeability, any adhering moisture is possibly slowed down and discharged to the outside.
• - High underframe ( 4 Another advantage in terms of building physics compared to conventional hives is that the Comfort Bees Box system is in an elevated position and thus no soil moisture can penetrate into the system. This prevents mold growth due to soil moisture.

Parasite control system protection claim 8 (Figure 08 and Figure 02, Figure 07, Figure 09)

Parasites, viruses and other harmful organisms, such as smallpox, can cause distress to bees and can significantly disturb their reproduction or destroy themselves or their brood. These include the American foul brood, the sackbrood, the lime brood, the European foul brood, mites like the Varroa mite, Tropilaelaps, Nosema the wing deformation virus, the small beetle beetles or wax moths and small rodents such as mice, which can penetrate through the entry / excursion opening.

Since the Varroa mite has the largest share in the destruction of bee colonies in Germany and in many parts of Europe, the CBB system will pay the most attention to this topic.

The following measures, structures and procedures for parasite / pest control should be mentioned:

• - Varro-mite control through splitting and treatment: Elaborate, chemical-intensive and unsafe treatments can be best avoided with this method in the CBB system. It represents the simplest type of treatment after the honey harvest at the end of July: First of all, in the morning in the morning the multifunctional lid ( 1 ), the left entry flight opening ( 14 ) remains open, the right is closed. Then, if not already done, a multifunction partition ( 57 ) set. Now enough lined / ejected honeycomb frame / honeycomb frame ( 18 ) to the right of the multifunction partition ( 57 ). The entire people on the left are knocked over the empty frame on the right and the no longer occupied breeding frames are replaced on the left. The queen should be on the right in the new area and continue to lay eggs. Now there are breeding frames honeycomb frame / honeycomb frame (on the left) 18 ) without bees, right empty honeycomb frame with bees. Now, all honeycomb frames are sprayed with and without bees left and right by means of lactic acid. The flying bees now fly into the left entry flight opening ( 14 ). The frames are replaced and the multifunction lid ( 1 ) closed. The left and right entry-level tour opening ( 14 ) are now open. In the evening, a check is made as to whether bees are present in both areas. After 21 +1 days, all the bees hatched on the left and a new queen was raised. Now the 2 , Spray treatment of honeycomb frames / honeycomb frames ( 18 ) of the left brut-free room by means of a spray bottle. It is now midsummer and it is by the double treatment with national division no more mite pressure available. When the multifunction lid ( 1 ) is waited until October / November and there is a normal Auffütterung. Now it can be decided whether for winter both peoples should be reunited in their prey or a separation of peoples takes place by taking them out / implementing them. There is winter feeding as needed.
• - Varroa mite control chemically: The above-mentioned chimney effect provides for the possibility that a Varroa mite preparation (usually formic acid and / or oxalic acid) in an acid-resistant mite diaper with sponge cloth ( 75 . 76 ) in the "cold evaporation process" ( 60 ) on the multifunctional extension ( 3 ) can be made without the multifunction lid ( 1 ) to open. This method is better and more comprehensive than the uncontrollable hand-dripping process with a dropper bottle from the top. An uncontrollable dribbling process can lead to significant damage to bee colonies due to inaccurate dosing and unfavorable weather conditions, which must be avoided at all costs. In conjunction with the acid-resistant mite diaper with sponge cloth ( 75 . 76 ) comes a multifunctional frame ( 66 ), which has inside a controllable drip device, the oxalic acid or formic acid on the sponge cloth at precisely defined time intervals depending on the weather conditions ( 76 ) dribbles. This frame is placed as normal as a honeycomb frame on the system carrier, should be located on the edge of the bee colony and have its drip outlet laterally in the lower frame part.
• - Varroa mite treatment by MAQS Gelstreifen: These are double-rowed across the honeycomb frame ( 18 ) on top of the upper perforated metal sheet covers ( 70 ) placed above the breeding frame. Acid components now get to the brood and kill the mites.
• - Varro-mite control thermally: Another fight against the Varroa mite is the so-called "thermal process". Here, by means of heat of about 40 ° C, the mite brood and the live mite are naturally killed, but without harming the bee colony and its brood, as bees do not perceive this heat as harmful. Therefore, in the CBB system the Martin Riedmayer patent no. DE 10 2015 004 023 A1 2016.09.29 ( 61 ) are used. All honeycomb frames ( 18 ) are equipped with heating wires, sensors and a controller and control unit ( 78 ), which kills the Varroa broil in the presence of Varroa mites with heating of the honeycomb frame.
• - Varroa mite avoidance by cutting the drone frame: As Varroa mites are introduced into the prey by the hatched, flying and returning drones, cutting off the drone brood avoids increased Varroa mite infestation.
• - Space to accommodate control and regulatory units ( 62 ): The control and control units can be easily located in the right part of the system carrier ( 2 ) to be built in. For sensors and the wiring is in the cavity ( 42 ) between honeycomb frames ( 18 ) and inner side of the lower cover plate ( 26 ) provided enough space. Furthermore, the above-mentioned multifunctional frames ( 66 ) are used, which are displaceable and everywhere on the system carrier ( 2 ) find their place.
• - Space for technical tools for observation and exploration: For further observation and scientific study of bee life in a CBB system Großraumbeute (see protection claim 9 ) the use of micro-cameras and sensors for temperature and humidity as well as their control technology is indispensable ( 78 ). Here are already existing products are used, which must be small in size and flat and radio-borne. These are not described here in detail. These can also be stored in one or more multifunction frames ( 66 ) find their place.
• - Insupportably high undercarriage: To optimize the pest repellent, the elevated position is also provided by the undercarriage system ( 4 ), because mice and small camps do not climb up the smooth and steep subframe and through the ingress / 14 ) can penetrate.

System Accessories Components Protection Claim 9 (FIG. 09 and FIG. 01, FIG. 02, FIG. 07)

The system accessories are indispensable for the use of the large-scale booty and supplement it to a Comfort Bee Box System (CBB system).

• - Multifunktionstrennwand (57): Sie besteht aus einem 3,5cm breiten Kiefernholzrahmen (63) mit dreiseitiger Elastomerdichtung (65) und einem Strohlehmplattenkern (64), der mit dem Rahmen (63) mit einem Industrieklebstoff oder Naturharz verklebt ist. Diese Trennwand ist senkrecht parallel zu den Wabenrahmen (18) angeordnet, ist frei verschiebbar und trennt/dichtet mehrere Nutzräume voneinander ab. Der Strohlehmplattenkern (64) ist 25mm dick und kann als Feuchtigkeitspuffer, als Wärmespeicher, als Dämmmaterial im Winter und als keimtötender Stoff genutzt werden. Bei sehr kalten Wintertagen können auch zwei Trennwände links und rechts zum Einsatz kommen, um Wärmeverluste zu minimieren. Wenn zwei Völker im CBB - System überwintern, sind sogar drei Trennwände einsetzbar.
• - Multifunktionsrahmen (66): Er besteht aus einem 6,4cm breiten Kiefernholzrahmen im Zandermaß und 2 abnehmbaren 3mm starken gelben Kunststoffschaumplatten (67). Dieser 7cm breite Rahmen ist senkrecht parallel zu den Wabenrahmen (18) angeordnet, ist frei verschiebbar und hat die Größe eines Zanderrahmens. Er dient als Aufnahme-Hohlraum (42) für kleine Steuergeräte und Messtechnik (78), von Kameras, sowie zur Aufnahme von Beträufelungsvorrichtungen für eine säurefeste Milbenwindel der Varroamilbenbekämpfung (60) und kann zwischen den Wabenrahmen innerhalb der Großraumbeute einzeln oder mehrfach eingesetzt werden.
• - Königinnen Absperrgitter/Rundgitter (68): Es ist senkrecht parallel zu den Wabenrahmen (18) angeordnet, frei verschiebbar und dichtend je nach Entwicklung des Bienenvolkes. Es verhindert die Abwanderung der Königin in einen neuen Brutraum (19). Es besteht auch aus dem gleichen Holzrahmen wie die Multifunktionstrennwand (63) und hat eine innenliegende Nut zur Aufnahme eines handelsüblichen zugeschnittenen Kunststoff Rundgitters mit Schlitzen. Durch die Verschiebbarkeit lassen sich so der alte und der neue Brutraum (19) anpassen. Dieses geschieht so: Die rechte Multifunktionstrennwand (57) wird nach rechts verschoben um ca. fünf Wabenrahmenbreiten. Es werden die fünf linken Wabenrahmen (18) in diese Lücke gesetzt, um links einen neuen Nutzraum zu schaffen. Nun wird an Stelle fünf das Königinnen Absperrgitter/Rundgitter (68) gesetzt. Es werden aus dem alten Volk vier Wabenrahmen (18) mit neuen Weiselzellennäpfchen und Brutrahmen mit Arbeiterinnen entnommen und an Stelle eins bis vier eingesetzt. Parallel wird die zweite Einflug-/Ausflugöffnung (14) rechts von der Revisionsseite aus gesehen geöffnet. Durch die Einflug-/Ausflugöffnung (14) links und durch das Königinnen Absperrgitter (68) wandern nun Arbeiterinnen zu den vier umgesetzten Wabenrahmen (18). Das neu entstandene Volk benutzt die linke Einflug-/Ausflugöffnung (14) im Durchmesser von 35mm und eine eigene Abflug-/Anflughilfe (16) in Form eines schräg mit dem Systemträger verklebten farbigen Schichtstoffbrettchens mit der Länge von 15cm und einer Breite von 3,5cm. Das alte Volk nutzt die rechte Einflug-/Ausflugöffnung (14). Wird das neue Volk durch neue Brut größer, wird das Königinnen Absperrgitter (68) gegen eine Multifunktionstrennwand (57) ersetzt. Es erfolgt dann der Umzug in eine neue Beute. Dazu wird der Verschluss, ein konischer Gummistopfen (15), der mit einem wetterfesten Band an dem Systemträger (2) befestigt ist, in die Einflugöffnung gesteckt, der Multifunktionsdeckel (1) geöffnet und das neue Volk entnommen und umgesetzt.
• - Bienenflucht (69): Sie ist ebenso senkrecht parallel zu den Wabenrahmen (18) angeordnet, frei verschiebbar und dichtend und besteht auch aus einem o.g. Holzrahmen (63) mit Nut. In der 3mm Nut sitzt eine gelbe Kunststoffschaumplatte (67) mit gehärteter und glatter Oberfläche. Diese hat in der Mitte ein 68mm Loch. Auf diese Lochplatte wird eine handelsübliche Bienenflucht runden Typs aufgeklebt und angepasst. Legt das Bienenvolk Honigvorräte an, so sind diese vom Brutraum (19) zu trennen. Dieses geschieht durch das Einsetzten der Bienenflucht (69) zwischen Brutraum- und Honigwabenrahmen (18). Ist die Lochseite zum Honigraum (19b) hin gerichtet, dann wandern die Arbeiterinnen vom Honigraum zum Brutraum hin ab, ohne zu ihm zurückkehren zu können. Honigwabenrahmen lassen sich einfach entfernen und in Transportboxen (nicht Teil dieses Antrages) zur Honigernte mitnehmen.
• - Obere Lochblechabdeckung (70): Die obere Lochblechabdeckung (70) besteht aus Aluminiumblech, 2mm stark mit 3mm Lochbohrungen und einem Lochabstand von Mitte zu Mitte von 5mm. Sie verhindert den Wildbau und das Ankleben zwischen Wabenrahmen (18) und dem Multifunktionsdeckel (1). Es kommen 475 × 475mm und 240 × 475mm Bleche zum Einsatz, die sich je nach Volkentwicklung durch Überlappung in der Breite anpassen lassen. Zusätzlich behindern sie durch die zahlreichen Bohrungen das Be- und Entlüftungssystem = Abluftwege (55) nicht und gewährleisten einen gleichbleibenden Hohlraum (42) zwischen Wabenrahmen (18) und unterer Deckelplatte (26), der für die Kabelverlegung für Steuergeräte und Messtechnik (78) wichtig ist. Die Bleche werden nach dem Öffnen des Multifunktionsdeckels (1) entnommen und im offenen Multifunktionsdeckel senkrecht abgestellt = Abstellbereich für Systemzubehör (32) oder unten auf den herausziehbaren Systemträgerboden (21) abgelegt. Nach der Bienenpflege werden die Bleche wieder oben auf die Wabenrahmen (18) gelegt. Wichtig hierbei ist, dass die Bleche nicht auf Multifunktionstrennwänden (57) oder anderen Trennwänden (63, 68, 69) aufliegen, da diese ca. 9mm höher sind als die Wabenrahmen (18) und somit den Hohlraum (42) schließen.
• - Werkzeugabstelltablar (71): Es ist aus Edelstahlblech 300 × 300mm × 2mm gefertigt, dreiseitig ca. 3cm nach oben hin abgekantet und in den Ecken verschweißt. An den Abkantungen lassen sich diverse Haken anschweißen, an die ebenfalls Werkzeug gehängt werden kann. Im Bodenblech befinden sich Drainagebohrungen (59) zum Ableiten von Flüssigkeiten. Unten am Boden ist ein Edelstahl Halteclip (71b) angeschweißt, um das Tablar an das Tragelement des Untergestells anzuklemmen. Mit einer Feststellschraube (71c) lässt sich das Tablar zusätzlich noch fixieren. Es sind jeweils links und rechts je ein Tablar an das Untergestell anklemm- und fixierbar, um Werkzeug wie Smoker, Stockmeißel und Bürsten, etc. in Komforthöhe abstellen zu können. Ebenfalls können auf dem Tablar die Futterschalen (72, 73) aufgefüllt werden oder technische Geräte (78) vorbereitet werden.
• - Futterschale flach (72): Auf den offenen Multifunktionsauszug (3) kann unterhalb der Wabenrahmen (18) eine flache Futterschale auf das Edelstahldrahtgewebe (38) der Rahmenöffnungen (37) gestellt und in den Systemträger (2) hineingeschoben werden. Sie sollte leicht zu reinigen sein und eine Maximalbreite von 20cm und Maximaltiefe von 30cm und eine Maximalhöhe von ca. 3,0cm nicht überschreiten. Herkömmliche Zuckerlösung oder ein Zuckerteig können hier in die Schale gelegt werden. Gegen das Ertrinken der Bienen helfen kleine Zweige oder Korkstücke.
• - Futterschale hoch (73): Im geschlossenen Zustand des Multifunktionsauszuges (3) kann im rechten Beutenbereich auch eine hohe Futterschale bis zu 20cm Höhe für größere Mengen an Zuckerlösung oder Zuckerteig auf den Auszug gestellt werden. Auch hier dienen Zweige, Blätter und Korken als Kletterhilfe gegen das Ertrinken der Bienen. Dazu wird das Systemzubehör - Multifunktionstrennwand (57) kurzzeitig beiseitegeschoben.
• - Milbenwindel weiß Kunststoff (74): Auf den offenen Multifunktionsauszug (3) kann unterhalb der Wabenrahmen (18) eine Milbenwindel auf das Edelstahlgewebe (38) der Rahmenöffnungen (37) gestellt und in den Systemträger (2) hineingeschoben werden. Sie sollte leicht zu reinigen sein. Es kann eine herkömmliche Milbenwindel aus weißen Kunststoff verwendet werden mit Maximalmaßen von 300mm Tiefe und 200mm Breite und ca. 5mm Rahmenkantenhöhe.
• - Milbenwindel Edelstahl (75): als Flachschale, säurefest aus Edelstahl, zur chemischen Varroamilbenbehandlung im Kalt-Verdampfungsverfahren (60). In die Milbenwindel kann ein Schwammtuch (76) eingelegt werden, auf welches Oxal- oder Ameisensäure geträufelt werden kann. Die Rahmenkantenhöhe sollte ca. 5-7mm betragen.
• - Spiegel schräg gestellt (77): Ein herkömmliches Spiegelglas mit geschliffenen Kanten kann hier zur Anwendung kommen. Die Maximalgröße sollte 300mm Tiefe und 200mm Breite nicht überschreiten. Durch das Unterlegen eines Keiles aus Kunststoff kann der Spiegel in seiner Neigung optimal auf die Beobachtung des Bienenvolkes im geöffneten Zustand des Multifunktionsauszuges (3) eingestellt werden. So können Fotos vom Volk gemacht werden, ohne die Beute von oben zu öffnen. Alternativ zum Spiegel kann man auch bei geöffnetem Multifunktionsauszug (3) und herausgenommenen Systemträgerboden (21) bedingt durch das hohe Untergestell - System (4) von unten in die Großraumbeute - Systemträger (2) hineinschauen.
• - Auflagezubehör unterschiedlicher Größen: wenn die Milbenwindeln, die Flache Futterschale und der schräg gestellte Spiegel unterschiedliche Größen haben, dann kann die Belüftung s.o. geregelt werden.
• - Raum für Steuergeräte und Messtechnik (62): Verschiedene Geräte wie Transformatoren, Netzgeräte, Überwachungsgeräte, Datenlogger, Messgeräte, Kamerasteuerungen, Hubs, Verteilergeräte, etc. haben neben den Wabenrahmen (18), abgeschottet durch eine Multifunktionstrennwand (57) im rechten Teil der CBB Großraumbeute Platz. Die Geräte sollten an der rechten Seitenwand/Kurzseite (11) befestigt werden oder auf zwei einhängbaren Konsolwinkeln (88) aufgeschraubt werden. Das Hineinschieben und Herausziehen des Multifunktionsauszuges sollte somit nicht behindert werden. Achtung: Je mehr Steuergeräte und Messtechnik (78) zum Einsatz kommen, desto weniger Platz bleibt für die Bienenvolkentwicklung. Es sollen kleine Geräte ohne Störwirkung eingesetzt werden. Messfühler und Kameras, sowie Kabel können im 40mm hohen Hohlraum (42) unterhalb der Wabenrahmen vorkommen, sowie auch oberhalb der Wabenrahmen im 9mm hohen Hohlraum. Es bietet sich an, dass kleine Geräte direkt innerhalb des Bienenvolkes Ihren Platz in einem oder mehreren Multifunktionsrahmen (66) finden. Die Stromversorgung sollte über externe Photovoltaik mit externen witterungsgeschützten und gedämmten Pufferakkus gewährleistet werden. Durch die Einsetzung technischer Mittel werden Funkübertragungsdaten fernübermittelt, erfasst und ausgewertet.
• - Raum für Dokumentationsmittel (62): Ebenfalls im rechten Teil der Großraumbeute sollen Einschubmöglichkeiten für Dokumentationsunterlagen oder Bedienungsanleitungen geschaffen werden. Diese können aus Kunststoff sein und auch an den Seitenwänden/Kurzseiten (11) oder auch am Multifunktionsdeckel (1) fixiert werden. Papierunterlagen sind durch Einschweißen oder wasserdichte Zipbags gegen Feuchtigkeit zu schützen.

The modular system accessories ( 7 ) enables successful natural and sustainable beekeeping, beekeeping and honey harvesting. It ensures the usability and adaptability of the CBB system according to the requirement, research or observation purpose. Here are the individual system accessories components and their tasks:

• - Multifunction partition wall ( 57 ): It consists of one 3 , 5cm wide pine wood frame ( 63 ) with three-sided elastomer seal ( 65 ) and a straw core plate core ( 64 ), who with the Frame ( 63 ) is glued with an industrial adhesive or natural resin. This partition is perpendicular to the honeycomb frame ( 18 ), is freely movable and separates / seals several utility rooms from each other. The straw core plate core ( 64 ) is 25mm thick and can be used as a moisture buffer, as a heat storage, as insulation material in winter and as a germicidal substance. On very cold winter days, two partitions can be used left and right to minimize heat loss. If two peoples hibernate in the CBB system, even three partitions can be used.
• - multifunctional frame ( 66 ): It consists of one 6 , 4cm wide pine wood frame in Zandermaß and 2 removable 3mm thick yellow plastic foam sheets ( 67 ). This 7cm wide frame is perpendicular to the honeycomb frame ( 18 ), is freely movable and has the size of a zander frame. It serves as a receiving cavity ( 42 ) for small control devices and measuring technology ( 78 ), of cameras, as well as for pickling devices for an acid-resistant mite diaper of Varroa mite control ( 60 ) and can be used between the honeycomb frame within the Großraumbeute one or more times.
• - Queens barrier grid / round grid ( 68 ): It is perpendicular to the honeycomb frame ( 18 ), freely movable and sealing depending on the development of the bee colony. It prevents the queen from migrating to a new breeding area ( 19 ). It also consists of the same wooden frame as the multifunction partition ( 63 ) and has an internal groove for receiving a commercial cut plastic round grid with slots. Due to the displaceability, the old and the new breeding area ( 19 ) to adjust. This happens like this: The right multifunctional partition ( 57 ) is shifted to the right by about five honeycomb frame widths. It will be the five left honeycomb frames ( 18 ) in this gap to create a new utility space on the left. Now, in place of five, the Queens Barrier / Round Grid ( 68 ) set. There are four honeycomb frames from the old people ( 18 ) taken with new Weiselzellennäpfchen and brood frames with workers and used instead of one to four. At the same time, the second entry / exit opening ( 14 ) open to the right of the revision side. Through the entry / excursion opening ( 14 ) left and through the Queens barrier ( 68 ) now workers migrate to the four honeycomb frames ( 18 ). The newly formed people use the left entry / exit opening ( 14 ) in the diameter of 35mm and its own departure / arrival assistance ( 16 ) in the form of an obliquely glued to the system carrier colored laminate board with the length of 15cm and a width of 3.5cm. The old people use the right entry / exit opening ( 14 ). If the new people grow larger with new brood, the queens will be 68 ) against a multifunction partition ( 57 ) replaced. It then takes place the move to a new loot. For this purpose, the closure, a conical rubber stopper ( 15 ) with a weatherproof tape on the system carrier ( 2 ), is inserted in the entrance opening, the multifunctional cover ( 1 ) opened and removed the new people and implemented.
• - bee escape ( 69 ): It is also perpendicular to the honeycomb frame ( 18 ), freely movable and sealing and also consists of an above wooden frame ( 63 ) with groove. In the 3mm groove sits a yellow plastic foam board ( 67 ) with hardened and smooth surface. This has a 68mm hole in the middle. On this perforated plate a commercially available bee flight round type is glued on and adapted. If the bee colony supplies honey, these are from the breeding area ( 19 ) to separate. This is done by inserting the bee escape ( 69 ) between hatchery and honeycomb frames ( 18 ). Is the hole side to the honey room ( 19b ), then the workers migrate from the honey room to the breeding room without being able to return to it. Honeycomb frames are easy to remove and carry in transport boxes (not part of this application) for honey harvesting.
• - Upper perforated sheet metal cover ( 70 ): The upper perforated sheet metal cover ( 70 ) consists of aluminum sheet, 2mm thick with 3mm holes and a hole distance from center to center of 5mm. It prevents the game and the adhesion between honeycomb frames ( 18 ) and the multifunction lid ( 1 ). There are 475 × 475mm and 240 × 475mm sheets are used, which can be adjusted depending on national development by overlapping in width. In addition, they impede the ventilation and exhaust system through the numerous holes = exhaust air paths ( 55 ) and ensure a consistent cavity ( 42 ) between honeycomb frames ( 18 ) and lower cover plate ( 26 ), which is used for cable laying for control units and measuring technology ( 78 ) important is. The sheets are opened after opening the multifunction lid ( 1 ) and placed vertically in the open multifunction lid = storage area for system accessories ( 32 ) or at the bottom of the pull-out system tray ( 21 ) filed. After the bee care, the sheets are back up on the honeycomb frame ( 18 ) placed. Important here is that the sheets do not work on multi-functional partitions ( 57 ) or other partitions ( 63 . 68 . 69 ), because they are about 9mm higher than the honeycomb frames ( 18 ) and thus the cavity ( 42 ) shut down.
• - tool stop tray ( 71 It is made of stainless steel sheet 300 × 300mm × 2mm, folded on three sides about 3cm to the top and welded in the corners. At the folds can be welded various hooks to which also tools can be hung. In the bottom plate there are drainage holes ( 59 ) for draining liquids. At the bottom of the floor is a stainless steel clip ( 71b ) welded to clamp the tray to the support member of the undercarriage. With a locking screw ( 71c ) the shelf can be additionally fixed. There are left and right each tray to the base frame clamped and fixable in order to park tools such as smoker, stick chisels and brushes, etc. in comfort height can. Likewise, on the tray the food trays ( 72 . 73 ) or technical equipment ( 78 ) to get prepared.
• - Feeding bowl flat ( 72 ): On the open multifunctional extension ( 3 ) can be placed below the honeycomb frame ( 18 ) a flat feed tray on the stainless steel wire mesh ( 38 ) of the frame openings ( 37 ) and into the system carrier ( 2 ) are pushed into it. It should be easy to clean and should not exceed a maximum width of 20cm and maximum depth of 30cm and a maximum height of about 3.0cm. Conventional sugar solution or a sugar dough can be placed here in the shell. Small branches or pieces of cork help against the drowning of the bees.
• - feed bowl high ( 73 ): In the closed state of the multifunctional extract ( 3 ) can be placed in the right booty area also a high feed bowl up to 20cm height for larger amounts of sugar solution or sugar dough on the extract. Here, too, branches, leaves and corks serve as a climbing aid against the drowning of the bees. To do this, the system accessories - multifunction partition ( 57 ) briefly pushed aside.
• - mite diaper white plastic ( 74 ): On the open multifunctional extension ( 3 ) can be placed below the honeycomb frame ( 18 ) a mite diaper on the stainless steel mesh ( 38 ) of the frame openings ( 37 ) and into the system carrier ( 2 ) are pushed into it. It should be easy to clean. It can be a conventional mite diaper made of white plastic used with maximum dimensions of 300mm depth and 200mm width and about 5mm frame edge height.
• - mite diaper stainless steel ( 75 ): as a flat shell, acid-proof stainless steel, for the chemical treatment of Varroa mite in the cold evaporation process ( 60 ). In the mite diaper, a sponge cloth ( 76 ) are placed on which oxalic acid or formic acid can be dripped. The frame edge height should be approx. 5 -7mm.
• - Mirror tilted ( 77 ): A conventional mirror glass with ground edges can be used here. The maximum size should not exceed 300mm depth and 200mm width. By inserting a wedge of plastic, the mirror can optimally in its inclination to the observation of the bee colony in the open state of the multi-function extract ( 3 ). This way you can take photos of the people without opening the loot from above. As an alternative to the mirror, you can also use the multifunctional extension ( 3 ) and removed carrier tray ( 21 ) due to the high underframe system ( 4 ) from below into the large-size loot - system carrier ( 2 ) look into it.
• - Pad accessories of different sizes: if the mite diapers, the flat feeding bowl and the tilted mirror have different sizes, then the ventilation can be regulated.
• - Room for control units and measuring technology ( 62 ): Various devices such as transformers, power supply units, monitoring devices, data loggers, measuring devices, camera controls, hubs, distribution devices, etc. have in addition to the honeycomb frame ( 18 ), isolated by a multi-functional partition ( 57 ) in the right part of the CBB Großraumbeute place. The devices should be on the right side panel / short side ( 11 ) or on two attachable bracket angles ( 88 ) are screwed. The insertion and removal of the multifunctional extract should therefore not be hindered. Attention: The more control devices and measuring technology ( 78 ), the less space there is for bee colony development. It should be used small devices without interference. Sensors and cameras, as well as cables in the 40mm high cavity ( 42 ) occur below the honeycomb frame, as well as above the honeycomb frame in 9mm high cavity. It makes sense that small devices directly inside the bee colony have their place in one or more multifunction frames ( 66 ) Find. The power supply should be ensured via external photovoltaic with external weather-protected and insulated buffer batteries. By the use of technical means will be Radio transmission data transmitted remotely, recorded and evaluated.
• - space for documentation ( 62 ): Also in the right part of the Großraumbeute insertion possibilities for documentation or operating instructions are to be created. These can be made of plastic and also on the side walls / short sides ( 11 ) or on the multifunction lid ( 1 ) are fixed. Paper underlays should be protected against moisture by welding or waterproof zipbags.

Comfort and Ergonomics Modules Protection Claim 10 (FIG. 10 and FIG. 01, FIG. 02, FIG. 03, FIG. 07, FIG. 09)

The comfort and ergonomic components are one of the most important protection requirements of the Comfort Bee Box system.

They combine the design features, the individual components and the use claims with each other. These modular components promote the health of the users and ensure ergonomic, comfortable, practicable, logical and simple workflows around the CBB system.

• - Untergestell - System höhenverstellbar (79): Es lässt sich in der Höhe von ca. 600 bis ca. 900mm an den Imker anpassen und kann durch die einzelne Beinhöhenverstellung auf unebenem Gelände und auch am Hang exakt in Waage aufgestellt werden.
• - 3-D Fußplatten - Vier Stück zur Geländeanpassung (80): Mit einer Antirutschhemmung ermöglichen sie einen sicheren Stand des CBB - Systems auch auf buckeligem und unebenem Boden.
• - Schraubhäringe - acht bis sechzehn Stück zur Fixierung (81): In Verbindung mit den 3-D Fußplatten (48e) bringen sie festen Halt in jeden Untergrund wie Gras, Wiese, Feldboden, Kies, Schotter, auch Beton und Asphalt, wenn entsprechende Ankerdübel verwendet werden. Dadurch wird auch die Entnahme/Diebstahl durch Unbefugte gehemmt oder verhindert.
• - Multifunktionsdeckel offen kippbar und gedämpft (82), geschlossen (82b): Dieser ist drehbar durch Bänder (27) mit dem Systemträger (2) verschraubt. Dadurch ist er kippbar und wird mit einem Gasdruckdämpfer (31) am Umkippen gehindert und der Öffnungs- und Schließvorgang wird durch den Dämpfer erleichtert. Der aufgestellte offene Deckel bietet eine natürliche Barriere zu den ein- und ausfliegenden Bienen. Er steht leicht schräg nach hinten und somit können die oberen Lochblechabdeckungen (70) und bis zu drei gefüllte Wabenrahmen nebeneinander in dem Zwischenraum von Deckel und Systemträger hochkant zur leichteren Beobachtung an den offenen Deckel gestellt und verklemmt werden = Abstellbereich Wabenrahmenkontrolle/Systemzubehör (32).
• - Werkzeugabstelltablare seitlich ansteckbar und fixierbar (83): Diese sind seitlich links und rechts auf dem Überstand des Tragelementes (44) des Untergestell - Systems (4) ansteckbar durch Klemmwirkung. Durch eine Feststellschraube (71c) mit aufgeschweißter Mutter am Klemmschuh/Clip kann eine Niveauanpassung und Fixierung des Tablars vorgenommen werden. Auf und an das Werkzeugabstelltablar (71) lassen sich Werkzeuge und Geräte, sowie Systemzubehör (7) legen oder hängen und zwar in Komforthöhe des Nutzers/der Nutzenden.
• - Multifunktionsauszug offen anstelle von Deckelöffnung (84): Der Multifunktionsauszug (3) ist mittels Rollschubführungen (39) am Systemträger (2) ausziehbar gelagert. Im ausgezogenen Zustand hält er eine Zuladung von bis zu 30kg aus. Er ist für Futterschalen (72, 73), Spiegel (77), Windeln (74, 75, 76) gedacht, die sich unterhalb der Wabenrahmen (18) im ca. 40mm hohen Hohlraum (42) positionieren lassen, ohne den Multifunktionsdeckel (1) öffnen zu müssen. Dadurch werden die Bienen weniger gestört, lassen sich beobachten, füttern und behandeln. Außerdem verhindert der Auszug Wärmeverluste im Winter, dadurch dass der Deckel geschlossen bleibt und die Luftzufuhr geregelt werden kann.
• - Multifunktionsauszug (3) kann nicht entfernt werden bei verschlossenem Multifunktionsdeckel (1): Dieses verhindert das Entwenden = Diebstahlschutz des Multifunktionsauszuges und wird erreicht durch die Klemmwirkung der Multifunktionstrennwände (57), Bienenflucht (69) und Königinnen Absperrgitter (68) zum Multifunktionsdeckel (1), da die Wände, Fallen und Gitter beutenhoch sind ohne große Spalte.
• - Multifunktionsdeckel zur Wassersammlung und Ableitung: Er ist zur Arbeits- und Beobachtungsseite hin schräg gebaut (58), die obere Deckelplatte (22) hat einen Überstand und ist mit einem Spezialmittel nanobeschichtet. Dieses ermöglicht eine Wassersammlung und Wasserableitung zur Arbeits- und Beobachtungsseite hin. Der Deckel trocknet schnell nach Regenfällen und Schnee lässt sich leicht entfernen. Somit ist das Öffnen des CBB - Systems schnell möglich, ohne dass Wasser in die Beute laufen kann. Durch die Nanobeschichtung ist der Deckel leichter zu reinigen, da Schmutzteilchen kaum anhaften können.
• - CBB - System verriegel- und abschließbar (86): Durch eine Edelstahlschließe (28) mit verdeckten Befestigungen und einem wetterfesten Vorhängeschloss (29) lässt sich das CBB - System im oberen Bereich gegen Diebstahl und Vandalismus abschließen. Falls das nicht gewünscht ist, reicht ein einfacher Holzkeil (86b), der mit einem Halteband gegen herunterfallen am Systemträger festgeschraubt ist. Der Multifunktionsauszug (3) ist wie oben beschrieben gegen das Entfernen gesichert. Falls gewünscht kann dieser auch gegen Vandalismus oder Beutenstörung mit Schließen und Schlössern nachgerüstet werden. Dieser Schutz ist wichtig, da sich im Inneren der Beute teure Steuergeräte und Messtechnik (78), sowie sich auf dem Multifunktionsauszug (3) Untersuchungsmittel oder toxische Behandlungsmittel befinden können. Die beiden Einflug-/Ausflugöffnüngen (14) können mit je einem konischen Gummistopfen (86c), der gegen Herabfallen mit einem Halteband am Systemträger befestigt ist, verschlossen werden.
• - Hemmnisse wie Spezialschrauben, Verriegelungen: Gegen Vandalismus und Diebstahl helfen zusätzlich Spezialschrauben und Verriegelungen, die nur mit Sachverstand, Einweisung oder Spezialwerkzeug zu lösen oder zu öffnen sind. Diese befinden sich z.B. an den verstellbaren Beinen des Untergestell - Systems (47), bei der Verbindung von Systemträger (2) und Untergestell - System (4) und bei dem Multifunktionsauszug (3) wie oben genannt. Ferner werden die beiden Einflug- /Ausflugöffnungen (14) mit je einem konischen Gummistopfen (15), der mit einem wetterfesten Band an der Beute verbunden ist verschlossen = Verschlusslösung Gummistopfen (86c). Dieses wird notwendig, wenn die CBB Beute mit den Bienen und Systeminhalt transportiert werden muss, wenn das Schwärmen verhindert werden soll oder wenn der rechte Bereich der Beute nicht für Bienen genutzt werden soll. Falls keine Vorhängeschlösser benötigt werden, können die Schließen auch mit einem Holzkeil, der an einem wetterfesten Band mit der Beute verbunden ist verriegelt werden = Verschlusslösung Keil (86b).
• - Kistengriffe (85) und umlaufende Griffleisten (85b): Bis zu zwei Klapptragegriffe/Kistengriffe (17) aus Edelstahl sind mit Holz- oder Schlossschrauben mit Gewinde an den Kurzseiten des Systemträger Kastenrahmens (11) angeschraubt. Diese sind für eine Traglast bis 50kg ausgelegt. Sie dienen dem leichten Transport des CBB - Systems mit zwei Personen, wenn die Schraubhäringe (50) oder das Untergestell - System (4) demontiert worden sind. Zusätzlich als Tragehilfe gilt der am oberen Rand des Systemträgers befindliche Randkranz (12). Dieser ist mit dem Systemträger verleimt und verschraubt und die unteren Kanten sind nach außen hin schräg geschnitten und zum besseren Tragen abgerundet.
• - System- und Zubehörelemente (6, 7), die verschiebbar, verstaubar und modular aufgebaut sind: Sämtliche o.g. System (6)- und Zubehörelemente (7) sind entweder variabel einsetzbar, oder beweglich und müssen deshalb modular, d.h. bausteinmäßig aufeinander aufbauend angelegt sein. Ein Element bedingt das Andere und nur in dessen Nutzungs- oder Bedeutungszusammenhang lässt sich seine Wirkweise erfassen. Deshalb findet das Wort „System“ auch öfters seine Nennung. Verschiebbar sind zum Beispiel die Multifunktionstrennwände (57), die Bienenflucht (69) oder das Königinnen Absperrgitter (68). Dieses dient der variablen Anpassung des CBB - Systems in Bezug auf die Bienenvolkentwicklung oder Teilung. Verstaubar sind z.B. die Steuergeräte, Messtechnik und Dokumentationsmittel im rechten Beutenraum (87) oder in Hohlräumen oberhalb und unterhalb der Wabenrahmen (42). Die hohe Futterschale (73), Steuergeräte- und Messtechnik (78), sowie Dokumentationsmittel können auf Konsolwinkeln (88) befestigt werden. Die Konsolwinkel (88) sind im Systemträger einhäng- und verschiebbar. Die gute Handhabbarkeit und der Komfort führen zu einer optimalen, erfolgreichen und natürlichen und nachhaltigen Bienenzucht: Das CBB - System ist erweiterbar und anpassbar, um Phänomene des Bienensterbens aufzudecken und abzustellen. Es ist einfach individuell an die jeweiligen Bedürfnisse und Nutzer anzupassen. Ob für die Forschung, für den Imkereieinsatz, oder für Lehr- und Lernprozesse ist das System immer wieder neuen Aufgaben gewachsen und lässt sich leicht weiterentwickeln und optimieren.

Here are the comfort and ergonomics components that the CBB system offers:

• - Underframe - System height adjustable ( 79 ): It can be adjusted to the beekeeper at a height of approx. 600 to approx. 900mm and can be placed exactly in a balance by the single leg height adjustment on uneven terrain and also on a slope.
• - 3-D foot plates - Four pieces for terrain adaptation ( 80 With anti-slip inhibition, they enable a safe stand of the CBB system even on bumpy and uneven ground.
• - Schraubhäringe - eight to sixteen pieces for fixation ( 81 ): In conjunction with the 3-D foot plates ( 48e ) they bring firm hold in every subsoil such as grass, meadow, field soil, gravel, gravel, also concrete and asphalt, if appropriate anchor dowels are used. As a result, the removal / theft is inhibited or prevented by unauthorized persons.
• - Multifunction lid open tiltable and muted ( 82 ), closed ( 82b ): This is rotatable by bands ( 27 ) with the system carrier ( 2 ) screwed. This makes it tiltable and is equipped with a gas spring ( 31 ) is prevented from tipping over and the opening and closing operation is facilitated by the damper. The open lid provides a natural barrier to the incoming and outgoing bees. He stands slightly diagonally backwards and thus the upper perforated metal covers ( 70 ) and up to three filled honeycomb frames side by side in the space between the lid and system carrier upright for easier observation on the open lid are placed and jammed = storage area honeycomb frame control / system accessories ( 32 ).
• - Werkzeugabstelltablare laterally attachable and fixable ( 83 ): These are laterally left and right on the projection of the support element ( 44 ) of the underframe system ( 4 ) attachable by clamping action. By a locking screw ( 71c ) with welded-on nut on the clamping shoe / clip can be made a level adjustment and fixation of the tray. On and to the tool stop tray ( 71 ) can be tools and equipment, and system accessories ( 7 ) or hang in the comfort level of the user / users.
• - Multifunctional drawer open instead of lid opening ( 84 ): The multifunctional extract ( 3 ) is by means of roller thrust guides ( 39 ) on the system carrier ( 2 ) extendable stored. When fully extended, it can withstand a payload of up to 30kg. He is for feeding bowls ( 72 . 73 ), Mirror ( 77 ), Diapers ( 74 . 75 . 76 ), which are located below the honeycomb frames ( 18 ) in about 40mm high cavity ( 42 ), without removing the multifunction lid ( 1 ) to open. As a result, the bees are less disturbed, can be observed, feed and treat. In addition, the extract prevents heat loss in winter, by keeping the lid closed and controlling the air supply.
• - Multifunctional extension ( 3 ) can not be removed when the multifunction lid is closed ( 1 ): This prevents theft = protection against theft of the multifunctional drawer and is achieved by the clamping effect of the multifunctional partitions ( 57 ), Bee escape ( 69 ) and Queens Barrier ( 68 ) to the multifunctional lid ( 1 ), because the walls, traps and lattice are high without big gaps.
• - Multifunctional cover for water collection and drainage: It is inclined to the working and observation side ( 58 ), the upper cover plate ( 22 ) has a supernatant and is nano-coated with a special agent. This allows for water collection and drainage to the working and observation side. The lid dries quickly after rain and snow is easy to remove. Thus, the opening of the CBB system is quickly possible without water can run into the prey. The nano coating is the Cover easier to clean because dirt particles can hardly adhere.
• - CBB system lockable and lockable ( 86 ): Through a stainless steel clasp ( 28 ) with concealed fixings and a weatherproof padlock ( 29 ), the CBB system can be locked in the upper area against theft and vandalism. If this is not desired, a simple wooden wedge ( 86b ), which is screwed down with a holding strap against falling on the system carrier. The multifunctional extract ( 3 ) is secured against removal as described above. If desired, this can also be retrofitted against vandalism or spoilage with closing and locks. This protection is important because inside the loot expensive ECUs and instrumentation ( 78 ), as well as on the multifunctional 3 ) Or toxic agents. The two entry / exit openings ( 14 ) can each be filled with a conical rubber stopper ( 86c ), which is fastened against falling down with a holding strap on the system carrier, are closed.
• - Obstacles such as special screws, latches: In addition to vandalism and theft help special screws and locks that can be solved or opened only with expertise, instruction or special tools. These are located, for example, on the adjustable legs of the undercarriage system ( 47 ), when connecting system carriers ( 2 ) and underframe system ( 4 ) and the multifunctional extract ( 3 ) as mentioned above. Furthermore, the two entry / exit openings ( 14 ), each with a conical rubber stopper ( 15 ), which is connected to a weatherproof band at the prey closed = sealing solution rubber stopper ( 86c ). This is necessary if the CBB prey has to be transported with the bees and system contents, if swarming is to be prevented or if the right part of the prey should not be used for bees. If no padlocks are needed, the clasps can also be locked with a wooden wedge, which is connected to the prey on a weatherproof tape = closure solution wedge ( 86b ).
• - box handles ( 85 ) and circumferential handle strips ( 85b ): Up to two folding carrying handles / box handles ( 17 ) are made of stainless steel with wood or carriage bolts with thread on the short sides of the system carrier box frame ( 11 ) screwed. These are designed for a load capacity of up to 50kg. They serve the easy transport of the CBB system with two persons, if the Schraubhäringe ( 50 ) or the underframe system ( 4 ) have been dismantled. In addition, as a carrying aid which is located at the top of the system carrier edge rim ( 12 ). This is glued and screwed to the system carrier and the lower edges are cut outwards obliquely and rounded for better carrying.
• - System and accessory elements ( 6 . 7 ), which are movable, stowable and modular: All the above system ( 6 ) and accessories ( 7 ) are either variably applicable, or movable and therefore must be modular, ie building block building constructed on each other. One element determines the other, and its mode of action can only be grasped in its context of use or meaning. That is why the word "system" often finds its name. For example, the multifunction partitions ( 57 ), the bee escape ( 69 ) or the Queens barrier ( 68 ). This is used for the variable adaptation of the CBB system in relation to bee colony development or division. For example, the control units, measuring equipment and documentation in the right-hand boot (eg 87 ) or in cavities above and below the honeycomb frames ( 42 ). The high feed bowl ( 73 ), Control unit and measuring technology ( 78 ), as well as documentation means can be used on console angles ( 88 ) are attached. The console angle ( 88 ) can be suspended and moved in the system carrier. Good handling and comfort result in optimal, successful and natural and sustainable beekeeping: the CBB system is extensible and adaptable to detect and eliminate bee mortality phenomena. It is easy to customize to individual needs and users. Whether for research, for beekeeping, or for teaching and learning processes, the system is always up to new tasks and can be easily further developed and optimized.

LIST OF REFERENCE NUMBERS

• 01 : Assemblies / Large Components / Working Space Comfort Bees Box - System

  (1)

  Großraumbeute - Multifunctional lid

  (2)

  Großraumbeute - system carrier

  (3)

  Großraumbeute - Multifunctional extract

  (4)

  Underframe system

  (5)

  Nutzraum Großraumbeute

  (6)

  system elements

  (7)

  system Accessories

• 02 : Großraumbeute system carrier

  (8th)

  Frame construction box frame

  (9)

  Front piece box frame

  (10)

  Back piece of box frame

  (11)

  Short sides box frame

  (12)

  Randkranz 4 Teilig

  (13)

  footboards

  (13b)

  Rubber bumper feet

  (14)

  Entry / exit openings

  (15)

  Rubber stopper with holding strap

  (16)

  Departure / arrival assistance

  (17)

  Folding handles stainless steel - box handles

  (18)

  Honeycomb frame / honeycomb support frame

  (19)

  Variable breeding area

  (19b)

  Variable honey room

  (20)

  Edge protection corner corner made of aluminum / stainless steel angle sheet

  (21)

  Stainless steel wire fabric frame floor = system floor

  (21b)

  Guide rails plastic or aluminum

  (21c)

  Alukantenschutzprofil

• 03 : Großraumbeute Multifunctional Lid

  (22)

  Upper cover plate

  (23)

  Lid frame construction conical

  (23a)

  front piece

  (23b)

  behind piece

  (23c)

  short pages

  (23d)

  V-ribbed

  (24)

  Insulation board XPS

  (25)

  Silicone buffer self-adhesive

  (26)

  Lower cover plate

  (27)

  Stainless steel hinges with construction reinforcement

  (28)

  clasp

  (29)

  padlock

  (30)

  Wooden wedge with holding strap

  (31)

  Gas Springs

  (32)

  Storage area Honeycomb frame control and system accessories

• 04 : Large capacity loot multifunctional extract

  (33)

  Frame construction 5 pieces = extension frame

  (34)

  Long frame woods

  (35)

  Short frame woods

  (36)

  center web

  (37)

  frame openings

  (38)

  Stainless steel wire mesh

  (39)

  Drawer runner / out shelf

  (40)

  front panel

  (41)

  Stainless steel handle with fixing screws

  (42)

  cavity

• 05 : Underframe system

  (43)

  Folding multifunctional stand

  (44)

  supporting member

  (45)

  elastomer pad

  (46)

  screw

  (47)

  Legs pipe-in-pipe system

  (47b)

  releasable spring clips or fixing screws

  (48)

  3-D footer

  (48b)

  Rohrpfropfen

  (48c)

  Rohrpfropfenverschraubung

  (48d)

  Elastomeric thread member

  (48e)

  3-D foot plate

  (48f)

  M6 countersunk screw

  (49)

  Elastomer pad = slip resistance

  (50)

  Schraubhäring

• 06 : Ventilation system

  (51)

  Supply air openings = frame openings Multifunctional extract

  (52)

  Slot between front panel and system tray

  (53)

  Variable supply air supply

  (54)

  Chimney effect representation

  (55)

  exhaust paths

  (56)

  Exhaust air slots Multifunctional cover

• 07 : Building physics optimization system

  (57)

  Multifunction partition wall straw base / wooden frame / elastomer seals

  (58)

  Oblique multifunctional lid

  (59)

  drain hole

• 08 : Parasite control system

  (60)

  Mite diaper acid resistant + sponge cloth = chemical cold evaporation

  (60b)

  Multifunctional frame + dropper bottle

  (61)

  Honeycomb frame with heating wires acc. Pat: DE 10 2015 004 023 A1 09/29/2016

  (62)

  Room for control units, measuring technology and documentation

• 09 : System accessories components

  (63)

  Partition wooden frame

  (64)

  Multifunction partition Strohm board core

  (65)

  Partition elastomeric seal

  (66)

  Multifunction frame

  (67)

  Plastic foam boards with a smooth surface

  (68)

  Queens barrier grid / round grid

  (69)

  bee escape

  (70)

  Upper perforated sheet metal cover

  (71)

  Werkzeugabstelltablar

  (71b)

  clip

  (71c)

  locking screw

  (72)

  Feeding bowl flat

  (73)

  Feeding bowl high

  (74)

  Mitten diaper white plastic

  (75)

  Mite diaper stainless steel

  (76)

  Mitten diaper sponge cloth

  (77)

  Mirror tilted

  (78)

  ECUs and measurement technology

• 10 : Comfort and ergonomics modules

  (79)

  Underframe system height adjustable

  (80)

  3-D footplate with uneven terrain

  (81)

  Schraubhäring in function

  (82)

  Multifunctional lid open, tiltable and steamed with accessories

  (82b)

  Multifunction lid closed

  (83)

  Werkzeugabstellablare infected and fixable side

  (84)

  Multifunctional pull-out open including attached accessories

  (85)

  box handles

  (85b)

  circumferential handles

  (86)

  Locking solution lock = CBB system lockable

  (86b)

  Closure solution wedge with retaining strap

  (86c)

  Closing solution Rubber stopper with holding strap

  (87)

  Filled space for ECUs, metrology and documentation

  (88)

  Konsolwinkel

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 102015004023 A1 [0036, 0079, 0084]

Claims (10)

Beehive system, characterized in that it consists of a system carrier as Großraumbeute (2) with usable space (5) for receiving system elements (6,8-21) and system accessories (7) with top screwed and cushioned multi-function lid (1), screwed down inside Multifunctional extension (3) and a bottom frame system (4) screwed on from below. Bee-bean system after Claim 1 , characterized in that the system carrier (2) is a Großraumbeute for receiving up to twenty - one zander honeycomb frame (18) and system accessories (63-78), with frame construction as a box frame (8) of two short sides (11) and two long front and rear pieces (9, 10) of three-ply white lacquered wood panels, one upstanding skirting (12) with four downwardly sloping moldings and two footboards (13), with two entry / exit openings (15) which can be closed by a conical rubber stopper (15). 14) is provided with approach / departure aid (16) of inclined laminate plate, waterproof glued, equipped with flat dowels and screws compounds, glued on all four edges metal angle profiles as corner (20) has a mounted on U-profiles, removable system support base (21) and has two screwed box handles (17) on the short sides (11), and the different system components (18) and System accessories (63-78). Bee-bag system according to one of the preceding claims, characterized in that the multifunctional lid (1) is made of screen printing plate of different thicknesses and edge lacquered with sealing lacquer, consisting of a conical frame construction (23) glued together with industrial adhesive comprising two short sides (23c) and one front piece (23a) with bolted clasp (28) and lock (29) and a rear piece (23b) with screwed and glued construction-reinforced bands (27) and with top-glued and protruding nanocoated cover plate (22) and a downwardly glued-in cover plate (26) with silicone buffers ( 25) is equipped with a gas pressure damper (31) which is bolted to the system carrier and inside an insulating board of XPS material (24) with top-lying V-ribs (23d) of screen printing plate and in the open state a storage area (32) for honeycomb frame / Honeycomb frame (18) and system accessories (63-78). Bee-bag system according to one of the preceding claims, characterized in that the multifunctional drawer (3) consists of a glued and screwed, white lacquered and covered with stainless steel mesh frame construction (33) of three-layer plate with two long (34), two short frame timbers (35) and a central web (36), has two frame openings (37) and a front panel (40) with stainless steel handle (41) and which is screwed with a roller drawer slide / tray extract (39) on the system support (2) inside down and spaced by a Honeycomb frame / honeycomb carrier frame (18) forms a cavity (42). Bee - vein system according to one of the preceding claims, characterized in that the underframe system (4) is predominantly made of stainless steel or powder-coated steel, which consists of a locking step or infinitely height-adjustable and lockable folding bracket (43) made of a elastomer (45) coated support member (44) and four legs as tube in tube system (47) at the bottom of 3-D foot ends (48) with adjustable 3-D base plates (48e) made of laminate with five holes, screwed with an elastomeric thread element (48d ), by means of countersunk screws (48f) and tube plug (48b) incl. Screw (48c) attached to the lower four adjustment legs and are elastically mounted and anchored with eight to sixteen Schraubhäringen (50) at the bottom bottom and top with carriage bolts and half round head screws (46 ) is bolted to the system carrier / footboards (13). Bee-vein system according to one of the preceding claims, characterized in that the ventilation system by the variable supply air supply (53) by the two covered with air-permeable stainless steel mesh (38) frame openings (51) of the multifunctional extract (3) with resting and different sized system accessories components (63 -78), a slot (52) between the front panel (40) and the system support (2) and the ventilation through the circulating 2.5mm deflection exhaust slots (56) between the multifunctional cover (1) and system support (2) ensured by means of chimney effect (54) is. Beehive system according to one of the preceding claims, characterized in that the overall construction of a building physics optimization system with coordinated individual components such as, water drainage by oblique components (58) and nano coating, temperature control, moisture control, wood preservation, coloring, choice of material, drainage holes (59), multifunctional dividing wall (57 ) with straw plate as a filter system and variable heat protection, smooth surfaces and a high underframe system (4). Bee-bag system according to one of the preceding claims, characterized in that the parasitic control system of the Großraumbeute system components for the chemical parasite control such as multifunction frame with dropper bottle and honeycomb frame (60b) and acid-resistant mite diaper with sponge cloth (60) and thermal parasite fighting honeycomb frame with heating wires (61) and their control devices and measuring technology (62) record and a high undercarriage - System (4) has. Bee-vein system according to one of the preceding claims, characterized in that the system accessories components as a modular system complement the Beehive system, from one or more multi-functional partitions (57) from a wooden frame (63) with elastomeric seals (65) are glued and from a 25mm thick with the frame glued straw plate as a core (64) are made and displaced that 7cm wide multifunction frame (66) consist of a wooden frame in Zandermaß with two smooth, removable plastic foam plates (67) for receiving measurement and control devices and dribbling / dropper bottle (60b) that the Queens barrier grid / round grid (68) and the bee escape (69) from a wooden frame (63) with elastomer seals (65) and plastic plates (67), arranged vertically and freely in the system carrier (2) can be arranged and moved that different sized, overlapping aluminum perforated plates as upper perforated plate cover (70) rest on the honeycomb carrier frame (18) and that up to two Werkzeugabstelltablare (71) made of folded, welded and provided with holes stainless steel plate (59) laterally on the underframe - system (4) by means of retaining clip (71b) and by means of locking screw ( 71c) and that high (73) and flat (72) feed trays, diapers made of stainless steel (75) or plastic (74) and sponge cloths (76), as well as an inclined mirror (77) placed on the multifunctional drawer (3) and can be moved and that control devices and measurement technology (78) in the system carrier find their place next to the honeycomb frame (18). Bee-bag system according to one of the preceding claims, characterized in that the comfort and Ergonomiebausteine such as the undercarriage - system height adjustable (79) and by the four differently adjustable legs with 3-D movable base plates (80) and at least two to a maximum of four Schraubhäringen (81) that the multifunctional lid (1) tiltable or hinged and gas pressure damped connected to the system carrier (82) that laterally left and right on the projection of the support element of the undercarriage - Attach and fix (83) the tool tray (71) for flat feeders (72), mirrors (77), diapers (74-76) (84), without the multifunction lid (1) to open that the multi-function drawer (3) can not be removed with closed multi-function lid (1), that between n lower edge honeycomb frame (18) and multi-function drawer (3) a cavity of 4cm height (42) is that on the multi-function drawer (40) is a stainless steel handle (41), that the multifunctional cover (1) is diagonal and nano-coated, that the CBB System is lockable and that it has special screws and locks such as lock (86), wedge (86b), or rubber stopper with retaining straps (86c) that it is equipped with two box handles (85) and encircling grips (85b) that it is slidable , stowable, storable and lockable modular system and accessory elements (63-78,87) and their attachments / supports such as bracket angle (88).

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