CN105007721A

CN105007721A - Fish food dispenser

Info

Publication number: CN105007721A
Application number: CN201480000880.0A
Authority: CN
Inventors: 刘彩玲; 段自安
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-12-27
Filing date: 2014-05-29
Publication date: 2015-10-28
Also published as: WO2015099827A1

Abstract

The invention relates to an illuminating system for illuminating a vivarium from the side panel of a vivarium using light emitting diodes, a containment ring for dispensing fish food within an aquarium, a perforated container with a lid for dispensing food within a vivarium, a brush for cleaning a vivarium, a method for soaking food in a sinking tray, and a method of dispensing bait from a perforated container.

Description

Fish meal dispensing device

Technical field

The present invention relates to rearing-box, similarly is the field of fish jar, ecological tank and relevant apparatus.

Background technology

Rearing-box, similarly is fish jar and ecological tank, is arranged at family, commercial location, agricultural widely, and in industrial plants, provides educational and recreational experience and as food source.Fish jar be configured to can supply organism in water (similarly be fish, reptile, amphibian, mammal etc.) cache that can survive and multiply, in order to promote the interests of family, business and community.Use one of them benefit of the accommodating organism in water of fish jar, allow people have an opportunity down watch organism in water next from ocean, lake and river and carry out interaction with it in the distance preset exactly.

In water, the main purpose building and safeguard in cache is, with the form of fish meal, when suitable amount and composition, provides enough nutrition to described organism in water, thus described organism in water can survival, procreation and prosperity.Another object is then, allows fish jar often be in clean a, free from extraneous odour and state attractive in appearance.

Usually, feeding and safeguard the target of environment of organism in water, by safeguarding that clean fish jar environment is reached.If be negligent of looking after, fish jar will become crowded, dirty, and coated layer by layer by useless film clothing.

Another problem about fish feeding is, some fish meal, such as feed ball, and usual quality is comparatively hard and may injure fish mouth inside.Some fish swallow fish meal and may damage when first not chewing, when especially swallowing hard food.

Thus need to develop a set of system and the technology that encourage and strengthen that rearing-box caregiver feeds organism in water with suitable and correct way.Also need one facilitate easy-to-use and can realize cleaning rearing-box cleaning systems thoroughly.

Summary of the invention

For differentiating the above and other benefit of the present invention and feature further, the present invention is below provided to describe more specifically, and with reference to the specific embodiment of the present invention disclosed in accompanying drawing.It is appreciated that these graphically depict and only disclose the embodiment of the present invention, thus can not be regarded as the restriction to interest field.The present invention will by appended illustrated utilization, and just more feature and details are described and explain, described diagram comprises:

Accompanying drawing explanation

Fig. 1 shows fish meal of the present invention dispensing assembly 10, and assembly 10 illustrates with explosive view.

Figure 1A shows that fish meal dispensing assembly 10 is magnetic connection status, is the stereogram without the additional cage 52 in Fig. 1.

Fig. 2 shows the front view of the assembly 10 of Figure 1A.

Fig. 3 shows the rearview of the assembly 10 of Figure 1A.

Fig. 4 shows the end view of the assembly 10 of Figure 1A, and Fig. 5 is its relative end view.

Fig. 6 shows the vertical view of the assembly 10 of Figure 1A.

Fig. 7 shows the upward view of the assembly 10 of Figure 1A.

Fig. 8 shows that fish meal dispensing assembly 10 is installed in the use on a fish jar, is magnetically interconnected by one group of plate of fish jar with the position holding assembly and perforation.Dispensing assembly 10 discloses with the position vertical relative to fish jar.

Fig. 9 shows another kind of fish meal dispensing assembly, and it has a columned fish meal assembling post and is installed in bottom it and organizes on plate.

The fish meal dispensing assembly of installing on the group plate being connected to a fish jar by magnetic of Figure 10 exploded view 9.10A is shown in Figure 10 with the position tilted relative to fish jar for dispensing assembly.

Figure 11 A and 11B shows two kinds of cutaway views comprising the perforated vessel of expanded material, and described expanded material makes described container float in fish jar when departing from from magnetic on holding assembly.

Figure 12 shows another example of lid 38a, and it is movably connected on the group plate of perforated vessel of the present invention.

Figure 13 shows another embodiment of fish meal of the present invention dispensing assembly 110, and assembly 110 illustrates with explosive view.

Figure 13 A shows another embodiment that fish meal of the present invention dispensing assembly 110a is extra, and assembly 110a illustrates with explosive view.

Figure 14 shows that fish meal dispensing assembly 110 is in another stereogram.

Figure 15 display is used in the constitutional diagram of the fish meal dispensing assembly 110 of fish jar, and wherein fish meal is placed in the perforated vessel depositing in ring of described assembly, makes fish meal by the soaked with liquid in described container.

Figure 15 A shows and holds assembly 112 to reduce container 114 by moving down, thus container 114 with deposit ring 116 (its magnetic is connected to and holds assembly 112) and jointly move down, thus container 114 extends under water level.Float property fish meal flow container 114 immediately.

Figure 16 show Figure 13,14 and 15 fish meal dispensing assembly 110, wherein said perforated vessel by so that press-in water in, and wherein flowed to the top of fish jar inner fluid from described perforated vessel by the fluid in fish jar by the floatability fish meal that soaks.

Figure 17 shows described fish meal dispensing assembly 110, the fish meal that wherein sinking to property fish meal is placed on assembly to deposit in the perforated vessel in ring and wherein lid be installed in described in deposit on ring.Ring is deposited and lid can be overturn easily described in arrow display, such as, overturning up and down as shown in Figure 18.

What be reversed described in Figure 18 shows deposits ring 116 and lid 118, and wherein sinking to property fish meal flows out from the perforated vessel be reversed Figure 17, and deposits on lid 118 edible for fish.

Figure 19 shows that fish meal dispensing assembly 110 is installed up to fish jar 130.

Figure 20 shows that another kind of the present invention holds assembly 112b, and holding assembly is installed up to a fish jar by the hook of wherein said holding assembly, to illuminate fish and the object of described fish jar and inside thereof by this.

Figure 21 A shows that brush board and holding assembly magnetic are connected on the exterior wall of rearing-box.

Figure 21 B display lighting system.

Figure 21 C component exhibiting, it comprises illuminator and holds assembly.

Figure 21 D shows remote controller.

Figure 22 A shows that brush board and holding assembly magnetic are connected on the exterior wall of rearing-box.

Figure 22 B display lighting system.

Figure 22 C component exhibiting, it comprises an illuminator and and holds assembly.

Figure 23 A shows that brush board and holding assembly magnetic are connected on the exterior wall of rearing-box, and a fixture and a scraper magnetic are connected to described brush board.

Figure 23 B shows holding assembly.

Figure 24 A and 24B shows different methods illuminator being connected to rearing-box exterior wall.

Figure 25 shows that fish meal deposits ring assemblies.

Figure 26 shows perforated vessel component system.

Figure 27 shows that fish meal deposits ring assemblies.

Figure 28 shows the assembly with fixture and illuminator.

Figure 29 A, 29B and 29C show that fish meal deposits ring assemblies and using method thereof.

Figure 30 A and 30B shows the hook in attaching parts.

Figure 31 A and 31B shows attaching parts.

Figure 32 A and 32B presentation notebook and the attaching parts connected on it.

Figure 33 A and 33B shows perforated vessel and lid.

Figure 34 A and 34B shows the method using perforated vessel.

Figure 35 A and 35B shows the method using perforated vessel.

Figure 36 show include illuminator and fish meal deposit ring assemblies.

Figure 37 A and 37B shows the assembly including illuminator, perforated vessel, holding assembly and brush board.

Figure 38 shows that fish meal deposits ring assemblies.

Figure 39 shows perforated vessel assembly.

Figure 40 shows that fish meal deposits ring assemblies.

Figure 41 shows the side cross-sectional view of magnet assemblies.

Figure 42 shows that fish meal deposits ring assemblies.

Figure 43 shows that the fish meal with lid deposits ring.

Figure 44 shows the perforated vessel with lid.

Figure 45 shows the assembly including the brush board of attaching parts, hanger, illuminator and tool scraper.

Figure 46 shows the assembly comprising attaching parts, hanger and illuminator.

Figure 47 shows brush board.

Figure 48 shows brush board.

Figure 49 shows brush board.

Figure 50 a shows brush board and Figure 50 b display lighting system.

Figure 51 shows brush board and illuminator.

Figure 52 display lighting system.

Embodiment

Fig. 1 shows fish meal of the present invention dispensing assembly 10.Assembly 10 comprises and holds assembly 12 and perforated vessel 14, and it optionally, is magnetically interconnected when being positioned at fish jar group plate opposite side, to clear up and/or to enter liquid environment (such as water) from perforated vessel 14 fish meal of providing and delivering.Utilize magnetic to connect, the position of container 14 optionally can be moved when mobile holding assembly 12.Liquid in described fish jar makes the fish meal in described perforated vessel 14 moist and fish meal is flowed out by the perforation of described perforated vessel 14.

Hold assembly 12 and comprise a group plate 16 substantially in plane, there is a handle 18 meeting ergonomics and be connected (extending to form) with it with for capturing holding assembly 12 such as one-body moldedly, and assembly 12 will be held place adjacent to fish jar group plate.

In one embodiment, have and be installed in polish fish jar group plate on group plate 16 in order to softening cleaning material 20 (such as felt, cloth, fabric or other non-scratch materials) that is clean and that polish fish jar group plate, described fish jar group plate can by transparent or trnaslucent materials (such as glass, plastics or other be suitable for receiving fluids and the material of perspective viewing organism in water) form.Group plate 16 has light source 22, and such as, light emitting diode is installed in its peripheral edge surface, to attract fish near the assembly 10 at fish meal place and/or to illuminate fish jar.Dial formula switch 26 (Fig. 3) can start and be arranged on light source 22 in handle 18 and/or rear light source 28 (Fig. 3), it illuminates the space of such as fish jar outside.One or more battery for light source 22,28, such as, can be arranged in handle 18, and is formed with switch 26 and light source 22,28 and be electrically connected.Except dialling formula switch 26, the described switch in order to start light source 22,28 can be circular rotary switch, one or more press button or many different switches.Optionally use a remote controller deactivation light source 22,28.Thus assembly 10 comprises and is one or morely holding the light source 22 on assembly, with illuminate the inner side of described fish jar and/or described fish jar backward away from part.

The group plate 16 holding assembly 12 is greater than the group plate 26 of described perforated vessel 14 dimensionally.One or more light source 22 is positioned on the outer of group plate 16, thus makes light be in use shining in described fish jar by described perforated vessel 14.

The fellow of one or more light source as light source 28 and/or light source 28 can be positioned on handle 18, to illuminate the outside of described fish jar.Light source 28 can be, such as, and light emitting diode.

Get back to Fig. 1, perforated vessel 14 comprises a group plate 26 substantially in plane, and described group of plate 26 is installed on the opposite side relative to the fish jar group plate holding assembly 12 place place.Group plate 26 is equiped with brush 28, described brush 28 is made up of mane, cloth or other materials being applicable to the inner surface scrubbing fish jar group plate, to complete cleaning action when holding assembly 12 magnetic connects and drives perforated vessel 14 to move relative to fish jar by brush 28.

On the opposite side of group plate 26, there is a bending perforation group plate 30, described perforation group plate 30 is provided with open-work 50, and a side of group plate 26 is located in the side 32 of described perforation group plate 30, the opposite side 34 of described perforation group plate 30 is located at another side of group plate 26, to form a space between perforation group plate 30 and group plate 26, thus form the cage for accommodation fish meal as shown in the figure.Perforation group plate 30 comprises imperforate top immersion baffle plate 35 and imperforate below immersion baffle plate 42, and bores a hole 50 between top baffle plate 35 and below baffle plate 42.One shell fragment parts 36 are installed in the center edge place on immersion baffle plate 35 top.Adjacent to group plate 30 top, a lid 38 is had to be movably connected to group plate 26.

One fastener 40 is installed on lid 38, use when lid 36 optionally in rotary moving enter closed position and fastener 40 abuts against to shell fragment 36 time, optionally lid 38 is locked on closed position, by this, the fish meal in perforated vessel 14 except the fish meal except being flowed out by perforation 50 is preserved.Immersion baffle plate 35,42 is used for being retained in the floatability in container 14 or sinking fish meal, until fish meal is enough soaked and disintegrates and drifted out by opening 50.Below perforation group plate 30, be equiped with bottom group plate 44.

As shown further in Fig. 1, perforated vessel 14 comprises the open-work 50 be formed on perforation group plate 30, and fish meal therefore can be allowed externally to spread from the inside in liquid environment.Want to use user and relatively go up less opening to retain and under optionally discharging the situation of the specific example of less or less fish meal, additional cage 52 can be placed in perforated vessel 14, and this metal cage 52 has less opening 54 on cage body 56.The lid 58 that cage body 56 also has a pivot joint is to be retained in too large in additional cage 52 and cannot by the fish meal of opening 54.Lid 58 can mat, such as, and rope or other locking parts or lid 38 gland and lock and be against cage body 56.

In one embodiment, hold the group plate 16,26 of assembly 12 and container 14, respectively, comprise corresponding magnet, relative with relative magnetic pole relation, thus when hold assembly 12 and perforated vessel 14 each other enough near time, it can magnetically be bonded with each other with the alignment of expecting, such as, shown in Figure 1A.

When holding assembly 12 is placed in fish jar group plate (such as, glass or plastic, transparent group plate) side, and perforated vessel 14 be placed on adjacent to hold assembly 12 group plate opposite side on time, magnetic can be produced connect and holdings assembly 12 and container 14 are magnetically interconnected, and be connected to group plate order holding assembly 12 adjacent one another are in side container 14 at opposite side.Then, hold assembly 12 by mobile, container 14 is displaced into equidirectional with holding assembly 12.Thus, container 14 to be positioned within fish jar and hold assembly 12 be positioned over outside described fish jar adjacent to container 14 time, as shown in Figure 8, the brushing surface 28 of container 14 is close proximity to the inner side of fish jar group plate, and hold assembly 12 polish the outside that surface 20 is close proximity to group plate, thus the outside of described fish jar group plate is polished in the inner side of outwash and clean group plate by the magnetic start that is connected to the holding assembly 12 of described container 14.No matter hold assembly 12 and move on to where, described container 14 all can along with movement, thus carry out scrubbing, cleaning and polish easily.

As shown in Figure 1A, fish meal ball 70 can be placed in perforated vessel.After fish meal ball 70 puts into container 14, the lid 38 of assembly 10 can be closed and assembly 10 can be moved into the desired location in fish jar.By the desired location be positioned by assembly 10 relative to fish jar, thus fish meal ball 70 is positioned in described fish jar selectively, thus desired location in fish jar is fed.

Such as, if want to feed in the lower left corner, assembly 10 can be moved to that position and need not the hand comes in contact of user to liquid, thus fish meal ball 70 is passable, such as, be moved to especially there be supplied to that below looks for food fish.Or, if want to place the described container position fish of looking for food to provide top up, can move and hold assembly 12, to that position, the assembly 10 comprising feed ball 70 is moved to relative position by mat.

As shown in Figure 8, such as, assembly 10 is installed on the upright position of close fish jar top adjacent to water level 72.The position 74 of disintegrating of feed ball 70 is showed in Fig. 8, is released in fish jar on a predetermined position.If want to feed fish on lower position, such as, be supplied to the fish looked for food in below, assembly 10 can be moved to described lower position, such as, by the mobile holding assembly 12 being magnetically engaged to perforated vessel 14.This is moving assembly 10 to desired location and correspondingly clean described fish jar in this start process simultaneously.

In another embodiment further, the operation of cleaning and feeding can separately be carried out.Such as, in one embodiment, assembly 10 is installed on described fish jar, and container 14 is inner and do not place fish meal in container 14 at fish jar, and after this, assembly 10 is moved by relative to fish jar, clears up fish jar by this.Next, assembly 10 removes from fish jar, or moves adjacent to water level as shown in Figure 8, and fish meal can be placed into after this.Then assembly 10 can be fed fish or is moved to the precalculated position that some feeds fish.

Fish meal is placed by perforated vessel 14, and disengaged by the perforation 50 of container 14, described fish meal can shed gradually, prevents from fish from gulping down stinging fish meal or the fish meal ball of bulk, and it may have sharp corner and may can be too large for fish mouth or fish stomach.The fish meal shed from container 14 there is no fear of being greater than perforation 50.By this, fish meal is made to scatter with the open-work 50 by some size by the dissolving power of aqueous water, the size of described fish meal can be controlled, thus scatters and become enough little block, more to adapt to the custom and less to the injury of fish mouth and gastronintestinal system of eating of fish.

Now please refer to another embodiment further of Fig. 9, one assembling post 90A can be installed on the bottom group plate 44A of container 14A, it can the same as or similar to container 14, such as, in order to provide a chance to go mobile perforation or the fish meal ball 92A of circle body shape or other objects enter as in Figure 10 reflect as described in desired location in fish jar.In this fashion, stacking fish meal 92a submits in selected location and pays.In addition, except other benefits, use cylinder 90A that user can be allowed fish meal, the feed ball 92A such as bored a hole, put into fill water fish jar and user without the need to hand of getting wet.Cylinder 90A can fix any object with through hole, similarly is sea grass clip, and such as, it can be installed on cylinder 90A by mat easily and be displaced within described fish jar.Lid 94a can retain feed ball 92a on cylinder and optionally, such as, by threadably or pressing be connected to cylinder.

Deliver fish meal by mobile containers 10 or 10A to desired location and according to expection, can relative to random placement, particularly fish meal is put into more desired location.After feed ball 92A is loaded onto cylinder 90A, container 14A more easily moves in water, and user is without the need to hand of getting wet.

A kind of exemplary hello fish method by using assembly 10 and/or assembly 10A to come, such as, first place fish meal, fish meal ball 70 (please see Figure 1A) such as in container 14, and close lid 38, thus feed ball 70 by below immersion group plate 42 (for the situation of sinking fish meal, it sinks to the bottom of container 14) or top immersion group plate 35 (for the situation of floating fish meal, such as, freezing fish meal, it floats over the top of container 14) and part is blocked, can not scatter in water, then container 14 is installed in the upright position in fish jar in water, thus container 14 is magnetically interconnected with holding assembly 12, and one of fish jar group of plate position betwixt, as shown in Figure 8.When the upright position of Fig. 8, the water in described fish jar is by other positions of softening fish meal ball 70 or block or fish meal and make it start to decompose, but the near less fish meal that perhaps prevents of group plate 42 or 35 is from container 14 infiltration water.

Then, by moving holding assembly from the upright position of Fig. 8, such as, clockwise direction (such as, from upright position about 235 degree) rotate hold assembly 12, container 14 (or 14A) is positioned at the position of inclination, thus the superincumbent floatability fish meal in position drifts out from perforation 50, and position sinking to property fish meal below similarly drifts out from perforation 50.This position tilted is showed among Figure 10 relative to assembly 14A, and its position is turn clockwise about 235 degree from upright position originally.

So close to 235 degree or 225 degree of one of them benefits rotated, be such as, originally can be placed into the bottom of described perforated vessel 14 adjacent to the floatability fish meal of upper group of plate 35 and float the upper water surface by hole 50, and position can be placed in the top of described perforated vessel 14 and be sunk by hole 50 bottom described perforated vessel 14 and adjacent to the sinking to property fish meal of lower group of plate 42 originally.But assembly 10 makes momentum from the upright position of Fig. 8 toward any rotation of obliquity, make manyly to be released fish meal by perforation 50 and can be scattered fully to supply fish and eat.

Reference Fig. 9 and 10, before rotation holds assembly 12A, container 14A, the feed in container 14A is protected by top group plate 35A and/or bottom group plate 42A and can be soaked in the water in fish jar, softens fish meal by this and prepares and scatter by perforation 50A.By the position tilted described in rotary container 14A to Figure 10, blocked by group plate 35A or 42A and avoid the fish meal that scatters, will start mobile, such as, being sunk by hole 50A as shown in Figure 10 or floating.Thus, after arriving the obliquity in Figure 10, to have disintegrated and moist and with the fish meal edible for the fragile mouth of fish that better mode is ready for, will drift out to eat for fish more easily from hole 50A, and not have the hard fish meal do not made moist before consumption.

The size of hole 50A also can avoid fish to eat the fish meal being greater than hole 50A size, and unlikely permission fish arbitrarily edible too large the and fish meal that may injure fish mouth pass through.Thus, after softening, the obliquity of fish meal by being placed in water and subsequently in rotary container 14a to Figure 10, the liquid by being discharged by open-work 50a flows out by the softening fish meal originally adjacent to baffle plate 35 and/or baffle plate 42, eats safely for fish.

Assembly 10,10A selectively, level vertical relative to fish jar and/or move rotatably.Alternatively, dispensing assembly 10 and/or 10A also can be transferred to its side, and fish like this can be taken food from assembly in the horizontal direction expediently.

The group plate 26 that Figure 11 A shows container 14 comprises therein, one or more magnet.Particularly, magnet 100,102 is in the shell 104 of group plate 26.And, group plate 26 shell 104 inside have enough buoyant expanded materials 106, thus container 14 be buoyant and floatability in water.Expanded material 106 can be a buoyant closed pore extrusion molding polystyrene polyfoam (closedcellextrudedpolystyrenefoam), such as, similarly is free from worries dragon (STYROFOAM).The shell 104 of group plate 26 also can be air hermetic, and increasing the buoyancy effect of container 14 and to make it floating, but at this end in embodiment, expanded material 106 has enough buoyancy, can be floating at the situation of shell 104 non-hermetically sealed container 14 of ordering.This carries out floating under allowing the situation of perforation.

Floatability when this levitation effect allows container 14 to depart from from magnetic holding assembly 12 and be convenient to user and obtain, user is without the need to hand of getting wet.Thus, when departing from magnetic and connecting, similarly be do not note container 14 to fall into fish jar, container 14 can float up, allows user take out from water easily and hand need not be put into the bottom of water-filled fish jar.

Wherein at least one has the magnet that can make described holding assembly and the mutual magnetic of described perforated vessel for described holding assembly and described perforated vessel.In one embodiment, all there is one or more magnet to reach predetermined attraction to each other and annexation in described holding assembly and described perforated vessel.

In one embodiment, magnet 100,102 is relative with different magnetic poles on the same side, thus magnet 100 such as has the positive pole relative to expanded material 106, and magnet 102 such as has the negative pole relative to expanded material 106.By holding the orientation and separated position relationship that on assembly 12 the same side, magnet poles is contrary, holding assembly 12 can be aimed at container 14 and be interconnected with predetermined relationship by user expediently, such as shown in Figure 1A, store more easily to provide, transport and the utilization such as sale.

Magnet 100,102 can be embedded within described expanded material 106.Alternatively, Figure 11 B shows an expanded material 106B, and it makes container 10B floating, can among the expanded material group plate of position in shell 104B.

Thus, the benefit of assembly 10 comprises following: assembly 10 can be used as practical feeding utensil, and under calculated, orientable mode, and the situation of user's hand of need not getting wet gets off to feed fish.Assembly 10 provides illumination to the inside of fish jar and/or a space simultaneously.Assembly 10 can clear up simultaneously described fish jar inside with outside.Assembly 10 also provides one for loading the feed ball of fish meal or the loading part of other objects, and provides the possibility positioned in the fish jar being full of liquid feed ball or object, and in the process of location, user need not get wet hand.Assembly 10 as one before feeding fish in order to soak the immersion utensil of fish meal, thus make fish meal soften to protect the careful inner surface of fish mouth and intestines and stomach not to be damaged by sharp, the hard corner of the fish meal that do not make moist.

Vertical start container 14 under the fish meal that fish do not eat can connect by magnetic, and removed in described fish jar easily, user hand need not be put into water.Fish meal that is floating and/or sinking to property can be installed in container 14, until fish meal is decomposed and is flowed out by perforation 50 or be removed for storage and feeding next time.This feeding can be prevented too many and can preserve those by fish meals of perforation to use as feeding next time.

Fish meal in container 14 can expand in the liquid of container, and disintegrates before fish are edible, prevents fish meal from expanding in fish stomach afterwards and injuring fish stomach by this.After fish meal makes moist and be softening, fish can be allowed more easily to digest, and because the edible fish meal of fish is moist and expand, fish can be helped prevent too much edible.Eat fish that is moist, that expand to eat, fish can have been reduced and eat too much tendency.Fish meal selectively is placed on any height along container (such as a fish jar).Floatability fish meal can be prevented from exceeding cage top and can be maintained at cage central authorities or lower position as expected.Finally, the size that the size of fish meal is bored a hole by cage limit, and the size of cage perforation can determine according to user.

Assembly 10 of the present invention and similar assembly can do with various water container and be connected.Thus, assembly 10 can be used among individual, family, agricultural, retail business, commercial location, commercial Application or multiple facility.Fish jar described herein and advocated, can be the container of various carrying liquid (such as water).

In addition, another feature of the present invention is, the holding assembly 53a (as shown in phantom in fig. 1) of one long and narrow extension, similarly be that the threaded broom of most advanced and sophisticated tool holds assembly, selectively be connected to and hold assembly 12, thus assembly 10 away from user time (similarly be when a fish jar on high shelf or be positioned at make user do not use extend hold assembly 53a under cannot touch hold assembly 12 apart from user remotely) mobilely hold assembly 12.In one embodiment, extend and hold assembly 53a optionally, be spirally connected or pressing or use viscose to be connected to holding assembly 12.

Figure 13 shows another kind of fish meal dispensing assembly 110 of the present invention, comprise holding assembly 112 and a perforated vessel 114, it optionally, is magnetically interconnected when being positioned at fish jar group plate opposite side, to clear up and/or to enter liquid environment (such as water) from perforated vessel 114 fish meal of providing and delivering.Utilize magnetic to connect, the position of container 114 optionally can be moved when mobile holding assembly 112.Liquid in described fish jar makes the fish meal in described perforated vessel 114 moist and fish meal is flowed out by the perforation of described perforated vessel 114.Under the start holding assembly 112, dispensing assembly 110 moves on the select location in fish jar.

Holding assembly 112 can be entirely identical to or similar in appearance to previously described holding assembly, similarly be the holding assembly 12 of Fig. 1-8, such as, and the holding assembly 12a of Fig. 9 and other holding assemblies described herein.Thus, hold in assembly 112 and can have one or more magnet, such as, and have an illumination array (or one or more illumination array) further, comprising light emitting diode, such as, similarly is holding assembly 12 discussed above.Thus the LED holding assembly 112 can illuminate fish in fish jar or object with multiple color.In one embodiment, the one or more light emitting diodes holding assembly 112 irradiate the light of different colours, illuminate described fish jar by this with different colours.Hold assembly 112 and can have one or more illumination array, comprise a series of LED being surrounded on group plate peripheral edge surface as shown in Figure 14, and/or other arrays many, by this to illuminate the inside of described container.

Dispensing assembly 110 comprise further: (i) one fish meal deposit ring 116, magnetic is connected to perforated vessel 114, and container 114 is positioned at deposits ring 116; (ii) lid 118, it can be installed in fish meal and deposit on ring 116, and (iii) brush board 120, its optionally magnetic be connected to hold assembly 112 fish jar group plate relative to hold assembly 112 opposite side on, and its also optionally magnetic be connected to fish meal and deposit ring 116, both all position in fish jar.These annexations are all shown in fig. 14.By the magnetic annexation of the parts of assembly 110, under the start holding assembly 112, dispensing assembly 110 moves on the select location in fish jar.

Perforated vessel 114 is cage parts, comprises perforated vessel body 115 and is installed in the magnet 117 on described vessel 115.Perforated vessel 114 can comprise cup or have the vessel of cylindric exterior wall and below plate body, and described exterior wall and/or plate body have perforation, thus fish meal can be positioned in container 14 and by soaked with liquid, and/or flows out described perforation via water or liquid.Perforated vessel 114, depositing in ring 116, is magnetically coupled to depositing ring 116, thus the fish meal shed from container 114 is left on and deposits in ring 116.Deposit ring 116 to move on position selected in fish jar by mobile holding assembly 112.

In the embodiment of Figure 13 and 15, the magnet 117 of most perforated vessel 114 at the upper part of vessel 115 (similarly is, part on vessel 115 intermediate point 135), with assist in ensuring that to be mounted with in inside fish meal deposit ring 116 floating on a position time, the entity part position of perforated vessel 114 is under water level.This kind of magnet 117 locate mode, impels the lower portion of vessel 115 at container 114 when depositing magnetic in ring 116 and being connected to and depositing ring 116, is positioned under water level.

Brush board 120 comprises (i) and organizes plate member 121, and comprising can by the material of attraction (such as, magnetic material); And (ii) brush 123 is installed in group plate member 121, uses the inside scrubbing fish jar group plate.Be connected to group plate 120 in holding assembly 112 magnetic and hold under assembly 112 moves relative to fish jar, brush 123, can be formed by mane, cloth or other bristle materials being suitable for clearing up fish jar group plate inner surface.Described brush board 120 comprises a kind of material that can be held assembly 112 and deposit the one or more attraction in ring 116, thus organize plate 120 selectively magnetic be connected to and deposit ring 116, optionally magnetic connects in the mode of fish jar group plate between holding assembly 112 and brush board 120 by this simultaneously, is labelled to by described fish jar group plate opposite side and holds assembly 112.

Depositing ring 116 in one embodiment can be floating, similarly is by being made up of hollow plastic hoop, or can be used for floating material by comprising other, similarly is, by including free from worries dragon (STYROFOAM) or another floating material.The floating basic upright position of depositing ring 116 and assisting brush board 120 to be diverted to close to the liquid top in fish jar 130.Dispensing of the present invention is deposited ring 116 and is preferably made up of floating material, similarly is, ring body includes hollow material or other floatable materials and ring body can be made floating in described fish jar 130.

Deposit ring 116 and include endless member, described endless member has large open-work and has the magnet 126 that a magnetic is connected to brush board 120 above it.In one embodiment, magnet 126, when another magnet 127 is engaged to the inside line of ring bodies 119, is directly engaged to the outside left of the ring bodies 119 depositing ring 116.In another embodiment, magnet 126 and 127 is interconnected integratedly and extends through ring bodies 119.Lid 118 can be made up of group plate, and its corner has an outer rim, thus group plate can be installed up to and deposits on ring 116 by described outer rim.

In one embodiment, the magnet 126 depositing ring 116 is diverted, thus rotates brush board 120 to the basic upright position close to liquid in fish jar 130 such as shown in Figure 15 and 19 depositing the polarity between ring 116 and brush board 120.On this basic upright position, brush board 120 can be made substantially parallel and align with holding assembly 112 expediently, thus brush board 120 expediently, optionally, magnetic is connected to holding assembly 112 adjacent to liquid top in fish jar 130.Hold assembly 112 and/or the magnetic pole of magnet deposited in ring 116 is fixed, thus hold assembly 112, brush board 120, and deposit ring 116, respectively group plate 120 with hold assembly 112 perpendicular and on the direction be substantially parallel to each other, mutually align expediently, as shown in Figure 13,14,15 and 19.

The setting of the internal magnet 117 of perforated vessel 114, also makes container 114 can in vertical state, as shown in Figure 13.Therefore, floating ring 116 of depositing makes brush board 120 substantially parallel and is connected with holding assembly 112 and container 114 magnetic expediently.

Upright position is gone in order to help to deposit ring 116, the internal magnet 126 depositing ring 116 is the ring bodies 119 combined with external magnet 127 (it can be and separates or be connected integratedly), thus internal magnet 126 and external magnet 127, when ring bodies 119 is watched with the cross sectional view shown in Figure 15, be positioned in substantially lower than the position of ring bodies 119 intermediate point.This contributes to rotating at the magnet 126,127 of ring bodies 119 intermediate point being located substantially on brush board under ring bodies 119 intermediate point 120 and perforated vessel 114 simultaneously, as shown in Figure 15, make by this physical location of perforated vessel 114 deposit ring 116 also vertical as shown in Figure 15 floating time, under being in water level.

As shown in Figure 13 and 15, the internal magnet 126 depositing ring 116 with external magnet 127 (it can be and separates or be connected integratedly) for being installed on ring bodies 119, thus the weight of most of weight of internal magnet 126 and external magnet 127, weight compared to position on ring bodies 119 intermediate point is that position (sees it at ring bodies 119 with the cross sectional view shown in Figure 15) under ring bodies 119 intermediate point.By most magnet 126,127 under the intermediate point of ring bodies 119, contribute to guaranteeing the physical location of perforated vessel 114 deposit ring 116 as shown in Figure 15 as vertical floating time, position is under water level.

Similarly, as as shown in Figure 13 and 15, the weight position of most or all of perforated vessel 114 magnet 117 on perforated vessel 114 intermediate point, with allow further the physical location of perforated vessel 114 deposit ring 116 as shown in Figure 15 as vertical floating time, position is under water level.

In one embodiment, not do not use brush board 120, but will deposit ring 116 and directly magnetically, be optionally connected to holding assembly 112.Thus, if when wanting outwash and clean described fish jar 130, brush board 120 can be used, if but want by deposit ring 116 simply magnetic be connected to and hold assembly 112, must not use brush board 120.In another extra embodiment, brush board 120 is connected to integratedly deposits ring 116, thus deposits on ring 116 and comprise a brush.

Perforated vessel 114, deposit ring 116 and brush board 120 is placed among the liquid in fish jar 130, as shown in Figure 15, and fish meal 132 to be placed in perforated vessel 114 and can be immersed among the liquid in fish jar 130.Floatability fish meal also will up drift out outside container 114, but still leave in and deposit in ring 116, prevent fish meal from shifting to the Zone Full of described fish jar 130 by this.Fish meal 132 is stayed in the setting regions of described fish jar 130, contribute to making the selected position only having described fish jar to be subject to unclean and ugly film clothing impact, and the mud making fish meal be formed is floated to the useless region of described fish jar 130.In other words, deposit the physical location that ring 116 is included in the fish meal 132 in fish jar default zone, can allow the free food fish feed 132 of fish simultaneously, keep the clean of other regions of described fish jar.

Magnetic connects brush board 120 to what deposit ring 116 and facilitates method, can be reached by phase magnet 127.First the magnet 127 depositing ring 116 be to be connected to by brush board 120 in brush board 120 mode down to deposit ring 116, thus deposit in fish meal " loaded " position that ring 116 swims in the group plate 120 be connected in fish jar, afterwards, hold assembly 112 can connect its magnetic easily.This is usually than first connecting brush board 120 to holding assembly 112, and then it is easier to connect the mode depositing ring 116 to brush board 120, because deposit ring 116 to swim in the fish meal stowage position organized on plate 120, and because deposit the increase on the crawl surface of ring 116, it when connecting the brush board 120 held on assembly 112 to fish jar 130 groups of plate opposite sides, can be grasped expediently.

After floatability fish meal in container 114 is soaked, as shown in figure 15, the fish meal after immersion is not sharper and can allow the feed that fish are more felt at ease for fish mouth.In order to make floatability fish meal fully shift out outside container 114, container 114 then can be moved into and be positioned at completely under water level, and as shown in Figure 15 A or Figure 16, it can allow the fish meal after soaking to drift out outside container 114.The reduction of container 114, is undertaken by following: (i) moves down and hold assembly 112, thus container 114 with deposit ring 116 all toward moving down, under therefore container 114 extends to water level, as shown in fig. 15; Or (ii) by mobile containers 114 relative to depositing ring 116 (such as, mobile containers 114 manually), as shown in Figure 16.

Figure 16 show Figure 13,14 and 15 fish meal dispensing assembly 110, wherein said perforated vessel is down moved in water further, and is wherein moved by the fluid flowed toward fish jar top from described perforated vessel in described fish jar by the floatability fish meal that soaks.According to the method for this dispensing fish meal, floatability fish meal first as shown in Figure 15 as be soaked in described perforated vessel 114 that (fish meal after immersion can become softer, thus the mouth of fish is more suitable for), then described perforated vessel 114 is moved into liquid further, thus floatability fish meal is present in the top of described perforated vessel, as disclosed in Figure 16.Alternatively, as shown in fig. 15, once assembly 110 is positioned at the position of Figure 15, after fish meal 132 is by immersion, whole assembly 110 can move down by mobile holding assembly 112, thus the complete position of perforated vessel 114 is under water level, the fish meal 132 after so soaking will drift out from container 114 top.

As disclosed in Figure 16, ring of depositing on a precalculated position in fish jar 130 comprises floatability fish meal 132, substantially prevent fish meal 132 from moving to the arbitrary region of described fish jar 130, and guarantee to deposit ring not region on, compared with can not dirty dirt or form the film clothing of fish meal.

Lid 118 alternatively, can be placed in be relevant to and uses that sinking fish meal 132a's deposit on ring 116, as Figure 17 and 18 relevantly to describe.

As disclosed in Figure 17, assembly 110 is installed on fish jar 130.Once sinking to property fish meal 132a is placed into soak in the liquid in fish jar 130 in container 114, lid 118 then can be placed in and deposit on ring 116.Deposit on ring once lid 118 is placed in, deposit ring 116 and the lid 118 matched, can be reversed along with perforated vessel 114 and group plate 120, such as, upper and lower overturning, as shown in Figure 18.The upset of depositing ring 116, lid 118, container 114 and group plate 120 can be by, such as, rotates and hold assembly 112 and reach close to 180 degree, as the rotation arrows in Figure 17 disclose.This makes sinking to property fish meal move on the lid 118 that now turns over from container 114, as shown in Figure 18.Ring 116 of depositing in a desired location in fish jar comprises sinking to property fish meal 132a substantially, prevents fish meal from polluting the unintended sites of fish jar, as shown further in Figure 18.

Thus, (it is floatability fish meal 132 to be included in fish meal on the precalculated position in fish jar 130, or sinking fish meal 132a) deposit ring, prevent fish meal from moving on to the arbitrary region of described fish jar 130, with guarantee to deposit ring not region on, comparatively can not become dirty or form fish meal film clothing.

As shown in Figure 17-18, lid 118 can be placed in be deposited on ring 116, thus the sinking to property fish meal be placed in perforated vessel 114 sinks to depositing bottom ring 116 of upset, to fall on lid 118 and to be left on the position that is fixing, that selected of depositing in ring 116.Thus, described in sinking to property fish meal be left on the precalculated position in fish jar 130, thus other regions of described fish jar are compared with can not be dirty or form the ugly needs cleaned fish meal film clothing of one deck.

Figure 19 shows that fish meal dispensing assembly 110 is installed up to fish jar 130.After assembly 110 is installed, described fish meal dispensing assembly 110 can move relative to fish jar 130 by the holding assembly 112 in mobile Figure 13, be positioned in fish jar for feeding on the select location of fish with assembly that fish meal is provided and delivered, thus fish meal is provided and delivered on selected location, on other positions substantially preventing fish meal from stretching in fish jar.

Figure 20 shows another extra embodiment, and fish meal dispensing assembly 110a comprises holding assembly 112b, and described holding assembly 112b has hook 136 and installs on it.In this embodiment, holding assembly 112b, when depositing ring 116 magnetic and being connected to holding assembly 112b, stays on fish jar 130 by hook 136.

Thus Figure 20 shows that another kind of the present invention holds assembly 112b, and holding assembly 112b is installed up to a fish jar, with the fish of throw light on by this described fish jar and inside thereof and object by the hook 136 wherein holding assembly 112b.Hook 136 is installed on the body 137 of holding assembly 112b, and is extended by it, as shown in figure 20.

Hook 136 can be installed on any holding assembly described herein, holds assembly 112b or the similar holding assembly with hook to form.Such as, hook 136 can be installed on the holding assembly 12 of Fig. 1, Figure 12 A, Fig. 9, and/or Figure 13 holds on assembly 112, similarly be, form and of the present invention there is lighting source, the brush version 120 that magnetic is connected to perforated vessel 114 (or 14,14A or 14B), and/or the holding assembly depositing ring 116 etc. feature of the present invention.Hook by similarly be the mode of handle 18 of the holding assembly 12 be engaged in group plate 16 or Fig. 1 be installed in the present invention holdings component body on or from its extension.Thus, in one embodiment, hook 136 is installed on the body of holding assembly 12 by the holding assembly 12 be engaged in group plate 16 or Fig. 1 and/or the handle 18 holding assembly 12.

The holding assembly 112b with hook 136 in Figure 20, can independent of brush board 120, deposit ring 116 and/or container 114 uses, as shown in Figure 20.But, alternatively, brush board 120, deposit ring 116 and/or container 114, can use together with the holding assembly 112b with hook 136.Such as, in one embodiment, holding assembly 112b first uses hook 136 to be installed up on fish jar 130, with the bright fish jar 130 of the illumination of one or more color, after this brush board 120, deposit ring 116, and container 114 is added on fish jar, after this fish meal as Figure 15-19 discuss be placed in container 114 for feed fish.

Fish jar 130 and the dispensing assembly 110 of Figure 13-18 are that in described water, assembly comprises: a fish jar 130 of (A) carrying liquid, has organism in water to survive among described liquid for organism in water creates the example of assembly in the water of the ecosystem; And (B) fish meal dispensing assembly 110, it is installed up to described fish jar, and described fish meal dispensing assembly comprises: (i) holds assembly 112, and it has light source, can illuminate described fish jar, attracts fish near described dispensing assembly by this; (ii) perforated vessel 114 alternatively, magnetic is connected to holding assembly, described perforated vessel 114 inside can hold fish meal, and fish meal of can providing and delivering out in a liquid environment, described perforated vessel 114 magnetic is connected to and holds assembly 112, thus fish meal dispensing assembly 110 can move relative to fish jar 130, is positioned in fish jar for feeding on the select location of fish with assembly of being provided and delivered by fish meal; (iii) fish meal is deposited ring 116 magnetic and is connected to perforated vessel 114 and holding assembly 112, thus the fish meal of providing and delivering in fish jar can be provided and delivered on an ad-hoc location, substantially prevents fish meal from stretching on other positions in fish jar; And (iv) one brush board 120 magnetic be connected to perforated vessel 114, described in deposit ring l16 and hold assembly 112, thus brush board is affixed on fish jar group plate moves when assembly of providing and delivering moves relative to fish jar, wherein fish meal dispensing assembly can be provided and delivered fish meal and clean fish jar group plate simultaneously.

To provide and deliver in the fish jar 130 being full of liquid the method for fish meal, comprising: the fish jar 130 that (A) provides to be full of liquid, (B) provide optionally, magnetically an interconnective perforated vessel 114 and hold assembly 112, (C) provide a fish meal to deposit ring 116 magnetic and be connected to described perforated vessel 114 and described holding assembly 112, (D) fish meal is put into described perforated vessel, (E) will deposit ring 116 is placed in fish jar, (F) described perforated vessel 114 is placed on described in deposit in ring 116, thus described in deposit 116, ring in described fish jar 130 and described perforated vessel 114 in described inner side of depositing ring 116, and thus described holding assembly position on the outside of described fish jar 130, thus described perforated vessel 114, deposit ring 116, and described holding assembly 112 is magnetically interconnected, and thus liquid in described fish jar 130 make the fish meal in described perforated vessel 114 moist and fish meal flowed out by the perforation of described perforated vessel 114, and thus the fish meal of providing and delivering in described fish jar is provided and delivered on an ad-hoc location, substantially prevent fish meal from stretching to other positions in fish jar.

In one embodiment, comprise the lid 118 covering and deposit ring further, method in order to fish meal of providing and delivering comprises further: allow the fish meal in described perforated vessel soak in a liquid and to rotate a described perforated vessel, thus fish meal moves on on described lid, as shown in Figure 17 and 18.

In one embodiment, comprise a brush board 120 further, its magnetic be connected to described holding assembly and/or described in deposit ring, the described method in order to fish meal of providing and delivering comprise further use brush board clear up described fish jar.The described method in order to fish meal of providing and delivering can comprise use dispensing assembly 110 further and illuminate described fish jar 130.

As shown in FIG. 13A, in another kind of embodiment, holding assembly 112A of the present invention comprises electronic console 114, to show the state in fish jar 130, similarly is temperature, hydrogen ionexponent, oxygen and nitrification amount.Display 114 and the mutual communication of sensor in fish jar, such as, such as sensor is engaged to brush board and/or deposits ring.Solar panels 146, are installed in and hold on assembly 112 shell and be engaged to holding the chargeable cell in assembly 112a, can power to light fixture and/or electronic console 144.As shown in Figure 13 a, extend and hold assembly 129, such as, part as discussed in Figure 1, can be connected to the more difficult holding assembly 112a (and/or holding assembly 112) reached with fish jar of reaching.

Magnetic connects or as described here and the similar term of advocating, comprise and corresponding magnet is diverted to corresponding magnetic pole relation, thus object under magnetic force each other, be able to enough near time magnetic connect, or it can comprise, one or more magnet magnetic being connected to by the parts of attraction, similarly to be metal parts.As in embodiment herein use, " attaching parts " refer to a magnet or can, by the parts of attraction, similarly be metal parts.

Component element in an embodiment describes, and also can being suitable on element same or similar in different embodiment, therefore repeating without the need to repeating when relating to this assembly at every turn.

In one embodiment, as shown in figure 21 a, fish jar assembly or ecological tank assembly include a brush board 120, and it is connected to by group plate 202 (similarly being the side group plate of fish jar or ecological tank) magnetic and holds assembly 200.Rearing-box generally has the lower group of plate that substantial horizontal extends, and substantially relative to lower group of plate vertically extending at least side group plate.For example, the rectangular cube of many rearing-boxes similarly is those shown in Figure 10 and 19.In this two figure, illustrate assembly position on the side group plate of rearing-box.

Described holding assembly 200 includes inner surface 204 and comprises a kind of material, is suitable for the outer surface cleaning or polish rearing-box.Described holding assembly has and inside contracts surface and 218 can allow to grip described holding assembly more easily.

Described holding assembly 200 is optionally connected to an illuminator 206, as shown in Figure 21 C, to form a light fixture.(front side 228 of illuminator 206 is shown in Figure 24 A, and rear side 230 can be seen in Figure 21 C.) this connects and can be magnetic and connect, or based on the combination of described holding assembly 200 size corresponding to illuminator 206 and shape, or some other joint methods.As shown in Figure 37 A and 37B, described holding assembly 200 adapts to the hole 208 of illuminator 206.Described hole 208 extends into the front side 228 of illuminator 206.Other are suitable for the illuminator similarly being 206 being connected to the side group plate of rearing-box (similarly being fish jar or ecological tank) or the conjugative component on other surfaces, as described below.Described conjugative component can comprise optionally conjugative component, optionally illuminator to be engaged to the side group plate of rearing-box.

Working as illuminator, similarly is 206, and behind the side group plate being engaged to rearing-box or other surfaces, can throw light on rearing-box or provide light to be convenient to people to watch organic-biological in rearing-box, or provide light to organic-biological itself.Similarly be 206 illuminator also can comprise a junction part 236 and insert in housing 245 or be connected to housing 245.The all systems discussed in present embodiment and assembly can be located on the side group plate of rearing-box.

As shown in Figure 24 A and 24B, described illuminator 206 has one or more LED 216, power supply 298, and in order to control the Control Component 210 of described one or more LED.Described lamp 215, Control Component 210, power supply 298, and any required electronic building brick that a little feature is relevant therewith, be all included in housing 245.When LED uses in such a system, also can use the light source of other types simultaneously.Power supply can comprise the battery being positioned at illuminator, solar-electricity force transducer solar energy being converted to the spendable electric power of described one or more LED, or from the electric power of external power source, similarly is the socket power line be connected on wall.As shown in Figure 24 B, power supply 298 is power line.As shown in Figure 24 B, described Control Component comprises one or more button 210 be positioned in illuminator, and it can be used to control LED, similarly is to open these LED and close, glimmer or change color.In addition, the Control Component that another kind can coordinate or alternative button 210 uses, can be remote controller 212, as shown in figure 21d.Remote controller 212 comprises one or more button 214.Described LED 216 is such as passable, glistens, glimmers, produces " movement " visual effect by list type switch, or select multiple color.Illuminator described in this embodiments all has one or more LED 216, power supply 298, and controls the Control Component 210 of the one or more LED in described housing 245.

In another embodiment, as Figure 22 A, 22B, and shown in 22C, in order to be engaged to a kind of illuminator 232 holding assembly 218.Described holding assembly 218 comprises a slotted eye 220, and his/her can point through slotted eye 220 when operating described holding assembly 218 by user.Described illuminator 232 has a hole 222 extends to illuminator 232 rear side 226 from the front side 224 of illuminator 232.This makes, and described holding assembly 218 is easier to be inserted from illuminator 232 and shifts out.Described holding assembly 218 can magnetic be connected to brush board 120 (as shown in FIG. 22 A), fish deposit ring 116, or a perforated vessel 114, or its combination.

As shown in figure 21b, in another embodiment, illuminator 234 magnetic is connected on other objects.Described illuminator 234 comprises a junction part 236 and is connected to housing 245.Described attaching parts 236 magnetic can be connected to any assembly being suitable for being located at inside rearing-box.

Each illuminator 206,234,232,206, and 326 for being positioned at the outside of rearing-box.Described illuminator can use as holding assembly, with mobile rearing-box group intralamellar part group plate magnetic to be connected to any object of illuminator.One illuminator can be the some of the light fixture being suitable for illuminating fish jar.Such as, the embodiment of light fixture comprises an illuminator and a brush board inside rearing-box.Another embodiment of light fixture comprises an illuminator, is connected to a brush board of the illuminator of position outside rearing-box, and one deposits ring.

The light fixture of another embodiment comprises an illuminator and a hanger.Illuminator can comprise the illuminator combined with assembly any described in present embodiment.

Except brush board 120, fish deposit ring 116 or perforated vessel 114, or outside its any combination, another is suitable for the assembly be located at inside rearing-box is fixture 238.Fixture 238, as shown in Figure 23 A, is that magnetic is connected to illuminator, brush board or any other assembly.Described fixture 238 can fix the lamellar body of sea grass 241.

Another is suitable for the assembly be located at inside rearing-box is scraper 240.Scraper 240 can be any material, similarly is metal or plastic material, no matter be hard or soft, and its functional similarity is in striking off or roll extrusion.Described scraper magnetic is connected to illuminator, brush board or any other assembly.User can use scraper to strike off or the inner surface 242 of roll extrusion rearing-box.This contributes to cleaning interior surface 242 and removes similarly is the materials such as algae.Hold assembly by mobile, similarly be the holding assembly 200 at rearing-box outer surface 244, scraper 240 can move along inner surface 242.

Figure 24 A and 24B discloses two kinds of modes that illuminator 206 is engaged to rearing-box.As shown in fig. 24 a, described illuminator 206 has a ring portion 246, and by described ring portion 246, described system can be draped.Described ring portion 246 is installed on the housing 245 of illuminator.Described ring portion 246 can be used for various ways and gets on illuminator is incorporated into rearing-box.Such as, can be a kind of hanger 248 that optionally can be connected to described ring portion 246.Described hanger 248 suspends described illuminator in midair from described group of plate, such as from organizing the edge of plate 252.Such as, as shown in fig. 24 a, described hanger 248 comprises the hook 250 being suitable for being placed on group plate 252 edge.

As shown in Figure 24 B, described illuminator 206, by optionally adsorbent equipment 254 being connected to ring portion and adsorbent equipment 254 being connected to rearing-box, is optionally engaged to rearing-box.Described adsorbent equipment 254 is connected to illuminator 206 by hanger 256.

Figure 25 shows a fish meal and deposits ring assemblies.Described fish meal deposit ring 116 can all or part be made up of buoyancy material, thus described in deposit ring 116 when being placed in water and be not connected to certain object by fish jar group plate magnetic, floatability is at the water surface.Described fish meal is deposited ring and is comprised a junction part 264.

Described fish meal deposits ring 116 can be connected to attaching parts 258 by fish jar group plate magnetic, and described attaching parts 258 are placed on the outer surface of fish jar group plate.Described attaching parts 258 have extended to form hook 260.Described fish meal deposit ring 116 described deposit the opposite side of 116, ring attaching parts 258 present position on described fish jar group plate time, magnetic can be connected to attaching parts 258, thus described in deposit ring 116 and can move relative to fish jar by mobile link parts 258, so that described ring 116 of depositing is positioned in fish jar for feeding on the selected location of fish, and thus fish meal of providing and delivering on selected location, substantially prevent fish meal from stretching to other positions in fish jar.Such as, if floatability fish meal close to or be in the water surface, can major part be retained in described in deposit in ring 116.When mutual magnetic connects, these attaching parts with deposit ring 116 and form a fish meal and to provide and deliver assembly.

As disclosed in Figure 27, one or more pattern or pattern can fix, embed or otherwise put into described in deposit ring 116.This can comprise, such as, and fluorescent color or ornament materials.

Figure 26 shows a perforated vessel assembly.Described perforated vessel 114 can be connected to by rearing-box group plate magnetic the attaching parts 258 being extended with hook 260.Described perforated vessel comprises attaching parts 262.Described perforated vessel 114 is suitable for being placed on inside rearing-box.

The system component that Figure 28 display is thrown light on illuminator 266, the attaching parts 258 being extended with hook 260, and fixture 238.Described fixture is connected to attaching parts 258 by rearing-box group plate magnetic, and on the hook 260 of ring portion 246 hook of illuminator 266 outside rearing-box.

Figure 29 A disclose be fixed with pierced lid 268 deposit ring 116.Ring 116 is deposited described in described pierced lid 268 is optionally connected to.As figure, described in described pierced lid 268 is engaged to, deposit the bottom 272 of ring 116.But, the top 270 of depositing ring 116 described in described pierced lid 268 can be fixed to and one of bottom 272 or both.If described lid 268 is, such as, deposit the top 270 of ring 116 described in being fixed to, this ring body can be rotated, thus top 270 is positioned on the position of bottom 272.Described perforation 278 can be supplied water enough greatly and be passed through, but also enough little of to stop that fish meal 274 passes through, or only has the fine grained chippings of fish meal to pass through perforation.

Figure 29 B and 29C discloses a kind of method in order to fish meal of providing and delivering in the fish jar of carrying liquid, its use be fixed with pierced lid 268 deposit ring 116.Described pierced lid 268 should be located at described in deposit ring 116 bottom 272 (or be located at top 270 and revolve cut described in deposit ring 116, thus pierced lid 268 can position on the position of described bottom 272).

Describedly be fixed with depositing ring 116 and can being placed into and filling in the fish jar of water of lid 268.Fish meal 274 can deposit ring 116 described depositing before ring 116 puts into fish jar or described in putting into afterwards.Described ring 116 of depositing can be placed on the water surface 276 or at the beginning close to the water surface 274, thus described in deposit on ring relative to being connected with another edge (the 270 or 272) position at edge (270 or 272) of pierced lid 268 on the water surface 276.On this position, there is no fish meal 274, or only have a unusual particulate can, by the fish meal of perforation 278 in described lid 268, fish 280 or other organisms in water can be allowed to have.Describedly be fixed with depositing ring 116 and can being considered to sinking disk body of lid 268.

Described ring 116 of depositing can be on this position, as the diagram of Figure 29 B, through one sufficiently long period or any other time section with softening or moistening fish meal.Describedly deposit ring 116 floatability on this position, or be connected to by magnetic described fish jar metope 202 outside attaching parts 258 and be fixed on this position.Attaching parts 258 shown in described Figure 29 B and 29C are extended with a hook 260, but should know, the attaching parts on outside described fish jar can comprise any amount of object, similarly are holding assembly 200 or 218 or an illuminator 234 or 206.

Described deposit ring 116 be in edge relative to the described lid 268 position the preceding paragraph time of position on the water surface 276 after, described in deposit ring 116 and be reduced to position as shown in Figure 29 C.In Figure 29 C, described in deposit ring 116 the edge relative to described lid 268 (270 or 272) drop to the water surface 276 times.Be connected to attaching parts 258 by from described ring 116 of depositing by described fish jar group plate 202 magnetic, described in deposit ring 116 and can be located, thus described in deposit the end (270 or 272) of ring 116 relative to described lid 268 for position is in underwater.

For sinking to property fish meal 274, as long as decline in enough progressive mode, fish meal can when it reduces major part be retained in described in deposit in ring 116.Depositing in ring 116 described in fish meal 274 is retained in, anyly can not easily to be moved by depositing ring 116 described in rising by the fish meal that eats, and remove from fish jar.For floatability fish meal 274, described in fish meal may drift out when it reduces, deposit ring 116.Fall in water by sinking disk body, make fish 280 can from food fish feed 274 above described lid 268, this also can be considered to a kind of mode of fish meal of providing and delivering from disk body.Can substantially prevent fish meal from stretching to other positions in fish jar from fish meal 274 of providing and delivering in disk body.

Figure 30 A and 30B discloses and is extended with the attaching parts 258 of hook 260, on its outer surface being positioned over rearing-box group plate or inner surface.Figure 31 A and 31B discloses a junction part 258.Attaching parts 258 can be connected in rearing-box metope or other planes (such as, similarly be illuminator 234, brush board 116, notebook 282, perforated vessel 114, deposit ring 116, fixture 238, scraper 240, hold assembly 18, another attaching parts 258, or one or more combinations of these assemblies).Sea grass lamellar body or other fish meals can between the attaching parts on the inner surface of rearing-box and rearing-box inner surface.

As in present embodiment use, attaching parts 258 can refer to the attaching parts of energy independent work, it similarly is the diagram of Figure 30 A and 30B, in addition, with reference to attaching parts 258 also can refer to embed or to be connected to described in present embodiment can the attaching parts of any assembly that connect of magnetic, similarly be illuminator 234, brush board 116, notebook 282, perforated vessel 114, deposit ring 116, fixture 238, scraper 240, hold assembly 18.

Figure 32 A and 32B discloses a kind of notebook 282, includes paper 284.The back side 287 of described notebook 282 is fixed with attaching parts 286.Described notebook 282is magnetic is connected to the attaching parts be positioned at inside rearing-box.By this, can allow user that notebook 282 is fixed to the outside of rearing-box, notebook 282 can be convenient to biological caregiver and use, for the biological caregiver's record of biological caregiver or a group and promptings, similarly be when and how prompting feeds biology or need how to feed.

Figure 33 A and 33B discloses the perforated vessel 114 that a selectivity is bonded to lid 288.Described perforated vessel 114 is cage parts, and it comprises perforated vessel body 115 and is installed in the attaching parts 117 on described vessel 115.Perforated vessel 114 comprises cup or has the vessel of plate body below a cylindric exterior wall and.As shown in the figure, lid 288 is positioned on the vessel 115 of described perforated vessel 114.Described lid 228 has door 290.As shown in Figure 33 A and 33B, be unlocked by door 290 relative to lid 288 slip or close.Described door 290 also can by pivot device or or other parts open and close.Described door 290 optionally covers the opening 292 on the lid 288 of described perforated vessel 114.Lid 228 also can have opening 292 and not there is door 290.The size of opening 292 and the size of described perforated vessel 114 can change based on the size of the prey in described container 114 or fish meal.

As shown in Figure 34 A, 34B, 35A and 35B, prey similarly is atom as, cricket, little fish, ant, earthworm, etc., can be placed in described perforated vessel 114.Described perforated vessel 114 then can put into rearing-box and magnetic is connected to attaching parts, similarly be the illuminator of 234, notebook 282, fixture 238, hold assembly 18, attaching parts 258, or the combination of these assemblies one or more.

Using perforated vessel 114 that prey is put into rearing-box, is that a kind of biological caregiver of confession provides and delivers fish meal 294 (similarly being the prey of living) to animal in rearing-box 280 mode.This states biological 280 can comprise fish, Chelonian or snake class.As in present embodiment use, " fish meal " can refer to the various small animal fish meal being placed into rearing-box.The use of perforated vessel 114 can comprise rotation holding assembly 18 further or position other assemblies outside rearing-box remove fish meal 294 from perforated vessel 114, as shown in Figure 34 B and 35B with help.More multipath can be brought to put into or fish meal 294 of providing and delivering enters rearing-box with perforated vessel 114 fish meal 294 of providing and delivering.When perforated vessel is put into rearing-box by user, and attaching parts be placed on outside rearing-box, thus described perforated vessel magnetic is connected to described attaching parts, prey can be shed by described perforated vessel and enter rearing-box.

Perforated vessel 114 also can use to be similar to deposits the method that ring 116 first soaks fish meal before dispensing.Described perforated vessel 114 or described in deposit in ring 116, the fish meal of bulk (sometimes referring to " feed vacation ") can be used.This kind of fish meal block is separated gradually and eats for fish.Vacation feed 274 can be placed into deposit ring 116 and lid 258 be positioned at its bottom 272 (or be positioned at its top 270 and rotate ring body thus described lid position on bottom position).Feed can be reduced to described fish jar and ate for fish vacation, and at any time described vacation, feed can rise from fish jar, to remove easily not by the part eaten.

If perforated vessel 114 soaks fish meal before dispensing, also can coordinate and deposit ring 116 and use.Such as, as shown in Figure 17-18, fish meal position in described perforated vessel 114, and described container 114 and deposit ring 116 by fish jar group plate magnetic connect attaching parts 258 and location, the fish meal thus in described container 114 can be in water.Described deposit ring 116 be arranged at lid 296 described in deposit ring 116 and locate, thus after fish meal is sufficiently soaked, assembly rotated and fish meal fall described in deposit on ring 116.In this fashion, user can avoid fish meal dissipation everywhere in cylinder body.

Similarly, for the floatability fish meal of particular types, it is soaked in described perforated vessel 114, then, described perforated vessel 114 and deposit ring 116 assembly and reduce and make fish meal drift out perforated vessel 114 from described perforated vessel 114 and deposit in ring 116 described in maintaining, can eat for the biology in fish jar.So, described in fish meal can being loaded, deposit ring 116, loose to reduce fish meal drift everywhere in fish jar.Figure 36-41 discloses some other modes assembly being combined in one or more assembly on rearing-box group plate.Should know, in these embodiments any, assembly can have desirably or preferably be moved out of or add in embodiment.

As shown in Figure 36, deposit ring 116 magnetic and be connected to illuminator 232, and described in deposit 116, ring group plate 202 inner side on, and illuminator 232 group plate 202 outside on.Figure 36 shows that lid 296 deposits ring 116 described in being installed in.

As shown in Figure 37 A and 37B, perforated vessel 114 magnetic is connected to brush board 120 and is all positioned on the inner side of rearing-box group plate 202, by and magnetic be connected to the holding assembly 200 be positioned at outside rearing-box.Shown holding assembly position is in the hole 208 of illuminator 206.Described perforated vessel 144 can have the lid 288 as shown in Figure 37 B, if not, as shown in Figure 37 A.

Figure 38 shows and holds assembly and be connected to and deposit ring 116.

Described holding assembly position in the outside of rearing-box group plate 202 and described in deposit the inner side that ring 116 is positioned at rearing-box.

Figure 39 discloses brush board 120 magnetic and is connected to perforated vessel 114.It is all positioned on the inner side of rearing-box group plate 202, by and magnetic be connected to and there is hook 260 extend attaching parts 258 outside rearing-box.

Figure 40 discloses brush board 120 magnetic and is connected to and deposits ring 116.All be positioned on the inner side of rearing-box group plate 202, by and magnetic be connected to the attaching parts 258 be positioned at outside rearing-box.

Figure 41 discloses attaching parts 258 magnetic and is connected to the attaching parts 258 being extended with hook 260.Attaching parts 258 are in the inner side of rearing-box group plate 202 and attaching parts 258 have the outside that hook 260 is positioned at rearing-box group plate 202.In the inner side of rearing-box group plate 202, there are sea grass 241 positions between attaching parts 258 and group plate 202.Sea grass 241 lamellar body is retained to rearing-box group plate by attaching parts 258.

Figure 42 shows fish meal and deposits ring assemblies.Deposit ring 116 magnetic and be connected to perforated vessel 114.Described perforated vessel 114 has a lid 288.Described lid 288 slides to open described perforated vessel 114.Described ring 116 of depositing has lid 300 radially toward interior towards its top 270.Described lid 300 comprises one or more sections deposited ring 116 center toward described in and extend.(described in deposit ring 116 can also have or substitute there is lid 300 on its bottom 272.)

Figure 43 shows that the fish meal with lid 268 deposits ring 116.Described lid 268 have can with the lid 300 mutually opening of start, teeth portion or spine's (not shown).Ring 116 is deposited described in lid 268 can be placed into, then rotate (can choice for use circle hold assembly 302, described lid 268 the selectivity circular segment extending to each side of lid or both sides from described lid 268 plane outward, to be rotated).Rotating described lid 268 can allow lid 300 to be incorporated into corresponding construction on described lid 268 (similarly be opening, teeth portion or spine) with the location that locked by described lid 268.In this way, described in deposit ring 116 can after described lid 268 connects and locates, by 180 degree of upsets.Also can use other optionally described lid 268 is connected to described in deposit the means of ring 116.

As shown in Figure 43 and 44, mutual for one or more parts of different assembly magnetic connects by attaching parts 264, similarly is describedly shown here to deposit ring 116 and container 114.

Figure 44 display has the perforated vessel 114 of lid 288.Described perforated vessel 114 cutting is formed with slotted eye 304, and it is close to described container 114 top.On the top so can slided below at the lid 288 close to described container 114, retain a little sections 306 of described container 114.Described sections 306 and slotted eye 304 can help lid 288 to be fixed on closed position.Lid 288 has bend 308 and can contribute to grasping lid 288 and lid 288 being skidded off and slip into slotted eye 304.As shown in this figure, described lid 288 all has perforation 310 with perforated vessel 114.

Figure 45 shows an assembly, comprises attaching parts 312, hanger 314, brush board 120, and illuminator 316.As shown in the figure, attaching parts 312 and brush board 120 can be positioned at the inner side of described fish jar group plate, and illuminator 316 and hanger 314 can be positioned on the outside of described fish jar group plate.Light source 216 is positioned in illuminator 316, thus can watch from the brush board 120 be positioned at inside described fish jar group plate.Figure 45 also shows charger hole 315, charger and puts into described charger hole 315 and be connected to the external power source of grafting.

Figure 46 shows an assembly, comprises attaching parts group plate 312, hanger 314, and illuminator 316.As shown in the figure, attaching parts 312 can be positioned at the inner side of described fish jar group plate, and illuminator 316 and hanger 314 can position on the outside of described fish jar group plate.The back side of illuminator 316 shows there is switch 318, and it can be opened, close by illuminator 316, and changes light color.Illuminator 314 surface can be that plane is to place adjacent to described fish jar group plate substantially.The global shape of illuminator can be square, rectangle, ellipse, or other shape.

Described illuminator, once can use one with last.Such as, use two illuminators, each self-alignment is on the opposite end of described fish jar respect to one another.

Figure 47 and 48 shows the brush board 120 with scraper 240, and described scraper 240 magnetic is connected to brush board 326.These two brush boards 120 and 326 each other magnetic are connected on rearing-box group plate opposite side.Visible in Figure 47, be the dorsal part of described brush board 120.Described brush board 120 is on rearing-box (similarly being a fish jar) inner side.

Visible on Figure 48 is the dorsal part 328 of described brush board 326.This dorsal part has ditch 329 and is optionally connected with outstanding 331 in illuminator.Dorsal part 328 also has breechblock 320 and is optionally connected to slotted eye 333 in illuminator.Be connected to outstanding 331 by by ditch 329, and breechblock 320 is connected to slotted eye 333, described brush board 322 can be connected to illuminator 316.Except feature shown in figure, the another kind of parts optionally described brush board 322 being engaged to illuminator 316, can include magnetic and connect or outstanding and ditch or breechblock and slotted eye different arrangement.

Figure 49 shows the front side of brush board 120.The front side of described brush board 120 is fixed with brush material 324.

Figure 50 a shows brush board 326 and Figure 50 b shows corresponding illuminator 316.Illuminator 316 and brush board 326 are arranged corresponding to the opening 330 be positioned at before illuminator 316 with the shape of described brush board 326 dorsal part 328.Illuminator 316 and brush board 326 are optionally interconnected, and are all positioned at the outside of rearing-box side group plate.Described brush board 326 can support illuminator 316, thus illuminator 316 is owing to arranging around described brush board 326, is therefore installed up on the group plate of rearing-box side.Described brush board 326 is affixed on the front side surface 332 that rearing-box side group plate places, and comprises a kind ofly being suitable for cleaning, polishing or the material of clean rearing-box outer surface.Described brush board 326 also can be separated from each other with illuminator 316 and use.

Described brush board 326 is conjugative component, includes the brush board 326 being optionally engaged to illuminator 316.In an embodiment of light fixture, described brush board 326 is optionally arranged in the opening 330 of illuminator 316, thus when described brush board 326 is engaged with illuminator 316 and is placed on rearing-box group plate, side group plate can be scrubbed before described brush board 326, and can offset on the side group plate of rearing-box or another group plate before illuminator 316.

The assembly of claim 14, in the offset plane of wherein illuminator, available lighting systems illuminates a part of group plate, thus on user's judgement group plate adjacent to the region of described brush board the need of cleaning.Keep at a distance 334, also can more easily by illuminator 316 from described brush board 326 separately.

Figure 60 shows the brush board 326 and corresponding illuminator 316 that are optionally bonded with each other.Described brush board and illuminator are arranged close to the mode of 1-10 millimeter apart from 334 (in one embodiment, being about 5 millimeters of distances) with the spacing of the front side 336 of illuminator housing 245 with rearing-box group plate.

By brush board 326 as the assembly be separated from illuminator 316, if described brush board 326 surface 332 wearing and tearing or dirty, described brush board 326 can be replaced and need not replace illuminator 316.Same, then if the need arises, illuminator 316 and brush board 326 all can use independently of one another.

Different brush board surfaces 332, can be depending on the material making group plate, or depends on surface treatment on group plate outer surface or decoration and use.Many different brush boards are allowed to be engaged to identical illuminator 316 using described brush board 326 as the assembly be separated from illuminator 316.

Another embodiment of Figure 52 display illumination system 316.Described illuminator 316 comprises and has ring portion 246 and install a housing 245 on it.Illuminator comprises the light source 216 being positioned at circular orifice 338.Illuminator has opening 330 on the front side that it has outstanding 331 and slotted eye 333.

By there is distance before illuminator housing and between rearing-box group plate, such as, 5 millimeters, illuminator can offset relative to rearing-box group plate, and thus dirty, dust or other particulates in group version are discovered in illumination group plate and help, with the outside of clean group plate expediently.

Being placed on the parts of any assembly inside rearing-box, similarly is deposit ring 116, perforated vessel 114, brush board 120, fixture 238, attaching parts 258, or scraper 240, can be connected to deposit ring 116 time, on the water surface or close to floating on the water surface.In this way, when these any assemblies falling into fish jar when depositing ring 116 described in magnetic is connected to, will float and be convenient to take out from fish jar.

The mobile component parts be positioned at outside rearing-box is by the parts inside removable rearing-box, and the component parts magnetic outside described rearing-box is connected to the component parts on inside rearing-box.

The present invention can have the embodiment of other particular forms when not departing from its invention spirit or fundamental characteristics.Described embodiment can be regarded as, go up in every respect only as disclose property and nonrestrictive explanation.Thus, scope of the present invention is, by Patent right requirement but not the content that limits of foregoing description.All changes in meaning of the present invention or in the equivalency range of claim, also all answer within the scope of the present invention involved.

Claims

1. a fish tank illumination assembly, comprising:

One fish jar has group plate and essentially horizontally extends, and at least group plate in side is substantially perpendicular to described lower group of plate extension; And

One light fixture is suitable for illuminating described fish jar, and described light fixture comprises an illuminator and a conjugative component, and described illuminator is bonded to described side group plate by described conjugative component, thus the side of described fish jar can be illuminated.

2. assembly as claimed in claim 1, wherein said illuminator comprises one or more LED, a power supply, and in order to control a Control Component of described one or more LED.

3. assembly as claimed in claim 1, wherein said conjugative component comprises the ring portion be installed on housing, and by this ring portion, described illuminator can be draped.

4. assembly as claimed in claim 3, comprise a hanger, described hanger is connected to ring portion and can hangs described illuminator from described group of plate.

5. assembly as claimed in claim 3, comprise an adsorbent equipment, described adsorbent equipment is optionally connected to ring portion and is optionally connected to described group of plate.

6. assembly as claimed in claim 1, wherein said conjugative component comprises a hook and is connected to one first attaching parts, and described first attaching parts magnetic is connected to one second attaching parts be positioned at inside described fish jar.

7. assembly as claimed in claim 1, wherein said assembly comprises the first attaching parts further, and the first attaching parts are connected to the second attaching parts be positioned at inside described fish jar with magnetic.

8. assembly as claimed in claim 1, what wherein said assembly comprised that magnetic is connected to described illuminator further deposits ring.

9. assembly as claimed in claim 8, wherein said assembly comprise further be optionally connected to described in deposit the pierced lid of ring.

10. assembly as claimed in claim 1, wherein said assembly comprises the perforated vessel that magnetic is connected to described illuminator further.

11. assemblies as claimed in claim 1, wherein said assembly comprises the attaching parts that magnetic is connected to described illuminator further.

12. assemblies as claimed in claim 1, wherein said conjugative component comprises an optional conjugative component, and described illuminator is optionally engaged to described side group plate by described conjugative component.

13. assemblies as claimed in claim 1, wherein said conjugative component comprises the brush board be optionally arranged in described illuminator.

14. assemblies as claimed in claim 13, wherein said brush board adapts to the opening in described illuminator, thus after described brush board and described illuminator are assembled, described side group plate can be scrubbed before described brush board, and offset on the group plate of described side before described illuminator.

15. assemblies as claimed in claim 14, the offset plane of wherein said illuminator allows described illuminator to illuminate a part of group plate, and therefore user can to judge on described group of plate adjacent to the region of brush board the need of cleaned.

16. 1 kinds of fish meal dispensing assemblies comprise:

Attaching parts, to be placed on outside fish jar group plate on the surface; And

Fish meal deposits ring, on group plate, described attaching parts are connected to relative to magnetic on the side of described attaching parts at described ring of depositing, thus described in deposit ring and can move relative to fish jar by mobile described attaching parts, loop mapping is deposited in fish jar for feeding on the selected location of fish by described, and thus described fish meal provide and deliver on selected location, substantially prevent described fish meal from stretching to other positions in fish jar.

17. assemblies as claimed in claim 16, wherein saidly deposit on the water surface of ring position in fish jar, and use floatability fish meal.

18. assemblies as claimed in claim 16, wherein said deposit ring comprise buoyancy material thus, deposit the non-magnetic of ring at described fish meal and be connected to described attaching parts, when being placed in water, described ring of depositing can be floating on the water surface, even if when depositing ring described in other assembly magnetic are connected to.

19. assemblies as claimed in claim 16, wherein said assembly comprises brush board further, and described brush version is at described fish jar group plate and describedly deposit between ring, and deposits ring described in being connected to equally.

20. assemblies as claimed in claim 19, deposit ring even if wherein said when depositing ring described in described brush board magnetic is connected to, also floatability is on the water surface.

21. assemblies as claimed in claim 16, wherein said assembly comprises pierced lid further, deposits ring described in described pierced lid is optionally connected to.

22. assemblies as claimed in claim 16, wherein said ring of depositing can be used as the sinking disk body being mounted with sinking fish meal.

23. assemblies as claimed in claim 16, wherein said assembly comprises notebook, illuminator, button or hook further.

24. assemblies as claimed in claim 16, wherein said fish meal deposit ring have fluorescent color or ornament materials,

25. assemblies as claimed in claim 16, wherein said attaching parts are magnet.

26. assemblies as claimed in claim 16, wherein said attaching parts are can by the parts of attraction.

27. 1 kinds of fish meal dispensing assemblies, comprising:

Attaching parts, are placed on the outer surface of the container for accommodating animal; And

Perforated vessel, accommodating fish meal is in interior and fish meal of providing and delivering outward; Described perforated vessel is preserved on the side relative to described attaching parts on container group plate at biology, magnetic is connected to described attaching parts, thus described perforated vessel can be preserved in container at biology, by mobile described holding assembly, move relative to container group plate, preserve in selected location in container or orientation perforated vessel to be positioned at described biology.

28. assemblies as claimed in claim 27, wherein said biology preserve container be fish jar,

29. assemblies as claimed in claim 27, it is ecological tank that wherein said biology preserves container.

30. assemblies as claimed in claim 27, wherein said perforated vessel comprises lid further, and described lid is optionally connected to described perforated vessel.

31. assemblies as claimed in claim 30, wherein lid comprises slidably door.

32. assemblies as claimed in claim 27, wherein said attaching parts comprise attaching parts, and described attaching parts are extended with hook.

33. assemblies as claimed in claim 27, comprise illuminator further, described illuminator is optionally connected to described hook.

34. assemblies as claimed in claim 27, wherein said fish meal is prey.

35. 1 kinds of rearing-box cleaning assemblies, comprising:

Attaching parts, are placed on the rearing-box outer surface for accommodating animal; And

Brush board, time on the side that brush board is positioned at relatively described attaching parts on rearing-box group plate, magnetic is connected to described attaching parts, thus described brush board can by mobile described attaching parts, move relative to group plate, wherein said brush board includes the scraper being connected to described brush board further.

36. assemblies as claimed in claim 35, comprise the buoyancy being magnetically connected to described brush board further and deposit ring, thus described brush board with deposit ring can be floating after being separated from described attaching parts.

37. assemblies as claimed in claim 35, comprise the perforated vessel that magnetic is connected to described brush board further.

38. assemblies as claimed in claim 35, comprise the second attaching parts being positioned at rearing-box inside further, its magnetic is connected to described brush board or described first attaching parts.

39. assemblies as claimed in claim 38, wherein sea grass lamellar body or other fish meals are between described rearing-box inner surface and described second attaching parts.

40. assemblies as claimed in claim 35, comprise the illuminator that magnetic is connected to described brush board further.

41. assemblies as claimed in claim 35, wherein said attaching parts are magnet.

42. assemblies as claimed in claim 35, wherein said attaching parts are can by the parts of attraction.

43. 1 kinds, for the method for fish meal of providing and delivering in the fish jar of carrying liquid, comprising:

The fish jar that one is full of liquid is provided;

There is provided optionally, magnetically interconnective sinking disk body and attaching parts;

Fish meal is put into sinking disk body;

Sinking disk body put into described fish jar and attaching parts is placed on the outside of fish jar, making sinking disk body magnetic be connected to described attaching parts; And

Sinking disk body is located, by this top edges of described disk body to be on the water surface and liquid in described fish jar to make the fish meal in sinking disk body carry out moistening.

44. a kind of methods as claimed in claim 43, comprise further and reduce described sinking disk body, described fish meal is provided and delivered in described sinking disk body by this, and described sinking disk body prevents described fish meal from stretching to other positions in fish jar substantially.

45. 1 kinds supply the prey method in the rearing-box of collecting animal in order to dispensing:

Rearing-box for collecting animal is provided;

There is provided optionally, magnetically interconnective perforated vessel and attaching parts;

Prey is put into described perforated vessel; And

Described perforated vessel is put into described rearing-box, and described attaching parts are placed on outside described rearing-box, thus described perforated vessel magnetic is connected to described attaching parts, and thus described prey can shed from perforated vessel and enter described rearing-box.

46. a kind of methods as claimed in claim 45, wherein said perforated vessel is cage parts, it magnet comprising perforated vessel body and be installed on described vessel.

47. a kind of methods as claimed in claim 45, are included in the step rotating described perforated vessel after perforated vessel is placed in rearing-box further.

48. 1 kinds, in order to illuminate the light fixture of rearing-box, comprising:

One illuminator; And

One brush board is optionally engaged to described illuminator, by this at described brush board and described illuminator is combined and when putting rearing-box group plate, can scrub described group of plate before described brush board before described illuminator relative to during described group of plate skew.

49. assemblies as claimed in claim 48, the offset plane of wherein said illuminator allows illuminator to illuminate a part of group plate, thus user can judge that the region of described group of plate adjacent to described brush board is the need of cleaning.

50. assemblies as claimed in claim 48, wherein said brush board is optionally arranged in described illuminator.