CN208783560U - A kind of acrylic board aquarium - Google Patents

Abstract

The utility model discloses a kind of acrylic board aquariums, including case lid, its key points of the technical solution are that: running through on the case lid has mounting groove, the plate that feeds intake is installed, rotation is plugged with the bar that feeds intake on the plate that feeds intake, and offers feeding groove on the outer wall of the bar that feeds intake in the mounting groove, the feeding groove is communicated with the intralamellar part that feeds intake, the chamber that feeds intake is offered on the plate that feeds intake, one end of the chamber that feeds intake is communicated with the surface for the plate that feeds intake, and the other end of the chamber that feeds intake is docked and communicated with feeding groove.A certain amount of feed can be added when use into the chamber that feeds intake, due to the effect of gravity, feed is by feeding intake bottom of chamber portion and the problem of feeding groove can fall in aquarium body, can quantitatively feed intake with effective solution.

Description

A kind of acrylic board aquarium

Technical field

The utility model relates to a kind of cultivation equipment field, in particular to a kind of acrylic board aquarium.

Background technique

Aquarium is also known as aquarium or aquaria, is the container to watch use, special raising aquatic animals and plants, is one Animal feeding area, typically at least having one side is the plastics of transparent glass and high intensity.In aquarium artificial feeding move in In water plant and animal (usually fish, but also but invertebrate, amphibian, marine mammal or creep dynamic Object).

Currently, aquarium in the market is mostly used transparent glass production；Raising has the fancy fishes such as goldfish in aquarium, greatly It will mostly add forage feed fancy fishes, during manually adding feed, be difficult to control due to measuring, be very easy to lead manually The feed addition amount of cause is excessive, and it is dead to lead to the problem of ornamental fish in aquarium, therefore, based on this there are the problem of, exist Certain improvements.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of acrylic board aquarium, tool There is the characteristics of quantitatively feeding intake.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of acrylic board aquarium, including case side and case lid, through having mounting groove, the mounting groove on the case lid In the plate that feeds intake is installed, rotation is plugged with the bar that feeds intake on the plate that feeds intake, and offers feeding groove on the outer wall of the bar that feeds intake, institute Feeding groove is stated to communicate with the intralamellar part that feeds intake；The chamber that feeds intake, one end of the chamber that feeds intake and the plate that feeds intake are offered on the plate that feeds intake Surface communicates, and the other end of the chamber that feeds intake is docked and communicated with feeding groove.

Through the above technical solutions, using when a certain amount of feed can be added into the chamber that feeds intake, fed intake bar by rotation, When feeding groove is opposite with the chamber that feeds intake on the bar that feeds intake, due to the effect of gravity, feed can be fallen by feeding groove in case ontology It is interior；Feed may be implemented as the quantitative dispensing of feed is completed in the rotation for the bar that feeds intake.

When nursing finishes, can be fed intake bar by rotation, and the feeding groove on bar that makes to feed intake is not opposite with the chamber that feeds intake, then feeds intake Bar can block the chamber that feeds intake, so that the feed in the chamber that avoids feeding intake is fallen in case ontology.The application is added in the chamber that feeds intake Quantitative feed, by rotating the process for the bar that feeds intake, so that the contact that feeding groove interval is communicated with the chamber that feeds intake, and then effectively control The problem of amount that feed processed is added.

Preferably, multiple feeding grooves are provided on the bar that feeds intake, multiple feeding grooves are circumferentially distributed in the outer wall for the bar that feeds intake On.

Through the above technical solutions, when in use, feeding intake bar by rotation can due to circumferentially distributed multiple feeding grooves To control the efficiency to feed intake, can be fed intake bar when needing quickly to feed intake with quick rotation, and due to the gravity of feed, feed is continuous Entered in feeding groove from the chamber that feeds intake, the feed in feeding groove is fallen in case ontology, can be provided to the animal in aquarium Feed.By the way that multiple circumferentially distributed feeding grooves are arranged, may be implemented to improve the efficiency that feeds intake, and then reach the effect quickly to feed intake Fruit.

Preferably, the arc-shaped funnel-form setting in the cross section of the chamber that feeds intake.

Through the above technical solutions, arc-shaped funnel-form is arranged in the chamber that feeds intake, more feeds can be accommodated；And it is arranged Arc-shaped shape is more advantageous to and feed is directed to the bottom of chamber portion that feeds intake, can be with the receiving problem and feed of effective solution feed Booting problem.

Preferably, lock slots are offered on the two sides cell wall of the mounting groove, locking is slidably fitted in the lock slots Block, the two sides of the plate that feeds intake offer the lock hole for clamping block grafting, are provided in the lock slots for providing locking Lock spring of the block towards lock hole side elastic force；The top for being detached from lock hole for controlling clamping block is provided on the plate that feeds intake Component out.

Through the above technical solutions, when installation feeds intake plate, clamping block is popped up from lock slots, due to the work of lock hole Lock hole can be blocked with, clamping block so as to block to feed intake and plate and the plate that feeds intake is fixed in mounting groove, realization feeds intake plate Firm and anticreep effect.

Preferably, the ejection assembly includes being arranged in feed intake on plate and around the sliding cavity for the bar that feeds intake, the bar that feeds intake On the angled slide block in sliding cavity is nested and fixed；Offer ejection chamber on the plate that feeds intake, one end of the ejection chamber with Lock hole communicates and the other end is communicated with sliding cavity, is slidably fitted with knock-pin in the ejection chamber, is arranged on the angled slide block Have for driving knock-pin to slide and clamping block being ejected to the linkage portion of lock hole.

Through the above technical solutions, when in use, downward push feeds intake bar, due to the then angled slide block of movement down for the bar that feeds intake Also it moves down, angled slide block squeezes knock-pin under the action of linkage portion, and drives knock-pin to move toward both sides, and then knock-pin Clamping block is pushed to move toward lock slots direction, until angled slide block is ejected lock hole by knock-pin, at this point, the plate that feeds intake is in no fixation State, the plate that feeds intake can be dismantled, if there is attachment feed on the bar that feeds intake, facilitate cleaning and maintenance of the staff to the bar that feeds intake. Further, staff opens the plate that feeds intake, and has biggish space, can add ornament in case ontology by mounting groove And animals and plants.

Preferably, the linkage portion includes the ejection conical surface being provided on angled slide block periphery and is provided with knock-pin End is with the ejection inclined-plane with ejection cone match.

Through the above technical solutions, in use, pressing feeds intake bar, the movement down of angled slide block touches ejection due to its conical surface The inclined-plane of bar allows to more smoothly push knock-pin, so that clamping block be made to be detached from, preferably takes out the plate that feeds intake.It is set by this It sets, can press the bar that feeds intake effectively under using less power and realize that clamping block is ejected, and take out the plate that feeds intake.

Preferably, reset spring is socketed on the bar that feeds intake, one end of the reset spring is connected to the bottom of sliding cavity Portion and the other end are contradicted in angled slide block bottom.

Through the above technical solutions, since reset spring lays in elastic potential energy by compression, being pushed up after pressing feeds intake bar After rod ejects clamping block, reset spring is needed to be reset, then the bar that may be implemented to feed intake automatically resets, and then is realized and pressed next time Purpose.

Preferably, the elastic force bullet driven for providing the plate that feeds intake far from case ontology side elastic force is provided in the mounting groove Spring.

Through the above technical solutions, fed intake bar by pressing, so that knock-pin movement progress clamping block is toward lock slots direction Movement feeds intake at this point, making to feed intake plate far from case lid under elastic spring effect of the plate on mounting groove that feed intake so as to take out Plate can be convenient the plate that feeds intake and be detached from mounting groove by the setting.

Preferably, the end of the clamping block offers guide surface.

Through the above technical solutions, being provided with guide surface on clamping block, after the plate that feeds intake is removed, then the plate that will feed intake is put It returns in mounting groove, ejection chamber alignment clamping block pressing is fed intake plate, at this point, since the plate that feeds intake squeezes and clamping block guide surface is drawn The effect of leading moves clamping block in lock slots, and the plate that feeds intake is placed in mounting groove again.It, can be smoothly throwing by the setting Flitch is mounted on mounting groove.

In conclusion the utility model having the beneficial effect that in contrast to the prior art

(1) bar is fed intake and setting feeds intake chamber by being arranged in the plate that feeds intake, and feeding groove is set on bar feeding intake, throw The structure that hopper is docked and communicated with the chamber that feeds intake, can effectively control feed addition amount the problem of.

(2) by the way that multiple circumferentially distributed feeding grooves are arranged, the effect quickly to feed intake may be implemented.

It (3), can be with the receiving problem of effective solution feed by the way that arc-shaped funnel-form is arranged in the cross section for the chamber that feeds intake With the booting problem of feed.

Detailed description of the invention

Fig. 1 is the overall schematic of embodiment；

Fig. 2 is the first cross-sectional view of embodiment；

Fig. 3 is the second cross-sectional view of embodiment；

Fig. 4 is the structural schematic diagram of ejection assembly in the plate that feeds intake of embodiment.

Appended drawing reference: 1, case ontology；11, case lid；2, mounting groove；3, feed intake plate；31, feed intake bar；311, feeding groove；312, Reset spring；32, feed intake chamber；4, lock slots；41, clamping block；411, guide surface；42, lock hole；43, Lock spring；5, it ejects Component；51, angled slide block；52, chamber is ejected；53, knock-pin；6, sliding cavity；7, linkage portion；71, the conical surface is ejected；72, inclined-plane is ejected； 8, elastic spring.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

As shown in Figures 1 and 2, a kind of acrylic board aquarium, including case ontology 1 and case lid 11, upper tool at the top of case ontology 1 There is opening, case lid 11 is connected in the opening of case ontology 1.Running through on case lid 11 has stepped mounting groove 2, in mounting groove 2 One plate 3 that feeds intake is installed, the position rotation at 3 center of plate that feeds intake is plugged with the bar 31 that feeds intake, and the bar 31 that feeds intake can be with respect to the plate 3 that feed intake Rotation, offers multiple feeding grooves 311, multiple feeding grooves 311 are circumferentially distributed in the bar that feeds intake on the outer wall for feeding intake 31 lower part of bar On the outer wall of 31 lower parts, communicated inside feeding groove 311 and case lid 11.

Specifically, offering the chamber 32 that feeds intake on plate 3 feeding intake, the one end for the chamber 32 that feeds intake is communicated with the surface for the plate 3 that feeds intake, and is thrown Expect that the other end and the feeding groove 311 of chamber 32 are docked and communicated, formation one from 3 upper surface of plate to the channel of feeding groove 311 that feeds intake, Particularly, feed intake the arc-shaped funnel-form in cross section of chamber 32, can accommodate more feeds and be more advantageous to feed is guided To 32 bottom of chamber that feeds intake.

When in use, a certain amount of feed is added into the chamber 32 that feeds intake, is communicated due to feeding intake chamber 32 with feeding groove 311, raised Material is fallen under gravity in case ontology 1, when rotation feeds intake 31 certain angle of bar, so that the feeding groove to feed intake on bar 31 311 is opposite with the chamber 32 that feeds intake, then the bar 31 that feeds intake can block the chamber 32 that feeds intake, so that the feed in the chamber 32 that avoids feeding intake is fallen to In case ontology 1.

As shown in Figure 3 and Figure 4, opposite on the cell wall of mounting groove 2 to offer symmetrical two lock slots 4, in lock slots 4 It is slidably fitted with clamping block 41, offers the lock hole 42 for 41 grafting of clamping block in the two sides for the plate 3 that feeds intake.Feeding intake, plate 3 is pacified When in mounting groove 2, lock hole 42 and lock slots 4 are in the same horizontal line.It is provided in lock slots 4 for providing clamping block 41 towards 42 side elastic force of lock hole Lock spring 43, wherein 43 one end of Lock spring is connected to the bottom of lock slots 4, another End is connected on clamping block 41, and clamping block 41 exposes half from lock slots 4 and is embedded into lock hole 42.

It is moved when clamping block 41 is under pressure toward 4 direction of lock slots, clamping block 41 can then be detached from lock hole 42, equally , the locking that the plate 3 that feeds intake is detached from clamping block 41 becomes without fixed state, and the plate 3 that feeds intake is detachable.Since the plate 3 that feeds intake is removable It is still mounted in mounting groove 2 when unloading and is unfavorable for taking out, be provided in mounting groove 2 and feed intake plate 3 far from case ontology 1 for providing The elastic spring that side elastic force drives；Due to spring original state elasticity of saving potential energy, in the plate 3 that feeds intake without elastic potential energy when fixing It is converted into kinetic energy, plate 3 up pushes away feeding intake, and can easily take out the plate 3 that feeds intake.

Inclined guide surface 411 is offered in the upper end of 41 free end of clamping block, can be convenient what installing and dismounting got off Feed intake plate 3, and 3 lock hole 42 of the plate alignment clamping block 41 that feeds intake, applied force is feeding intake on 3 face of plate, makees in the guidance of guide surface 411 Clamping block 41 is touched under, the Lock spring 43 for being connected to clamping block 41 is compressed, and clamping block 41 is moved toward 4 direction of lock slots, The plate 3 that then feeds intake is installed on mounting groove 2, and since lock slots 4 are docked with lock hole 42, clamping block 41 is transported under Lock spring 43 Lock hole 42 is moved, the plate 3 that feeds intake is lockable.

It is convenient in clamping block in the ejection assembly 5 for being provided on plate 3 and being detached from lock hole 42 for controlling clamping block 41 that feeds intake Apply pressure on 41, ejection assembly 5 includes that the sliding cavity 6 for feeding intake on plate 3 and surrounding the bar 31 that feeds intake is arranged in, and is covered on the bar 31 that feeds intake Connect the angled slide block 51 being fixed in sliding cavity 6；It feeds intake and offers ejection chamber 52 on plate 3, eject one end and the locking of chamber 52 Hole 42 communicates and the other end is communicated with sliding cavity 6, ejects in chamber 52 and is slidably fitted with knock-pin 53, is provided on angled slide block 51 For drive knock-pin 53 slide and by clamping block 41 eject lock hole 42 linkage portion 7.

By pressing the bar 31 that feeds intake when use, the bar 31 that feeds intake moves down drives angled slide block 51 to move down, angled slide block 51 Knock-pin 53 is squeezed, corresponding knock-pin 53 gives clamping block 41 thrust.

By the setting of linkage portion 7, accordingly reach the power for reducing pressing.Linkage portion 7 includes being provided with 51 outer circle of angled slide block The ejection conical surface 71 on face and the ejection inclined-plane 72 for being provided with 53 end of knock-pin to cooperate with the ejection conical surface 71.Ejection cone Face 71 is wide narrow below above, and corresponding knock-pin 53 is then narrow wide setting below above, since the mutual cooperation of linkage portion 7 is applied Add less power knock-pin 53 can be made to move when feeding intake on bar 31.In addition, being socketed with reset bullet on bar 31 feeding intake Spring 312, one end of reset spring 312 is connected to the bottom of sliding cavity 6 and the other end is connected to below angled slide block 51, works as application Power reset spring 312 when feeding intake on bar 31 is stopped pressing elastic potential energy when feeding intake bar 31 and is converted by compression increase elastic potential energy Make the reset of bar 31 that feeds intake for kinetic energy.

The course of work:

When needing to launch quantitative feed, firstly, feed is put into the chamber 32 that feeds intake, placement is finished, and can be passed through 31 certain angle of bar that feeds intake is rotated, so that the feeding groove 311 to feed intake on bar 31 is communicated with the chamber 32 that feeds intake, since the gravity of feed is made It is entered in cabinet with feed by feeding groove 311；The function of quickly feeding intake may be implemented when continuous rotation feeds intake bar 31, Due to the gravity of feed and the inertia for the rotation of bar 31 that feeds intake, feed is constantly conveyed into feeding groove 311, feed enters case In vivo.

When needs, which take out, feeds intake plate 3, by pressing the bar 31 that feeds intake down, due to feeding intake the angled slide block 51 on bar 31 down The ejection inclined-plane 72 for moving and touch and squeeze knock-pin 53 moves knock-pin 53 toward two sides, due to the movement of knock-pin 53 In the ejection to lock slots 4 of clamping block 41 simultaneously, the elastic spring on mounting groove 2 is arranged in elastic potential energy in the power of generation It is converted into kinetic energy, the plate 3 that makes to feed intake is flicked to far from case lid 11, then can take out the plate 3 that feeds intake.

After the plate 3 that feeds intake is removed, then the plate 3 that will feed intake is put back in mounting groove 2, then needs that hole alignment clamping block 41 will be ejected, The plate 3 that feeds intake is pressed again, at this point, the plate 3 that feeds intake squeezes 41 guide surface 411 of clamping block, since the guiding function of guide surface 411 makes to lock Block 41 moves in lock slots 4, and the plate 3 that feeds intake is placed in again in mounting groove 2.The above is only the exemplary implementations of the utility model Mode, the protection scope rather than limited the present invention, the protection scope of the utility model are true by the attached claims It is fixed.

Claims (9)

1. a kind of acrylic board aquarium, including case ontology (1) and case lid (11), it is characterized in that: running through on the case lid (11) Have mounting groove (2), be equipped with the plate that feeds intake (3) in the mounting groove (2), rotation is plugged with the bar that feeds intake on the plate that feeds intake (3) (31), it is offered feeding groove (311) on the outer wall of the bar that feeds intake (31), the feeding groove (311) and the internal phase of case ontology (1) It is logical；

It is offered the chamber that feeds intake (32) on the plate that feeds intake (3), one end of the chamber that feeds intake (32) and the surface phase of the plate that feeds intake (3) Logical, the other end of the chamber that feeds intake (32) is docked and is communicated with feeding groove (311).

2. a kind of acrylic board aquarium according to claim 1, it is characterized in that: being provided on the bar that feeds intake (31) more A feeding groove (311), multiple feeding grooves (311) are circumferentially distributed on the outer wall of the bar that feeds intake (31).

3. a kind of acrylic board aquarium according to claim 1, it is characterized in that: the cross section of the chamber that feeds intake (32) is in The setting of arc funnel-form.

4. a kind of acrylic board aquarium according to claim 1, it is characterized in that: the two sides cell wall of the mounting groove (2) On offer lock slots (4), be slidably fitted with clamping block (41) in the lock slots (4), the two sides of the plate that feeds intake (3) open up There is the lock hole (42) for clamping block (41) grafting, is provided in the lock slots (4) for providing clamping block (41) towards lock Determine the Lock spring (43) of hole (42) side elastic force；It is provided on the plate that feeds intake (3) and is detached from lock for controlling clamping block (41) Determine the ejection assembly (5) of hole (42).

5. according to a kind of acrylic board aquarium as claimed in claim 4, it is characterized in that: the ejection assembly (5) includes that setting exists The sliding cavity (6) for bar (31) that feed intake is fed intake on plate (3) and surrounded, is nested and fixed on the bar that feeds intake (31) positioned at sliding cavity (6) angled slide block (51) in；

Ejection chamber (52) is offered on the plate that feeds intake (3), one end of ejection chamber (52) communicates and separately with lock hole (42) One end is communicated with sliding cavity (6), is slidably fitted with knock-pin (53) in the ejection chamber (52), is arranged on the angled slide block (51) Have for driving knock-pin (53) to slide and clamping block (41) being ejected to the linkage portion (7) of lock hole (42).

6. a kind of acrylic board aquarium according to claim 5, it is characterized in that: the linkage portion (7) includes being provided with The ejection conical surface (71) on angled slide block (51) periphery and be provided with knock-pin (53) end with the ejection conical surface (71) cooperation Ejection inclined-plane (72).

7. a kind of acrylic board aquarium according to claim 5, it is characterized in that: being socketed on the bar that feeds intake (31) multiple Position spring (312), one end of the reset spring (312) is connected to the bottom of sliding cavity (6) and the other end is contradicted in angled slide block (51) on lower end surface.

8. a kind of acrylic board aquarium according to claim 1, it is characterized in that: setting is useful in the mounting groove (2) It feeds intake the elastic spring (8) that plate (3) drive far from case ontology (1) side elastic force in offer.

9. a kind of acrylic board aquarium according to claim 4, it is characterized in that: the end of the clamping block (41) opens up There are guide surface (411).