CN205511668U - Spherical roll fish bowl - Google Patents
Spherical roll fish bowl Download PDFInfo
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- CN205511668U CN205511668U CN201620042063.8U CN201620042063U CN205511668U CN 205511668 U CN205511668 U CN 205511668U CN 201620042063 U CN201620042063 U CN 201620042063U CN 205511668 U CN205511668 U CN 205511668U
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Abstract
Spherical roll fish bowl. The utility model relates to a decoration technology specifically is preparation and the operation technique about the fish bowl. The utility model provides a spherical roll fish bowl for the fixed mode of putting can be broken away from and random the roll to the fish bowl, thereby has unique interest and sight. The technical scheme main points that adopt are: the fish bowl adopts spherical transparent casing, and injected water in the casing is installed the suction nozzle and is gone out the air cock on the casing to and install the valve plug that to open and to close.
Description
Technical field
This utility model relates to decoration technique field, specifically about making and the technology of use of fish jar.
Background technology
Fish jar is the standing article in house, has the most ornamental and recreational.But, fish jar is the most all to put with the form of " fixing ", still lacks the fish jar of " rolling is fixed " form.The fish jar of rolling form, by bringing special sight with interesting, especially has more preferable captivation to special populations such as children.For this reason, it may be necessary to new technology meets this specific demand.
Summary of the invention
This utility model provides spherical rolling fish jar, it is achieved the making of a kind of roll type fish jar and the technology of use.
This utility model adopts the following technical scheme that
Spherical rolling fish jar, is characterized in that:
Outward appearance is rounded；
Can roll；
Spherical shell is transparent；
Spherical shell is to seal；
Water it is marked with in spherical shell；
Equipped with suction nozzle on spherical shell, in the case of not destroying spherical shell sealing, suction nozzle can input gas in spherical shell；
Equipped with outlet nozzle on spherical shell, in the case of not destroying spherical shell sealing, the gas in spherical shell can be discharged to outside spherical shell by outlet nozzle；
Equipped with valve plug on spherical shell；
When valve plug is in open mode, makes spherical shell inside by valve plug and be connected externally to lead to；
When valve plug is in open mode, the bore opened allows fish body to be supported to pass through.
Described spherical rolling fish jar, is characterized in that:
Described suction nozzle, be:
Suction nozzle is valve core structure；
There is the air tube supporting with suction nozzle valve inside；
After air tube is inserted into valve, forming the gas passage of connection inside and outside spherical shell by air tube, after extracting air tube, the gas passage formed is closed.
Described spherical rolling fish jar, is characterized in that:
Described outlet nozzle, be:
Outlet nozzle is valve core structure；
There is the air tube supporting with outlet nozzle valve inside；
After air tube inserts outlet nozzle, forming the gas passage of connection inside and outside spherical shell by air tube, after extracting air tube, the gas passage formed is closed.
Described spherical rolling fish jar, is characterized in that:
Described outlet nozzle, be:
Outlet nozzle is valve core structure；
There is the air tube supporting with outlet nozzle valve inside；
Air tube has air pressure valve；
After air tube inserts outlet nozzle, if spherical shell internal gas pressure is more than when inside and outside spherical shell extraneous gas pressure and spherical shell, the difference of gas pressure intensity is sufficiently large, air tube air pressure valve is opened, thus the gas passage of the inside and outside connection of spherical shell is formed by air tube, when inside and outside spherical shell, gas pressure intensity difference deficiency is so that air pressure valve is opened, air pressure valve is closed, and after extracting air tube, the gas passage formed is closed.
Described spherical rolling fish jar, is characterized in that:
Described outlet nozzle, be:
Outlet nozzle is air pressure valve structure；
When in spherical shell gas pressure intensity more than when inside and outside the outer gas pressure intensity of spherical shell and spherical shell, the difference of gas pressure intensity is sufficiently large, air pressure valve is opened and is formed the gas passage of connection inside and outside spherical shell, when inside and outside spherical shell, gas pressure intensity difference deficiency is so that air pressure valve is opened, air pressure valve is closed and is closed the gas passage of connection inside and outside spherical shell.
Described spherical rolling fish jar, is characterized in that:
Described outlet nozzle, be:
Comprise a flexible pipe and a floating head；
The length of flexible pipe is more than the depth capacity of water body in spherical shell；
The open communication of flexible pipe one end is outside spherical shell, and the opening of the other end is fixed on floating head；
Raise the nose above water to breathe not to be sunken to water, and the flexible pipe opening being fixed thereon is lifted in spherical shell on the water surface of water body；
By such structure, form air and the connection of spherical shell outer air in spherical shell.
Described spherical rolling fish jar, is characterized in that:
Described outlet nozzle, be:
Comprise a flexible pipe, a floating head and an air pressure valve；
The length of flexible pipe is more than the depth capacity of water body in spherical shell；
The opening of flexible pipe one end is fixed on floating head；
Raise the nose above water to breathe not to be sunken to water, and the flexible pipe opening being fixed thereon is lifted in spherical shell on the water surface of water body；
The flexible pipe other end is opened on outside spherical shell after being then connected in series with air pressure valve again；
When spherical shell internal gas pressure is sufficiently large more than the difference of spherical shell extraneous gas pressure and inside and outside gas pressure intensity, air pressure valve is opened and is made whole flexible pipe in the conduction state, thus air and the connection of spherical shell outer air in forming spherical shell, when inside and outside spherical shell, gas pressure intensity difference deficiency is so that air pressure valve is opened, air pressure valve is closed；
By such structure, on the one hand form air and the connection of spherical shell outer air in spherical shell, on the other hand keep spherical shell internal gas pressure more than spherical shell extraneous gas pressure.
Described spherical rolling fish jar, is characterized in that:
Described suction nozzle, be:
Comprise air pump, power supply and ventilating control signal；
When ventilating control signal is effective, power supply feeds to air pump, makes air pump work be filled with air inside spherical shell.
Described spherical rolling fish jar, is characterized in that:
Described suction nozzle, be:
Comprise pair of electrodes, power supply and ventilating control signal；
Electrode probes into inside spherical shell, and in spherical shell rolling process, electrode can contact with the water body in spherical shell；
When ventilating control signal is effective, power supply applies voltage on electrode, and the voltage applied can make the interior water generation cell reaction with electrode contact of spherical shell, thus produces oxygen in water.
Described spherical rolling fish jar, is characterized in that:
Described suction nozzle, be:
Comprise position sensor, ventilating control signal；
This induction apparatus can make ventilating control signal effective when suction nozzle is positioned at the bottom of spherical shell water body.
Described spherical rolling fish jar, is characterized in that:
Described valve plug, suction nozzle and outlet nozzle, is one.
The beneficial effects of the utility model are: (1) gives the perception that people is brand-new；(2) there is special interest and captivation；(3) it is more beneficial for observing the activity of fish.Tool has been widely used, such as, and home decoration, public place and kindergarten decoration, aquarium layout etc..
Accompanying drawing explanation
Fig. 1 is the schematic diagram of a kind of whole implementation example using valve inside form outlet nozzle and suction nozzle of this utility model spherical rolling fish jar；
Fig. 2 is the schematic diagram of a kind of outlet nozzle air tube embodiment with air pressure valve of this utility model spherical rolling fish jar；
Fig. 3 is the schematic diagram of a kind of outlet nozzle embodiment with air pressure valve of this utility model spherical rolling fish jar；
Fig. 4 is the schematic diagram of a kind of flexible pipe floating head type outlet nozzle embodiment of this utility model spherical rolling fish jar；
Fig. 5 is the schematic diagram of a kind of flexible pipe floating head type outlet nozzle embodiment with air pressure valve of this utility model spherical rolling fish jar；
Fig. 6 is the schematic diagram of a kind of air pump type suction nozzle embodiment of this utility model spherical rolling fish jar；
Fig. 7 is the schematic diagram of a kind of electrolysis-type suction nozzle embodiment of this utility model spherical rolling fish jar；
Fig. 8 is the schematic diagram of a kind of suction nozzle position sensor embodiment of this utility model spherical rolling fish jar.
Detailed description of the invention
Below in conjunction with the accompanying drawings embodiment of the present utility model is elaborated.
(one, a kind of whole implementation example using valve inside form outlet nozzle and suction nozzle)
Fig. 1 is the schematic diagram of a kind of whole implementation example using valve inside form outlet nozzle and suction nozzle of this utility model spherical rolling fish jar.The basic outward appearance of fish jar is spherosome shape；Spherical shell 100 is transparent or has good light transmission；Spherical shell 100 can use the various hard such as safety glass, lucite, acrylic material, plastics, rubber or soft material to make；Spherical shell 100 itself is to seal.In space within spherical shell 100, it is filled with water；Generally, water is not completely filled with the inner space of spherical shell 100, but leaves certain space with trapped air inside spherical shell 100.
For supplemental oxygen in the water body in spherical shell 100, spherical shell 100 is provided with suction nozzle 300.Suction nozzle 300 is valve core structure；Specifically can use any type of structure, as long as can be under the cooperation of air tube, it is achieved the gas communication that spherical shell 100 is internal with outside.Such as, suction nozzle 300 is that rubber bodies makes, and is bonded on spherical shell；Rubber bodies has through hole as air flue；(that is, towards spherical shell outside) has unlimited larger open, for inserting air tube for the front end of air flue；(that is, towards spherical shell inside) then depends on the elasticity of rubber itself and is contracted in together for the rear portion of air flue so that the actually blocking of the rear portion of air flue；After inserting air tube, the blocking portion of the air flue of suction nozzle 300 is through by air tube institute, is formed the gas passage being connected inside and outside spherical shell by the airway in air tube.By outside source of the gas (such as air pump), the gas that source of the gas exports is connected on air tube, is achieved that the purpose to the internal water body supplemental oxygen of spherical shell 100.Note by external air source input air when, should not continue to roll fish jar, but the position of suction nozzle 300 should be kept to be in fish jar bottom, in order to the air being filled with is contacted with water body more.
During the water body supplemental oxygen in spherical shell 100, for balanced gas pressure, spherical shell 100 is provided with outlet nozzle 200.Outlet nozzle 200 is valve core structure；Specifically can use any type of structure, as long as can be under the cooperation of air tube, it is achieved the gas communication that spherical shell 100 is internal with outside.Such as, outlet nozzle 200 is that rubber bodies makes, and is bonded on spherical shell；Rubber bodies has through hole as air flue；The front end of air flue (that is, towards spherical shell outside) opening is unlimited, for inserting air tube；(that is, towards spherical shell inside) then depends on the elasticity of rubber itself and is contracted in together for the rear portion of air flue so that the actually blocking of the rear portion of air flue；After inserting air tube, the blocking portion of the air flue of outlet nozzle 200 is through by air tube institute, is formed the gas passage being connected inside and outside spherical shell by the airway in air tube.
In order to fish being put into fish jar, and in order to change the purpose of water, feeding, spherical shell 100 is provided with valve plug 400.Valve plug 400 can take any structure, as long as being capable of the function opened and close.Such as, valve plug 400 is to use the principle of helical mouth to be screwed into and the rubbery stopper back-outed, and is screwed into, realizes the closedown of valve plug, back-out, realizes opening of valve plug.Valve plug 400, when opening, forms in spherical shell 100 passage being interlinked to the outside, and the bore opened should allow that fish body passes through.Additionally, suction nozzle 300 or outlet nozzle 200, can integrate with valve plug 400；Such as, directly in the rubber bodies of stopper constituting valve plug 400, make the air flue of suction nozzle, or make suction nozzle and the air flue of outlet nozzle, so that suction nozzle becomes one with valve plug with outlet nozzle simultaneously.
(two, a kind of outlet nozzle air tube embodiment with air pressure valve)
Fig. 2 is the schematic diagram of a kind of outlet nozzle air tube embodiment with air pressure valve of this utility model spherical rolling fish jar.Succinct for figure, only comprises air tube part in figure, other parts are not drawn.Make if the spherical shell of fish jar 100 is flexible material, be such as that plastic sheeting makes, then, it is required that the gas pressure intensity within spherical shell 100 is more than the gas pressure intensity outside spherical shell 100, spherical shell 100 just can be made to keep the shape of spherosome.To this end, for the outlet nozzle of valve inside form, the air tube with air pressure valve can be used.With the air tube of air pressure valve except having airway 215, also be there is the air pressure valve just can opened by gas pressure intensity difference.Such air pressure valve can have various structures, as long as being capable of the purpose just can opened by valve both sides draught head.Such as, air pressure valve can be to be made up of stopper 216 and spring 217；Spring 217 holds out against stopper 216 and clogging airway 215；After air tube inserts outlet nozzle, when the gas pressure intensity of air tube airway 215 front end (front end is directed towards the one end within spherical shell 100) is more than air tube airway 215 rear end (rear end is directed towards the one end outside spherical shell 100), both sides draught head produces the thrust overcoming spring 217 to hold out against effect on stopper 216, when this thrust produced by draught head is sufficiently large, stopper 216 is just open and no longer blocks airway 215, thus forms the air flue of the inside and outside connection of spherical shell；When gas be released out and draught head decline after, stopper 216 is held out against and the most clogging airway 215 again by spring 217 again.By regulation spring force, it is possible to be conveniently adjusted the draught head size opened needed for valve.
Use such air tube with air pressure valve for outlet nozzle, so that it may so that the spherical shell 100 that flexible material makes is when inflation, to keep the gas pressure intensity within spherical shell 100 to be more than the gas pressure intensity outside spherical shell 100, thus keep the spherosome shape of spherical shell 100.
(three, a kind of outlet nozzle embodiment with air pressure valve)
Fig. 3 is the schematic diagram of a kind of outlet nozzle embodiment with air pressure valve of this utility model spherical rolling fish jar.Succinct for figure, only comprises spherical shell and outlet nozzle part in figure, other parts are not drawn.Such outlet nozzle is applicable to keep the profile of soft spherical shell, i.e. when aerofluxus, keeps the gas pressure intensity within spherical shell 100 more than the gas pressure intensity outside spherical shell 100.To this end, outlet nozzle is with air pressure valve；This air pressure valve can use any structure, as long as disclosure satisfy that the purpose just can opened by valve both sides draught head.Such as, the air flue 290 of outlet nozzle is made by rubber；Air flue somewhere (such as in the middle part of air flue) has narrow shape and the elastic force relying on rubber self or the tightening force by means of external springs circle, is contracted in together and keeps the state of airway obstruction, thus constitutes air pressure valve 291.When spherical shell 100 internal gas pressure reaches to a certain degree more than the difference of extraneous gas pressure and inside and outside gas pressure intensity, relying on the active force of draught head, the air pressure valve 291 being in blocked state is rushed to open, thus forms the air flue inside and outside connection spherical shell；After aerofluxus causes draught head to decline, the position being rushed to open is contracted in again and recloses air flue together.By factors such as the regulation shape of air pressure valve 291, caoutchouc elasticity, external force sizes (the tightening force size of external springs circle), it is possible to change air pressure valve and be rushed to open required inner and outer air pressure extent.
Use such outlet nozzle with air pressure valve, so that it may so that the spherical shell 100 that flexible material makes is when inflation, keeps the gas pressure intensity within spherical shell 100 to be more than the gas pressure intensity outside spherical shell 100, thus keep the spherical shape profile of spherical shell 100.It addition, such outlet nozzle both can be used alone, it is also possible to the use of air tube；If the degree of depth using air tube and air tube to insert is not up to the position of air pressure valve 291, then it is able to maintain that during inflation that spherical shell internal gas pressure is higher than spherical shell extraneous gas pressure；If use the degree of depth that air tube and air tube insert by the position of air pressure valve 291, then during inflation internal directly the connection with outside of spherical shell and gas pressure intensity is consistent.
(four, a kind of flexible pipe floating head type outlet nozzle embodiment)
Fig. 4 is the schematic diagram of a kind of flexible pipe floating head type outlet nozzle embodiment of this utility model spherical rolling fish jar.Succinct for figure, only comprises spherical shell and outlet nozzle part in figure, other parts are not drawn.Along with the rolling of fish jar, the position of outlet nozzle is likely to be at the lower section of fish jar water body, thus awash and can not discharge gas；And flexible pipe floating head type outlet nozzle so that the pore of outlet nozzle is always maintained at the top of water body.Raise the nose above water to breathe 251 designs (such as using the foamed materials of lightweight) by autologous density and structure, it is possible to swim in above water body, and, the opening of flexible pipe 250 that produced buoyancy can will be fixed thereon, lift on the water surface.Another opening of flexible pipe 250 then with spherical shell 100 be connected externally to lead to.The length of flexible pipe 250 itself, then more than the depth capacity of water body in spherical shell 100；Such as, the length interior diameter more than or equal to spherical shell 100 of flexible pipe 250 is taken.By such design, allow for the air gap (that is, filling the space left by water inside spherical shell the most completely) above the internal water body of spherical shell 100, be always connected with spherical shell 100 extraneous air, how to roll regardless of spherical shell 100.
(five, a kind of flexible pipe floating head type outlet nozzle embodiment with air pressure valve)
Fig. 5 is the schematic diagram of a kind of flexible pipe floating head type outlet nozzle embodiment with air pressure valve of this utility model spherical rolling fish jar.Succinct for figure, only comprises spherical shell and outlet nozzle part in figure, other parts are not drawn.If using flexible pipe floating head type outlet nozzle, spherical shell is to use flexible material to make simultaneously, then, it is required that the pressure within spherical shell 100, more than the pressure outside spherical shell 100, just can make spherical shell 100 keep the shape of spherosome.To this end, except utilizing floating head 251 to lift on the water surface by the one end open of flexible pipe 250, the also other end opening part (or a certain position between flexible pipe 250 both ends open) at flexible pipe 250 concatenates an air pressure valve 252.Air pressure valve 252 can take the valve of any structure, as long as meeting condition " just to open valve when spherical shell internal gas pressure is more than spherical shell extraneous gas pressure ".Such as, air pressure valve 252 can use alligator clamp to be clamped in constitute on flexible pipe 250；When air pressure valve 252 two ends gas pressure intensity is identical, flexible pipe 250 is kept blocking by the extruding of alligator clamp；Gas pressure intensity suffered by (referring to be communicated in spherical shell 100 internal) inside air pressure valve is more than time outside (referring to be communicated in spherical shell 100 outside) and when both sides draught head is sufficiently large, and spring is rushed to open and flexible pipe 250 is turned on；Required inner and outer air pressure is opened poor by the size of adjustment Spring pinch force, i.e. adjustable valve.
(six, a kind of air pump type suction nozzle embodiment)
Fig. 6 is the schematic diagram of a kind of air pump type suction nozzle embodiment of this utility model spherical rolling fish jar.Succinct for figure, only comprises spherical shell and suction nozzle part in figure, other parts are not drawn.The air pump of air pump type suction nozzle can use any structure, from spherical shell external suction air and can be squeezed into inside spherical shell by suction nozzle when energising as long as meeting.Such as, air pump type suction nozzle is made up of electric supply installation 341, electromagnetic motive device 342 and inflator 343.Electric supply installation 341 includes signal control circuit and battery；Under the effect of effective ventilating control signal, control the battery feed (including the direction of presence or absence, size and the feed of feed) to electromagnetic motive device 342.Electromagnetic motive device 342, under the effect of feed, converts electrical energy into mechanical energy, and by Poewr transmission mechanism, produces reciprocating active force and act on the push rod of inflator 343；Such as, electromagnetic motive device is hot-wire coil, push rod in coil magnetic field stress and move, change the direction of the winding current, then push rod Impact direction changes therewith.Moving back and forth of inflator 343 push rod will drive inflator piston to complete to bleed outside spherical shell and to the course of action inflated inside spherical shell, thus realizes the function of the water body supplemental oxygen in fish jar.Suction nozzle with air pump so that during water body oxygenation in spherical shell 100, it is not necessary to connect external source of the gas, thus do not affect the rolling (it is, need not static get off to connect external source of the gas) of fish jar.
(seven, a kind of electrolysis-type suction nozzle embodiment)
Fig. 7 is the schematic diagram of a kind of electrolysis-type suction nozzle embodiment of this utility model spherical rolling fish jar.Succinct for figure, only comprises spherical shell and suction nozzle part in figure, other parts are not drawn.Electrolysis-type suction nozzle can use any structure, can be electrolysed by the water in spherical shell when energising as long as meeting and produce oxygen.Such as, electrolysis-type suction nozzle is made up of 350 power supply unit 351 and electrode.Power supply unit 351 comprise battery with feed control circuit, under the effect of effective ventilating control signal, battery to electrode to 350 positive and negative electrode be passed through voltage.Electrode to 350 positive and negative electrode during contacting with water body, water electrolysis is discharged oxygen by the voltage between positive and negative electrode, thus to the water body supplemental oxygen in fish jar.The advantage of electrolysis-type suction nozzle is less volume, more quiet work process；Meanwhile, the process of supplemental oxygen has no effect on the rolling of fish jar.It addition, electrolysis-type suction nozzle is actually not required to the external suction air from spherical shell 100, therefore, there is no need to be connected externally to, with spherical shell 100, the air flue that leads to.
(eight, a kind of suction nozzle position sensor embodiment)
Fig. 8 is the schematic diagram of a kind of suction nozzle position sensor embodiment of this utility model spherical rolling fish jar.Succinct for figure, only comprises spherical shell and position sensor part in figure, other parts are not drawn.No matter being application air pump type suction nozzle or electrolysis-type suction nozzle, work process is required for consuming battery electric quantity, therefore, improves oxygen-transfer efficiency so that it is required for saving battery electric quantity.Article one, the approach of effective raising oxygen-transfer efficiency, is to try to expand the chance that the oxygen being filled with contacts with water body in fish jar, thus improves the ratio of Dissolved Oxygen in Water gas.To this end, inflation should be made as far as possible to betide below water body, thus maximize the path that be filled with oxygen contacts with water body.Position sensor can use any structure, as long as the signal relevant to its position can be produced.Such as, position sensor by conduction electrode 360, lead fluid-through tube 361 and conducting liquid 362 form.Assume the suction nozzle that is located adjacent to that position sensor installs, and assume that leading fluid-through tube 361 inner space is cylindrical shape.Conducting liquid 362 is conducting liquid, such as hydrargyrum.In leading fluid-through tube 361, it is perfused with a certain amount of conducting liquid 362, such as, is filled with and accounts for the conducting liquid 362 leading internal 1/2nd volumes of fluid-through tube 361.Conduction electrode 360 is composed of by upper electrode and bottom electrode；Bottom electrode is placed in the bottom leading fluid-through tube 361；Upper electrode is then placed in the middle and upper part leading fluid-through tube 361, and distance leads the bottom of fluid-through tube 361 less than 1/2nd internal height leading fluid-through tube 361.So, when position sensor is positioned at the underface of spherical shell 100 water body, the upper electrode of conduction electrode 360 all contacts with conducting liquid 362 with bottom electrode, thus circuit ON；Along with the rolling of spherical shell 100, leading the liquid level of conducting liquid 362 in fluid-through tube 361 and change therewith, when the position of position sensor is increased to a certain degree, two electrodes of conduction electrode 360 contact conducting liquid 362 the most simultaneously and circuit are disconnected.This circuit ON and the state of disconnection, it is possible to the instruction whether effective as ventilating control signal or foundation, thus control air pump type suction nozzle or electrolysis-type suction nozzle, more reasonably enter duty and improve the efficiency of inflation.
The various embodiments described above, the detailed description of the invention simply carried out according to the technical solution of the utility model；The usual property variations and alternatives carried out in the range of technical solutions of the utility model, all should be included in protection domain of the present utility model.
This utility model is applicable to all of apparatus and method constructed according to content of the present utility model, and is not required to the ability of other utility model character and obtainable version.Therefore, this utility model is applicable to the widest scope consistent with feature with principle as described herein.
Claims (11)
1. spherical rolling fish jar, is characterized in that:
Outward appearance is rounded；
Can roll；
Spherical shell is transparent；
Spherical shell is to seal；
Water it is marked with in spherical shell；
Equipped with suction nozzle on spherical shell, in the case of not destroying spherical shell sealing, suction nozzle can input gas in spherical shell；
Equipped with outlet nozzle on spherical shell, in the case of not destroying spherical shell sealing, the gas in spherical shell can be discharged to outside spherical shell by outlet nozzle；
Equipped with valve plug on spherical shell；
When valve plug is in open mode, makes spherical shell inside by valve plug and be connected externally to lead to；
When valve plug is in open mode, the bore opened allows fish body to be supported to pass through.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described suction nozzle, be:
Suction nozzle is valve core structure；
There is the air tube supporting with suction nozzle valve inside；
After air tube is inserted into valve, forming the gas passage of connection inside and outside spherical shell by air tube, after extracting air tube, the gas passage formed is closed.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described outlet nozzle, be:
Outlet nozzle is valve core structure；
There is the air tube supporting with outlet nozzle valve inside；
After air tube inserts outlet nozzle, forming the gas passage of connection inside and outside spherical shell by air tube, after extracting air tube, the gas passage formed is closed.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described outlet nozzle, be:
Outlet nozzle is valve core structure；
There is the air tube supporting with outlet nozzle valve inside；
Air tube has air pressure valve；
After air tube inserts outlet nozzle, if spherical shell internal gas pressure is more than when inside and outside spherical shell extraneous gas pressure and spherical shell, the difference of gas pressure intensity is sufficiently large, air tube air pressure valve is opened, thus the gas passage of the inside and outside connection of spherical shell is formed by air tube, when inside and outside spherical shell, gas pressure intensity difference deficiency is so that air pressure valve is opened, air pressure valve is closed, and after extracting air tube, the gas passage formed is closed.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described outlet nozzle, be:
Outlet nozzle is air pressure valve structure；
When in spherical shell gas pressure intensity more than when inside and outside the outer gas pressure intensity of spherical shell and spherical shell, the difference of gas pressure intensity is sufficiently large, air pressure valve is opened and is formed the gas passage of connection inside and outside spherical shell, when inside and outside spherical shell, gas pressure intensity difference deficiency is so that air pressure valve is opened, air pressure valve is closed and is closed the gas passage of connection inside and outside spherical shell.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described outlet nozzle, be:
Comprise a flexible pipe and a floating head；
The length of flexible pipe is more than the depth capacity of water body in spherical shell；
The open communication of flexible pipe one end is outside spherical shell, and the opening of the other end is fixed on floating head；
Raise the nose above water to breathe not to be sunken to water, and the flexible pipe opening being fixed thereon is lifted in spherical shell on the water surface of water body；
By such structure, form air and the connection of spherical shell outer air in spherical shell.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described outlet nozzle, be:
Comprise a flexible pipe, a floating head and an air pressure valve；
The length of flexible pipe is more than the depth capacity of water body in spherical shell；
The opening of flexible pipe one end is fixed on floating head；
Raise the nose above water to breathe not to be sunken to water, and the flexible pipe opening being fixed thereon is lifted in spherical shell on the water surface of water body；
The flexible pipe other end is opened on outside spherical shell after being then connected in series with air pressure valve again；
When spherical shell internal gas pressure is sufficiently large more than the difference of spherical shell extraneous gas pressure and inside and outside gas pressure intensity, air pressure valve is opened and is made whole flexible pipe in the conduction state, thus air and the connection of spherical shell outer air in forming spherical shell, when inside and outside spherical shell, gas pressure intensity difference deficiency is so that air pressure valve is opened, air pressure valve is closed；
By such structure, on the one hand form air and the connection of spherical shell outer air in spherical shell, on the other hand keep spherical shell internal gas pressure more than spherical shell extraneous gas pressure.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described suction nozzle, be:
Comprise air pump, power supply and ventilating control signal；
When ventilating control signal is effective, power supply feeds to air pump, makes air pump work be filled with air inside spherical shell.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described suction nozzle, be:
Comprise pair of electrodes, power supply and ventilating control signal；
Electrode probes into inside spherical shell, and in spherical shell rolling process, electrode can contact with the water body in spherical shell；
When ventilating control signal is effective, power supply applies voltage on electrode, and the voltage applied can make the interior water generation cell reaction with electrode contact of spherical shell, thus produces oxygen in water.
Spherical rolling fish jar the most according to claim 1, is characterized in that:
Described suction nozzle, be:
Comprise position sensor, ventilating control signal；
This induction apparatus can make ventilating control signal effective when suction nozzle is positioned at the bottom of spherical shell water body.
11. spherical rolling fish jars according to claim 1, is characterized in that:
Described valve plug, suction nozzle and outlet nozzle, is one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620042063.8U CN205511668U (en) | 2016-01-17 | 2016-01-17 | Spherical roll fish bowl |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620042063.8U CN205511668U (en) | 2016-01-17 | 2016-01-17 | Spherical roll fish bowl |
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| Publication Number | Publication Date |
|---|---|
| CN205511668U true CN205511668U (en) | 2016-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620042063.8U Expired - Fee Related CN205511668U (en) | 2016-01-17 | 2016-01-17 | Spherical roll fish bowl |
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| CN (1) | CN205511668U (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108483064A (en) * | 2018-04-26 | 2018-09-04 | 浙江炜驰轻工机械有限公司 | A kind of flexible hold-up interception device for fish weight calculation |
| CN108785102A (en) * | 2018-06-25 | 2018-11-13 | 童志轩 | A kind of vacuum-pumping feeding bottle |
| CN109362629A (en) * | 2018-10-22 | 2019-02-22 | 武汉轻工大学 | A kind of aquarium that can arbitrarily overturn |
| CN111595301B (en) * | 2020-05-20 | 2021-11-23 | 福建省伟志地理信息科学研究院 | Aerial surveying device for geographic information system and surveying method thereof |
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2016
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108483064A (en) * | 2018-04-26 | 2018-09-04 | 浙江炜驰轻工机械有限公司 | A kind of flexible hold-up interception device for fish weight calculation |
| CN108785102A (en) * | 2018-06-25 | 2018-11-13 | 童志轩 | A kind of vacuum-pumping feeding bottle |
| CN109362629A (en) * | 2018-10-22 | 2019-02-22 | 武汉轻工大学 | A kind of aquarium that can arbitrarily overturn |
| CN111595301B (en) * | 2020-05-20 | 2021-11-23 | 福建省伟志地理信息科学研究院 | Aerial surveying device for geographic information system and surveying method thereof |
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Granted publication date: 20160831 Termination date: 20180117 |
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| CF01 | Termination of patent right due to non-payment of annual fee |