CN109340145A - A kind of fluid under pressure transportation system - Google Patents
A kind of fluid under pressure transportation system Download PDFInfo
- Publication number
- CN109340145A CN109340145A CN201811290550.6A CN201811290550A CN109340145A CN 109340145 A CN109340145 A CN 109340145A CN 201811290550 A CN201811290550 A CN 201811290550A CN 109340145 A CN109340145 A CN 109340145A
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- Prior art keywords
- rotation
- chamber
- slot
- sliding
- slide bar
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Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D25/00—Pumping installations or systems
- F04D25/02—Units comprising pumps and their driving means
- F04D25/04—Units comprising pumps and their driving means the pump being fluid-driven
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D27/00—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids
- F04D27/004—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids by varying driving speed
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Gear Transmission (AREA)
Abstract
The invention discloses a kind of fluid under pressure transportation systems, including body, the perforative conveyor chamber in left and right is equipped in the body, it communicates on the upside of the conveyor chamber equipped with downward opening rotation chamber, the rotation is intracavitary to be equipped with rotating wheel by first rotating shaft rotation, wound form ring-shaped liquid forcing pipe is equipped with by the connection of the first sink on the upside of the rotation chamber, the configuration of the present invention is simple, it is easy to operate, the fluid pressure of conveyor chamber is measured by wheel rotor, and power will be converted by transmission device caused by pressure to go up and down to closed sliding block with conveyor chamber on and off, the lifting action of sliding block is made to by linkage the rotating wheel rotation work of pressurization simultaneously, it is entered back into conveyor chamber after being pressurizeed by pressurizing chamber to conveying liquid, the pressure value of circulating liquid is kept by control device, apparatus structure is compact, gearing property Good and high degree of automation, it is efficient and easy to use.
Description
Technical field
The present invention relates to liquid conveying technology field, specially a kind of fluid under pressure transportation system.
Background technique
Current fluid under pressure transportation system mainly passes through liquid pump and the circulation of fluid box carries out liquid conveying, but device
In not set control liquid communication pressure component so that the pressure stability of liquid communication is poor, and current apparatus structure letter
Single, functional poor, service efficiency is low, and therefore, urgent need wants a kind of safety, efficient and stable fluid under pressure transportation system.
Summary of the invention
The purpose of the present invention is to provide a kind of fluid under pressure transportation systems, in the prior art above-mentioned scarce for overcoming
It falls into.
A kind of fluid under pressure transportation system according to the present invention, including body, the body are interior perforative defeated equipped with left and right
Chamber is sent, is communicated on the upside of the conveyor chamber equipped with downward opening rotation chamber, the rotation is intracavitary to be equipped with by first rotating shaft rotation
Rotating wheel, the rotation chamber upside is connected to by the first sink is equipped with wound form ring-shaped liquid forcing pipe, in first sink
It is installed with the first solid rod, the second solid rod is installed on the upside of first solid rod, and it is perforative to be equipped with left and right in second solid rod
First rotation slot, the first rotating shaft upper end is through first solid rod and the first rotation slot upper end wall is rotatablely connected and it
On be installed with first gear, communicated on the left of the first gear and be equipped with opening towards the second right rotation slot, second rotation slot
Inside pass through the rotation of the second shaft and is equipped with the second gear that right end engages connection with the first gear, the second rotation slot downside
It communicates and is equipped with the first engagement chamber, protrude into described first on the downside of second shaft and engage intracavitary and be installed with first bevel gear, institute
It states the engagement of first bevel gear front end face and is connected with the second bevel gear being connected by power with linkage, be equipped with stream in the forcing pipe
Cavity, the flowing lumen are equipped with third rotation slot that is opening down and communicating with the conveyor chamber, institute by the connection of the second sink
It states rotation in third rotation slot and is equipped with rotor plate, communicate on the downside of the conveyor chamber equipped with opening up arc groove, the rotation
Magnet is protruded into the arc groove and be installed in it in plate lower end, arc groove left end wall be installed with to the magnet
Magnetic attracting metal block, is equipped with the opening up first sliding groove communicated with the conveyor chamber on the left of the arc groove, and described the
Sliding is equipped with the first sliding block of tooth form to close the conveyor chamber in one sliding slot, communicates on the left of the first sliding groove and is equipped with opening
Towards the first right guide runner, first sliding block left side be installed with left end protrude into first guide runner and with the gearing
First slider guide of device cooperation, first sliding block right side engage connection, the arc groove right side with pressure control device
Equipped with opening up rotation space, rotation is equipped with upper end and protrudes into the conveyor chamber and be installed with thereon in the rotation space
The bull stick of rubber seal, the bull stick right side are installed with the rotation spring that right end and the rotation space right end wall are connected,
Sliding is equipped with the first slide bar for cooperating with the bar rotation and connecting with the pressure control device, institute in the rotation space
It states and is equipped with opening up cavity on the right side of rotation space, wheel rotor is equipped with by the rotation of third shaft in the cavity, it is described
Wheel rotor is connected by power by the first belt and the pressure control device.
Further technical solution, the linkage include the second engagement chamber, the second engagement chamber and described first
It is connected between guide runner by second sliding slot, sliding is installed with equipped with right end and protrudes into first guide runner in the second sliding slot
First rack gear of the second interior slider guide, the intracavitary rotation of the second engagement are equipped with right end and engage connection with first rack gear
Third hand tap gear, the third hand tap gear rear end face engagement are connected with the 4th bevel gear, pass through spine on the left of the second engagement chamber
Wheel chamber, which is communicated, engages chamber equipped with third, and the 4th bevel gear left side is installed with left end, and to protrude into the ratchet intracavitary and be installed with
4th shaft of handle ratchet wheel, the handle ratchet wheel periphery engagement are connected with the rotating ratchet that cooperation is one-directionally rotated with it, the rotation
Ratchet left side, which is installed with left end, to be protruded into the third and engages the 5th shaft that is intracavitary and being installed with the 5th bevel gear, and the described 5th
The engagement of bevel gear front end face is connected with the 6th bevel gear, and the 6th bevel gear and the mandrel of the second bevel gear pass through second
Belt is connected by power.
Further technical solution, the pressure control device include wind chamber, communicate and are equipped with and the external world on the right side of the wind chamber
The air inlet that space communicates, the wind is intracavitary to be equipped with rotation wind wheel, is communicated on the right side of the wind chamber equipped with the 4th engagement chamber, described turn
Dynamic wind wheel right side is installed with right end and protrudes into the 4th engagement the 6th shaft that is intracavitary and being installed with the 7th bevel gear, and described the
The engagement of seven bevel gear right sides, which is connected with, rotates the 8th bevel gear that is equipped with by the 7th shaft, the 7th shaft and described the
Three shafts are connected by power by first belt, are communicated on the upside of the wind chamber equipped with the first slide bar slot, the first slide bar slot
Interior sliding is equipped with lower end and protrudes into the second intracavitary slide bar of the wind, is equipped in second slide bar and runs through slot, second slide bar
The top pressure spring that upper surface is installed with upper end and the first slide bar slot upper end wall is connected, the first slide bar slot and the rotation
Connection is equipped with the second slide bar slot between space, and the first slide bar right end protrudes into the second slide bar slot, sliding described second
First slide bar in bar slot is equipped with skewed slot that is opening up and abutting with second slide bar, and the wind is intracavitary in described
Second slide bar left slide is equipped with T shape sliding shoe, and the sliding shoe front end face stock is equipped with the driving lever that free surrounding space is protruded into front end, institute
State the adjustable spring that sliding shoe left side is installed with symmetrical above and below and left end and wind chamber left end wall is connected, the wind chamber left side
It communicates and is equipped with the third sliding slot that opening is communicated towards right and rear end with free surrounding space, communicated on the downside of the third sliding slot and be equipped with opening court
On the second guide runner, the sliding shoe left end, which is protruded into the third sliding slot and is installed with lower end, protrudes into second guide runner
Interior third slider guide, the sliding shoe upper surface in the third sliding slot are connected by power with transmission device.
Further technical solution, the transmission device include belt grooves, and symmetrical skin is equipped in the belt grooves
Belt wheel is connected by power between the belt pulley by third belt, is installed with upper end and institute at the belt pulley axle center on right side
The first transmission shaft of belt grooves upper end wall rotation connection is stated, is connected on the downside of the belt grooves with the third sliding slot and is equipped with the first biography
Dynamic chamber, first transmission shaft lower end are protruded into first drive cavity and are installed with the first taper cone pulley, the first bevel gear
Rear end engagement is connected with the second taper cone pulley, and the second taper cone pulley rear end face is installed with lower end and engages connection with the sliding shoe
Third gear is installed with the second transmission of lower end and belt grooves lower end wall rotation connection at the belt pulley axle center in left side
Axis, the belt grooves upside is connected to the first sliding groove is equipped with the second drive cavity, and the second driving shaft upper end is protruded into described
In second drive cavity and it is installed with third taper cone pulley, the third hand tap gear rear end engagement is connected with the 4th taper cone pulley, and described the
Four taper cone pulley rear end faces are installed with the 4th gear that left end engages connection with first sliding block.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the liquid of conveyor chamber is measured by wheel rotor
Body pressure, and by transmission device will be converted into caused by pressure power to go up and down to closed sliding block to open and
Conveyor chamber is closed, while the lifting action of sliding block being made to the rotating wheel rotation work of pressurization by linkage, passes through pressurization
Chamber enters back into conveyor chamber after pressurizeing to conveying liquid, and the pressure value of circulating liquid, device knot are kept by control device
Structure is compact, and gearing property is got well and high degree of automation, efficient and easy to use.
Detailed description of the invention
Fig. 1 is overall structure diagram inside a kind of fluid under pressure transportation system of the invention；
Fig. 2 is " A " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 3 is " B-B " direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 4 is " C-C " direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 5 is " D " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 6 is " E " enlarged structure schematic diagram in Fig. 1 in the present invention.
Specific embodiment
Below with reference to Fig. 1-6, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-6, a kind of fluid under pressure transportation system of embodiment according to the present invention, including body 10, the machine
It is equipped with the perforative conveyor chamber 11 in left and right in body 10, communicates on the upside of the conveyor chamber 11 equipped with downward opening rotation chamber 13, it is described
It rotates in chamber 13 and rotating wheel 13 is equipped with by the rotation of first rotating shaft 19, set on the upside of the rotation chamber 13 by the connection of the first sink 14
There is wound form ring-shaped liquid forcing pipe 27, the first solid rod 15 is installed in first sink, is consolidated on the upside of first solid rod 15
Equipped with the second solid rod 16, and perforative first rotation slot 17 in left and right is equipped in second solid rod 16, in the first rotating shaft 19
End is rotatablely connected with 17 upper end wall of the first rotation slot through first solid rod 15 and is installed with first gear 18, institute thereon
It states to communicate on the left of first gear 18 and is equipped with opening towards the second right rotation slot 20, second rotation slot 20 is interior to pass through the second shaft
24 rotations are equipped with the second gear 21 that right end engages connection with the first gear 18, communicate and set on the downside of second rotation slot 20
There is the first engagement chamber 25, first bevel gear 22 protruded into the first engagement chamber 25 and be installed on the downside of second shaft 24,
22 front end face of the first bevel gear engagement is connected with the second bevel gear 23 being connected by power with linkage, the forcing pipe 27
Interior to be equipped with flowing lumen 28, the flowing lumen 28 is equipped with opening down and communicates with the conveyor chamber 11 by the connection of the second sink 29
Third rotation slot 30, rotation is equipped with rotor plate 31 in the third rotation slot 30, communicates to be equipped on the downside of the conveyor chamber 11 and open
The arc groove 32 of mouth upward, 31 lower end of rotor plate are protruded into the arc groove 32 and are installed with magnet 33, the arc in it
32 left end wall of shape slot be installed with to the magnetic attracting metal block 34 of the magnet 33, be equipped with opening on the left of the arc groove 32
The first sliding groove 38 communicated upward with the conveyor chamber 11, the interior sliding of the first sliding groove 35 are equipped with to close the conveyor chamber
11 the first sliding block of tooth form 36 communicates on the left of the first sliding groove 35 and is equipped with opening towards the first right guide runner 38, and described first
36 left side of sliding block is installed with left end and protrudes into the first slider guide cooperated in first guide runner 38 and with the linkage
37,36 right side of the first sliding block engages connection with pressure control device, is equipped on the right side of the arc groove 32 opening up
Rotation space 82, the interior rotation of the rotation space 82 are equipped with upper end and protrude into the conveyor chamber 11 and be installed with rubber seal thereon
The bull stick 83 of circle 84,83 right side of bull stick are installed with the rotation spring that right end and the 82 right end wall of rotation space are connected
98, the interior sliding of the rotation space 82 is equipped with first for being rotatably assorted and connecting with the pressure control device with the bull stick 83
Slide bar 79 is equipped with opening up cavity 94 on the right side of the rotation space 82, is rotated in the cavity 94 by third shaft 97
Equipped with wheel rotor 95, the wheel rotor 95 is connected by power by the first belt 93 with the pressure control device.
Valuably or illustratively, the linkage include second engagement chamber 42, it is described second engagement chamber 42 with it is described
Be connected between first guide runner 38 by second sliding slot 40, in the second sliding slot 40 sliding be equipped with right end be installed with protrude into it is described
First rack gear 41 of the second slider guide 39 in the first guide runner 38, it is described second engagement chamber 42 in rotation be equipped with right end with it is described
The third hand tap gear 43 of first rack gear 41 engagement connection, 43 rear end face of the third hand tap gear engagement are connected with the 4th bevel gear
44, it is described second engagement chamber 42 on the left of by ratchet chamber 48 communicate equipped with third engage chamber 54,44 left end of the 4th bevel gear
Face is installed with the 4th shaft 45 that left end is protruded into the ratchet chamber 48 and is installed with handle ratchet wheel 46, and 46 periphery of handle ratchet wheel is nibbled
Conjunction is connected with the rotating ratchet 47 that cooperation is one-directionally rotated with it, and 47 left side of rotating ratchet is installed with left end and protrudes into described the
Three engagement chambers 54 are interior and are installed with the 5th shaft 49 of the 5th bevel gear 50, and 50 front end face of the 5th bevel gear engagement is connected with
6th bevel gear 52, the 6th bevel gear 52 and the mandrel of the second bevel gear 23 are connected by power by the second belt 26,
Improve the gearing and automation of device.
Valuably or illustratively, the pressure control device includes wind chamber 71, communicated on the right side of the wind chamber 71 be equipped with
The air inlet 88 that free surrounding space communicates, the wind chamber 71 is interior to be equipped with rotation wind wheel 85, communicates on the right side of the wind chamber 71 equipped with the 4th
Chamber 89 is engaged, 85 right side of rotation wind wheel is installed with right end and protrudes into the 4th engagement chamber 89 and be installed with the 7th cone tooth
6th shaft 87 of wheel 91,91 right side of the 7th bevel gear engagement are connected with the 8th be equipped with by the rotation of the 7th shaft 92
Bevel gear 90, the 7th shaft 92 are connected by power with the third shaft 97 by first belt 93, the wind chamber 71
Upside is communicated equipped with the first slide bar slot 76, and the interior sliding of the first slide bar slot 76 is equipped with lower end is protruded into the wind chamber 71 second
Slide bar 74, interior be equipped with of the second slide bar 74 run through slot 75, and 74 upper surface of the second slide bar is installed with upper end and described first
The connected top pressure spring 77 of 76 upper end wall of slide bar slot be connected to equipped with the between the first slide bar slot 76 and the rotation space 82
Two slide bar slots 78,79 right end of the first slide bar protrude into the second slide bar slot 78, the institute in the second slide bar slot 78
It states the first slide bar 79 and is equipped with the opening up and skewed slot 80 that abuts with second slide bar 74, the wind chamber 71 is interior in described the
Two slide bars, 74 left slide is equipped with T shape sliding shoe 67, and the 67 front end face stock of sliding shoe is equipped with front end and protrudes into dialling for free surrounding space
Bar 73, the adjustable spring that 67 left side of sliding shoe is installed with symmetrical above and below and left end and the 71 left end wall of wind chamber is connected
72, it communicates on the left of the wind chamber 71 and is equipped with the third sliding slot 69 that opening is communicated towards right and rear end with free surrounding space, the third cunning
Communicated on the downside of slot 69 equipped with the second opening up guide runner 68,67 left end of sliding shoe protrude into the third sliding slot 69 and
It is installed with the third slider guide 70 that lower end is protruded into second guide runner 68, the sliding shoe in the third sliding slot 69
67 upper surfaces are connected by power with transmission device, improve the control harmony of device.
Valuably or illustratively, the transmission device includes belt grooves 60, is equipped with bilateral symmetry in the belt grooves 60
Belt pulley 61, be connected by power by third belt 62 between the belt pulley 61, consolidated at 61 axle center of the belt pulley on right side
The first transmission shaft 63 equipped with upper end and 60 upper end wall of belt grooves rotation connection, 60 downside of belt grooves and the third
The connection of sliding slot 69 is equipped with the first drive cavity 64, and 63 lower end of the first transmission shaft is protruded into first drive cavity 64 and is installed with
First taper cone pulley 65,65 rear end of the first bevel gear engagement are connected with the second taper cone pulley 66,66 rear end of the second taper cone pulley
Face is installed with the third gear 99 that lower end engages connection with the sliding shoe 67, is installed at 61 axle center of the belt pulley in left side
The second driving shaft 59 of lower end and 60 lower end wall of belt grooves rotation connection, 60 upside of belt grooves and the first sliding groove
35 connections are equipped with the second drive cavity 55, and 59 upper end of second driving shaft is protruded into second drive cavity 55 and is installed with third
Taper cone pulley 55,55 rear end of the third hand tap gear engagement are connected with the 4th taper cone pulley 57, and 57 rear end face of the 4th taper cone pulley is solid
The 4th gear 56 for engaging connection with first sliding block 36 equipped with left end, improves the transmission stability of device.
Original state, 31 lower end of rotor plate are abutted with metal block 34,74 left side of the second slide bar and 67 right side of sliding shoe
It abuts.
When needing device to work, fluid under pressure is circulated by conveyor chamber 11, and impact rotor plate 31 rotates counterclockwise, then liquid
Body squeezes bull stick 83 by conveyor chamber 11 and rotates clockwise, then drives the first slide bar 79 to be moved to the left so that the second slide bar 74 is upward
Mobile, then sliding shoe 67 moves right in adjustable spring 72, while the highly pressurised liquid to circulate in conveyor chamber 11 makes wheel rotor
95 rotations make the 7th bevel gear 91 that rotation wind wheel 85 be driven to rotate, the highly pressurised liquid in conveyor chamber 11 by the first belt 93
So that rotation 85 velocity of rotation of wind wheel is accelerated, then sliding shoe 67 is moved to the left left side extreme position, secondly, if in conveyor chamber 11
Fluid pressure reduce when, 95 rotational speed of wheel rotor reduce so that rotation 85 revolving speed of wind wheel reduce, then sliding shoe 67 is being stretched
Contracting spring 72 moves right under acting on, then third gear 99 drives belt pulley 61 to rotate, and makes the 4th tooth by third belt 62
56 rotation of wheel, then the first sliding block 36 moves up obstruction 11 liquid communication of conveyor chamber, while making third by the first rack gear 41
Bevel gear 43 rotates, then by ratchet driving the 6th bevel gear 52 is rotated, then drives second gear by the second belt 26
21 rotations, then liquid is delivered in flowing lumen 28 by the rotation of rotating wheel 13 by the first sink 14 carry out pressure process after by the
Two sinks 29, which are circulated in conveyor chamber 11, to be continued to circulate, then 95 revolving speed of wheel rotor increases increases so that rotating 85 revolving speed of wind wheel,
Then sliding shoe 67 move left through transmission device make the first sliding block 36 decline open conveyor chamber 11 guarantee fluid under pressure it is normal
Conveying, by pushing driving lever 73 that sliding shoe 67 is made to restore initial position after the completion of conveying.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, the liquid of conveyor chamber is measured by wheel rotor
Body pressure, and by transmission device will be converted into caused by pressure power to go up and down to closed sliding block to open and
Conveyor chamber is closed, while the lifting action of sliding block being made to the rotating wheel rotation work of pressurization by linkage, passes through pressurization
Chamber enters back into conveyor chamber after pressurizeing to conveying liquid, and the pressure value of circulating liquid, device knot are kept by control device
Structure is compact, and gearing property is got well and high degree of automation, efficient and easy to use.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (4)
1. a kind of fluid under pressure transportation system, including body, the body is interior to be equipped with the perforative conveyor chamber in left and right, the conveyor chamber
Upside is communicated equipped with downward opening rotation chamber, and the rotation is intracavitary to be equipped with rotating wheel, the rotation by first rotating shaft rotation
Wound form ring-shaped liquid forcing pipe is equipped with by the connection of the first sink on the upside of chamber, is installed with the first solid rod in first sink,
It is installed with the second solid rod on the upside of first solid rod, and is equipped with perforative first rotation slot in left and right in second solid rod, it is described
First rotating shaft upper end is rotatablely connected through first solid rod and the first rotation slot upper end wall and is installed with the first tooth thereon
Wheel, the first gear left side communicate the second rotation slot for being equipped with opening towards the right side, pass through the second shaft in second rotation slot
Rotation is equipped with the second gear that right end engages connection with the first gear, communicates on the downside of second rotation slot and nibbles equipped with first
Chamber is closed, it is intracavitary and be installed with first bevel gear to protrude into first engagement on the downside of second shaft, before the first bevel gear
End face engagement is connected with the second bevel gear being connected by power with linkage, is equipped with flowing lumen, the circulation in the forcing pipe
Chamber is connected to by the second sink is equipped with third rotation slot that is opening down and communicating with the conveyor chamber, in the third rotation slot
Rotation is equipped with rotor plate, communicates on the downside of the conveyor chamber equipped with opening up arc groove, and the rotor plate lower end is protruded into described
Magnet is installed in arc groove and in it, arc groove left end wall is installed with to the metal attracting with the magnet magnetism
Block, the arc groove left side are equipped with the opening up first sliding groove communicated with the conveyor chamber, and sliding is set in the first sliding groove
There is the first sliding block of tooth form to close the conveyor chamber, is communicated on the left of the first sliding groove and be equipped with opening towards the first right slide guide
Slot, first sliding block left side are installed with first that left end is protruded into first guide runner and cooperated with the linkage
Slider guide, first sliding block right side are engaged connection with pressure control device, are equipped on the right side of the arc groove opening up
Rotation space, the interior rotation of the rotation space are equipped with upper end and protrude into the conveyor chamber and be installed with turning for rubber seal thereon
Bar, the bull stick right side are installed with the rotation spring that right end and the rotation space right end wall are connected, in the rotation space
Sliding is equipped with the first slide bar for cooperating with the bar rotation and connecting with the pressure control device, the rotation space right side
Equipped with opening up cavity, wheel rotor is equipped with by the rotation of third shaft in the cavity, the wheel rotor passes through the
One belt is connected by power with the pressure control device.
2. a kind of fluid under pressure transportation system according to claim 1, it is characterised in that: the linkage includes second
Chamber is engaged, is connected between the second engagement chamber and first guide runner by second sliding slot, sliding in the second sliding slot
The first rack gear of the second slider guide protruded into first guide runner, the intracavitary rotation of second engagement are installed with equipped with right end
The third hand tap gear of connection is engaged with first rack gear equipped with right end, the third hand tap gear rear end face engagement is connected with the 4th
Bevel gear, the second engagement chamber left side is communicated by ratchet chamber engages chamber equipped with third, and the 4th bevel gear left side is solid
Protrude into that the ratchet is intracavitary and be installed with the 4th shaft of handle ratchet wheel, and the handle ratchet wheel periphery engagement is connected with and it equipped with left end
One-directionally rotate the rotating ratchet of cooperation, the rotating ratchet left side is installed with left end, and to protrude into third engagement intracavitary and fixed
There is the 5th shaft of the 5th bevel gear, the 5th bevel gear front end face engagement is connected with the 6th bevel gear, the 6th cone tooth
It takes turns and is connected by power with the mandrel of the second bevel gear by the second belt.
3. a kind of fluid under pressure transportation system according to claim 1, it is characterised in that: the pressure control device includes
Wind chamber, the wind chamber right side communicate the air inlet for being equipped with and communicating with free surrounding space, and the wind is intracavitary to be equipped with rotation wind wheel, the wind
It communicates on the right side of chamber equipped with the 4th engagement chamber, the rotation wind wheel right side is installed with right end, and to protrude into the 4th engagement intracavitary and consolidate
The 6th shaft equipped with the 7th bevel gear, the 7th bevel gear right side engagement, which is connected with, to be equipped with by the rotation of the 7th shaft
8th bevel gear, the 7th shaft are connected by power with the third shaft by first belt, phase on the upside of the wind chamber
Logical to be equipped with the first slide bar slot, sliding is equipped with lower end and protrudes into the second intracavitary slide bar of the wind in the first slide bar slot, and described the
It is equipped in two slide bars and runs through slot, the top that second slide bar upper surface is installed with upper end and the first slide bar slot upper end wall is connected
Pressing spring, is connected between the first slide bar slot and the rotation space and is equipped with the second slide bar slot, and the first slide bar right end is stretched
Enter in the second slide bar slot, is equipped on first slide bar in the second slide bar slot opening up and with described second
The skewed slot that slide bar abuts, the wind is intracavitary to be equipped with T shape sliding shoe, the sliding shoe front end face in the second slide bar left slide
Stock is equipped with the driving lever that free surrounding space is protruded into front end, and the sliding shoe left side is installed with symmetrical above and below and left end and the wind chamber is left
The connected adjustable spring of end wall, it is sliding that the wind chamber left side communicates the third for being equipped with and being open and communicating towards right and rear end with free surrounding space
Slot, the third sliding slot downside are communicated equipped with the second opening up guide runner, and it is sliding that the third is protruded into the sliding shoe left end
In slot and it is installed with the third slider guide that lower end is protruded into second guide runner, the sliding shoe in the third sliding slot
Upper surface is connected by power with transmission device.
4. a kind of fluid under pressure transportation system according to claim 3, it is characterised in that: the transmission device includes belt
Slot, the belt grooves are interior to be equipped with symmetrical belt pulley, is connected by power between the belt pulley by third belt, right side
The first transmission shaft of upper end and belt grooves upper end wall rotation connection is installed at the belt pulley axle center, under the belt grooves
Side is connected to the third sliding slot is equipped with the first drive cavity, and first transmission shaft lower end is protruded into first drive cavity and solid
Equipped with the first taper cone pulley, the first bevel gear rear end engagement is connected with the second taper cone pulley, and the second taper cone pulley rear end face is solid
The third gear of connection is engaged with the sliding shoe equipped with lower end, be installed at the belt pulley axle center in left side lower end with it is described
The second driving shaft of belt grooves lower end wall rotation connection, the belt grooves upside is connected to the first sliding groove is equipped with the second transmission
Third taper cone pulley is protruded into second drive cavity and are installed in chamber, the second driving shaft upper end, after the third hand tap gear
End engagement is connected with the 4th taper cone pulley, and the 4th taper cone pulley rear end face is installed with left end and engages connection with first sliding block
4th gear.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811290550.6A CN109340145A (en) | 2018-10-31 | 2018-10-31 | A kind of fluid under pressure transportation system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201811290550.6A CN109340145A (en) | 2018-10-31 | 2018-10-31 | A kind of fluid under pressure transportation system |
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| CN109340145A true CN109340145A (en) | 2019-02-15 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110237468A (en) * | 2019-06-17 | 2019-09-17 | 义乌市亿道电子科技有限公司 | A kind of regional fire emergency set based on smart city |
-
2018
- 2018-10-31 CN CN201811290550.6A patent/CN109340145A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110237468A (en) * | 2019-06-17 | 2019-09-17 | 义乌市亿道电子科技有限公司 | A kind of regional fire emergency set based on smart city |
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Application publication date: 20190215 |
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| WW01 | Invention patent application withdrawn after publication |