CN110281714A - A kind of tire dismantling equipment with gas leakage detection function - Google Patents
A kind of tire dismantling equipment with gas leakage detection function Download PDFInfo
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- CN110281714A CN110281714A CN201910637753.6A CN201910637753A CN110281714A CN 110281714 A CN110281714 A CN 110281714A CN 201910637753 A CN201910637753 A CN 201910637753A CN 110281714 A CN110281714 A CN 110281714A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60C—VEHICLE TYRES; TYRE INFLATION; TYRE CHANGING; CONNECTING VALVES TO INFLATABLE ELASTIC BODIES IN GENERAL; DEVICES OR ARRANGEMENTS RELATED TO TYRES
- B60C25/00—Apparatus or tools adapted for mounting, removing or inspecting tyres
- B60C25/01—Apparatus or tools adapted for mounting, removing or inspecting tyres for removing tyres from or mounting tyres on wheels
- B60C25/05—Machines
- B60C25/0506—Machines for demounting only
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- Mechanical Engineering (AREA)
- Tires In General (AREA)
Abstract
A kind of tire dismantling equipment with gas leakage detection function of the invention, including fuselage, the fuselage bottom wall is equipped with the first drive cavity, the rotating mechanism for driving tyre rotation is equipped in first drive cavity, the rotating mechanism includes mounting blocks, wheel hub can be fixedly installed on the mounting blocks, tire is installed on the wheel hub, equipment utilization gas atmosphere timing of the invention detects the situation that has a flat tire, tire disassembly is carried out automatically to the tire of gas leakage simultaneously, functions of the equipments are abundant, in addition, equipment can be adapted to the tire of all size, manual operation by workers space is big, it is convenient to use, it has a flat tire when operation without manual independent measurement, automation degree of equipment is high, it is time saving and energy saving, it is dismantled using intrauterine pressure auxiliary tyre, equipment kinetic energy efficiency is high, whole dismounting process reaction is sensitive, equipment globality is strong.
Description
Technical field
The present invention relates to vehicle maintenance to repair field, specially a kind of tire dismantling equipment with gas leakage detection function.
Background technique
It is well known that tire is usually made of abrasive rubber material, general Life of Tyre is about 3 years, in addition
Tyre life is also related with vehicle operating range；Tire when in use may be due to road surface sharp object or other special circumstances quilts
It punctures, generates traffic accident in order to prevent, general automobile monthly at least checks a tire pressure；Generally taken turns in auto repair shop
When tire checks, require to repair master worker manually to Tyre inflating progress tire pressure measurement, operating process is cumbersome, and manual measurement also has one
Fixed error；In addition, a vehicle just needs to measure four tires, there is a large amount of automobile to repair inspection daily in auto repair shop
It surveys, the working strength for repairing master worker can be greatly increased by measuring tire pressure process manually, while be needed again manually by gas leakage after the completion of measuring
Tire install to detaching equipment, some vehicle tyres are huge, and each mobile tyre all causes high effort for, it is therefore desirable to design one
There is kind the tire dismantling equipment of gas leakage detection function to solve problem above.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of tire dismantling equipment with gas leakage detection function, Neng Goujian
It is single to detect the situation that has a flat tire, and the tire of gas leakage is dismantled immediately, while equipment reaction is sensitive, sizes can be adapted to
Tire.
The present invention is achieved through the following technical solutions.
A kind of tire dismantling equipment with gas leakage detection function of the invention, including fuselage, the fuselage bottom wall are equipped with
First drive cavity, first drive cavity is interior to be equipped with the rotating mechanism for driving tyre rotation, and the rotating mechanism includes mounting blocks,
It can be fixedly installed with wheel hub on the mounting blocks, tire is installed on the wheel hub, the wheel hub left end is fixed with
The tyre valve that can be inflated into the wheel hub and the tire, the wheel hub and the tire form tire；
The first drive cavity roof is equipped with perforative first sliding cavity in left and right, be equipped in first sliding cavity by wheel hub with
The separating mechanism of tire separation, the separating mechanism includes crowbar, and the crowbar is connected to the wheel hub and the tire
Junction, after the crowbar moves to the right, the crowbar is protruded between the tire and the wheel hub, with described
Lower movement, the tire are progressively disengaged with the wheel hub and are connect crowbar to the right；
The fuselage left side is fixed with the head extended to the left, and upper and lower perforative second sliding cavity is equipped in the head,
The inflation mechanism quantitatively inflated into tyre valve is equipped in second sliding cavity, the inflation mechanism includes inflating air
Bolt, the inflation aeroembolism is interior to be equipped with L-type aeration aperture, and after the tyre valve protrudes into the L-type aeration aperture, tire is quantitative
Full of certain gas；
The limiting slot that Open Side Down is equipped in the wall of second sliding cavity left end, timing detection tire is equipped in the limiting slot is
The inflation mechanism of no gas leakage, the inflation mechanism include the limiting slot, and sliding is equipped with the first sliding block in the limiting slot, described
First sliding block bottom surface is fixed with switch, and when carrying out gas leakage detection, first sliding block drives the switch to stretch out the limit
Position slot, the subsequent first sliding block uniform speed slow drives the switch, and storage switchs not into the limiting slot when described upwards
When storage is just squeezed into the limiting slot, equipment judges tire gas leakage at this time, then starts the separating mechanism automatically
It is dismantled.
Further, the rotating mechanism includes first drive cavity, and the first drive cavity roof rotation is equipped with upper
The first rotating shaft of lower extension, the first rotating shaft top are fixed with the mounting blocks, and described in first drive cavity
The first belt pulley is fixed in one shaft, the first sliding cavity bottom wall connection is equipped with third sliding cavity, the third sliding
The motor with the switch Electricity Federation is fixed in end wall between chamber and first drive cavity, motor bottom end power connects
It is connected to the driving shaft protruded into first drive cavity, the second belt pulley, second belt are fixed on the driving shaft
Belt is sequentially connected between wheel and first belt pulley.
Further, the separating mechanism includes first sliding cavity, slides up and down and is equipped in first sliding cavity
Second sliding block, second sliding block bottom surface are fixed with the limited block protruded into the third sliding cavity, set in the limited block
There is the first internal screw thread, the motor top is connected by power the first screw rod engaged with first internal screw thread.
Further, perforative 4th sliding cavity in left and right, left and right in the 4th sliding cavity are equipped in second sliding block
Sliding is equipped with slide bar, and the slide bar bottom surface is fixed with the crowbar, and the slide bar front end face is fixed with rack gear, and the described 4th
The rotation of sliding cavity roof is equipped with the splined shaft that extends up and down, is fixed on the splined shaft in the 4th sliding cavity and institute
Rack gear meshed gears is stated, the first sliding cavity roof is equipped with the second drive cavity, and the second drive cavity right end wall is equipped with a left side
Right perforative gas vent, the second drive cavity bottom wall rotation are equipped with the spline housing engaged with the splined shaft, and described second passes
It moves and is fixed with turbine on the intracavitary spline housing, be connected with the first torsion between the turbine and the second drive cavity bottom wall
Spring.
Further, the inflation mechanism includes second sliding cavity, and left and right is fixed in second sliding cavity
The fixed link of extension, sliding is equipped with third sliding block, the third sliding block and second sliding cavity left end wall in the fixed link
Between be connected with second spring, the first slide opening that Open Side Down is equipped in the third sliding block, the first slide opening right end wall connects
The logical S type stomata equipped with opening to the right is connected to second extended equipped with left and right and slides between the S type stomata and first slide opening
Hole, the interior sliding of second slide opening are equipped with permanent magnetic plate, are connected with first between the permanent magnetic plate and second slide opening left end wall
Spring, third sliding block right side are fixed with permanent magnets and the air gauge below the permanent magnets, and described second
Sliding cavity right end wall is fixed with the electromagnet with the switch Electricity Federation, between second drive cavity and second sliding cavity
Connection is equipped with first through hole, and the first hose, second drive cavity top are connected between the first through hole and the S type stomata
Wall is fixed with air pump, is connected between the air pump and second sliding cavity and is equipped with the second through-hole, second through-hole and institute
It states and is connected with the second hose between the first slide opening.
Further, sliding is equipped with the extension rod extended up and down in first slide opening, and the extension rod bottom surface fixation is set
There is the inflating air bolt, is equipped with the third through-hole for running through and being connected to the L-type aeration aperture up and down, the inflation in the extension rod
Symmetrical above and below rotate is equipped with the second shaft that front and back extends in aeroembolism, is fixed with clamping jaw, the clamping jaw in second shaft
Third spring is connected between the inflation aeroembolism left side.
Further, the timing testing agency includes the limiting slot, and the limiting slot roof rotation is equipped with upper downward
The Damping rotation shaft stretched, the Damping rotation shaft top are fixed with turning handle, and the head top surface is fixed with and the Damping rotation shaft
Coaxial graduated collar is connected with the second torsional spring, the turning handle left end between the turning handle and the graduated collar top surface
It is fixed with the pointer for indicating to read on the graduated collar, the Damping rotation shaft can be under the second torsional spring torsion at the uniform velocity
Return original state.
Further, the second screw rod is fixed on the Damping rotation shaft in the limiting slot, in first sliding block
Equipped with the second internal screw thread engaged with second screw rod, third sliding block left side is fixed with positioned at first sliding block
The fixed block of underface, the fixed block is interior to be equipped with upper and lower perforative third drive cavity, is used to drive pointer in the air gauge
Indicate that the pointer shaft of air pressure is extended to the left in the third drive cavity, on the pointer shaft in the third drive cavity
It is fixed with the cam that can be squeezed with the switch, third torsion is connected between the cam and the third drive cavity right end wall
Spring.
Beneficial effects of the present invention: equipment utilization gas atmosphere timing of the invention detects the situation that has a flat tire, while right
The tire of gas leakage carries out tire disassembly automatically, and functions of the equipments are abundant；In addition, equipment can be adapted to the tire of all size, worker
It is big that space is manually operated, it is convenient to use；It having a flat tire when operation without manual independent measurement, automation degree of equipment is high,
It is time saving and energy saving；It is dismantled using intrauterine pressure auxiliary tyre, equipment kinetic energy efficiency is high；Whole dismounting process reaction is sensitive, equipment
Globality is strong.
Detailed description of the invention
It, below will be to embodiment or existing in order to illustrate more clearly of inventive embodiments or technical solution in the prior art
Attached drawing needed in technical description is briefly described, it should be apparent that, the accompanying drawings in the following description is only to invent
Some embodiments for those of ordinary skill in the art without creative efforts, can also basis
These attached drawings obtain other attached drawings.
Fig. 1 is the mechanical structure schematic diagram of the embodiment of the present invention；
Fig. 2 is the enlarged structure schematic diagram of C in Fig. 1；
Fig. 3 is the enlarged structure schematic diagram of D in Fig. 1；
Fig. 4 is the enlarged structure schematic diagram of E in Fig. 1；
Fig. 5 is the structural schematic diagram of B-B in Fig. 4；
Fig. 6 is the structural schematic diagram of A-A in Fig. 1.
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.
A kind of tire dismantling equipment with gas leakage detection function in conjunction with described in attached drawing 1-6, including fuselage 37, the machine
37 bottom wall of body is equipped with the first drive cavity 22, and the rotating mechanism 93 for driving tyre rotation is equipped in first drive cavity 22, described
Rotating mechanism 93 includes mounting blocks 18, can be fixedly installed with wheel hub 17 on the mounting blocks 18, install on the wheel hub 17
There is tire 16,17 left end of wheel hub is fixed with the tire valve that can be inflated into the wheel hub 17 and the tire 16
Mouth 67, the wheel hub 17 form tire with the tire 16；
First drive cavity, 22 roof is equipped with perforative first sliding cavity 29 in left and right, is equipped in first sliding cavity 29 by vehicle
The separating mechanism 92 that wheel hub is separated with tire, the separating mechanism 92 include crowbar 15, and the crowbar 15 is connected to the wheel
The junction of hub 17 and the tire 16, after the crowbar 15 moves to the right, the crowbar 15 protrudes into the tire 16
Between the wheel hub 17, as lower movement, the tire 16 progressively disengage the crowbar 15 with the wheel hub 17 to the right
Connection；
37 left side of fuselage is fixed with the head 77 extended to the left, is equipped in the head 77 and perforative second slides up and down
Dynamic chamber 11, second sliding cavity 11 is interior to be equipped with the inflation mechanism 91 quantitatively inflated into tyre valve, the inflation mechanism
91 include inflation aeroembolism 66, L-type aeration aperture 68 is equipped in the inflation aeroembolism 66, when the tyre valve 67 protrudes into the L
After in type aeration aperture 68, tire is quantitatively full of certain gas；
It is equipped with the limiting slot 43 that Open Side Down in second sliding cavity, the 11 left end wall, is equipped with timing in the limiting slot 43 and detects
Tire whether the inflation mechanism 91 of gas leakage, the inflation mechanism 91 includes the limiting slot 43, and sliding is set in the limiting slot 43
There is the first sliding block 45,45 bottom surface of the first sliding block is fixed with switch 47, when carrying out gas leakage detection, first sliding block 45
The switch 47 is driven to stretch out the limiting slot 43, then 45 uniform speed slow of the first sliding block drives the switch 47 to receive upwards
It receives into the limiting slot 43, when the switch 47, which is not stored into the limiting slot 43, to be just squeezed, equipment is sentenced at this time
Disconnected tire gas leakage, then starts the separating mechanism 92 automatically and is dismantled.
The rotating mechanism 93 includes first drive cavity 22, and 22 roof of the first drive cavity rotation is equipped with upper downward
The first rotating shaft 19 stretched, 19 top of first rotating shaft are fixed with the mounting blocks 18, the institute in first drive cavity 22
It states and is fixed with the first belt pulley 20 in first rotating shaft 19,29 bottom wall of the first sliding cavity connection is equipped with third sliding cavity 80,
The motor with 47 Electricity Federation of switch is fixed in end wall between the third sliding cavity 80 and first drive cavity 22
25,25 bottom end of motor is connected by power the driving shaft 24 protruded into first drive cavity 22, consolidates on the driving shaft 24
Surely it is equipped with the second belt pulley 23, is sequentially connected with belt 21 between second belt pulley 23 and first belt pulley 20, when
When the motor 25 starts, the motor 25 drives the driving shaft 24 to rotate, and the driving shaft 24 drives second belt
23 rotation of wheel, second belt pulley 23 drive first belt pulley 20 and 18 turns of the mounting blocks by the belt 21
Dynamic, the mounting blocks 18 drive the tire 16 to rotate with the wheel hub 17.
The separating mechanism 92 includes first sliding cavity 29, is slided up and down in first sliding cavity 29 equipped with second
Sliding block 30,30 bottom surface of the second sliding block are fixed with the limited block 28 protruded into the third sliding cavity 80, the limited block
The first internal screw thread 27 is equipped in 28,25 top of motor is connected by power the first screw rod engaged with first internal screw thread 27
26。
It is equipped with perforative 4th sliding cavity 73 in left and right in second sliding block 30, horizontally slips in the 4th sliding cavity 73
Equipped with slide bar 74,74 bottom surface of slide bar is fixed with the crowbar 15, and 74 front end face of slide bar is fixed with rack gear 75, institute
It states the rotation of 73 roof of the 4th sliding cavity and is equipped with the splined shaft 72 extended up and down, the splined shaft 72 in the 4th sliding cavity 73
On be fixed with 75 meshed gears 76 of rack gear, 29 roof of the first sliding cavity be equipped with the second drive cavity 35, it is described
Second drive cavity, 35 right end wall is equipped with the perforative gas vent 34 in left and right, and 35 bottom wall of the second drive cavity rotation is equipped with and the flower
The spline housing 31 that key axis 72 engages is fixed with turbine 33, the whirlpool on the spline housing 31 in second drive cavity 35
It is connected with the first torsional spring 32 between wheel 33 and 35 bottom wall of the second drive cavity, when circulated gases in second drive cavity 35
When, air-flow drives the turbine 33 to rotate, and the turbine 33 drives the spline housing 31 to rotate, and the spline housing 31 drives described
Splined shaft 72 and the gear 76 rotate, the gear 76 by the rack gear 75 drive the slide bar 74 and the crowbar 15 to
Right sliding, the crowbar 15 squeezes to the right the junction of the tire 16 and the wheel hub 17, while the motor 25 at this time
First screw rod 26 is driven to rotate, first screw rod 26 is driven under the limited block 28 by first internal screw thread 27
Sliding, the limited block 28 drives second sliding block 30 to glide, and second sliding block 30 drives the slide bar 74 and the crowbar
15 glide, i.e., the described crowbar 15 slides to the right to be protruded between the tire 16 and the wheel hub 17.
The inflation mechanism 91 includes second sliding cavity 11, and left and right is fixed in second sliding cavity 11 and is extended
Fixed link 12, sliding is equipped with third sliding block 13, the third sliding block 13 and second sliding cavity 11 in the fixed link 12
Second spring 14 is connected between the wall of left end, it is equipped with the first slide opening 53 that Open Side Down in the third sliding block 13, described first
The connection of 53 right end wall of slide opening is equipped with the S type stomata 54 of opening to the right, is connected between the S type stomata 54 and first slide opening 53
Equipped with the second slide opening 55 that left and right extends, sliding is equipped with permanent magnetic plate 57 in second slide opening 55, the permanent magnetic plate 57 with it is described
Be connected with the first spring 56 between second slide opening, 55 left end wall, 13 right side of third sliding block be fixed with permanent magnets 58 and
Air gauge 59 positioned at 58 lower section of permanent magnets, the 11 right end wall of the second sliding cavity are fixed with and 47 Electricity Federation of switch
Electromagnet 61, be connected between second drive cavity 35 and second sliding cavity 11 be equipped with first through hole 79, described first
The first hose 62 is connected between through-hole 79 and the S type stomata 54,35 roof of the second drive cavity is fixed with air pump 36,
It is connected between the air pump 36 and second sliding cavity 11 and is equipped with the second through-hole 78, second through-hole 78 is slided with described first
The second hose 63 is connected between hole 53.
Sliding is equipped with the extension rod 71 extended up and down in first slide opening 53, and 71 bottom surface of extension rod is fixed with institute
Inflation aeroembolism 66 is stated, the third through-hole 70 for running through and being connected to the L-type aeration aperture 68 up and down is equipped in the extension rod 71, it is described
Second shaft 69 of the rotation equipped with front and back extension symmetrical above and below in aeroembolism 66 is inflated, is fixed with clamping jaw in second shaft 69
64, it is connected with third spring 65 between the clamping jaw 64 and 66 left side of inflation aeroembolism, first slides up and down the extension rod
71 are inserted into the tyre valve 67 in the L-type aeration aperture 68, and the clamping jaw 64 presss from both sides under 65 pulling force of third spring
It holds on the wheel hub 17, the inflation aeroembolism 66 is supplied with to the tyre valve 67 at this time, starts the air pump 36
Afterwards, gas passes through second through-hole 78, second hose 63, first slide opening 53, the third through-hole 70, the L
Type aeration aperture 68 and the tyre valve 67 enter in tire, and tire quantifies gassy, while the air gauge 59 at this time
Interior pointer shows barometer reading, and when equipment carries out tire dismantling, the electromagnet 61, which is powered, attracts the permanent magnets 58, described
Permanent magnets 58 drive the third sliding block 13 to slide to the right, while the electromagnet 61 repels the permanent magnetic plate 57, the permanent magnetism
Plate 57 slides to the left under 61 repulsion of electromagnet, and the permanent magnetic plate 57 slides blocking first slide opening 53 to the left and makes institute
It states S type stomata 54 and is connected to first slide opening 53, is i.e. gas in tire drains into the right described second by the S type stomata 54
In drive cavity 35.
The timing testing agency 90 includes the limiting slot 43, and 43 roof of limiting slot rotation is equipped with to be extended up and down
Damping rotation shaft 42,42 top of Damping rotation shaft are fixed with turning handle 39, and 77 top surface of head is fixed with and the damping
The coaxial graduated collar 41 of shaft 42, the turning handle 39 and the graduated collar are connected with the second torsional spring between 41 top surface
40,39 left end of turning handle is fixed with the pointer 38 for indicating to read on the graduated collar 41, and the Damping rotation shaft 42 can
Original state is at the uniform velocity returned under 40 torsion of the second torsional spring.
It is fixed with the second screw rod 44 on the Damping rotation shaft 42 in the limiting slot 43, is set in first sliding block 45
There is the second internal screw thread 46 engaged with second screw rod 44,13 left side of third sliding block is fixed with positioned at described first
Fixed block 48 immediately below sliding block 45, the fixed block 48 is interior to be equipped with upper and lower perforative third drive cavity 49, the air gauge 59
In for drive pointer instruction air pressure pointer shaft 60 extended in the third drive cavity 49 to the left, the third drive cavity
The cam 50 that can be squeezed with the switch 47, the cam 50 and the third are fixed on the pointer shaft 60 in 49
It is connected with third torsional spring 52 between 49 right end wall of drive cavity, after tire quantifies gassy, rotates the turning handle 39, described turn
Handle 39 drives the Damping rotation shaft 42 to rotate, and the Damping rotation shaft 42 drives second screw rod 44 to rotate, second screw rod
44 drive first sliding block 45 and 47 slide downward of switch by second internal screw thread 46, and the switch 47 is stretched at this time
The limiting slot 43 out, the average rate rotation under 40 torsion of the second torsional spring of the subsequent Damping rotation shaft 42 return original state,
The i.e. described switch 47 within a certain period of time gradually store into the limiting slot 43 by upward sliding, due to the tyre valve 67
With the inflation aeroembolism 66 cooperation there are certain interval, air pressure in tire can nature leakage, indicate in the air gauge 59
Atmospheric pressure value can decline, i.e., the described pointer shaft 60 will drive the cam 50 and rotate, when the switch 47 is not stored also to described
When just being squeezed by the cam 50 in limiting slot 43, then illustrate that leakage rate is greater than predicted value, tire is except the tire valve
There is also leakage holes in gap between mouth 67 and the inflation aeroembolism 66, and the switch 47, which is extruded, at this time makes the electromagnet 61
It is powered and starts with the motor 25.
The sequence of the mechanical action of whole equipment:
1: it first slides up and down the extension rod 71 and the tyre valve 67 is inserted into the L-type aeration aperture 68, the clamping jaw
64 are clamped on the wheel hub 17 under 65 pulling force of third spring, at this time the inflation aeroembolism 66 with to the wheel nausea
Door mouth 67 supplies, and equipment can be adapted to the tire of all size, and operating space is big, convenient to use；
2: air pump 36 described in subsequent start-up, gas pass through second through-hole 78, second hose 63, first slide opening
53, the third through-hole 70, the L-type aeration aperture 68 and the tyre valve 67 enter in tire, and tire quantitatively fills at this time
Full gas, while pointer shows barometer reading in the air gauge 59；
3: after tire quantifies gassy, rotating the turning handle 39, the turning handle 39 drives the Damping rotation shaft 42 to rotate, institute
Stating Damping rotation shaft 42 drives second screw rod 44 to rotate, and second screw rod 44 is driven described by second internal screw thread 46
First sliding block 45 and 47 slide downward of switch, the switch 47 stretches out the limiting slot 43 at this time, and then the damping turns
The average rate rotation under 40 torsion of the second torsional spring of axis 42 returns original state, i.e., the described switch 47 slides up within a certain period of time
It is dynamic gradually to store into the limiting slot 43；
4: since the tyre valve 67 and the inflation aeroembolism 66 cooperate there are certain interval, nature is understood in the air pressure in tire
It leaks outside, the atmospheric pressure value indicated in the air gauge 59 will be slow decline, i.e., the described pointer shaft 60 will drive 50 turns of the cam
It is dynamic, when the switch 47, which is not stored also into the limiting slot 43, just to be squeezed by the cam 50, then illustrate that leakage rate is big
In predicted value, there is also leakage holes except the gap between the tyre valve 67 and the inflation aeroembolism 66 for tire, at this time
The switch 47, which is extruded, starts the electromagnet 61 with the motor 25 energization；
5: the electromagnet 61, which is powered, attracts the permanent magnets 58, and the electromagnet 61, which is powered, attracts the permanent magnets 58, described
Permanent magnets 58 drive the third sliding block 13 to slide to the right, while the electromagnet 61 repels the permanent magnetic plate 57, the permanent magnetism
Plate 57 slides to the left under 61 repulsion of electromagnet, and the permanent magnetic plate 57 slides blocking first slide opening 53 to the left and makes institute
It states S type stomata 54 and is connected to first slide opening 53, is i.e. gas in tire drains into the right described second by the S type stomata 54
In drive cavity 35；
6: when circulated gases in second drive cavity 35, air-flow drives the turbine 33 to rotate, and the turbine 33 drives institute
The rotation of spline housing 31 is stated, the spline housing 31 drives the splined shaft 72 to rotate with the gear 76, and the gear 76 passes through institute
Stating rack gear 75 drives the slide bar 74 to slide to the right with the crowbar 15, at this time the crowbar 15 squeeze to the right the tire 16 with
The junction of the wheel hub 17；
7: at the same time, the motor 25 drives first screw rod 26 to rotate with the driving shaft 24, first screw rod 26
The limited block 28 is driven to glide by first internal screw thread 27, the limited block 28 drives second sliding block 30 to glide,
Second sliding block 30 drives the slide bar 74 to glide with the crowbar 15, i.e., described in the described crowbar 15 slide protrude into the right
Between tire 16 and the wheel hub 17, the disassembly of equipment utilization intrauterine pressure auxiliary tyre, equipment kinetic energy efficiency height；
8: the motor 25 drives the driving shaft 24 to rotate, and the driving shaft 24 drives second belt pulley 23 to rotate, institute
It states the second belt pulley 23 and drives first belt pulley 20 to rotate with the mounting blocks 18 by the belt 21, the mounting blocks
18 drive the tire 16 to rotate with the wheel hub 17, as the tire 16 is rotated with the wheel hub 17, the crowbar
15 are fully disconnected the tire 16 and the junction of 17 top of wheel hub, and then the continuation of crowbar 15 is slided to the right
Dynamic that the tire 16 and the wheel hub 17 are completely exfoliated, tire completes disassembly, then the tire 16 of replaceable gas leakage,
Automation degree of equipment is high, has a flat tire without manual independent measurement, time saving and energy saving.
The above embodiments merely illustrate the technical concept and features of the present invention, and its object is to allow be familiar with this field technology
Personage can understand the content of present invention and be implemented, and it is not intended to limit the scope of the present invention.It is all according to the present invention
Equivalent change or modification made by Spirit Essence, should be covered by the scope of protection of the present invention.
Claims (8)
1. a kind of tire dismantling equipment with gas leakage detection function of the invention, including fuselage, it is characterised in that: the fuselage
Bottom wall is equipped with the first drive cavity, is equipped with the rotating mechanism for driving tyre rotation, the rotating mechanism packet in first drive cavity
Mounting blocks are included, wheel hub can be fixedly installed on the mounting blocks, tire, the wheel hub left end are installed on the wheel hub
It is fixed with the tyre valve that can be inflated into the wheel hub and the tire, the wheel hub and tire composition are taken turns
Tire；
The first drive cavity roof is equipped with perforative first sliding cavity in left and right, be equipped in first sliding cavity by wheel hub with
The separating mechanism of tire separation, the separating mechanism includes crowbar, and the crowbar is connected to the wheel hub and the tire
Junction, after the crowbar moves to the right, the crowbar is protruded between the tire and the wheel hub, with described
Lower movement, the tire are progressively disengaged with the wheel hub and are connect crowbar to the right；
The fuselage left side is fixed with the head extended to the left, and upper and lower perforative second sliding cavity is equipped in the head,
The inflation mechanism quantitatively inflated into tyre valve is equipped in second sliding cavity, the inflation mechanism includes inflating air
Bolt, the inflation aeroembolism is interior to be equipped with L-type aeration aperture, and after the tyre valve protrudes into the L-type aeration aperture, tire is quantitative
Full of certain gas；
The limiting slot that Open Side Down is equipped in the wall of second sliding cavity left end, timing detection tire is equipped in the limiting slot is
The inflation mechanism of no gas leakage, the inflation mechanism include the limiting slot, and sliding is equipped with the first sliding block in the limiting slot, described
First sliding block bottom surface is fixed with switch, and when carrying out gas leakage detection, first sliding block drives the switch to stretch out the limit
Position slot, the subsequent first sliding block uniform speed slow drives the switch, and storage switchs not into the limiting slot when described upwards
When storage is just squeezed into the limiting slot, equipment judges tire gas leakage at this time, then starts the separating mechanism automatically
It is dismantled.
2. a kind of tire dismantling equipment with gas leakage detection function according to claim 1, it is characterised in that: described
Rotating mechanism includes first drive cavity, and the first drive cavity roof rotation is equipped with the first rotating shaft extended up and down, described
First rotating shaft top is fixed with the mounting blocks, is fixed with the first skin in the first rotating shaft in first drive cavity
Belt wheel, the first sliding cavity bottom wall connection is equipped with third sliding cavity, between the third sliding cavity and first drive cavity
End wall in be fixed with it is described switch Electricity Federation motor, the motor bottom end, which has been connected by power, protrudes into first drive cavity
Interior driving shaft is fixed with the second belt pulley on the driving shaft, between second belt pulley and first belt pulley
It is sequentially connected with belt.
3. a kind of tire dismantling equipment with gas leakage detection function according to claim 1, it is characterised in that: described
Separating mechanism includes first sliding cavity, is slided up and down in first sliding cavity equipped with the second sliding block, second sliding block
Bottom surface is fixed with the limited block protruded into the third sliding cavity, is equipped with the first internal screw thread, the motor in the limited block
Top is connected by power the first screw rod engaged with first internal screw thread.
4. according to claim 1 or a kind of tire dismantling equipment with gas leakage detection function described in 3, it is characterised in that:
It is equipped with perforative 4th sliding cavity in left and right in second sliding block, horizontally slips in the 4th sliding cavity equipped with slide bar, it is described
Slide bar bottom surface is fixed with the crowbar, and the slide bar front end face is fixed with rack gear, and the 4th sliding cavity roof rotation is set
There is the splined shaft extended up and down, is fixed with the tooth engaged with the rack gear on the splined shaft in the 4th sliding cavity
Wheel, the first sliding cavity roof are equipped with the second drive cavity, and the second drive cavity right end wall is equipped with the perforative gas vent in left and right,
The second drive cavity bottom wall rotation is equipped with the spline housing engaged with the splined shaft, the spline in second drive cavity
It puts on and is fixed with turbine, be connected with the first torsional spring between the turbine and the second drive cavity bottom wall.
5. a kind of tire dismantling equipment with gas leakage detection function according to claim 1, it is characterised in that: described
Inflation mechanism includes second sliding cavity, and the fixed link that left and right extends, the fixation are fixed in second sliding cavity
Sliding is equipped with third sliding block on bar, is connected with second spring between the third sliding block and second sliding cavity left end wall, institute
It states and is equipped with the first slide opening that Open Side Down in third sliding block, the first slide opening right end wall connection is equipped with the S type gas of opening to the right
Hole is connected between the S type stomata and first slide opening and is equipped with the second slide opening that left and right extends, sliding in second slide opening
Equipped with permanent magnetic plate, the first spring, the third sliding block right end are connected between the permanent magnetic plate and second slide opening left end wall
Face is fixed with permanent magnets and the air gauge below the permanent magnets, the second sliding cavity right end wall be fixed with
The electromagnet of the switch Electricity Federation, is connected between second drive cavity and second sliding cavity and is equipped with first through hole, described
The first hose is connected between first through hole and the S type stomata, the second drive cavity roof is fixed with air pump, the gas
Pump and be connected between second sliding cavity equipped with the second through-hole, the is connected between second through-hole and first slide opening
Two hoses.
6. according to claim 1 or a kind of tire dismantling equipment with gas leakage detection function described in 5, it is characterised in that:
Sliding is equipped with the extension rod extended up and down in first slide opening, and the institute extension rod bottom surface is fixed with the inflation aeroembolism,
It is equipped with the third through-hole for running through and being connected to the L-type aeration aperture up and down in the extension rod, it is symmetrical above and below in the inflation aeroembolism
Rotation is equipped with the second shaft that front and back extends, and clamping jaw, the clamping jaw and the inflation aeroembolism are fixed in second shaft
Third spring is connected between left side.
7. a kind of tire dismantling equipment with gas leakage detection function according to claim 1, it is characterised in that: described
Timing testing agency includes the limiting slot, and the limiting slot roof rotation is equipped with the Damping rotation shaft extended up and down, the damping
Shaft top is fixed with turning handle, and the head top surface is fixed with the graduated collar coaxial with the Damping rotation shaft, described
The second torsional spring is connected between turning handle and the graduated collar top surface, the turning handle left end is fixed with the instruction annular and carves
The pointer read on scale, the Damping rotation shaft can at the uniform velocity return original state under the second torsional spring torsion.
8. a kind of tire dismantling equipment with gas leakage detection function according to claim 1 or claim 7, it is characterised in that: institute
It states and is fixed with the second screw rod on the Damping rotation shaft in limiting slot, be equipped in first sliding block and nibbled with second screw rod
The second internal screw thread closed, third sliding block left side is fixed with the fixed block immediately below first sliding block, described
Be equipped with upper and lower perforative third drive cavity in fixed block, in the air gauge for drive the pointer shaft of pointer instruction air pressure to
A left side extends in the third drive cavity, and being fixed on the pointer shaft in the third drive cavity can be with the switch
The cam of extruding is connected with third torsional spring between the cam and the third drive cavity right end wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910637753.6A CN110281714A (en) | 2019-07-15 | 2019-07-15 | A kind of tire dismantling equipment with gas leakage detection function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910637753.6A CN110281714A (en) | 2019-07-15 | 2019-07-15 | A kind of tire dismantling equipment with gas leakage detection function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110281714A true CN110281714A (en) | 2019-09-27 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910637753.6A Withdrawn CN110281714A (en) | 2019-07-15 | 2019-07-15 | A kind of tire dismantling equipment with gas leakage detection function |
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| Country | Link |
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| CN (1) | CN110281714A (en) |
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| CN110843431A (en) * | 2019-12-03 | 2020-02-28 | 武义圣理汽车用品有限公司 | Automatic cover tire stripping equipment for tire |
| CN110907103A (en) * | 2019-12-25 | 2020-03-24 | 武汉芯杰毫汽车用品有限公司 | Tire inflation device capable of detecting air leakage |
| CN111570797A (en) * | 2020-06-05 | 2020-08-25 | 武义义蓝日用金属制品有限公司 | Auxiliary waste grabbing robot equipment for powder metallurgy injection molding machine |
| CN113232465A (en) * | 2021-06-29 | 2021-08-10 | 长春工程学院 | Automobile tire repairing and replacing system |
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| CN113232465A (en) * | 2021-06-29 | 2021-08-10 | 长春工程学院 | Automobile tire repairing and replacing system |
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Application publication date: 20190927 |